JP3506455B2 - Exercise equipment - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention comprises an exercise load means that can be used jointly during up / down, front / rear, left / right and inward / outward movements to selectively or compositely perform inward / outward movements by up / down, front / rear or left / right. The present invention relates to an exercise device.

[0002]

2. Description of the Related Art Generally, a conventional exercise device uses a load force of a weight body, a spring, a hydraulic cylinder, or the like to perform a motion, and also performs a front-back motion, a left-right motion,
It is configured so that only movement in one direction is possible during vertical movement.

For example, a force machine is an upward motion using an arm, a brute force machine is a lateral inward motion using an arm, a ROWING MACHINE is an arm pulling motion, and a running machine is RUNNING MACHINE. Used to have their own purpose of exercise, which is to perform the downward movement of each leg.

In addition to this, even a physical treatment instrument as a medical instrument utilized for a special purpose can move in only one direction. For example, in the case of a foot revitalizing exercise equipment, only repetitive movements are possible upward or downward.

That is, the above-described various exercises and therapeutic devices can be used in the center of a single movement direction, and only one individual movement is possible, and when trying to exercise various parts of the body evenly. It is difficult to realize this because it is necessary to provide various exercise equipments developed according to its dedicated purpose, respectively. Needless to say, it is almost impossible for a general household to install many exercise equipments in the room at the same time.

Therefore, there is an inconvenience that it is necessary to use a health club or a general sports center equipped with such a general exercise facility.

[0007]

The various types of conventional exercise equipment have a characteristic that even in upper arm movement and leg movement, only one direction movement can be performed for each part, and the user is careful and even. In addition to the problem that muscles do not develop uniformly unless exercise is performed, there is also an uneconomical problem because various exercise equipments must be equipped at the same time to perform various exercises.

Therefore, even in the past, an exercise device was developed in which exercise equipment having various functions was simultaneously installed in one facility to enable comprehensive exercise. For example, Korea Utility Model Publication 84-283,84- 877, 85-3022, 85
-3026, 86-69, 86-2201 and the like.

However, these exercise devices are constructed by assembling the exercise equipment for each part capable of various movements by gathering them in one place, or by combining them so that only some movements are possible. It was not possible to expect full-body exercise effects through site-specific exercise. Further, these are uneconomical because the exercise load means used for the exercise equipment for each part is individually provided and cannot be used together, and there is a defect in utilization.

The present invention was devised in order to solve the problems of the prior art, and the structural characteristics of the body, for example, the lower part or the upper part centering on joint parts such as ankles, knees, wrists and elbows. It was developed on the basis of the fact that muscles are supposed to exercise.

The main object of the present invention is to enable uniform movement of muscles which are formed in the upper and lower parts of the body structure around the joint part and which can be moved in various directions, and which is different from the conventional one and has an integrated structure. An object of the present invention is to provide an exercise device in which a load device is used alone or in common, and various exercises suitable for various parts of the body are performed.

Still another object of the present invention is to perform an upper body exercise using an arm without additional device, and to perform a lower body exercise using a foot, a foot support means, a knee. support means, by utilizing the anti action preventer, simple walking attitude motion, calf muscle movement by the ankle motion, high crotch inner movement by knee movement, or the like easily and effectively abdominal muscle exercise according to a high crotch of the inner movement The purpose is to provide an exercise device that is made to do so.

Another object of the present invention is to provide, for example, existing chairs for exercise, leisure, office work, beauty, treatment, etc., various types of bedding, existing exercise equipment according to the object to which the exercise load means is installed. In addition, it is to provide an exercise device that can be used for general purposes by making appropriate use.

[0014]

Means for Solving the Problems The present invention, in order to embody the objectives described above, sleeping or sitting person to perform exercise and a seat plate supporting leg at the bottom of the seat plate and the back plate and seat plate Like
The motion device provided in your body support means (1),
A lever (3) for transmitting an exercise load, a lever (3) rotatably in conformity with the direction of movement, provided on the lever fixing part (5) and the lever (3) provided on one side of the lever for exercise. Supporting means (50) for supporting the upper side part of the knee of a person and not restraining the entire knee.
0), and load equipment (7) installed on one side of the lever
The exercise load means (100) to which is connected, and the foot support means (30) to which the connecting member (9) and the tread (11) are connected.
0), provided on the back plate of the body support means (1) (20), to restrain a shoulder portion of the exerciser's upper body when performing an exercise to prevent anti-effects occurring in the body providing an exercise apparatus characterized anti action preventing means (600) that bound structure.

[0015]

[0016]

[Function] The body support means (1) is provided so that an exerciser can exercise while sitting or lying down, and the lever (3) and the lever (3) move in the inner frame of the body support means (1). Exercise load combining a rotation fixing part (5) provided on one side of the lever (3) rotatably in conformity with the load tool (7) installed on the other side of the lever (3) Means (10
0) is provided, and exercise is exercised in the vertical and inward / outward directions so that the body can be trained. And by providing a knee support means (500) and counter-acting blocking means (600), the abdomen, the lumbar region, it is possible to perform the movement of the hip joint also affects the like to the pelvis.

[0017]

The present invention will be described in more detail with reference to the accompanying drawings. 1 to 36 show upward and downward movements, and FIG.
50 to 50 show various embodiments and related configurations in which upward, downward, and forward and backward movements are performed, and FIGS. 51 to 61 show various embodiments and related configurations in which lateral and inward and outward movements are performed. 62 to 75 are embodiments in which vertical and inward and outward movements are made by direction change, and FIGS. 76 to 83 are embodiments in which vertical and inward and outward inward and outward movements are simultaneously or selectively performed and related configurations. Is displayed, and FIG. 84 to FIG.
1 shows an example of a load device that can be adopted in the present invention for each embodiment.

An embodiment in which the vertical movement is performed will be described with reference to FIGS. 1 to 36. 1 and 2 show the most basic example of an exercise apparatus according to the present invention, in which a body support means (1) is provided so that an exerciser can exercise while sitting or lying down. A lever (3) for transmitting an exercise load to the inner frame of the body support means (1), and a rotation fixing part provided on one side of the lever (3) so that the lever (3) can rotate in conformity with the movement direction. (5) and the above leverage (3)
Exercise load means (100) configured by connecting load equipment (7) installed on the other side, a connecting member (9) and a tread (1)
The foot support means (300) to which 1) is connected is provided, and the exercise load means (100) and the foot support means (300) are connected.

The load device (7) of the exercise load means (100)
For example, as shown in FIGS. 1 and 2, the elastic rubber bar shape, the hydraulic cylinder shape described later, the TORSION BAR shape, the weight weight and the wire combined, the other spring shape, etc. An appropriate form can be selected and used.

In the embodiment shown in FIGS. 1 and 2, the exercise load means (100) is provided with a rotation fixing part (5) at the rear end of the lever (3) so that the tip of the lever (3) moves up and down. It shows the structure in which the load device (7) is installed between the front end of the lever (3) on the rotation fixing part (5) side and above the rotation fixing part (5).

That is, the front end of the lever (3) on the side of the rotation fixing portion (5) represents an arbitrary position between the tip of the lever (3) and the rotation fixing portion (5) in the lever (3). The upper side of the dynamic fixed portion (5) refers to an arbitrary position located above the rotary fixed portion when the rotary fixed portion (5) is focused.

In the case of the rotation fixing part (5), it can be provided at an appropriate position by utilizing the frame already installed on the seat plate (10), the back plate (20) and the like of the body supporting means (1). Yes,
Alternatively, it is provided by using a separate appropriate fixing member,
In this case, it is desired that an appropriate fixing member is fixedly installed at the body supporting means (1) or other predetermined position, and the specific contents will be described in detail in each embodiment described later.

In the case of the foot supporting means (300), the connecting member (9) is rotatably pin-connected to the tip of the lever (3),
The connecting member (9) and the tread (11) are axially installed. or,
When necessary, a back plate support device (700) in the form of a back plate support table is provided at the rear of the seat plate (10) to ensure the stability of the body support means (1) during exercise.

When exercising using the exercising device constructed as described above, the body support means (1) is seated on the footboard (11).
Put your foot on the foot and apply force to the foot to extend it for a long time Lever (3)
The load device (7) expands while rotating downward partially around the rotation fixing part (5), and the tread plate (11) and the connecting member (9).
When the force applied to the tread plate (11) is released, the tread plate (11), the connecting member (9), the lever (3) and the load device (7) are It is in-situ as shown in 1 and allows repeated movements of the lower body.

Of course, the upper body movement in which the hand is placed on the lever (3) to perform the downward movement without using the foot supporting means (300) is also possible. 3 to 8 are established the knee support means lever (3) of the exercise unit (100) (500), those formed by reaction acting preventer (600) provided on the body support means (1), the Although various modifications of the invention are shown, modifications of the body support means (1), the exercise load means (100), the foot support means (300) and the knee support means (500) will be described with reference to these.

FIGS. 3 to 5 show the left and right foot support means (300) and the knee support means (500) integrated with each other, and FIGS. 6 to 8 show the left and right separation type. When the body support means (1), 3 to all the embodiments shown in FIG. 8 Atamato (30) provided on the top of the back plate (20), which the adjacent <br/> anti action preventer ( Belts 600 are provided as 600), and auxiliary armrests 610 are provided in the case of FIGS. 3 and 4.

In the case of the exercise load means 100, FIGS. 3 and 4 are provided with a rotation fixing portion 5 at the rear end of the lever 3 so that the tip of the lever 3 moves up and down. , Lever (3)
With the load device (7) installed between the front end of the rotation fixing part (5) side and the lower part of the rotation fixing part (5), the rotation fixing part (5) is attached to the body supporting means (1). It is provided on a separate fixing member (102) fixedly installed on one side, one side of the load device (7) is pin-fixed to the lever (3), and the other side is a rotation fixing part (see FIG. 5), and in the case of FIG. 3, it is in the form of a link connection pin-fixed to the frame of the seat plate (10) which is one side of the body support means (1). ) Has become a link connection form that is fixed to the bottom of the pin.

In the embodiment shown in FIGS. 6 and 8, the exercise load means (100) is provided with a rotation fixing portion (5) at the rear end of the lever (3) so that the tip of the lever (3) moves up and down. In the case shown in FIG. 6, a load device (7) is installed between the front end of the lever (3) on the side of the rotation fixing part (5) and above the rotation fixing part (5). Installed form, and rotation fixing part (5)
Is provided in the middle of a separate fixing member (102) fixedly installed on one side of the body supporting means (1), one side of the load device (7) is pin-fixed to the lever (3), and the other side is a rotation fixing part. A link is fixed by pin fixing above the fixing member (102) above the (5). In the case shown in FIG. 8, the only difference is that the rotation fixing portion (5) is formed at the front protruding end of the fixing member (102).

In FIGS. 5 and 7, the exercise load means (10
0) is provided so that the pivot fixing part (5) is provided at the center of the lever (3) so that the tip of the lever (3) can be moved up and down. In the case of FIG. ) Between the rear of the rotary fixing part (5) and the lower part of the rotary fixing part (5), and in the case of FIG. 7, the rear of the rotary fixing part (5) of the lever (3) and the rotary fixing. This is a form in which the load device (7) is installed between the upper part and the part (5). In the case of FIG. 5, a separate fixing member (10) in which the rotation fixing part (5) is fixedly installed on the body supporting means (1).
2) provided on the upper part of the lever (3) and the fixing member (10)
Although the load device (7) is installed between the lower part of (2), in the case of FIG. 7, the rotation fixing part (5) is attached to the back plate (2) of the body supporting means (1).
0) A load device (7) is installed between the rear end of the lever (3) provided on the inner frame and the inner frame of the back plate (20) above the rotation fixing part (5).

In the case of the foot supporting means (300), the knee supporting means (500) is provided at the tip of the lever (3) in FIGS.
The connecting member (9) is installed between the knee support means (500) and the tread (11), and the connecting member (9) is shown in FIGS.
In the case of FIG. 4, it is connected through the idle roller (13) installed at the tip of the seat plate (10), and the length can be adjusted in the form of a rod in the case of FIG. 4, and the form of the belt and the form of a rod in the case of FIG. The structure which put together is shown.

Further, in FIGS. 3, 4 and 6, the tread (1
1) and the seat plate (10) are provided on both sides with expandable and retractable tread support struts (15), and under the tread (11) wheels (11a) are installed. An example in which a separate tread support rod (17) is provided at the tip of (10) and the tread (11) rides on the upper part of the tread (11) to be slidable is shown.

In FIGS. 7 and 8, a knee support means (500) is provided at the tip of the lever (3), and a rod is provided between the tip of the lever (3) of the exercise load means (100) and the tread (11). 8 is also provided with a belt-shaped connecting member (9), and a tread support rod (17) is provided at the tip of the seat plate (10) to provide a tread (11). ) Makes it possible to glide on top of it.

In the case of the back plate supporting device (700), FIG.
8 to 8 are all installed in the rear part of the seat plate 10 in the form of a back plate support. In the case of the above-mentioned embodiment, the embodiment of FIGS. 3, 4 and 7 is a movement for raising the leg upward (upward movement).
5, FIG. 6, and FIG. 8 enable the motion of lowering the leg downward (downward motion).

9 and 10 show another embodiment of the present invention.
A modified embodiment of the exercise load means (100) and the backboard support device (700) is shown. In the case of the exercise load means (100), one side of the direction change link (104) is rotatably fixed to the rotation fixing portion (5), and the rotation fixing portion (5) of the lever (3).
A load device (7) is installed between the side front end and the other side of the direction change link (104), and stopper pins (106, 108) are respectively provided at the upper and lower front ends of the rotation fixing part (5). Then, as in the case shown in FIG. 9, the turning link (104)
When it is located above and is supported by the stopper pin (106), it moves downward. As shown in FIG. 10, the direction change link (104) is located below and is supported by the stopper pin (108). In this state, upward movement is performed.

Further, in the case of the back plate supporting device (700), the back plate (20) is provided with a supporting rod on the back surface thereof to support and fix the back plate (20) of the body supporting means (1). . 11 and 12 show that one side of the direction changing link (104) is fixed to the rotation fixing part (5) by rotation, and the rear end of the lever (3) on the rotation fixing part (5) side and the direction changing link (104). ) The load device (7) is installed between the other side, and stopper pins (110, 112) are provided at the upper and lower rear ends of the rotation fixing part (5), respectively. Solid line display and FIG.
When the direction change link (104) such as the one-dot chain line display is located at the lower part and is supported by the stopper pin (112), the downward movement is performed, and the one-dot chain line display of FIG. 11 and the solid line display of FIG. Directional change link (104)
In the state in which is located on the upper side and is supported by the stopper pin (110), the upward movement is performed.

At this time, the rotation fixing portion (5) is provided on the inner frame of the back plate (20) as shown in FIG.
It may be provided on a separate fixing member (102) as indicated by 2.

[0037] FIGS. 13 and 14 is another example of the present invention, the body support means (1), the knee support means (500) and <br/> anti action preventer (600) is as installed to above, The exercise load means (100) is provided with a rotation fixing portion (5) on a fixing member (102) separately provided at the rear end of the lever (3) so that the tip of the lever (3) can be vertically moved. Installed by (6), the direction fixing link (10
4) One side is rotationally fixed by the rotational pin (6), and the front end of the lever (3) on the rotationally fixed portion (5) side and the direction change link (1).
04) The load device (7) is installed between the other side and the rotation pin (8, 8), respectively, and the fixed protrusion having the inclined surface (114a) is located above and adjacent to the rotary fixed portion (5). (114) is installed, and a stopper pin (116) is installed at the lower front end of the rotation fixing part (5).

Therefore, when the direction change link (104) is supported by the stopper pin (116) as shown by the solid line in FIG. 13, the upward movement occurs, and when the direction change link (104) is shown by the one-dot chain line in FIG. In the state where it is supported by the inclined surface (114a) of the fixed protrusion (114), the downward movement is performed.

15 to 17 show another embodiment of the present invention, in which the body support means (1) is a seat plate (10) and a back plate (20).
In a normal chair state in which the headrest (30) and the headrest (30) are combined, an auxiliary armrest (610) is provided and a foot support means (30) is provided.
0) and the knee support means (500) are the same as those shown in FIG. The exercise load means (100) is shown in FIGS.
4 is similar to that shown in FIG.
0) is the same as that shown in FIGS.

