KR200334080Y1 - Ankle pump healthy apparatus - Google Patents

Abstract

The object of the present invention is to provide an ankle pump exerciser that allows a user to lift and drop a foot without using leg muscles. Between the base plate and the foot lifting portion provided in the front of the base plate, the foot lifting portion is mounted to be able to lift in front of the horizontal circular rods through both guide shafts mounted on the base plate so as to lift the heel. It is characterized in that it is composed of a lifting operation unit which is mounted on the lifting lifting section repeatedly.

Description

Ankle pump healthy apparatus

The present invention relates to an ankle pump health machine that facilitates the blood circulation of the body, and more particularly, to an ankle pump health machine that raises and drops the ankle without applying muscle strength.

In general, ankle pump movement is performed by repeatedly hitting the area close to the calf (hereinafter referred to as "ankle" for convenience) from the Achilles tendon while alternating both legs in a lying or sitting position. It is a movement that allows the concentrated blood to be moved to the heart to smooth the body's blood circulation.

In this case, when performing an ankle pump movement, first, a circular rod having a length of about 30 cm and a diameter of about 6 to 10 cm is provided so that the circular rod is laterally in the lower part of the ankle in a lying or sitting position of the athlete. Prepare for the ankle pump workout when you let go.

Next, the exerciser performs the process of dropping the right foot and the left foot alternately, thereby performing the ankle pump movement as the right and left ankles alternately collide with the round bar.

However, in performing the ankle pump exercise as described above, the user has a problem that the user feels a lot of fatigue by lifting the leg and then dropping it using the leg muscles.

In addition, at the time of lifting the leg by giving strength to the muscles, such as the calf and thighs had a problem that reduces the effect of blood circulation.

Accordingly, the present invention is designed to solve the above problems, and an object of the present invention is to provide an ankle pump exerciser that allows a user to lift and drop a foot without using leg muscles.

In addition to performing the ankle pump exercise, the purpose of the foot pressure can also be performed together.

In addition, there is also an object to adjust the lifting height of the foot according to the user's physical condition.

In addition, the pump movement to lift both feet at the same time and drop it, as well as the purpose of allowing the pump movement to drop each foot while lifting both feet alternately.

1 is a perspective view showing an ankle pump health machine of the present invention.

Figure 2 as showing the foot lifting unit according to the present invention,

2A is an enlarged view,

2B is an enlarged view of a portion A of FIG. 2A;

3 is a cross-sectional view taken along the line B-B in FIG.

4 is a cross-sectional view showing a lifting operation state of the foot lifting means.

5 is a cross-sectional view showing a state in which the foot lifting means is lowered.

Figure 6 is a perspective view showing another embodiment of the present invention.

Explanation of symbols for main parts of the drawings

1: base plate

2: horizontal round bar

21: vertical stand

3: foot lifts

31: lifting body

32: support

33: lifting plate

34: hinge axis

35: spring

4: guide shaft

5: lifting operation part

51: rotation axis

52: working shaft

53: connection link

54 lift drive unit

541: motor, 542: rotating plate, 543: eccentric shaft, 544: lifting link

55: lifting height adjusting means

551: long hole, 552: screw shaft, 553: motor, 554: moving table

7: base part

The present invention for achieving the above object, is located at a constant height through a vertical stand in the rear of the base plate, the horizontal round bar that ankle is raised, the base plate is provided in front of the base plate to raise the heel It is characterized in that it comprises a foot lifting unit which is mounted so as to be able to lift in front of the horizontal circular rod through the two guide shafts mounted, and the lifting operation unit for repeatedly lifting the foot lifting unit is mounted between the base plate and the foot lifting unit .

In addition, the foot lifting unit, the support body including a lifting body connected to the guide shaft, and the lifting body is provided on top of the lifting body, each of which is provided with a rear locking jaw, and the hinge shaft is fixed to both of the support shaft It is characterized by consisting of a lifting plate which is inclined around the axis and is mounted to be capable of lowering, and a spring mounted to the hinge shaft to press the lifting plate downward.

In addition, the elevating operation unit, the connection between the operating shaft which is supported on the base plate through the rotating shaft in the middle between the base plate and the foot lifting portion, and one side end of the operating shaft and the lower portion of the lifting portion can be freely changed angle connection It is characterized by consisting of a link and the lifting drive unit which is provided on the upper side of the base plate, which is the other side of the operating shaft, and repeatedly elevating the other side about the rotating shaft mounted in the middle of the operating shaft.

In addition, the elevating drive unit, a motor fixed to the upper side of the base plate, a rotating plate fixed to the rotating shaft of the motor and having an eccentric shaft on one side, and the lifting link connecting the other side of the eccentric shaft and the working shaft Characterized in that consisting of.

The elevating operation part may include a long hole which is formed in the operating shaft in a longitudinal direction and is inserted through the rotating shaft so as to be movable, a screw shaft which is provided in a horizontal direction under the operating shaft and rotates through a motor, and an upper portion of the Supporting both ends of the rotating shaft penetrated to the operating shaft and the lower portion is characterized in that it further comprises a lifting height adjustment means composed of a movable table which is fastened to the screw shaft and movable left and right.