[0040] However, anti-working preventer (600) is provided with a holder (620) at a site adjacent to Atamato (30) in the inner frame of the back plate (20), hanger form of coupling projections (630 ) Is inserted into the holder (620), the pin (640) is inserted into the pin hole (630a) formed at the end of the coupling protrusion (630), and the pin (640) is rotatably installed in the holder (620). The only difference is the degree.

As shown in FIG. 16, the direction change link (1
In the state in which 04) is located in the lower position, upward movement is also performed.
As shown in FIG. 7, when the direction change link (104) is located above, downward movement is performed, and independent vertical movement using both feet is performed.

FIGS. 18 to 21 show another example of the present invention. The body supporting means (1) includes a back plate (20) provided with a headrest (30) on the seat plate (10). can freely is commonly hinged to deployment and folding, the back plate (20) counter-acting preventer (600) is installed in the belt form.
The back plate support device (700) is provided with a fixing protrusion (701) and a guide pipe (702) on a side surface of the seat plate (10), a fixing rod (703) is provided on the fixing protrusion (701), and a wheel ( 704a) provided with a back plate support rod (70
Reference numeral 4) is a pipe shape so that the guide rod (703) is inserted into the inside through the guide pipe (702), and a fixing rod (70) is provided at the tip of the back plate supporting rod (704).
5) is installed and the upper end of the fixing rod (705) and the back plate (20)
Auxiliary elbow pad (610) between the side frame (20a) of the
Are linked together. When the back plate (20) is folded forward, it moves forward together with the auxiliary armrest (610), and the back plate support rod (7)
04) is guided by the guide rod (703) on the inside and is guided by the guide pipe (702) on the outside to move forward. On the contrary, when the back plate (20) is expanded, it is further retracted as shown in the figure, the back plate (20) is expanded from the seat plate (10) so as to have a predetermined angle, and the back plate support rod (704) is retracted to move the back plate. Board (2
0) will come to support.

The foot supporting means (300) is provided with a belt as a connecting means (9) between the tread (11) and the knee supporting means (500) as shown in FIG. A wheel (11a) is provided at the tip, a tread support rod (15) is extensible between the tread (11) and a seat (10), and the knee support means (500) is a lever (3). The step plate support rod (15) is formed by connecting the front and rear pipes (301, 303) in a multi-stage pipe shape so that they can be inserted into and removed from each other, except that it is provided at the rear end of the rear pipe (30).
3) is located between the upper and lower guide rollers (307, 309) provided inside by being inserted through the coupling hole (305) formed in the front stage of the seat plate frame (10a),
Protruding stoppers (311 and 313) are provided on the front and rear portions, and these stoppers (311 and 313) are mutually stopped by the coupling hole (305) and the upper and lower guide rollers (307 and 309) when moving backward and forward. Like

The exercise load means (100) is a lever (3).
A rotation fixing part (5) is provided at the tip of the foot and a tread (11)
It is provided on the upper part of the fixing member (102) separately installed on the upper part of the lever, and the tip of the lever (3) is vertically movable so that one side of the direction change link (104) is rotated by the rotating fixing part (5). The load device (7) is provided between the rear end of the rotation fixing part (5) of the lever (3) and the other side of the direction change link (104).
A fixing protrusion (114) having an inclined surface (114a) is provided on the upper side of the rotation fixing part (5), and a stopper pin (116) is provided at the lower rear end of the rotation fixing part (5).

At this time, when exercising, as shown in FIG. 20, the direction change link (104) has the stopper pin (1) at the bottom.
16), the knee support means (50)
0) and the backward movement of the tread (11) enable the directional movement of the rear end of the lever (3), and as shown in FIG. 21, the direction change link (104) is fixed at the upper portion of the fixed protrusion (11).
In the state of being supported by the inclined surface (114a) of 4), the downward movement of the rear end of the lever (3) is enabled by the forward movement of the tread (11).

Of course, in the embodiment shown in FIGS. 18 to 21, the exercise load means (100) can be applied to the other embodiments described above. 22 and 23 show another example of the exercise load means (100) used in the present invention, which illustrates a case where a so-called torsion bar type load device is adopted.

That is, the exercise load means (100) installs the actuating rod (120) having the locking projection (118) at the rear end of the lever (3) and installs the rotation fixing part (5). The actuating rod (120) is inserted and connected, and the tip of the lever (3) is installed so as to be able to move up and down, and the fixed block (122) and the movable block (124) are provided on one side of the rotary fixed part (5).
An elastic member (126) is fixedly coupled to the fixing block (122) of the load device (134) having through holes (128, 130) and a locking through hole (132) formed at the center thereof.
And load the actuating rod (120) onto the load device (134).
Is inserted into the movable block (124) such that the locking projection (118) is locked into the locking hole (132) of the movable block (124), and the opposite end is fixedly coupled to the rear end of the lever (3). .
When the tip of the lever (3) is rotated up and down about the rotation fixing part (5), the movable block (124) which is locked to the locking projection (118) while the operating rod (120) rotates together. The elastic member (126) is rotated together and twisted to provide an exercise load force by the elastic member (126).

Further, a spring (136) is installed between the lever (3) and the rotation fixing portion (5) to form a star shape so that the locking protrusion (118) and the locking through hole (132) are displayed. It may be formed or formed into a suitable shape so that it can be inserted and removed in the longitudinal direction in an interconnected state, and can be interlocked with the movable block (124) in the rotating direction of the operating rod (120). Then, the lever (3) is pressed toward the load device (134) so that the locking projection (118) is disengaged from the locking through hole (132), and the lever (3) is moved together with the actuating rod (120). When the pressing force is released after being rotated by an appropriate angle, the locking projection (118) is coupled to the locking through hole (132) while the actuating rod (120) is in the original position by the elastic force of the spring (136). The angular position of (3) can be converted. Reference numeral 138 represents a spring cap.

24 to 35 show another modified example of the present invention, which is a seat plate (10) and a back plate (20).
And the exercise device installed on the ordinary body support means (1) to which the seat plate support leg (40) is connected.

That is, in the seat plate supporting leg (40), the telescopic rod (402) is installed in the tip of the lower frame (41) so that the telescopic rod (402) can be inserted and removed .
When you step on one side, the other leg will respond to the step
The seesaw device (400) that is lifted up is installed, and the exercise load means (100) is inserted into the fixture (200) fixed to the lower part of the seat plate (10), and the foot provided at the tip of the lever (3). The step board (11) of the supporting means is attached to the seesaw device (40).
0), and in particular, the upper part of the lever (3) is provided with a knee support means (500) which can be converted into a knee rest form at the time of use although it was normally in an arm rest form.

At this time, the seesaw device (400) is shown in FIG.
As shown in FIG. 27, the rotating shaft (404) is fixedly coupled to the connecting link (406) on one side and the one side via the expanding and contracting rod (402), and the other side of the rotating shaft (404) is expanded and contracted. Gearbox (408) fixed to the rod (402)
Is installed on the internal gear (410) of the
The rotation shaft (404) fixed to the center of the segment gear (412) meshed with is fixedly installed on the other side of the connecting link (416) via the expansion rod (402). When connecting the treads (11), one side of a reciprocating operator (339) of the treads (11) described later is inserted and coupled into an installation hole provided on one side of the connecting link (406).

The support rod (19) forming the rotation fixing portion (5) of the exercise load means (100) has a step portion (19) in the middle.
a) and a lock groove (19b) is formed in the lower part of the support rod (19) from the lower part of the support rod (19) to the coupling hole (20).
2) is inserted and coupled through the installation hole (204) formed on one side of the fixture (200), and the lock protrusion (206),
A spring (208) and a headless bolt (210) are connected in this order to a lock mechanism (212), and a support rod (1
When raising 9) the lock groove (19) of the support rod (19)
The lock protrusion (206) is coupled to b) and the rising state is maintained.

The lever (3) of the exercise load means (100) is in a state in which the inside is empty, and the auxiliary lever (50) can be inserted into and removed from the tip of the lever (3) to provide a large number of through holes (52) and levers (3). The length of the auxiliary lever (50) is adjustable by the adjusting knob (60) provided on the rear side of the auxiliary lever (50), and the rear side of the lever (3) has a connecting hole (54). 56a) is provided with a protrusion (56).

Next, the foot supporting means connects the connecting member (9) and the tread (11), and the connecting member (9) comprises a connecting rod (315) and a length adjusting rod (317). Connecting rod (315) having a length adjusting through hole (319) formed therein
A coupling hole (321) is formed on one side, an adjustment knob (60) is provided on one side, and a coupling protrusion (32) is formed on the other end.
3) The length adjusting rod (317) having the upper and lower sides is inserted into and withdrawing from the inside of the connecting rod (315) so that the length can be adjusted, and the connecting projection (323) is provided with the tread (11). One side is rotatably inserted and coupled, and a connecting rod (315)
Is inserted and coupled to the coupling protrusion (54) of the auxiliary lever (50) through the coupling hole (321), and the snap ring (32).
Install in 5). At this time, the adjusting knob (60) is installed on one side of the length adjusting rod (317) as shown in FIG. 30, but a spring (327) is provided on one side of the lower part and a coupling protrusion is provided on the other side. (329) is formed, and the connecting protrusion (329) is normally connected and fixed to one of the length adjusting through holes (319) formed in the connecting rod (315). When the length adjusting rod (317) is moved to adjust the length, one side of the adjusting knob (60) is pressed to press the coupling protrusion (32).
After moving the length adjusting rod (317) in a state where 9) is pulled out to the outside, the pressurizing state of the adjusting knob (60) is released and the length adjusting rod (317) is connected to the length adjusting through hole (319) formed at an appropriate position. Protrusion (3
The position is fixed so that 29) is inserted and coupled. Of course, the structure of the adjusting knob (60) of the lever (3) described above is also the same as the structure of the adjusting knob (60).

The tread (11) is shown in FIGS. 28, 29 and 32.
The long hole (33) having the groove (331) as shown in FIG.
3) is formed, and a through hole (335) is formed at the center of the elongated hole (3).
33), connecting protrusions (337) are provided at the upper and lower parts on one outer side, reciprocating actuators (339) are provided inside the through hole (335), and locks are provided on both sides. An adjusting lever (341) is vertically installed on one side of the reciprocating actuator (339) having the groove (340), and the adjusting lever (341) is gripped to move the elongated hole (333) to one side. One side of the reciprocating actuator (339) is projected outside one side of the through hole (335) and the through hole (335). As shown in FIGS. 28 and 29, the length adjusting rod (317) is normally placed inside the connecting rod (315). 24) is inserted, and one side of the reciprocating actuator (339) is inserted into the coupling hole (56a) formed in the protruding portion (56) of the lever (3). As shown on the display, the connecting rod (315) and the length adjusting rod (31)
7) is expanded and one side of the reciprocating actuator (339) is connected to the connecting link (406, 416) of the seesaw device (400) for use. When the tread (11) is set as shown in FIG. 29, the rod (416) shown in FIG. 24 is removed from the tread (11).

Next, the knee supporting means (500) is shown in FIGS.
9. As shown in FIGS. 33 to 35, in a normal state, a fixed lid (5) hinged by a pin (503) is attached to one end of the lever (3) so as to be elastically stopped by a spring (501).
The fixing protrusion (509) is coupled to the coupling groove (507) of 05), the coupling protrusion (513) is inserted and coupled to the coupling hole (511) of the auxiliary lever (50), and is installed by the pin (515) to form an armrest form. I am maintaining.

Further, the knee support means (500) is formed separately in multiple stages, and the band storing grooves (517, 519, 52) are formed inside.
1) to form length adjustment bands (523, 52)
5) are respectively inserted and coupled, and a coupling groove (527) and a fixing knob (529) are provided on one side to rotate the coupling protrusion (513) as a center when using it by converting it to a knee-hanging form.
The length adjustment extension band (523, 525) is pulled out and the fixing protrusion (509) is inserted into the coupling groove (527) as shown in Fig. 5, and is fixed by the fixing knob (529), which is used as a knee-hanging form. It can be so.

At this time, the fixing knob (529) has a spring (53) in the installation groove (531) of the knee supporting means (500).
3) is inserted and coupled so as to be elastically fixed to the coupling groove (52).
7) When the fixing protrusion (509) is inserted into or removed from the coupling groove (527) so that the locking protrusion (535) can move, the locking groove formed in the fixing protrusion (509). (537) is locked or released.

When the user installs the seat plate (1
0) and the sole is placed on the tread (11) and the one side tread (11) is pressed, the connecting link (406) is centered on the rotation axis (404) as shown in FIGS. 25 to 27. The segment gear (412) meshed with the gear (410) rotates in the opposite direction while moving downward and the rotation shaft (404) rotates with the gear (410), which causes the other side connecting link (416) to rotate. ), The other side tread (11) rises, and the other side tread (1)
When the pressure is applied to 1), the one-side tread (11) rises, and the seesaw motion can be performed between the treads (11) and (11).

If it is rotated in the opposite direction to the above-mentioned pressurizing method, the gear (410) and the segment gear (41) are rotated.
The meshed state of 2) is released and mutual movement is stopped. FIG. 36 shows another modification of the present invention, in which the body support means (1)
Is a seat plate (10) having a support leg (40) at the bottom and a seat plate (1
0) provided to the normal chair form and a the installed back plate (20) to the rear of, and, on both sides of the back plate (20) an auxiliary armrest (610), anti-action form over the upper portion The blocking means (600) is provided, and the knee supporting means (500) is fixedly installed at the upper tip of the foot supporting means (300), and the exercise load means (100) has the rear end of the lever (3) as the seat plate supporting leg (40). A pivot fixing part (5) is provided so that the tip of the lever (3) is pivotable up and down, and between the front end of the pivot fixing part (5) and the top of the pivot fixing part (5) of the lever (3). A load supporting device (7) is installed in the foot support means (7) in which a tread (11) and a connecting rod (9) are connected between the tip of the lever (3) and the knee supporting means (500). 300) and knee support means (50)
0) and the foot support means (300) can be used for vertical movement.

FIG. 37 shows another example of the exercise load means (100) used in the present invention, and FIGS. 38 to 41 show another example of the exercise load means (100) shown in FIG.
0) is used to represent a modified example.

Exercise load means (100) shown in FIG. 37.
Has an auxiliary link (4) between the lever (3) and one side of the load device (7), and a stopper (138) between the lever (3) and the auxiliary link (4). It was constructed so that it could be insert-bonded or separated backward.

At this time, the stopper (138) is formed with a coupling groove (140) at the front end so that it can be inserted and coupled to the coupling end (4a) of the auxiliary link (4), and is fixed to the bottom of the lever (3). The guide groove (1
44) to form a stopper (138) between the lever (3) and the auxiliary link (4) at the connecting end (4a), the lever (3) and the auxiliary link (4) When the stopper (138) is moved backward to disengage from the connecting end (4a), the lever (3) and the auxiliary link (4) can rotate in the link connected state.

The auxiliary link (4) and the connecting rod (31)
5) The installation grooves (144, 14) having a round central part are formed.
6) are provided respectively, and the auxiliary link (4) is provided with an installation groove (14
4) is formed with a through hole (148) shown in FIG. 41 and has a head (150) having the same shape as that of the installation holes (144, 146), and a reciprocating actuator (152) and an anti-static spring. (154 ') and the fixing nut (165) are inserted and elastically installed. As shown in FIGS. 38 and 41, the length adjusting rod (317) and the connecting rod (315) are expanded and installed, and When the rod (315) and the auxiliary link (4) are to be integrally connected, the reciprocating actuator (15)
2) is pressed to insert the head (150) into the installation groove (146) of the connecting rod (315) and rotated by 90 °.
0) cannot escape from the installation groove 146 and are fixedly coupled to each other.

As shown in FIG. 38, when the exercise load means (100) is installed and used in the exercise apparatus of the present invention, the ankle hooks (154, 154) are attached to the treads (11, 11) on both sides.
154) are inserted and coupled to each other to enable forward and backward movement.

At this time, the ankle rest (154) is attached to the tread (1
Foot pad (156) and heel pad (1)
58) and 58) are interconnected by a connecting rod (160).
The foot pad (156) has a coupling groove (162) and a fixing groove (16).
4) are formed in communication with each other, and a release knob (166) is provided on one side, and when the tread (11) is inserted and coupled, the coupling groove (16) is formed.
The reciprocating actuator (339) having the lock groove (340) formed therein is coupled to the step body 2 and the fixed groove (164).
And the fixing protrusion (168) of the release knob (166) is inserted into the lock groove (340), and when releasing the lock, the release knob (166) is pressed to separate the ankle hook (154) to the outside. You can

In the case where the player is installed and exercised as shown in FIG. 38, the ankle rest (154) is hung on the ankle and a force is applied to the ankle and the knee to adjust the length adjusting rod (317) and the connecting rod (315).
When the auxiliary link (4) and the auxiliary link (4) are moved upward and backward, the load device (7) causes the motion, and the auxiliary link (4) and the load device are provided between the lever (3) and the auxiliary link (4). (7) and between the load tool (7) and the connecting portion of the support rod (19c) installed on the support rod (19) where the rotation fixing portion (5) is formed. Link connection movement is performed.

FIG. 42 shows another modified example of the present invention in which the exercise load means (100) shown in FIGS. 37 and 38 is installed. In the case of the body support means (1), FIG. as displays, seat plate (10), back plate (20) and the seat plate support leg (40) but is usually in a form coupled Atamato the back plate (20) (30), counter-acting preventer ( 600),
An auxiliary armrest (610) is provided, and a seesaw device (4) is attached to the tip of the lower frame (41) of the seat plate supporting leg (40).
00) and the exercise load means (100) is a seat plate (10).
The foot support means (300), which is inserted into the fixture (200) at the bottom of the foot and is installed at the tip of the lever (3), is
4) A tread support rod support (350) is installed, and the other side of the tread support rod support (350) is hinged to the bottom of the tread support rod (17), and the rear part of the tread support rod (17) is attached. Is fixed to the tip of the seat plate (10), and the tread plate (11) is connected to both sides of the tread support rod (17).
In the rear part of the lower frame (41) of (0), there is a back plate support device and X-shaped links (710, 711) and one side link (711).
Even if the back plate (20) is tilted backward by providing the auxiliary support leg (720) interlocking with the end portion and the seat plate (10) is lowered in height, the auxiliary support leg (720) is sufficiently retracted to allow the user. He is able to exercise stably even when he is in a sleeping position. As shown in FIG. 43, a seat plate support plate (42) is coupled and fixed to the bottom surface of the seat plate (10), and a horizontal rod (44) is welded to both sides of the lower part of the seat plate support plate (42). Frame (4
6) is provided, the inside of the upper frame (46) and the lower frame (41) is empty, and the long grooves (46a, 41)
a) is formed long and is connected and installed by X-shaped links (710, 711), and X-shaped links (710, 711) are
One side thereof is fixedly installed on one side of the upper and lower frames (46, 41) by a hinge, and the other side is constituted by a movable piece (48) and a moving interrupting lever (52).
8) and one side of the auxiliary supporting leg (720) are fixedly installed by hinges.

At this time, the inside of the lower frame (41) is empty, and a long groove (41a) in the lengthwise direction is formed on one side so that the link (711) and the auxiliary supporting leg (720) are hingedly connected. It is possible to move back and forth together with the auxiliary support leg (720) through the long groove (41a) in the closed state, and the fixture (20) is provided on one lower side of the upper frame (46).
0) is welded and fixed.

The seat plate support plate (42) has a tread plate support rod (17) on the front surface as shown in FIGS. 43, 44 and 46.
An installation recess (54) is provided for connecting and fixing one side of the installation recess (54), and both sides of the installation recess (54) are narrowed in the front wide and rear directions to form the tread support rod (1).
The free end of 7) was formed so that it could be easily joined, the cover (56) was welded and fixed to the upper part of the installation recess (54), and the upper part was tapered on both sides of the installation recess (54). The lock protrusion (58) is vertically movably inserted,
The lock projection (58) is fixedly installed on the elastic stop plate (60) hinged to the bottom of the seat plate support plate (42) while one side is elastically stopped by the spring, and A knob (62) is provided on the bottom surface.

Further, as shown in FIG. 44, the other side of the tread support rod supporting base (350), one side of which is inserted and installed on the rotary shaft (404), has a hinge (350a) at the bottom of the tread support rod (17).
44. When installed, the tread support rod (17) is formed with a coupling hole (17a) at one end and is installed as shown in FIG.
And, as shown in FIG. 46, when it is inserted into the installation recess (54), the lock projection (58) is inserted and fixed in the coupling hole (17a). As shown in FIGS. A guide rail (66) having a rail groove (64) is provided in each of the rails, and a tread plate connector (70) provided with a pulley (68) on one side so as to be freely moved back and forth in the rail groove. .

Further, a fixed knob (74) having a tension spring (72) on one side is connected to the tread plate connector (70), and a tread plate connecting groove (76) is formed on the fixed knob (7).
The locking projection (78) of 4) is provided so as to partially project into the tread connecting groove (76) in the form of an inclined end surface, and the tread (1)
The reciprocating actuator (339) of 1) is inserted and coupled. The member number 80 is a sealing member that closes both ends of the rail groove (64) of the guide rail (66), and the member number 82 is a fastening member for fixedly connecting the sealing member (80) and the guide rail (66). It is a screw with.

As shown in FIGS. 43 and 47 to 50, the seat plate height adjusting device comprises a combination of a moving piece (48) on both sides and a connecting / disconnecting lever (52), and a moving piece (4) on both sides.
8) has continuous saw teeth (84) with semicircular grooves formed in the upper part, and rotating rollers (86) are axially installed on both sides, and are installed in the upper frame (46), one of which is a link (7).
A spring (90) is provided between the protrusion (88) and the horizontal rod (44) which are axially installed together with the link (710) and are fixedly installed at a portion adjacent to the link (710).

The movable connecting / disconnecting lever (52) is inserted and connected to the connecting holes (94) of the fixing members (92) attached to the outside of the upper frame (46), and the knob (52) is attached to one side.
a) is provided, and the saw teeth (84) of the both-side moving piece (48) are provided.
Concave grooves (52b) are formed so as to correspond to the portions where the positions are located, and as shown in FIG. 50, as the moving interrupting lever (52) is rotated, the saw teeth (84) of the both-side moving pieces (48) are formed. The height of the seat plate (10) can be adjusted by the mutual relationship.

That is, when lowering the height of the seat plate (10), the movable connecting lever (5) is pressed while pressing the seat plate (10).
When 2) is rotated, the sawteeth (84) move backward to the moving piece (48) by one sawteeth, and eventually the height of the saw moves downward along with the upper part of the link (710) and the lower part of the link (711). Then, the auxiliary support leg (720) interlocked with the link (711) moves backward and pulls out backward. Conversely, when trying to increase the height of the seat plate (10), the seat plate (10) When the pressurizing state of the movable contact lever (52) is released and the movable disconnecting lever (52) is rotated in the reverse direction, the moving piece (48) also moves forward together with the X-shaped links (710, 711) due to the restoring force of the spring (90), and its height increases. The auxiliary support leg (720) is returned to the original position inside the lower frame (41).

Although not shown in the above embodiment, there is no connecting structure of the tread support rod support (350), the upper and lower frames (46, 41) and the links (710, 711) and the seat plate ( The tread support rod (17) may be fixedly installed on the seat plate support plate (42) of 10), and the tread plate (11) may be connected to the tread plate coupling tool (70) so that movement can be performed.

Next, an embodiment in which the inward and outward movements are made in the left-right direction will be described with reference to FIGS. 51, 53, 57, 58 and 60 show the seat plate (1
0) and the seat plate supporting leg (40), the exercise device provided in the normal body supporting means (1), the exercise load means (100) is fixed to one side of the seat plate (10) fixture (200) This is an exercise device which is installed at the same time and has a knee support means (500) installed at the tip of the exercise load means (100) without the foot support means (300).

FIG. 52 shows an exercise device in which the knee support means (500) and the foot support means (300) are both provided at the tip of the exercise load means (100). Exercise load means (100)
In the case of FIG. 51 and FIG. 53, the rotation fixing part (5) is provided in the middle part of the lever (3), and the tip of the lever (3) is installed so that it can move inward and outward in the left and right directions. The load device (7) is installed between the rear end of the dynamic fixing portion (5) and the horizontal fixing member (168) between the horizontal outside or the horizontal inside of the rotary fixing portion (5).

In the case of the exercise load means (100), FIG.
As shown in FIG. 57, a rotation fixing part (5) is provided at the rear end of the lever (3) so that the tip of the lever (3) can be moved inward and outward in the left-right direction. The load device (7) can be installed between the horizontal end of the rotation fixing part (5) by the front end of the moving fixing part (5) side and the horizontal fixing member (168).

Although the entire device is not specifically displayed,
In the case of the exercise load means (100), a rotation fixing part (5) is provided at an intermediate portion or a rear end of the lever (3), and the tip of the lever (3) is installed so as to be movable in the left-right direction. The load device (7) is installed between the front end or the rear end of the rotation fixing part (5) and the horizontal inner side or the outer side of the rotation fixing part (5) and the lever (3).
It can be installed so that it can move inward and outward depending on the horizontal direction of the tip of the.

Next, in FIGS. 54 to 56, in the above-mentioned exercise load means (100) capable of horizontal inward and outward movement, the direction change link (170) is connected to the connecting portion between the lever (3) and the horizontal fixing member (168). The technical configuration of installing the load equipment (7) between the lever (3) and one side of the direction change link (170) is shown. That is, the direction change link (170) is formed with the pin hole (170a) and the elongated hole (170b) facing each other, and one side of the lever (3) and the horizontal fixing member (168) are the tips of the lever (3). So that it can move horizontally left and right (1
72) and the direction change link (170) is provided with a pin (176) on one side through a long hole (170b) to a protruding fixing part (174) provided on one side of the horizontal fixing member (168). The load device (7) is pin-fixed between the other side of (3) and the other side of the direction change link (170).

Therefore, in the case of the installation position as shown in FIG. 55, when the leverage (3) is applied to the direction change link (170) in the arrow direction, the direction change link (170) is centered on the pin (176) and moved to the right side thereof. The position is pressed against the horizontal fixing member (168) to enable the movement, and in this state, the direction changing link (170) is pulled to the right side and the pin (176) is positioned at the end of the long hole (170b). When it is pulled 180 degrees and rotated 180 ° and moved further to the left, it is positioned as shown in FIG. 56. At this position, the load device (7) is installed between the lever (3) and the direction change link (170), The lever (3) can be moved in the direction opposite to the state shown in FIG. 55.

FIG. 58 shows another embodiment of the present invention, which is a seat plate (10) of the body supporting means (1) having a normal chair form.
A plate (96) is installed on the bottom, and both sides of the rear part are installed with holes (2
02) is fixedly installed, and the exercise load means (100) is a lever (3) and a vertical rod (178).
And the link (180) are fixed to each other at a predetermined angle, and the vertical rod (178) is fixed to the upper fixing member (200).
It is inserted in the installation hole (202) of the link (180) and is installed so that the whole plays the role of a lever, and the tip of the link (180) and the plate (9) are installed.
The load device (7), in which the elongated hole (7a) is formed by an elastic body, is inserted and fixed on both sides with the fixing pin (98) fixed to 6). At this time, the knee support means (500) is installed at the tip of the lever (3).

Therefore, during operation, the load device (7) is provided on both sides to enable the left-right movement, that is, the inward and outward movements with the fixing device (200) and the fixing pin (98) as fulcrums.
At this time, it is needless to say that the load device (7) may be installed only on one side so that the motion can be performed only in one direction during the inward / outward motion.

FIG. 59 shows another embodiment of the exercise load means used in the present invention, which is installed so that the inward and outward movements can be performed by using a load device (134) in the form of a torsion bar as shown in FIGS. 22 and 23. In the load device (134), the fixed block (122), the movable block (124), the elastic member (126) and the actuating rod (120) are connected in the same manner as in FIGS. 22 and 23. , Exercise load means (1
00), the load device (134) is fixedly installed on the lower part of the projecting end of the rotary fixing part (5), and the connecting end part of the actuating rod (120) is fixedly mounted on the lever (3) by a pin.
0) and the lever (3) are installed so as to be rotatable in the left-right direction.

Therefore, during operation, the lever (3) can be used to move inward and outward in the left-right direction. At this time, the exercise load force is a predetermined value in the left-right direction of the operating rod (120) fixed to the lever (3). Actuating rod (120) by rotating by an angle
Movable block (12) coupled to the locking end (118) of the
4) is rotated together and the elastic member (126) is obtained while being twisted. Of course, the coupling structure of the locking end portion (118) and the locking through hole, and the spring (which is elastically installed between the lever (3) and the rotation fixing portion (5) at the upper end of the operating rod (120) ( Thirteen
The angular position of the lever (3) can be converted by the relation of (6), but since this has been described above with respect to the embodiments shown in FIGS. 22 and 23, a detailed description thereof will be omitted.

FIGS. 60 to 62 show another embodiment of the present invention, in which the body support means (1) is constructed in a normal chair form, and in the case of the exercise load means (100), both sides of the seat plate (10) are provided. A lever (3) in which a rotary fixing part (5) is axially inserted into a fixed fixture (200) and a knee support means (500) is installed at the tip in the middle of the rotary fixing part (5). Fixing bolt (9
The height is adjustable by means of 9), and the rotation fixing part (5)
It is installed so that it can be rotated to the left and right, and fixed links (5a) are installed on the upper part of the rotation fixing part (5), respectively, and a vertical guide (97) and a fixing roller (95) are provided on the upper end. Pins (91, 91) are axially installed on both sides of the rod (93), a weight weight (92) is inserted in the vertical guides (97, 97), and an upper center fixing tool (89) of the weight weight (92) is attached. Between the end of the fixed link (5a), a wire (87) is fixedly installed together with the return load damping device (450) via the idle roller (95).

A return load damping device (450) is installed on the upper part of the fixing device (89), and it is a braking device which is elastically stopped by springs (452) on both sides and moves about a rotating shaft (454). Block (456) is a fixed frame (458)
The movable member (459) connected and fixed to the wire (87) is movably inserted and installed inside the fixed frame (458). The fixed frame (458) is a frame (F) of the idle roller (95). ) Fixedly installed.

In such an embodiment, when the knee support means (500) is moved inward relative to each other during operation, the fixed link (5a) is rotated outward and the wire (87) is pulled, whereby the restoring load damping device ( The moving member (459) and the weight (92) are lifted with almost no influence of the braking block (456) of the 450.
When the lever (3) and the knee support means (500) allow inward movement, and the user moves the lever (3) outward and the weight (92) descends, the restoring load damping device (45) is used.
0) braking block (456) is spring (452)
The movable member (459) is forcibly pressed by the anti-ballistic force of the weight weight (92), and the weight (92) can be easily moved outward while the return force is attenuated while the weight (92) is gradually lowered.
The user can perform an inward movement using the knee and an inward movement using the arm by lifting and fixing the lever (3).

Next, with reference to FIGS. 62 to 75, an embodiment in which the vertical movement and the horizontal inward / outward movement are selectively performed simultaneously will be described. 62 to 64 show an example of a modification of the exercise load means installed in the present invention.
The exercise load means (100) is provided with a rotation pin (6) between the intermediate portion of the lever (3) and the rotation fixing portion (5) so that the lever (3) can be rotated vertically and horizontally. Then, one side of the direction change link (182) is installed on the rear part of the rotation fixing part (5) so that the direction change device (184) can change the direction.
The load device (7) is installed between a rotating pin (186) rotatably inserted and installed at the rear end of the lever (3) and the other end of the direction change link (182).

The lever (3) is an auxiliary lever (50, 50) so that the length can be adjusted by inserting and removing it at the front and rear ends.
Are provided respectively. A coupling hole (190) is formed at the rear portion of the auxiliary lever (50) at the rear end, and a rotating pin (186) having a coupling protrusion (192) and a pin hole (194) is formed at the coupling hole (186). 190) and fixed with a fixing pin (196), a long hole (198) is formed in the middle portion, and the pin hole (19) is formed in the left-right direction so as to communicate with the long hole (198).
9) is provided.