In addition, the ankle pump health machine further extends one side of the base plate, further comprising a base portion, wherein the upper portion of the horizontal circular rod on which the foot is raised, the foot lifting portion for lifting the foot vertically, and lifting the foot lifting portion It characterized in that it further comprises the lifting operation unit.

Hereinafter, the configuration and operation of the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view showing an ankle pump health device of the present invention, an ankle pump health device of the present invention, the impact means for impacting the user's ankle is provided at the rear of the base plate 1, and provided in front of the impact means It consists of a foot lifting means for lifting the heel of the foot raised on the impact means to fall to the bottom.

That is, the impact means, which is provided at the rear of the base plate 1 having a flat surface, and is vertically fixed to the base plate 1 vertically, and transversely in the upper portion of the vertical stand 21. It consists of a horizontal circular rod (2) fixed in the horizontal direction in which the user's ankle is raised.

And it is preferable that the horizontal round bar (2) is composed of a rod having a diameter of about 6 ~ 10Cm to prevent damage to the ankle at the moment the ankle falls.

In addition, the foot lifting means is provided in front of the base plate (1) is provided with a foot lifting portion provided by the guide shaft (4) attached to the base plate (1) so as to lift the heel ( 3) and a lift operation unit 5 mounted between the base plate 1 and the foot lift unit 3 to repeatedly lift the foot lift unit 3.

That is, the two guide shafts 4 are provided to be able to move up and down along the guide grooves formed in the base plate 1 so as to elevate the foot lifting unit 3 connected to the guide shaft 4.

The guide shaft 4 may be provided slightly inclined or vertically provided so that the foot can be smoothly lifted and then dropped.

FIG. 2 is a diagram illustrating a foot lift unit according to the present invention, and FIG. 2A is an enlarged view, and FIG. 2B is an enlarged view of a portion A of FIG. 2A, and the foot lift unit 3 is connected to the guide shaft 4. A support 32 including a lifting main body 31 which is to be provided, a support shaft 321 provided at an upper portion of the lifting main body 31, and a rear locking jaw 322, respectively, The lifting plate 33 is fixed to the hinge shaft 34 and inclined about the hinge shaft 34 so as to be lowered and mounted on the hinge shaft 34, and the lifting plate 33 is mounted on the hinge shaft 34. It consists of a spring 35 for pressing down.

That is, as the lifting plate 33 is always pressed downward through the spring 35, the lower surface of the lifting plate 33 constitutes the support 32 in a position where the lifting plate 33 is not raised. It is to keep in close contact with the rear locking jaw 322 of the support shaft 321.

3 is a cross-sectional view taken along line BB of FIG. 1, wherein the elevating operation part 5 has an intermediate portion between the base plate 1 and the foot elevating part 3 on the base plate 1 via the rotation shaft 51. An operating shaft 52 supported, a connecting link 53 for freely changing the angle between the one end of the operating shaft 52 and the lower portion of the elevating portion 3, and the operating shaft 52; Is provided on the upper side of the base plate (1) of the other side is composed of a lifting drive unit 54 for repeatedly lifting the other side about the rotating shaft 51 mounted in the middle of the operating shaft (52).

In addition, the elevating drive unit 54 is a motor 541 fixed to the upper side of the base plate 1, the rotating plate is fixed to the rotary shaft of the motor 541, the rotary plate is provided with an eccentric shaft 543 on one side And a lifting link 544 connecting the eccentric shaft 543 and the other side of the working shaft 52 to each other.

In addition, the elevating operation part 5 is formed in the longitudinal direction in the operating shaft 52, the long hole 551 is inserted through the rotation shaft 51 so as to be movable, and the lower portion of the operating shaft 52 A screw shaft 552 provided in a horizontal direction and rotated through the motor 553, and an upper portion supports both ends of the rotating shaft 51 penetrated through the working shaft 52, and a lower portion is fastened to the screw shaft 552. It further comprises a lifting height adjusting means 55 consisting of a movable table 554 to move left and right.

Referring to the operation of the ankle pump health device of the present invention configured as described above as follows.

3 shows a state before the operation of the foot raising means, FIG. 4 shows a lifting operation state of the foot raising means, and FIG. 5 shows a state in which the foot raising means is lowered.

First, referring to Figure 3 before the exercise state, the lifting plate 33 of the foot lifting unit 3 constituting the ankle pump health machine of the present invention is to maintain the lowered position.

That is, the user puts his ankles on the upper side of the horizontal circular bar (2) provided at the rear of the base plate (1) in a lying or sitting position, so that the heel is positioned to the rear upper part of the lifting plate (33). Get ready to exercise with your pump health machine.

Next, as shown in FIG. 4, the heel through the process of operating the lifting drive unit 54 of the lifting operation unit 5 provided in the lower portion of the foot lifting unit 3 to raise the foot lifting unit 3. To the top and then drop to the bottom.