In addition, the rotation fixing part (5) has a projecting end formed at the upper part thereof to form a pin hole (214) in the vertical direction and an installation hole (216) adjacent to the pin hole (216) in the front-rear direction. A step portion (216a) is formed at the front end of the installation hole (216).
A coupling groove (216b) is formed in the direction, and a step (1
9a) has a lock groove (19b),
It is insert-coupled to the square hole (202) of the fixture (200).

The direction change link (182) has an engaging through hole (218) formed in an upper part thereof, and an auxiliary link (183) whose length can be adjusted by being inserted and removed is inserted and installed in a lower part of the direction change link (182). The pin hole (183a) was formed in (183).

The turning device (184) includes a T-shaped bar (2
18 '), a protrusion (220) is formed on one side and a plurality of locking recesses (222) are formed, and a square through hole (22) is formed at the center.
4) is formed of a rotation fixing pin (226), a spring (228) and a knob (230) fixed by a fixing pin (230a), and the T-shaped bar (218 ') is a rotation fixing pin (226'). 4) is inserted into the square through hole (224), and the rotation fixing pin (226) forms the installation hole (216) of the rotation fixing portion (5) and the locking through hole (218) of the direction change link (182). And the multiple locking recesses (22
2) is inserted and coupled to the locking through hole (218), is rotated together with the rotary fixing pin (226), and after inserting the spring (228), the end of the T-shaped bar (218 ') is fixed to the knob (23).
0) and fix with the fixing pin (230a). In normal times, the protruding portion (220) of the rotation fixing pin (226) is inserted up to the step portion (216a) of the rotation fixing portion (5), and the tip vertical protrusion of the T-shaped bar (218 ') is a lock groove (216b).
Of the two facing ones of the locking grooves (216b) and the turning link (182) is fixed in place.

For the lever (3) and the turning pin (6), the connecting projection (6a) of the turning pin (6) is inserted into the elongated hole (198), and the pin hole (199) and the turning pin (6). 6) Pin hole (6
6) via fixing pin (232) and washer (23)
4), the nut (236) is inserted and connected in this order, the lower part of the rotation pin (6) is inserted into the pin hole (214) of the rotation fixing part (5), and is connected with the washer (234) and the nut (236). The upper pivot pin (6) allows the lever (3) to pivot vertically and horizontally. Further, the load device (7) has a pin hole (194) of the rotating pin (186) and an auxiliary link (183).
Using the pin hole (183a) of the fixing pin (23a
2), fixed to each other by the washer (234) and the nut (236).

At this time, if necessary, an auxiliary lever (50)
The projecting pin (513) of the knee supporting means (500) may be inserted into the through hole of the above and fixed by the nut (236) from the lower side for use.

In actual use, when the knob (230) of the direction changing device (184) is pressed, the T-shaped bar (218 ') is advanced and connected to the lock groove (216b).

The upper and lower protruding portions of the T-shaped bar (218 ') are separated, and the direction change link (182) is fixed to the rotation fixing pin (22).
6) and the installation hole (216) can be rotated around the center, it is possible to change the direction to one position in the vertical and horizontal directions as shown in FIGS. 63 and 64.
When the pressed state of 30) is released, the upper and lower protruding portions of the T-shaped bar (218 ') are opposed to each other in the lock groove (216b) of the rotation fixing portion (5) by the elastic force of the spring (228). It is stabilized at a predetermined position while being inserted into the lock groove (216b).

At this time, one side of the load device (7) moves together with the direction change link (182), and the other side of the load lever (7) is fixed to the rotation pin (186) of the auxiliary lever (50). Since (186) can be freely rotated, it is rotated together with the rotation pin (186) so as to match the corresponding position.

In the solid line position of FIG. 63, the outward movement is possible, and in the one-dot chain line position, the upward movement is possible. 65 to 67 show another example of the present invention, in which the exercise load means (100) rotates the lever (3) vertically and horizontally between the terminal end of the lever (3) and the rotation fixing part (5). Pivot pin (238) to allow
The rotation fixing part (5) is segmented so that the tilt angle can be adjusted, and one side of the direction changing link (240) is provided in front of the rotation fixing part (5). )
Between the rotating member (242) installed in the middle of the lever (3) and the rotating member (244) installed on the other side of the direction changing link (240). A load device (7) is shown in FIG.

At this time, the lever (3) has a cylindrical shaft (24
6) is integrally formed, the rotating member (242) is inserted, the auxiliary lever (50) is inserted into the cylindrical shaft (246), and the pin hole (246a) in which the cylindrical shaft (246) is formed and the auxiliary lever are formed. Fix it with the fixing pin (248) in a state where the pin hole (50a) formed in (50) is aligned with the auxiliary lever (5).
0) a pin installation hole (50b) is formed at the rear part of the pin, a pin hole (50c) is formed therethrough, and an upper pin hole (238a) and a lower lock groove (238b) are formed. The upper part of the rotating pin (238) is attached to the pin mounting groove (50
b), and with the pin holes (50c, 238a) aligned with each other, the auxiliary lever (50) and the turning pin (238) are fixed by the fixing pin (232), washer (234) and nut (236). Combine and leverage (3) and auxiliary leverage (5
0) is installed so as to rotate vertically and horizontally around the fixing pin (238). A shaft hole (242a) is formed at the center of the rotating member (242) and is inserted into the cylindrical shaft (246) to be rotatable, and a plurality of coupling holes (250a) are formed in the lower portion.
The protruding end (250) formed with is formed integrally.

The rotation fixing portion (5) is composed of the upper and lower members (25
2, 254), and the upper member (252) is formed with an arcuate groove (256) on the upper side, a pivot pin hole (256a) is formed on one side, and a fixed pin hole (256) on the rear side.
b) is formed, a locking through hole (218) is formed in the front-rear direction, and the rotation pin (23a) is formed in the rotation pin hole (256a).
8) is inserted, the fixing pin (258) is inserted through the fixing pin hole (256b), and the fixing pin (258) is coupled to the lock groove (238b) of the rotating pin (238). 238) does not pull out to the upper part and can be rotated in the rotation pin hole (256a). The locking through hole (218) changes the direction together with one side of the direction change link (240). Equipment (184) is installed. In addition, an arcuate surface (260) is formed in the lower part of the upper member (252), and a protrusion (264) having a pin hole (262) is provided, and the arcuate surface (260) is locked. Two holes (266) are formed.

The lower member (254) is formed with an arc-shaped coupling recess (268) in the upper part, and a pin hole (270) is formed so as to penetrate the coupling recess (268) in the left-right direction, and the coupling recess (268). An installation hole (272) is formed at the center of the base, and a long hole (27) that penetrates the installation hole (272) is formed in the rear part.
4) is formed, and the spring (276) and the actuator (278) are inserted into the installation hole (272) and the long hole (27) is formed.
4) via which the knob (280) is provided, and the upper and lower members (252, 254) are provided with protrusions (2) in the coupling recesses (268).
64) are insert-coupled with each other and mutual pin holes (262) (270)
Insert the fixing pin (232) through the
4) and nut (236) are connected to each other,
At this time, the lock hole (26) formed in the protrusion (260)
6, the actuator (278) fixed by the spring (276) is inserted into one of the upper members (2, 6).
The inclination angle of 52) can be adjusted. A step (19a) and a lock groove (19b) are formed in the lower part of the lower member (254), and the lower member (254) is inserted into the installation hole (202) of the rotation fixing tool (200) for installation.

The direction change link (240) has pin holes (274 ', 276') formed on both upper and lower sides, and a step (274a) is provided in front of the one side pin hole (274 '). Then, the lock groove (274b) is formed, and the rotation fixing pin (226) of the direction changing device (184) is inserted into the one side pin hole (274 ').

At this time, the lower turning member (244) is integrally formed with a projecting end portion (276 ″) having a coupling hole (276a) formed therein, and has a mounting groove (278a) formed in the rear portion thereof. The protrusion (278 ″) is integrally formed, and the coupling protrusion (27) is formed in the one side pin hole (276 ′) opposite to the one side pin hole (274 ′) of the direction change link (240).
8 ″) and insert the snap ring (280) into the installation groove (278a).

Utilizing the coupling holes (250a, 276a) of the turning members (242, 244) on both sides, the load device (7) is fixed between them by the fixing pin (232), washer (234) and nut (236). It is fixedly installed.

At this time, the direction changing device (184) is the same as that used in the embodiment shown in FIGS. 62 to 64. When actually connecting and using, the direction changing device (184) is located at a predetermined position, but at this time, the rotating member (242, 242) on which the load device (7) is installed.
244) is a cylindrical shaft (246) and a connecting protrusion (278 ″).
Since the load device (7) can be maintained in a fixed state without being twisted because it is freely rotated about the center, inward movement is possible at the solid line position and upward movement at the alternate long and short dash line position in FIG. 66.

FIG. 68 shows another embodiment of the exercise load means used in the present invention, in which the exercise load means (100) connects the rear end of the lever (3) and the upper end of the rotation fixing portion (5) to each other. The lever (3) is provided so as to be vertically rotatable, and the load device (7) is provided between the support rod (5a) of the rotation fixing portion (5) and the tip of the lever (3).
Is installed so that the angle can be converted up and down, and a rotation fixing pin (282) is fixedly installed on one side of the rear end of the rotation fixing portion (5), and is separately installed on the rear portion of the rotation fixing portion (5). Support rod (1
The rotation fixing pin (282) is inserted and coupled to 9). The rotation fixing pin (282) has the technical structure in which the lever (3), the rotation fixing portion (5) and the load device (7) are combined.
It is characterized in that it is fixedly installed in the vertical direction or in the horizontal direction by means of the lever (3) to enable the upward and downward movements and the lateral inward and outward movements.

At this time, the rotation fixing pin (282) has a directional change fixing portion (282a) having a square cross section and a screw thread portion (28).
2b), and the support rod (19) has a circular through hole (284).
a) and the square through hole (284b) are communicated with each other and installed vertically in the front-rear direction, and at the time of connection, the rotation fixing pin (282) is inserted through the circular through hole (284a), and the washer (23
4) after connecting the nut (2) to the thread (282b).
36) is tightened and fixed, but the direction changing fixing part (282a) is connected to the square through hole (284b), and the lever (3), the rotation fixing part (5) and the load device (7) are connected. The above structure is fixed in the vertical direction or the horizontal direction.

The support rod (19) has a stepped portion (19a) and a lock groove (19b) formed in the lower portion thereof, and a fixture (200).
Has a step (201) at the top and a coupling groove (20) at the bottom.
3) The rotating tool (205) formed with the fixing tool (200)
The spring (207) and the washer (209) are inserted into the rotating tool (205) from the lower side, and the snap ring (211) is fitted into the coupling groove (203). A square through hole (202) is penetrated at the center of the support rod (19). A step portion (2
01) is formed and a lock device (204) is provided,
The rising position of the support rod (19) can be fixed, and the fixing jig (200) has angle fixing grooves (200a, 200a).
Is provided on the upper portion, and the protrusion (201a) of the rotating tool (205) is provided with the angle adjusting groove (200a, 200a).
In the end, the exercise load means (10
0), especially the horizontal angle of the lever (3) is switched.

The lever (3) has an auxiliary lever (50) at the tip.
Is installed so that the length can be adjusted, and the fixed armrest (630) is installed on the upper part on the rear part.
0), the knee support means (500) is installed in the form of a rod by the rotating pin (513) and the snap ring (236), and is rotatable and positioned above the lever (3). It will be located in a part of (630).

Therefore, at the time of installation, as shown in FIG. 69, the fixture (200) is installed on the chair-shaped one of the body support means (1) already described, and the exercise load means (100) and the knee support means (500) are used. This allows vertical and horizontal movements to move in and out.

70 to 72 show another modification of the exercise load means used in the exercise apparatus of the present invention. The exercise load means (100) is mounted on the upper end of the rotation fixing portion (5). The lever (3) is pinned (232) to the rotation fixing pin (238) which is inserted and fixed so as to be rotated by the fixing pin (258).
Fixedly connected so that it can rotate up and down at the rotation fixing part (5)
The link (2) is horizontally pinned to one side of the link (2), the support rod (2a) is fixedly installed at the lower part of the link (2), and the connector (8) is pinned to the tip of the lever (3). A load device (7) is installed between the support rod (2a) and the connecting tool (8).

At this time, the connecting rod (315) of the knee supporting means (500) and the foot supporting means (300) and the length adjusting rod (31).
7) and that the tread (11) is installed are the same as in the embodiment shown in FIG.

The only difference is that the lever (3) has a long hole (1
98) to form the connecting protrusion (5) of the knee support means (500).
13) is inserted into the long hole (198) and the pin (232) is inserted.
The protrusion (54) was provided on one side of the lever (3) to insert and fix the connecting rod (315), and the lower side of the lever (3) was formed with a square through hole (286a). Coupling protrusion (28
6) is formed to insert and connect the connector (8), and the support rod (19) is inserted and connected to the lower part of the rotation fixing portion (5).

At this time, the coupling tool (8) has a coupling hole (290) and a square hole (2) centered on the coupling groove (288).
92) facing each other, a coupling hole (294) is formed in the lower part, and a square cross section (296) is formed from the head (296a).
b), circular cross section (296c), screw thread (296d)
The direction changing pin (296) integrally formed with the connecting groove (2)
88) is inserted and coupled from the square hole (292) with the coupling projection (286) inserted, and the square cross section (296b) is located in the square hole (292) and the square through hole (286a). , The circular cross section (296c) is inserted into the coupling hole (290), the spring (297) is inserted into the direction changing pin (296), and the adjusting knob (298) is attached to the thread (296d). Insert, fix, and bond.

Of course, at this time, the adjustment knob (298) is pressed to press the circular cross section (296c) of the direction change pin (296).
The connector (8) can be rotated left and right in the state where is located in the square through hole (286a) of the coupling protrusion (286).

An installation space is provided inside the rotary fixing part (5), and an elongated hole (251) and a pin hole (253) are formed in the rotation fixing part (5). The installation space has a coupling groove (255a) and a pin hole (255).
b) is formed with an actuator (255) formed therein, a spring (257) and a supporting rod (19) are inserted in the lower portion thereof, and the auxiliary supporting rod (19) is fixed with a pin (259) by a pin hole. (253) and the pin hole (26) of the auxiliary support rod (19).
1) through the rotary fixing portion (5) and the auxiliary supporting rod (1)
9) and are fixedly bonded.

At this time, the coupling hole (263) of the link (2)
In the coupling hole (265) of the rotation fixing portion (5), the coupling groove (267a) is formed in the upper and lower portions, and the pin hole (267) is formed on one side.
b) formed by inserting the direction change pin (267) into the fixing pin (27) with the pin hole (269) of the link (2) aligned with the pin hole (267b) of the direction change pin.
1) According to the above-mentioned link (2) and direction change pin (267)
The fixed pin (373a) of the adjustment knob (373) is inserted and connected to the through hole (255b) formed on one side of the actuator (255) through the elongated hole (251).

As shown in FIGS. 70 to 72, the technical structure in which the connecting member (8), the load device (7), the supporting rod (2a) and the link (2) are combined is provided with a rotary fixing portion (5). In the state of being aligned with the vertical direction, the direction changing pin (267) cannot be inserted into the coupling groove (255a) of the actuator (255), but the above technical configuration is perpendicular to the vertical direction of the rotation fixing portion (5). When the direction is changed to the horizontal direction, that is, the direction changing pin (267) is rotated by 90 °, the coupling groove (267a) is erected, and the spring (257) is restrained by the actuator (255). Actuator (25
The coupling groove (267a) is coupled to the coupling groove (255a) of 5), and the above technical structure maintains the horizontal state without being rotated downward.

Further, as shown in FIG. 73, when the exercise load means (100) is in the horizontal state and the foot support means (300) and the knee support means (500) are positioned, horizontal and horizontal inward and outward movements are possible. Of course, although not shown, it is possible to move vertically by changing the direction.

74 and 75 show another embodiment of the exercise load means used in the present invention. As shown in FIGS. 22, 23 and 59, a torsion bar type load device (134) is used. It is shown that the lever (3) is installed so that it can be moved vertically and inwardly and outwardly. However, in the exercise load means (100), the fixed block (122) of the load device (134) is attached to one side. The moving pin (275) and the lock groove (277) are provided, and the pin hole (279) and the lock device (281) having the same form as the lock device (204) are installed on the upper part of the rotation fixing part (5). Rotating pin (27
5) is inserted and coupled to the pin hole (279) and fixed by the snap ring (283), and the lever (3) and the load device (13).
4) has a combined technical structure. This structure can be rotated around the above-mentioned rotation pin (275), and the lock groove (277) is provided by the lock device (281).
It becomes possible to fix the position according to the position where it is locked to.

Therefore, it is recognized that the upward and downward movements and the horizontal and horizontal inward and outward movements are selectively performed by the lever (3). 76 to 78 show a modified example of the embodiment shown in FIG. 70, in which the tip of the lever (3) is provided with a connector (8 ') which is rotatable in the front-back and left-right directions. The connecting link (4 ') is fixed to the lower part of the connecting tool (8') by a direction changing pin (296) and an adjusting knob (298) so that the connecting link (4 ') can be rotated in the left-right direction, and the lever (3).
An example is shown in which a stopper (138) is provided on one side of the lower part of the connector so that the forward and backward rotation of the connecting tool (8 ') and the connecting link (4') can be interrupted.

FIG. 79 shows a modified example of the exercise load means shown in FIG. 76, as shown in FIG. 42. The body support means (1), the foot support means (300), the knee support means (50).
0), anti-acting support (600) and the back plate support Kigu (70
0) is applied and installed, and the exercise load means (100) shown in FIGS. 76 to 78 is used to move vertically and longitudinally as shown in FIGS. Exercise is made possible.

Next, FIGS. 84 to 86 and 87 to 10 will be described.
Referring to FIG. 1, in the various exercise devices configured as described above, the load device (7) used for the exercise load means (100) is selected from the elastic bar type and the hydraulic cylinder type to make more appropriate use. The load equipment that can be used will be described in detail.

First, referring to FIGS. 84 to 86, the elastic load bar type load device (7) is used for the return load damping device (450).
Will be described. That is, the installation holes (7a, 7a) are formed on both sides of the load device (7), and the installation holes (7a, 7a) are formed.
A dividing surface (7b) is formed between a and 7a. As the return load damping device (450), the load device (7) is inserted into a movable member (462) having an open inside and an installation hole (460) provided on one side. The friction member (46a) integrally formed with the friction portion (464a) and the thread portion (464b) that are partially formed
4) is installed and the movable member (462) in which the load device (7) is inserted is inserted and fixed in the fixed member (468) having the installation hole (466) at the rear end, and the load device (7) )
Installation hole (7a) and fixing member (468) installation hole (46)
6) so that they coincide with each other, and a pressure ring (468 ′) having a tepper surface (468a) and a thread portion (468b) formed therein is inserted from the movable member (462) side. , The thread portions (464b, 468b) are screwed together and coupled.

An example of installation will be given. As shown in FIG. 86, when the load device in which the return load damping device (450) is installed in the above-described load device (7) is installed between the lower ends of the rotary fixing portions (5) of the lever (3), the load device is used. Means that the movable member (462) moves together inside the movable member (462) while the load device (7) extends during the upward motion, and the exercise load force acts, but after the upward motion, the lever (3) In the case of making the downward direction, the rubbing member (46) of the return load damping device (450)
4) is the tepper surface (468) of the pressure ring (468 ').
Since the outer peripheral surface of the movable member (462) is being pressed by a), the movable member (462) gradually moves backward together with the load device (7), and the restoring force is significantly reduced. It has the characteristic that it can be moved to the original position without much effort.

In various exercise devices of the present invention constructed as described above with reference to FIGS. 87 to 101, the load device (7) using a hydraulic cylinder type of the load device (7) is compared with the load device (7). Will be described in detail.

One example will be described with reference to FIGS. 87 to 97. 87 and 88 show an example of a load device (7) used in the present invention, which has a double cylinder structure in which an inner cylinder (802) is inserted inside an outer cylinder (801). And the piston (803) inside the inner cylinder (802)
And the piston rod (804) is fixed to the cylinder block (805) in a hollow form, and the adjusting rod (806) is inserted inside the piston (803) and the piston rod (804). .

The outer cylinder (801) has a wear ring at the front end of the cylinder tube (810).
The airtightness maintaining fixing member (813) into which the (811) and the sealing ring (812) are inserted is screwed and fixed, and a central fixing hole (814) and a fan-shaped actuating hole (815) perpendicular to the rear end. A cylinder block (805) formed to communicate with each other is fixedly coupled.

The inner cylinder (802) is connected to both sides of a cylinder tube (820) by cylinder blocks (821, 822) so as to maintain airtightness as shown in FIGS. 87 and 88, and one side cylinder block (822). A sealing (823) is connected to the outside of the cylinder to form a working medium space (816) between the inner and outer cylinders (801 and 802), and a cylinder block (822).
A center hole (825) with a sealing (824) is formed at the center of the piston rod (804), and the inner cylinder (802) rides on the piston rod (804) to reciprocate. , Working medium flow hole (826) on one side of the cylinder tube (820)
Is formed.

The piston (803) is composed of a piston body (830) and a piston rod (804) as shown in FIGS. 87 to 91, and is connected to the piston body (83).
0) has a central hole (831) formed in the center so that the adjusting rod (806) can be inserted, and the central hole (831) is formed on both sides.
31) vertical flow paths (832) (83)
3) are formed respectively, and a number of airtightness-maintaining ceilings (834) are inserted in the outer peripheral edges of the flow paths (832, 833), and a number of flow paths (longitudinal direction) of the piston body (830) are formed. 835), a valve installation space (836) is provided inside the rear part of the piston body (836).
30), the left and right working medium spaces (827, 828) are formed inside the inner cylinder (802), and the piston rod (804) has a through hole (83) on one side.
7), the piston body (830) is formed.
And a rear part of the cylinder block (805) is screwed and fixed to a fixing hole (814) of the cylinder block (805), and a rod hole (838) is formed inside thereof.
6) can be inserted.

The actuating rod (806) is shown in FIGS.
As shown in, the piston body (830) is inserted from the front to the center hole (831) of the piston body (830), the rod hole (838), and the fixing hole (814) of the cylinder block (805) to rotate. Snap rings (840, 84) are installed in the front end working medium space (827) of the piston body (830) and the valve installation space (836) of the piston body (830).
3), the stop springs (841, 844) and the valve seats (842, 845) are respectively inserted and installed, and one side is operated depending on the position of the operating rod (806), and the flow path of the piston body (830). (832,833)
A flow path adjusting groove (846) is formed in such a position that the flow path (832, 833) communicates with each other even when the adjusting rod (806) moves, and a cylinder is provided at the rear part of the adjusting rod (806). Working hole (81) of the block (805)
The actuating lever (847) inserted into the unit 5) is vertically fixed by the eccentric shaft (847 '), and the adjusting rod (806) is provided with the O-rings (848, 849) for maintaining airtightness. Further, the member number 850 is a sealing for maintaining airtightness, and 853 is a snap ring.

In the above-mentioned embodiment, when the inner and outer cylinders (802, 801) are stretched by stretching each other,
88 and 9 when adjusting the operating load force.
As shown in FIG. 3, the actuating lever (847) is rotated and positioned forward, and the adjusting rod (806) advances along the rod hole (838) and the central hole (831), and the valve seat (84).
5) is used while keeping the state in which the piston body (830) is in contact with the right side surface.

At this time, the inner and outer cylinders (802, 80
In the case where 1) is stretched by mutually pulling, the working medium space (8
16, 828) and the internal working medium in the valve installation space (836) are the flow path (833) and the flow path adjusting groove (846).
And the working medium space (827) through the flow path (832).
6), by rotating the operating lever (847) left and right in the operating hole (815) as shown in FIGS. 89 to 92, the channel adjusting groove (846) and the channel (832, 8).
33) The amount of working medium flowing can be adjusted by adjusting the area communicated with 33).
In the case of Fig. 91, it is possible to obtain the effect of the medium load, and in the case of Fig. 91, the effect of braking can be obtained. It can control various load forces.

On the contrary, when the inner and outer cylinders (802, 801) are mutually pressurized in the above-mentioned state to be in the original position in the initial state, the working medium is partially passed through the flow path (832) as described above. Flow path adjusting groove (846) and flow path (83
3) can be moved from the working medium space (827) to the working medium space (828, 816) and the valve installation space (836), but the working medium is mostly transferred through the flow path (835) to the valve seat (843). 88), and the valve seat (843) moves backward and moves to the valve installation space (836) and the working medium space (828, 816) through the space as indicated by the alternate long and short dash line in FIG. 88. It is in situ with almost no load on it.

If the load force is to be adjusted when the inner and outer cylinders are mutually pressurized, contrary to the case described above, the operating lever (847) as shown in FIG. After that, the adjusting rod (806) moves backward along the rod hole (838) and the center hole (831), and the valve seat (842) contacts the left side surface of the piston body (830). Will be used while being maintained.

At this time, the inner and outer cylinders (802, 80
When the pressure is reduced by mutually pressurizing 1), the working medium is flow channel (832), flow channel adjusting groove (846) and flow channel (833).
It moves to the working medium space (828) via the flow path adjusting groove (846) by controlling the load force by rotating the operating lever (847) left and right as described above. be able to.

On the contrary, in the above state, the inner and outer cylinders (80
No. 2, 801) is stretched by mutually pulling the working medium, the working medium partially passes through the flow channel (833), the flow channel adjusting groove (846) and the flow channel (833) as described above. 828, 816) or the valve installation space (8
36) to the working medium space (827), but most of the working medium pressurizes the valve seat (845) through the flow path (835) and is shown in FIG. As the valve seat (842) retreats, the space (816, 828, 83)
6) through the flow path (835) to the working medium space (82
It will be moved to 9) and it will be easily moved to the original position with almost no load.

96 and 97 show another modification of the above-mentioned example, which is a cylinder tube (85
1) A piston (852) is slidably installed inside, a piston rod (854) is connected to the center of one side of the piston (852), and an adjustment is made inside the piston (852) and the piston rod (854). The rod (856) is rotatably inserted and the cylinder tube (8
51, on the side opposite to the piston (854), the ring (86) is elastically stopped by a spring (858).
0) is attached to the outer peripheral edge of the reciprocating seat (862), the sealing members (864, 886) are fixedly connected to both ends of the cylinder tube (851), and the ends of the piston rod (854) are adjusted. A block (868) is provided.

The sealing members (864, 886) are fixedly connected to both sides of the cylinder tube (851), and the sealing member (864) has an air circulation hole (8) on one side.
70) is perforated, and a spring (858) is elastically fixed inside.

The sealing member (886) is provided with a rod hole (876) into which the airtightness-maintaining ceiling (872, 874) is inserted, and can reciprocate with the piston rod (854) inserted. To be

A piston rod (854) is coupled and fixed to the front end of the adjusting block (868), an adjusting rod (856) is inserted into the coupling hole (878), and a working groove (878) is communicated in the center. The adjusting lever (882) is installed at the rear end of the adjusting rod (856).

The member numbers 884 and 886 'indicate the hermetic sealings, respectively. In the above-mentioned embodiment, it is possible to control the load force only at the time of pulling. This is inside the cylinder tube (851) when it is pulled as shown in FIG. 97 in the compressed state as shown in FIG. 96. The working fluid passes through the gap flow path (833) between the piston (852) and the cylinder tube (851), the flow path adjusting groove (846) and the flow path (832) of the adjusting rod (856), and the piston (852). When adjusting the adjusting lever (882) at this time, the central hole (831) of the piston (852) and the flow path (832, 833) are to be adjusted as shown in FIGS. 89 to 91. The load force can be adjusted while adjusting the position of the flow path adjusting groove (846) formed therebetween to adjust the flow rate passing through the flow path adjusting groove (846).

At this time, the volume of the working fluid filled in the space inside the cylinder tube on the right side of the piston (852) is smaller than the volume of the working fluid filled in the space inside the cylinder tube on the left side of the piston (852). However, the spring (85
The reciprocating seat (860) elastically stopped by 8) moves forward and maintains a balanced state.

On the contrary, in the case of compressing from the tension state of FIG. 97 to the compression state of FIG. 96, the working fluid filled on the right side of the piston (852) flows along the flow path (835) of the piston (852). While moving forward, the valve seat (84
5 ′) is retracted and directly advanced to the right space of the piston (852), most of the working fluid moves to the right space of the piston (852) through the flow path (835) without receiving resistance, and is moved to the right space of the piston (852). Therefore, the reciprocating seat (862) moves backward and is returned to the original state.

That is, as described above, it is possible to adjust the tensile load only during extension. 98 to 101 show another modification, in which the cylinders (904, 906) into which the pistons (900, 902) are slidably inserted are arranged side by side, and the both side cylinders (904, 906) are cylinder blocks. The cylinder block (907) is provided with a flow path (908), and a flow path adjusting groove (910) is formed in the middle of the flow path (908).
Adjustment lever (912) shaped to match this
Is inserted and installed.

Here, the piston (900) is the same as that shown in FIG.
A central hole (831) is formed in the center similarly to 6, and vertical flow paths (832, 83) are formed so as to communicate with the central hole (831).
3) are formed respectively, and piston rings (83
4) is connected, and a large number of flow paths (83
5) is installed.

The piston (902) is the piston rod (9
15) is fixed to one side for a long time, and an airtightness maintaining piston ring (909) is installed on the outer peripheral edge. Also, one side of the cylinder (904) is joined by a sealing member (918), and one side of the cylinder (906) has a through hole (924).
The sealing member (928) perforated is joined.

The piston rod (914) is connected to the piston (9
00) and one side of the fixed block (928), and the inside of which a rod hole (836) is formed so that the adjusting rod (916) can be inserted, and the piston (900) and A valve seat (839) elastically secured to the spring (844) is installed in the adjacent portion, and the valve seat (839) is provided with a flange member (932) fixed to the adjusting rod (916) by a pin (930). Installed in a mutually locked state, the operation holes (934, 936) are vertically drilled on the installation part of the pin (930),
The adjusting rod (916) can be operated without interference with the piston rod (914) even when the adjusting rod (916) rotates forward and backward and right and left.

The adjusting rod (916) is connected to the piston (90
0) central hole (831), piston rod (994) rod hole (844) and fixed block (928) coupling hole (938) are inserted to be installed so that rotation and forward / backward movement are possible.

A snap ring (840) and a valve seat (842) are provided at the front end of the piston (900),
The valve seat (842) is installed so as to be elastically retained by the spring (841), and is connected to the flow path (8) of the piston (900).
32, 833) is located where the flow path adjustment groove (84
6) is formed, the rear part is inserted into the connecting hole (938) of the fixed block (928), and the eccentric shaft (944) of the adjusting lever (942) to be inserted into the connecting hole (940) is vertically rotatable. It will be installed in connection with. Cylinders (904, 906) are located above and below the cylinder block (907).
Are respectively screwed and fixed, rod holes (920, 921) are perforated, piston rods (914, 915) are inserted and coupled, and a part of them is connected to piston rods (914, 91).
5) is formed larger than the diameter of the channel gap (922, 92
3), forming a flow path (908) communicating with the flow path gaps (922, 923), and forming a flow path adjusting groove (910) in the flow path (908). Is installed.

As described above, the fixing block (928) has the piston rod (914) and the adjusting rod (916) inserted and installed in the coupling hole (938) and the coupling groove (94).
The adjusting lever (942) is inserted into the 0) and the eccentric shaft (944) is vertically connected to the end of the adjusting rod (916). When the adjusting lever (942) is moved left and right, the adjusting rod (916) is moved. 90 and 92 are rotated by a certain angle, and are communicated between the flow path (832, 833) of the piston (900) and the flow path adjusting groove (846) of the adjusting rod (916). Adjust the area,
When the piston (900) reciprocates, the flow rate of the working fluid flowing between the cylinder internal spaces located on the left and right sides with respect to the piston (900) can be adjusted.

As the adjusting lever (942) is rotated left and right, the adjusting lever (94) is attached to the adjusting rod (916).
Since the eccentric shaft (944) of 2) is rotatably provided, when the adjustment lever (942) is rotated 180 °, the adjustment rod (916) moves forward or backward as shown in FIGS. The valve seat (839) comes into contact with one side of the piston (900) when the rod (916) moves forward, and the valve seat (84) moves when the rod (916) moves backward.
2) comes into contact with one side of the piston (900), and its position can be adjusted.

Next, the operation process of the modification shown in FIGS. 98 to 101 will be described. Cylinder (904) (9
06) and the fixed block (928) which is adapted to work with the piston (900, 902) and the piston rods (914) (915),
When an operating load is applied, the adjustment lever (942) is rotated as shown in FIGS. 93 to 95 to rotate the eccentric shaft (94).
4) and the actuating rod (916) are moved horizontally by a triangular relationship, and rotated 180 ° and moved forward, the valve seat (839) contacts the piston (900),
The valve seat (842) is used while being separated from the piston (900).

At this time, when the cylinders (904, 906) and the fixed block (928) are pulled and stretched, the internal working fluid located inside the cylinder (904) moves from the right side to the left side with respect to the piston (900). Moved,
The working fluid located inside the cylinder (906) passes through the flow path (908) and the flow path adjusting groove (910) of the adjusting lever (912) while the piston (902) and the piston rod (915) are interlocked. The working fluid flowing into the cylinder (904) but on the right side of the piston (900) is a flow passage (833), a flow passage adjusting groove (846),
It is moved to the left via the channel (832). In particular, as the adjusting lever (942) is rotated by a constant angle to the left and right, the flow path adjusting groove (846) and the cross-sectional area communicating with the flow paths (832, 833) are adjusted as shown in FIGS. The amount of fluid flowing from the right side to the left side of the piston (900) can be adjusted, and the communication between the flow path (908) and the flow path adjusting groove (910) as the adjusting lever (912) is rotated by a certain angle. The working fluid is adjusted from the cylinder (906) to the cylinder (904) by adjusting the cross sectional area.
Since the amount of flow to the
2, 942) can be adjusted at the same time, and finer and more uniform control of the operating load is possible.

On the contrary, the cylinder (9
04, 906) and the fixed block (928) are mutually compressed to their original positions, the working fluid flows from the left side to the right side (83) centering on the piston (902) as described above.
2) The valve seat (83) is moved through the flow path adjusting groove (846) and the flow path (833), but most of it is elastically stopped by the spring (844) through the flow path (835).
While retreating 9), it can be easily moved directly to the right space of the piston (902) through the gap,
The working fluid moved to the right side of the piston (902) is further positioned inside the piston (902) through the flow passage (908) and the flow passage adjusting groove (910).

In this case, it can be said that the load force can be partially controlled by adjusting the adjusting lever (912). Of course, as described above, when braking is generated when the pistons (900, 902) reciprocate, the flow passage (908) may be blocked by the adjusting lever (912), and the cylinder (906).
In the left space of the piston (902) inside the
External air is introduced via 24) or is discharged from the inside to the outside.

When the cylinders (904, 906) and the fixed block (928) are mutually compressed, when the operating load, operating speed and braking control are to be performed, the adjusting lever (942) is shown in FIGS. 1 as displayed
The eccentric shaft (944) and the working rod (91
6) The valve seat (839) moves to the piston (90
0) and the valve seat 842 is used in contact with the piston 900.

At this time, when the cylinders (904, 906) and the fixed block (928) are compressed and reduced,
The working fluid located inside the cylinder (904) is moved from the left side to the right side around the piston (900), and the working fluid inside the cylinder (904) is moved to the piston (902) and the piston rod (915). Are flowed into the inside of the cylinder (906) through the flow path (908) and the flow path adjusting groove (910) while being operated, the working fluid on the left side of the piston (900) flows through the flow path (83).
2), moved to the right through the flow path adjusting groove (846) and the flow path (833).

At this time, the flow rate is adjusted by adjusting the cross-sectional area where the flow path adjusting groove (846) and the flow paths (832) (833) communicate with each other as the adjusting lever (912) is rotated at a constant angle to the left and right. As the adjustment lever (912) is rotated at a certain angle, the cross-sectional area where the flow passage (908) and the flow passage adjustment groove (910) communicate with each other is adjusted to adjust the flow rate at the same time. Can be finely and uniformly controlled.

On the contrary, from the above state, the cylinder (90
4, 906) and the fixed block (928) are mutually pulled up to the original position, the working fluid as described above flows from the right side to the left side with respect to the piston (902) (83).
5) The valve seat (842) elastically secured to the spring (841) is retracted, and is easily moved directly to the left space of the piston (902) through the gap, and the valve seat (842) is located inside the piston (906). The working fluid is
8) and the flow path adjusting groove (910) through the piston (90
Moved to the right space of 0).

Also in this case, the operation load can be partially controlled by the adjustment by the adjusting lever (912). Of course, as described above, when control is required when the pistons (900, 902) reciprocate, the flow path (908) is adjusted to the adjustment lever (912).
You can shut it off with.

87 to 95, 98 and 10 in the load device (7) for the hydraulic cylinder as described above.
1 is applied to the exercise apparatus of the present invention, it can be used in combination in each of up, down, front, back, inward and outward movements. In the case of the configurations shown in FIGS. 96 and 92, Can be used independently.

The present invention is described in the claims below.
In addition, it has the following features. (1) Back plate support device (700) for the body support means (1)
Be provided. (2) The foot support means (300) is the exercise load means (100)
The length is adjusted between the tip of the lever (3) and the tread (11).
A connecting member (9) is provided. (3) The foot support means (300) is the exercise load means (100)
Connect the connecting member (9) between the tip of the lever (3) and the tread (11).
Provided, seat plate (10) of body support means (1) and foot support means
A tread support rod that can expand and contract between the treads (11) of (300)
(15) must be provided. (4) The foot support means (300) is the exercise load means (100)
Connect the connecting member (9) between the tip of the lever (3) and the tread (11).
It is provided with a tread support at the tip of the seat plate (10) of the body supporting means (1).
A foothold (17) is provided so that the tread (11) is the above-mentioned tread support rod.
(17) What I could do if I could glide above. (5) The foot support means (300) is the exercise load means (10).
The knee support means (500) is provided at the tip of the lever (3) of 0),
A connecting member between the knee support means (500) and the tread (11)
(9) must be provided. (6) The foot support means (300) is the exercise load means (10).
The knee support means (500) is provided at the tip of the lever (3) of 0),
Connecting member between the knee supporting means (500) and the tread (11)
(9) is provided and the tip of the seat plate (10) of the body supporting means (1) is provided.
The tread support rod (17) is provided at the end so that the tread (11) can be stepped on.
Being able to slide on the plate support rod (17). (7) The foot support means (300) is the exercise load means (100)
The knee support means (500) is provided at the rear end of the lever (3) to support the knee.
A connecting member (9) is provided between the means (500) and the tread (11).
The front end of the seat plate (10) of the body supporting means (1) and the tread plate (1)
1) An expandable and retractable tread support rod (15) is provided between
When. (8) At the bottom of the tread support rod (17), the tread support rod support is provided.
(350) must be provided. (9) The connecting member (9) has a rod shape. (10) The connecting member (9) is a seat plate (10) in the form of a belt.
It is connected through the idle roller (13) provided at the tip of
To be done. (11) The tread (11) and knee support means (500) are integrated
To be formed. (12) The tread (11) and knee support means (500) are separated.
To be formed. (13) The knee support means (500) is located above the lever (3)
Being rotatable and rotatable. (14) The knee support means (500) is slid to one end of the lever (3).
Pin (503) to be snapped onto the pulling (501)
Of the fixed lid (505) hinged by
01) is connected to the fixed protrusion (509), and the auxiliary lever (5)
The coupling protrusion (513) is inserted into the coupling hole (511) of
Combined and installed by pins (515), multi-stage separated type
Band storage grooves (517, 519, 52)
1) are respectively formed and length adjusting extension bands (523, 5)
25) are inserted and connected to each other, and a connecting groove (527) is formed on one side.
Provided with a fixed knob (529). (15) The knee support means (500) rotates on the lever (3) in the form of a rod.
Be provided as much as possible. (16) Seesaw equipment (400) has a rotating shaft (40)
4) is a connecting link on one side via the telescopic rod (402)
(406) and one side thereof are fixedly connected, and the rotary shaft (40
4) The other side is a gearbox fixed to the telescopic rod (402).
The inner gear (410) of the box (408)
The segment gear (41) meshed with the partial gear (410)
In 2), the fixed shaft (414) fixed to the center of the rod is a telescopic rod.
Connection link (416) on the other side via (402)
It is fixed to each other and is connected when the tread (11) is connected.
An installation hole provided on one side of the connection link (406) will be described later.
Insert and connect one side of the reciprocating actuator (339) of the tread (11)
I tried to be combined. (17) Ankle hook (1) on the tread (11) of the foot support means (300)
54) Inserted and combined. (18) Ankle hook (154) is inserted and joined to the tread (11)
Foot pad (156) and heel pad (158) are connected (160)
Must be more interconnected. (19) The back plate support device (700) is a seat plate in the form of a back plate support rod.
(10) Be provided at the rear part. (20) The back plate support device (700) has a support rod (2) in the form of a support rod.
Be provided on the back of 0). (21) The back plate support device (700) is attached to the back plate support rod (704).
The fixed rod (705) is installed at the tip of the fixed rod (705).
Auxiliary between upper end and side frame (20a) of back plate (20)
Linking the hooks (610). (22) The back plate support device (700) is attached to the lower frame of the seat plate (10).
X-shaped links (710, 711) below the room (41)
Auxiliary support leg (72) that is interlocked with the middle one side link (711)
0) must be provided. (23) Exercise load means (100) rotates to the rear end of the lever (3)
The tip of the lever (3) can move up and down by providing the fixed part (5)
It is installed in the noh and rotates with the front end of the rotation fixing part (5) of the lever (3).
A load device (7) is provided between the lower ends of the fixed parts (5).
When. (24) Exercise load means (100) rotates to the rear end of the lever (3)
The tip of the lever (3) can move up and down by providing the fixed part (5)
It is installed in the noh and rotates with the front end of the rotation fixing part (5) of the lever (3).
A load device (7) is provided between the upper ends of the fixed parts (5).
When. (25) The exercise load means (100) moves to the middle part of the lever (3).
The movable fixing part (5) is provided and the tip of the lever (3) can move up and down.
It is installed in the noh and is fixed to the rear end of the rotation fixing part (5) of the lever (3).
A load device (7) is provided between the lower ends of the fixed part (5).
When. (26) Exercise load means (100) turns to the middle part of the lever (3).
The movable fixing part (5) is provided and the tip of the lever (3) can move up and down.
It is installed in the noh and is fixed to the rear end of the rotation fixing part (5) of the lever (3).
A load device (7) is provided between the upper ends of the fixed part (5).
When. (27) One of the turning links (104) is attached to the rotation fixing part (5).
The side is rotatably fixed, and the rotation fixing portion (5) of the lever (3)
A load machine is provided between the front end and the other side of the direction change link (104).
By providing the tool (7), on the upper and lower front ends of the rotation fixing part (5)
Provided with stopper pins (106, 108). (28) One of the direction change links (104) is attached to the rotation fixing part (5).
The side is rotatably fixed, and after the rotation fixing part (5) of the lever (3)
A load device between the end and the other side of the turning link (104)
(7) is provided, and the upper and lower front ends of the rotation fixing part (5) are swung.
Must be equipped with topper pins (110, 112). (29) One of the direction change links (104) is attached to the rotation fixing part (5).
The side is rotatably fixed, and the rotation fixing portion (5) of the lever (3)
A load device between the front end and the other side of the turning link (104)
(7) is provided, and the upper part adjacent to the rotation fixing part (5) is inclined.
A fixed protrusion (114) having a surface (114a) is provided for rotation.
A stopper pin (116) is provided at the lower front end of the dynamic fixing portion (5).
Be provided. (30) One of the direction change links (104) is attached to the rotation fixing part (5).
The side is rotatably fixed, and the rotation fixing portion (5) of the lever (3)
A load device between the front end and the other side of the turning link (104)
(7) is provided, and the upper part adjacent to the rotation fixing part (5) is inclined.
A fixed protrusion (114) having a surface (114a) is provided for rotation.
A stopper pin (116) is provided at the lower rear end of the dynamic fixing portion (5).
Be provided. (31) Exercise load means (100) pivots to the tip of the lever (3)
A fixed part (5) is provided and is separately provided on the upper part of the tread (11).
Installed on the fixed member (102) installed,
(3) The rear end is provided so as to be movable up and down, and the rotation fixing portion (5)
Between the other side of the turning link (104) to the load equipment (7)
Is installed, and an inclined surface (1
14a) is provided with a fixed protrusion (114),
Install a stopper pin (116) at the lower rear end of the fixed part (5).
What you get. (32) A tread between the tip of the lever (3) and the knee support means (500).
Foot support means in which (11) and the connecting member (9) are connected and installed.
To be provided with (300). (33) Auxiliary link between the lever (3) and one side of the load equipment (7)
(4) is provided and a stopper is provided at the bottom of the lever (3).
(138) is provided and the above leverage (3) and auxiliary link (4)
The ability to connect and disconnect links between. (34) The stopper (138) has a coupling groove (140) at the front end.
Formed by forming a guide groove (144) at the rear end.
When. (35) The exercise load means (100) moves to the middle part of the lever (3).
By providing the dynamic fixing part (5), the tip of the lever (3) is moved in the left-right direction.
It is installed so that it can move inward and outward, and the rotation fixing part of the lever (3)
(5) A load device is provided between the rear end and the horizontal outside of the rotation fixing part (5).
(7) must be provided. (36) The exercise load means (100) moves to the middle part of the lever (3).
By providing the dynamic fixing part (5), the tip of the lever (3) is moved in the left-right direction.
It is installed so that it can move inward and outward, and the rotation fixing part of the lever (3)
(5) Load equipment between the rear end and the horizontal inner side of the rotation fixing part (5)
(7) must be provided. (37) Exercise load means (100) rotates to the rear end of the lever (3)
Providing a fixing part (5), the tip of the lever (3) is moved in the left-right direction.
It is installed so that it can move inward and outward, and the rotation fixing part of the lever (3)
(5) A load device is provided between the front end and the horizontal outer side of the rotation fixing portion (5).
(7) must be provided. (38) Exercise load means (100) rotates to the rear end of the lever (3)
Providing a fixing part (5), the tip of the lever (3) is moved in the left-right direction.
It is installed so that it can move inward and outward, and the rotation fixing part of the lever (3)
A load device (7) is provided between the horizontal inner sides of (5).
When. (39) At the connecting part between the lever (3) and the horizontal fixing member (168)
A direction change link (170) is provided to change direction with the lever (3).
The load device (7) is provided between the one side of the link (170).
To do. (40) The direction change link (170) extends over the pin hole (170a).
And the long holes (170b) face each other.
(3) One side and the horizontal fixing member (168) are of the lever (3).
Installed by pin (172) so that the tip can move horizontally left and right
However, the direction change link (170) has a horizontal fixing member (16).
8) Through the elongated hole (170b) in the protruding fixing portion (174)
Installed by lever pin (176), and the other side of lever (3)
A load device (7) is installed between the other side of the diversion link (170).
Be placed. (41) Exercise load means (100) is a lever (3), a vertical rod (1
78) and the link (180) have a predetermined angle with each other.
And the vertical rod (178) is fixed to the fixture (200).
It is inserted and installed in the installation hole (202) of the
Installed so that it runs, the tip of the link (180) and the plate
An elastic body extends between the fixing pins (98) fixed to (96).
Insert the loading device (7) with the hole (7a) formed on both sides to secure it.
I decided. (42) The load device (7) must be inserted and fixed to one side. (43) Exercise load means (100) is fixed on both sides of the seat plate (10).
Insert the rotation fixing part (5) into the fixed fixture (200).
An inset shaft is installed, and a knee support hand is attached to the tip in the middle of the rotation fixing part (5).
The lever (3) on which the step (500) is installed fixes the bolt (9
The height is adjustable by means of 9), and the rotation fixing part (5)
It is installed so that it can rotate left and right together with the rotation fixing part (5).
Support rods (5a) are installed on the upper part of the
A guide (97) and a fixed roller (95) were provided.
Pins (91, 91) are installed on both sides of the horizontal rod (93),
Insert the weight (92) into the vertical guide (97, 97).
The upper center fixture (89) of the weight (92) and the above-mentioned fixture
Between the ends of the link (5a), the wire is
(93) is passed and the return load damping device (450) is connected.
Being configured. (44) Return load damping device (450) has springs on both sides.
It is elastically stopped at (452) and inwards around the rotation axis (454)
The moving braking block (456) is fixed to the fixed frame (45
8) Fixed frame installed at each opening (458a)
Movable member (459) is movable inside (458)
Be inserted. (45) The exercise load means (100) and the middle part of the lever (3)
The lever (3) can be rotated up, down and left and right between the dynamic fixed parts (5).
Installed a rotating pin (6), and the rear part of the rotating fixed part (5)
One side of the turning link (182) is a turning device.
(184) installed so that the direction can be changed.
Direction and direction of the pivot pin (186) rotatably inserted in the rear end
A load device (7) is provided between the other ends of the conversion links (182).
Consist of (46) Lever (3) can be adjusted in length by inserting and removing it at the front and rear ends
Auxiliary levers (50, 50) are installed respectively, and the auxiliary levers at the rear end
A coupling hole (190) is formed at the rear of the (50) to form a coupling protrusion.
(192) is formed and pin hole (194) is formed.
Insert the moving pin (186) into the coupling hole (190) and fix it
It is fixed with a pin (196), and a long hole (198) is formed in the middle part.
To the left and right so as to communicate with the slot (198).
A pin hole (199) is formed in the direction
(5) has a projecting end on the top and pin holes vertically
(214) is formed and an installation hole is formed adjacent to this in the front-back direction.
(216) is formed and a step is formed at the front end of the installation hole (216).
With (216a) formed, the lock groove (196)
Inserted into the square hole (202) of the fixture (200) that has been formed.
The turning link (182) is configured to be merged
The through hole (218) is formed in the upper part, and
Auxiliary link (183) with adjustable length
The link (183) has a pin hole (183a) formed therein.
To become a. (47) Exercise load means (100) rotates with the end of the lever (3)
The lever (3) can be rotated up, down and left and right between the fixed parts (5)
The rotation pin (238) is installed on the
It is segmented so that the angle of inclination can be adjusted, and it is located in front of the rotation fixing part (5).
Is installed on one side of the turning link (240).
It is installed so that it can change direction by 84), and it is in the middle of the lever (3).
The rotation member (242) and the direction change link (2)
40) A load is applied between the rotating members (244) provided on the other side.
Must be equipped with equipment (7). (48) Lever (3) is integrally formed with a cylindrical shaft (246) at the rear part.
Then, the rotating member (242) is inserted, and the auxiliary lever (50) is inserted as described above.
Inserted and fixed to the rotating shaft (246) and after the auxiliary lever (50)
The pin installation groove (50b) is formed in the part, and this penetrates
The pin hole (50c) is formed, and the upper pin hole (238
a) and a rotating pin having a lower lock groove (238b) formed therein
Insert the upper part of (238) into the pin installation groove (50b)
Then, connect the auxiliary lever (50) and the turning pin (238).
The lever (3) and the auxiliary lever (50) are fixed pins (23).
8) A rotating member that is installed so as to be rotatable vertically and horizontally around the center.
The shaft hole (242a) is formed in the center of (242)
It is inserted into the cylinder shaft (246) and can be rotated,
A protruding step (25) having a plurality of coupling holes (250a) formed therein.
0) is integrally formed. (49) The rotation fixing part (5) has upper and lower members (252, 25).
4) are combined and formed, and the upper member (252) is
An arcuate groove (256) is formed on the upper part and a pivot pin hole is formed on one side.
(256a) is formed and a fixing pin hole (256
b) is formed and a locking through hole (218) is formed in the front-back direction.
The rotation pin (238) is inserted into the rotation pin hole (256a).
Is inserted through the fixing pin hole (256b)
(258) is inserted and the lock groove of the rotation pin (238) is inserted.
The fixing pin (258) is coupled to the (238b) to rotate.
The pin (238) does not pull out to the upper part, and the rotation pin hole (2
56a) is rotatable, and the locking through hole (21
8) with one side of the turn link (240)
A replacement mechanism (184) is provided. Also, the upper member (25
2) The lower part of 2) has an arcuate surface (260) formed below and the pin is formed.
A protrusion (264) having a hole (262) is provided.
A lock hole (266) is formed on the arcuate surface (260), and
The part member (254) is formed with an arc-shaped coupling recess (268) upwardly.
Pin hole that is formed through the connecting recess (268) and penetrates left and right
(270) is formed in the center of the coupling recess (268).
The installation hole (272) is formed, and the installation hole (272) is formed in the rear.
A long hole (274) that penetrates the
(272) has a spring (276) and an actuator (27).
8) is inserted and the knob (280) is inserted through the long hole (274).
Is provided, and the upper and lower members (252, 254) are coupled recesses.
The protrusion (264) is insert-bonded to (268) and mutually connected.
The lock formed on the protrusion (260) at this time
Spring (276) in one of the holes (266, 266)
While the actuator (278), which is elastically stopped, is inserted into the upper part
The inclination angle of the material (252) can be adjusted,
The replacement link (240) has pin holes (274 ′,
276 ') is formed at the front end of the pin hole (274') on one side.
With the stepped portion (274a) formed, the lock groove (27
4b) is formed and the direction is changed to the pin hole (274 ') on one side.
The rotation fixing pin (226) of the mechanism (184) is inserted,
The lower rotation member (244) has a coupling hole (276a) formed therein.
The protruding step (276 '') is formed integrally and is installed at the rear.
A coupling protrusion (278 ″) having a groove (278a) formed therein
One side pin that is integrally formed with the direction change link (240)
Insert the coupling protrusion (278 ″) into the hole (276 ″).
What to do (50) The turning device (184) is a T-shaped bar (218 '),
A protrusion (220) is formed on one side and a plurality of locking recesses (2) are formed.
22) is formed and a square through hole (224) is formed in the central portion.
Fixed rotation pin (226), spring (228)
And the knob (23) fixed by the fixing pin (230a)
0) and the T-shaped bar (218 ') has a rotation fixing pin.
It is inserted into the square through hole (224) of (226) and the rotation fixing pin is inserted.
And the mounting hole (216) of the rotation fixing part (5)
Insert into the locking hole (218) of the direction change link (182)
And the plurality of locking recesses (222) are provided with locking through holes (2
18) is inserted and coupled with the rotation fixing pin (226) and rotated.
After the spring (228) is inserted and the T-shaped
Insert the end of the (218 ') into the knob (230) and
Since it was fixed with the pin (230a), the rotation fixing pin
The projection (220) of the ring (226) is fixed to the rotation fixing part (5).
Inserted up to step (216a), tip of T-shaped bar (218 ')
Two end vertical protrusions facing each other in the lock groove (216b)
Turning link coupled to certain locking groove (216b)
(182) comes to be fixed at a predetermined position. (51) Exercise load means (100) rotates with the rear end of the lever (3)
The upper end of the fixed part (5) is installed so that the lever (3) can rotate up and down.
Then, the support rod (5a) of the rotation fixing portion (5) and the lever (3) are
Install the load device (7) between the tips so that the angle can be converted up and down.
And is fixed to one side of the rear end of the rotation fixing portion (5) by rotation.
The pin (282) is fixedly installed, and the rear part of the rotation fixing part (5)
The rotation fixing pin (28) is attached to a separate support rod (19).
2) is inserted and coupled, and the lever (3) and the rotation fixing part (5)
And the technical structure in which the load device (7) is connected to the rotary fixing pin.
Pin (282) to fix vertically or horizontally
I was able to install it. (52) Rotation fixing pin (282) changes direction of square cross section
It consists of a fixed part (282a) and a screw thread part (282b),
The support rod (19) has a circular through hole (284a) and a square through hole.
Installed vertically in the front-back direction so that (284b) communicate with each other.
At the time of connection, the rotation fixing pin is inserted through the circular through hole (284a).
After inserting the plug (282) and joining the washer (234)
Fasten the nut (236) to the ridge (282b).
However, the direction change fixing part (282a) has a square through hole (284
a lever (3), a rotation fixing part (5) and a load connected to b)
The configuration in which the equipment (7) is connected is vertical or horizontal
The fixed position was fixed. (53) Exercise load means (100) is the upper end of the rotation fixing part (5)
Was rotatably inserted and fixed by a fixing pin (258)
The lever (3) can be rotated up and down on the rotation fixing pin (238)
Fixedly connected to the rotary fixing part (5) on one side of the link (2)
Pins are fixed so that they can be converted horizontally, and at the bottom of the link (2)
Support rod (2a) is fixedly installed and connected to the tip of lever (3)
Fixing the tool (8) with a pin and connecting the support rod (2a) with the tool.
Load equipment (7) must be installed between (8). (54) The connection tool (8) is connected to the upper part around the connection groove (288).
Make the dowel (290) and square hole (292) face each other.
And a coupling hole (294) at the bottom,
(296a) to square section (296b), circular section
(296c) and thread portion (296d) are integrally formed
The protrusion for connecting the direction changing pin (296) to the connecting groove (288).
Insert from square hole (292) with (286) inserted
Combined to form a square hole (292) and a square through hole (286a)
Has a square cross section (296b) and a circular cross section (29b).
6c) is sprinkled in the state of being inserted in the coupling hole (290).
Insert the guide (297) into the direction change pin (296) and screw
Insert and fix the adjustment knob (298) in the mountain (296d)
To become a. (55) An installation space is provided inside the rotation fixing part (5) to make a long hole.
(251) and pin hole (253) are respectively formed and installed.
A coupling groove (255a) and a pin hole (255b) are formed between them.
Inserted actuator (255), and sprinkle on the bottom of it.
After inserting the guide (257) and the support rod (19), the auxiliary support
Attach the rod (19) to the pin hole (253) with the fixing pin (259).
And the auxiliary support rod (19) through the pin hole (261)
It is fixedly connected to the rotation fixing part (5) and the connection of the link (2).
In the coupling hole (265) between the hole (263) and the rotation fixing portion (5)
Has a coupling groove (267a) formed in the upper and lower parts and a pin on one side.
Turning pin (267) having a hole (267b) formed therein.
Insert and connect, and align with the pin hole (269) of the link (2)
Matched the pin holes (267b) of the conversion pin (267)
In the state, the fixing pin (271) is used to connect with the link (2).
The turning pin (267) is fixedly connected to the actuator (255).
The through hole (255b) formed on one side of the
Fixing pin (373a) of adjustment knob (373) through 1)
Insert and combine. (56) The tip of the lever (3) can be rotated back and forth and left and right
The connecting tool (8 ') is fixed with a pin.
Connected to the lower part of (8 ') so that it can rotate in the left-right direction.
Link (4 ') with direction change pin (296) and adjustment knob
They are connected at (298), and one side of the lower part of the lever (3) is
A connector (8 ') and a connection link provided with a par (138)
The front-back rotation of (4 ') can be interrupted. (57) Exercise load means (100) terminates at the rear end of the lever (3)
An actuating rod (120) having a locking protrusion (118) formed on the
Place the rotation fixing part (5) and attach the actuation rod (120).
Installed by inserting and connecting the tip of the lever (3) so that it can move up and down
And a fixed block on one side of the rotary fixed part (5)
An elastic member (1) is provided between the movable block (124) and the movable block (122).
26) is fixedly connected and through holes (128, 130) are formed in the center.
And a load device (1) in which a locking through hole (132) is formed, respectively.
34) Fixing the fixed block (122) of
(120) is inserted and coupled to the load device (134), and
The locking protrusion (118) is used for locking the movable block (124).
Inserted so as to be locked in the hole (132), the opposite end is a lever
(3) Must be fixedly connected to the rear end. (58) The exercise load means (100) is the above load device (134)
Is fixed to the lower part of the protruding end of the rotation fixing part (5), and the operating rod
Install the fixed end of the (120) pin with the lever (3).
The lever (3) can be rotated to the left and right along with the operating rod (120).
Be installed in Noh. (59) The exercise load means (100) is fixed to the load device (134).
A rotary pin (275) is provided on one side of the constant block (122).
A lock groove (277) is provided, and it is provided on the upper part of the rotation fixing part (5).
Has the same shape as the pin hole (279) and the lock device (204)
The lock device (281) in the state of
75) is a snap ring that is inserted and connected to the pin hole (279)
Fix with (283) and leverage (3) and load equipment (134)
The technical structure in which the
It can be rotated to the right and by the locking device (281)
The position can be fixed according to the position where it is locked in the lock groove (277).
What I did. (60) Exercise load means (100) is a lever (3) and a rotation fixing part
A spring (136) is installed between (5) and the locking projection (1
18) and the locking through hole (132) are formed and are connected to each other.
In the longitudinal direction, they can be inserted and removed in the longitudinal direction, and the actuating rod (1
20) Interlocks with the movable block (124) in the direction of rotation.
The angle position of the lever (3) can be changed so that it can be stopped.
When. (61) Forming the rotation fixing part (5) of the exercise load means (100)
The support rod (19) has a step (19a) in the middle and
There is a lock groove (19b), and a fixture (200) from the bottom
Through the coupling hole (202) of the
0) A lock mechanism (212) is installed on one side to move up
To be fixed by the lock mechanism (212).
What I did. (62) The rotating tool (205) is inserted into the fixing tool (200),
A square through hole (202) penetrates through the center of the rotating tool (205).
Along with the angle adjusting protrusion (201a),
The step (201) is formed, and the fixture (200) has an angle.
The protrusion is formed with fixing grooves (200a) (200a).
The lever (201a) and the angle fixing groove (200a) are joined to each other.
The horizontal angle adjustment of (3) was made. (63) The return load damping device (450) has a space inside and one side
Movable member (46) provided with installation holes (460, 460)
Insert the above load equipment (7) into 2), the inside is a space and the tip
The friction part (464a) and the screw partly formed
A rubbing member (46) integrally formed with a mountain portion (464b).
4) is provided and installation holes (466, 466) are provided at the rear end.
Insert the load device (7) into the fixed member (468)
The fixed movable member (462) is inserted and fixed, and the load machine
Installation hole (7a) for fixture (7) and installation of fixing member (468)
Make sure that the holes (466) are aligned with each other,
Surface (468a) and thread portion (468b) were formed
Press the pressure ring (468) from the movable member (462) side.
Insert it and screw the threads (464b, 468b) together.
It was combined and combined. (64) The load device (7) of the exercise load means (100) is placed on the outer side.
Inner cylinder (802) inside the linder (801)
Is inserted inside the inner cylinder (802).
The outer cylinder (801) and the outer cylinder (801)
Piston block (80
4) is fixed and the piston (803) and pistol
The adjustment rod (806) is inside the rod (804).
Inserted and rotatably installed, and outer cylinder
-(801) at the front end of the cylinder tube (810)
Wear ring (811) and sealing ring (812)
The fixing member (813) into which the
Has a central fixing hole (814) and a vertical working hole (815)
Cylinder block (80
5) is fixed in place and the inner cylinder (802) is
Cylinder block on both sides of under tube (820)
(821,822), one side cylinder
Outside the block (822) is a ceiling (823)
Combined, with sealing (824) inserted in the center
The central hole (825) is formed and the piston rod (804)
Is inserted into one side of the cylinder tube (820).
A through hole (826) is formed and the piston (803) is
Connection between the stone body (830) and piston rod (804)
And the piston body (830) has a central hole
(831) and a vertical hole communicating with the central hole (831)
The flow channels (832, 833) are formed, and the flow channels (83
2, 833) has a sealing (83
4) is inserted and a number of flow paths (835) are provided in the longitudinal direction.
The piston rod (804) is attached to the piston body (83
0) and the fixing hole (81) of the cylinder block (805)
4) Both sides are combined and fixed, and rod hole (838) is inside.
And the adjusting rod (806) is
The flow path adjusting groove (84
6) is formed and is inserted into the operation hole (815) at the rear part.
The adjusting lever (847) is connected by the eccentric shaft (847 ').
Adjust the adjustment lever (847) to adjust the inner and outer slides.
Load force when compressing or pulling the moulder (802, 801)
I made it possible to control. (65) The piston (803) has a piston body (830)
The valve installation space (836) is formed inside the rear part and the piston
The rod (804) has a through hole (837) formed on one side.
Therefore, the working medium space (82) is attached to the working rod (806).
7) and the valve installation space (836).
Sea Snap Rings (840), (843), Anti-stop Sp
Ring (841), (844) and valve seat (84
2), (845) must be installed respectively. (66) The load device (7) of the exercise load means (100) is syrin
Inside the Dar tube (851), the piston (852)
Internally movable so that it can be adjusted with one side of the piston (852)
The piston rod (854) is connected to the block (868).
Combined piston (852) and piston rod (85
Adjustment rod (856) is rotatably inserted inside 4).
And the spring (8
58) and the ring for keeping airtightness (860) is attached to the outer peripheral edge
A reciprocating sheet (862) that is coupled to
At both ends of the cylinder tube (851), sealing members (86
4,866) are connected, and the piston (852) is
A center hole (831) is drilled and communicates with the center hole (831).
Vertical channels (832, 833) are formed on both sides
Piston ring (834) is installed on the edge and
A large number of flow paths (835) are drilled and a piston is provided at the center of one side.
The rod (854) is now fixed and fixed,
The rod (854) has a central hole (838) drilled in the center.
A valve seat (845 ') and a spring on one side of the outer peripheral edge
The ring (844) and snap ring (843 ') are installed.
You can open and close the flow path (835) of the piston (852).
And the adjusting rod (856) moves to the piston (85
The flow path is located where the vertical flow paths (811, 812) in 3) are located.
An adjusting groove (819) is formed and a snap ring (82
0) and the adjustment lever (821) is vertical at the rear end.
The sealing member (864) is installed in the
A through hole (822) is drilled and the sealing member (808) has a pin.
Rod hole for inserting and connecting the stone rod (803)
(856) is drilled while adjustment block (868)
The adjustment rod (856) is inserted into the coupling hole (878).
The working groove (880) communicates with the coupling hole (878) in the center.
Are installed on the rear end of the adjustment rod (806).
The adjustment lever (882) must be installed inside. (67) The load device (7) of the exercise load means (100) is a fixer
Cylinder (900, 902) is slidably inserted
-(904,906) are installed side by side, and both cylinders (90
4, 906) form a flow path (908) that communicates with each other.
The piston (900) has a central hole (831) in the center.
Vertical flow path formed to communicate with central hole (831)
(832, 833) are formed, and a pist
Ring (834) is connected and many in the length direction.
The number of flow paths (835) provided is
The piston (902) has a piston ring (909)
Rod (915) is fixed to one side and a fixed block to the other side.
Cylinder (904) is attached to one side
Is sealed with a sealing member (918), and the other side has a rod hole (92
0) is drilled and the cylinder (906) is a through hole (92).
4) is sealed on one side with a perforated sealing member (926)
On the other side, the rod hole (921) is drilled and the piston lock
The tab (914) is fixed to one side of the piston (900) and the fixed block.
It is fixed to one side of the lock (928) and has a rod hole inside
(836) is formed and adjustment rod (916) can be inserted
The adjustment rod (916) is formed on the
The piston rod (91) located at the center of the ton (900)
4) Rod hole (836) and fixed block (928)
The piston is inserted to reach the coupling hole (938) of
Where the flow path (832,833) of (900) is located
Flow control groove (846) is formed and the rear part is a fixed block
Inserted in the coupling hole (938) of (928) and coupled
Eccentricity of adjustment lever (942) inserted in groove (940)
The shaft (944) is rotatably connected and installed.
Inside the linder (904, 906), the piston (900,
902) and the piston rod (914, 915) are fixed
Configured to be communicated by a lock (928)
thing. (68) The piston rod (914) and the piston (900)
A valve that is spring-stopped by a spring (844) adjacent to
The seat (839) is provided and the valve seat (839) is
The flap fixed to the adjusting rod (916) with the pin (930).
It is installed in a state of mutual engagement with the lunge member (932).
Holes (934, 936) at the installation site of the port (930)
Are drilled up and down, and the working rod (916) is a piston.
It was fixed by a spring (841) at the front end of (900).
The valve seat (842) is installed and fixed block
The adjustment rod (910) at the end of the adjustment rod (928).
The eccentric shaft (944) of the bar (942) is rotatably provided.
Move the adjustment lever (942) left and right to adjust the flow path adjustment groove.
Adjust the position of (846) and rotate the adjustment lever (942)
Adjustable position of valve seat (839, 842)
Being capable. (69) Form a flow path adjusting groove (910) in the middle of the flow path (908).
And is formed to match the flow path adjusting groove (910).
The adjustment lever (912) must be provided.

[0166]

As described above, according to the present invention, the body support means (1) is provided with various exercise load means (100) and foot support means (300) or the exercise load means (10).
0) and provided the knee support means (500), counter-acting <br/> support when necessary (600), will be provided back plate support Kigu (700), a muscle to be moved in many fields as a vertical movement of the body It enables multi-directional movements such as inward and outward movements in the up-down and front-back directions. Especially in lower body movements, simple walking posture movements, calf-tibial muscle movements due to ankle movements, medial movements of the high thighs due to knee movements, abdominal movements due to the medial movement of high thighs, etc. Is effectively performed, and there is an excellent effect that the exercise load means can be installed and used at an appropriate site according to the purpose of use.

[Brief description of drawings]

FIG. 1 is a perspective view showing a basic embodiment of the present invention.

FIG. 2 is a perspective view showing a usage state of the device shown in FIG.

FIG. 3 is a perspective view showing another embodiment of the present invention, in which the foot supporting means and the knee supporting means are integrated left and right.

FIG. 4 is a perspective view showing another embodiment of the present invention, in which the foot supporting means and the knee supporting means are integrally formed on the left and right sides.

FIG. 5 is a perspective view showing another embodiment of the present invention, in which the foot supporting means and the knee supporting means are integrated left and right.

FIG. 6 is a perspective view showing another embodiment of the present invention, in which the leg support means and the knee support means are left-right separated type.

FIG. 7 is a perspective view showing another embodiment of the present invention, in which the leg supporting means and the knee supporting means are of a left-right separated type.

FIG. 8 is a perspective view showing another embodiment of the present invention, in which the foot supporting means and the knee supporting means are left-right separated type.

FIG. 9 is a side view showing another embodiment of the present invention at the time of downward movement.

FIG. 10 is a side view showing another embodiment of the present invention, showing an upward movement.

FIG. 11 is a side view showing another embodiment of the present invention.

FIG. 12 is a side view showing another embodiment of the present invention.

FIG. 13 is a side view showing another embodiment of the present invention.

FIG. 14 is an exploded perspective view of a main part of the exercise load means in FIG.

FIG. 15 is a perspective view showing another embodiment of the present invention.

16 is a perspective view showing a usage state of the apparatus shown in FIG. 15 during upward movement.

FIG. 17 is a side view showing a use state of the device shown in FIG. 15 during downward movement.

FIG. 18 is a perspective view showing another embodiment of the present invention.

19 is a perspective view showing the internal skeleton of the device shown in FIG. 18. FIG.

20 is a side view showing a usage state of the apparatus shown in FIG. 18 during upward movement.

FIG. 21 is a side view showing a usage state of the device shown in FIG. 18 during downward movement.

FIG. 22 is an exploded perspective view of essential parts showing a modified example of the exercise load means used in the present invention.

FIG. 23 is a sectional view showing a modified example of the exercise load unit used in the present invention in a coupled state.

FIG. 24 is a perspective view showing another embodiment of the present invention.

FIG. 25 is a perspective view showing a combination of main parts of the seesaw device shown in FIG. 24.

FIG. 26 is a side view of the essential parts showing the operational relationship of the seesaw device in FIG. 24.

FIG. 27 is a side view of the essential parts showing the operational relationship of the seesaw device in FIG. 24.

28 is an exploded perspective view showing an excerpt of the exercise load means and the foot support means in FIG. 24. FIG.

29 is a perspective view showing a combined state of the constituent members shown in FIG. 28. FIG.

30 is an operational side view of a main part of the foot supporting means in FIG. 24. FIG.

31 is a cross-sectional view mainly showing the knob of the foot supporting means in FIG. 30. FIG.

32 is a sectional view showing a tread plate of the foot supporting means in FIG. 24. FIG.

33 is a cross-sectional view showing a state in which the knee supporting means in FIG. 24 is installed on the upper part of the lever.

34 is a perspective view showing a state in which only the knee supporting means in FIG. 24 is extracted and used. FIG.

35 is a cross-sectional view taken along the line AA in FIG.

FIG. 36 is a perspective view showing another embodiment of the present invention.

FIG. 37 is a perspective view showing another example of the exercise load means used in the present invention.

FIG. 38 is a perspective view showing another embodiment of the present invention.

FIG. 39 is an exploded perspective view of essential parts showing a modified example of the foot supporting means in the present invention.

40 is a longitudinal sectional view showing the ankle hook in FIG. 39. FIG.

41 is a longitudinal sectional view of an essential part showing a connected state of the auxiliary link and the tread plate connecting member in FIG. 37. FIG.

42 is a perspective view showing another modification of the present invention configured by installing the exercise load means in FIGS. 37 and 38. FIG.

43 is a partially exploded perspective view mainly showing the lower structure of the seat plate in FIG. 42. FIG.

FIG. 44 is an exploded perspective view of essential parts mainly showing the foot supporting means in FIG. 42.

45 is a longitudinal cross-sectional view of a main part showing the tread support rod in FIG. 44.

FIG. 46 is a longitudinal sectional view of an essential part showing a connecting portion of the tread supporting rod in FIG. 44.

47 is an exploded perspective view of relevant parts showing the seat plate height adjusting device in FIG. 43. FIG.

48 is a vertical cross-sectional view showing a combined state of the members shown in FIG. 47.

49 is a vertical sectional view of the pulley in FIG. 48 taken along the line.

50 is an enlarged view of a main part showing an operating state in FIG. 48.

FIG. 51 is a perspective view showing still another embodiment of the present invention.

FIG. 52 is a perspective view showing another embodiment of the present invention,
The modification of FIG. 51 is shown.

FIG. 53 is a perspective view showing still another embodiment of the present invention,
The modification of FIG. 51 is shown.

FIG. 54 is an exploded perspective view of a main part mainly showing a turning link installed and used in the embodiment in FIGS. 51 to 53.

FIG. 55 is a plan view showing a coupled state of the members shown in FIG. 54, showing an inward movement.

FIG. 56 is a plan view showing a coupled state of the members shown in FIG. 54, showing the outward movement.

57 is a perspective view showing another embodiment of the present invention, showing a modification of FIG. 51. FIG.

FIG. 58 is an exploded perspective view, partly omitted, showing another embodiment of the present invention in which inward and outward movements are simultaneously possible.

FIG. 59 is a cross-sectional view of essential parts showing a modified example of the exercise load means used in the present invention.

FIG. 60 is a perspective view showing an example in which another embodiment of the present invention can be used for the purpose of inward movement.

61 is a partially exploded perspective view showing the return load damping device in FIG. 60. FIG.

FIG. 62 is an exploded perspective view showing a modified example of the exercise load means of the present invention.

FIG. 63 is a perspective view of relevant parts showing an operating state at the time of inward and downward movements in FIG. 62.

64 is a perspective view of relevant parts showing an operating state at the time of outward and upward movements in FIG. 62;

FIG. 65 is an exploded perspective view showing a modified example of the exercise load means of the present invention.

66 is a perspective view of relevant parts showing an operating state at the time of inward and downward movements in FIG. 65.

67 is a perspective view of relevant parts showing an operating state at the time of outward and upward movements in FIG. 65. FIG.

68 is an exploded perspective view showing another embodiment of the exercise load means used in the present invention. FIG.

FIG. 69 is a perspective view showing a state where the exercise load means in FIG. 68 is installed and used.

FIG. 70 is an exploded perspective view showing another embodiment of the exercise loading means used in the present invention.

71 is a state in which the exercise load means in FIG. 70 is connected,
It is a perspective view showing a vertical movement relation.

72 is a state in which the exercise load means in FIG. 70 is connected,
It is a perspective view which shows a direction change relation.

73 is a perspective view showing a state where the exercise load means in FIG. 70 is installed and used. FIG.

FIG. 74 is an exploded perspective view showing another embodiment of the exercise loading means used in the present invention.

75 is a perspective view showing a combined state of the members in FIG. 74. FIG.

FIG. 76 is a perspective view of an essential part showing another embodiment of the exercise loading means used in the present invention.

77 is a cross-sectional view showing a state in which the stopper in FIG. 76 is cut around.

78 is a cross-sectional view showing a state in which the direction changing pin in FIG. 76 is cut around the center.

79 is a perspective view showing a modified example of the present invention in which the exercise load means in FIGS. 76 to 78 is installed. FIG.

FIG. 80 is a perspective view showing a state during vertical ankle movement in the present invention.

FIG. 81 is a perspective view showing a state of the foot during forward and downward movements with the knee serving as a fulcrum in the present invention.

FIG. 82 is a perspective view showing a state at the time of vertical movement utilizing the inside of the high thigh according to the present invention.

FIG. 83 is a perspective view showing the state of the lower body during vertical movement and longitudinal movement in the present invention.

FIG. 84 is an exploded perspective view showing a form in which a return load damping device is installed in the load device of the exercise load means used in the present invention.

85 is a vertical cross-sectional view showing a state where the members in FIG. 84 are combined.

86 is a perspective view showing an example of an installed state of the load device in FIG. 85. FIG.

FIG. 87 is a cross-sectional view showing another example of the load device used for the exercise load means in the present invention.

88 is a longitudinal cross-sectional view of essential parts showing an operating state of the load device of FIG. 87. FIG.

89 is a cross-sectional view taken along the line I-I in FIG. 87.

90 is a cross-sectional view taken along the line II-II in FIG. 96.

91 is a cross-sectional view taken along the line III-III in FIG. 98.

92 is a partially cutaway perspective view mainly showing the operating lever in FIGS. 87 and 88. FIG.

93 is a plan view of relevant parts showing the horizontal movement relationship of the adjusting rod when the operating lever shown in FIG. 92 is rotated.

94 is a plan view of relevant parts showing the horizontal movement relationship of the adjusting rod when the operating lever shown in FIG. 92 is rotated.

95 is a plan view of relevant parts showing the horizontal movement relationship of the adjusting rod when the operating lever shown in FIG. 92 is rotated.

FIG. 96 is a cross-sectional view showing another load device according to the present invention, showing a state at the time of compression.

FIG. 97 is a cross-sectional view showing another load device according to the present invention, showing a state during tension.

FIG. 98 is a cross-sectional view showing another loading device of the present invention.

99 is an enlarged cross-sectional view of the main parts in FIG. 98.

100 is a cross-sectional view taken along the line BB in FIG. 99.

101 is a cross-sectional view taken along the line CC in FIG. 98.

[Explanation of symbols]

1 body support means 3 Lever 100 Exercise load means 104 turn link 300 foot support 450 Return load damping equipment 500 knee support

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Claims (3)

(57) [Claims] 1. A movement device provided on the seat plate and the back plate and seat plate body body support means adapted to or sleeping or sitting person to perform exercise and a seat plate supporting leg at the bottom of (1) , A lever (3) for transmitting an exercise load, a lever (3) being provided on a lever (3) and a rotation fixing part (5) provided on one side of the lever so as to be rotatable in conformity with a movement direction. Knee support means (50) that supports the upper side of the knee of an exerciser and does not restrain the entire knee.
0), and load equipment (7) installed on one side of the lever
It is provided on the exercise load means (100) to which is connected, the foot support means (300) to which the connecting member (9) and the tread (11) are connected, and the back plate (20) of the body support means (1). hand,
Anti action blocking means for blocking the anti-effect of the shoulder portion of the exerciser's upper body when performing motion constraining occurring in the body (60
An exercise device characterized in that it is combined with 0). 2. The exercise load means (10) for attenuating a restoring load force generated from a load device (7) during exercise.
2. The exercise apparatus according to claim 1, wherein the restoring load damping device (450) is provided in (0). 3. A telescopic rod (402) is removably provided at the tip of the lower frame (41) of the seat plate (10) of the body supporting means (1), and the tip of the telescopic rod (402) is provided with one of the legs. Step on the side
When you squeeze in, hold the other leg side
2. The exercise device according to claim 1, further comprising a seesaw mechanism (400) for raising .