That is, when the rotating shaft of the motor 541 of the lifting drive unit 54 is rotated 180 degrees, the eccentric shaft 543 of the rotating plate 542 is lowered 180 degrees through the rotation of the motor 541 and the eccentric shaft 543 The elevating link 544 connected to) is also lowered.

Therefore, the other side of the operating shaft 52 connected to the lifting link 544 is lowered about the intermediate rotary shaft 51 and the other side of the operating shaft 52 is raised.

Therefore, by elevating the foot lift unit 3 is connected to one side of the operating shaft 52, the foot lift unit 3 is to lift and drop the ankle.

Specifically, in the process of lifting the foot lifting unit 3 as described above, first, the rear of the lifting plate 33 constituting the foot lifting unit 3 is in close contact with the heel of both feet, and then the heels Is lifting up. In the process of lifting up the heel through the lifting plate 33 as described above, the heel is moved backward due to the rotation of the leg, so that the heel is separated from the rear end of the lifting plate 33 and falls downward. Therefore, the ankle of the falling foot is to be able to perform the pump motion by colliding with the horizontal guide rod (2).

That is, as the foot is separated from the elevating plate 33 as described above and instantaneously falls downward, the ankle part is naturally hit by the horizontal guide rod 2 provided in front of the base plate 1. As shown in the ankle pump movement effect can be obtained.

In addition, by allowing the user to lift and drop the foot without using the leg muscles, it is possible to prevent blood circulation disorder and tiredness caused by the use of the leg muscles of the user.

On the contrary, as shown in FIG. 5, when the elevated lifting plate 33 is lowered back to its original position, first, when the rotating shaft of the motor 541 of the lifting driving unit 54 is further rotated 180 degrees. The eccentric shaft 543 of the rotating plate 542 is raised 180 degrees through the rotation of the motor 541, and the lifting link 544 connected to the eccentric shaft 543 is also raised.

Therefore, the other side of the operating shaft 52 connected to the lifting link 544 is raised about the intermediate rotary shaft 51, and one side of the operating shaft 52 is lowered.

Therefore, the foot lifting part 3 connected to one side of the operation shaft 52 is lowered, thereby returning the foot lifting part 3 to its original position.

On the other hand, in the process of lifting the foot lifting unit 3 as described above, the lifting body 31 and the support 32 and the lifting plate 33 constituting the foot lifting unit 3 is lowered, in this case the lifting plate When 33 is lowered to a horizontal state, the foot is collided with the foot raised on the horizontal circular bar 2 to injure the foot.

However, as shown in FIG. 2B, the front both sides of the elevating plate 33 are connected to both support shafts 321 and the hinge shaft 34 constituting the support 32, and thus the hinge shafts 34. It is installed to be able to incline around). And the hinge shaft 34 is provided with a spring 35 for pressing the upper surface of the elevating plate 33 and the rear projection jaw for supporting the lower portion of the elevating plate 33 at the rear of the both support shaft 321 ( 322 is provided so that the pedestrian plate 33 always returns to the horizontal state.

Therefore, even when the rear lower side of the elevating plate 33 collides with the foot in the process of the elevating plate 33 descending through the driving of the motor 5, the rear of the elevating plate 33 is lifted upward while being lowered in an inclined state. will be. And as the lifting plate 33 is lowered in the inclined state as described above has a force to return to the horizontal state, the rear end of the lifting plate 33 is in close contact with the soles can be lowered to obtain the acupressure effect of the soles Depending on the blood circulation can be maximized.

Therefore, as described above, the ankle pump movement through the lifting and lowering operation of the foot lifter 3 may be continuously performed by adjusting the driving of the motor 541 constituting the lift driver 54, and may be performed continuously. It can also be done periodically every hour.

On the other hand, as shown in Figure 3, the lifting operation unit 5 according to the present invention is to adjust the lifting height of the foot lifting unit 3 according to the user's physical condition.

That is, when the screw shaft 552 constituting the lifting height adjusting means 55 mounted on the lower portion of the operating shaft 52 is rotated in the forward or reverse direction through the motor 553, the movable table 554 is one side or the other. Will be moved to the side. Therefore, it is moved to one side or the other side along the long hole 551 provided in the operating shaft 52 of the rotary shaft 51 provided in the movable table 554.

Therefore, while the position of the rotating shaft 51, which is the center of the operating shaft 52, is changed, the lifting height of the other side of the operating shaft 52 is constant so that one side lifting height of the operating shaft 52 is changed, thereby operating The lifting height of the foot lifting unit 3 connected to one side of the shaft 52 can be adjusted.

On the other hand, Figure 6 shows another embodiment of the present invention, in the ankle pump health machine of the temporary example, further extends one side of the base plate 1, further comprising a base portion 7, this base portion 7 The upper part of the horizontal circular bar (2), the foot lifting portion (3), elevating operation portion (5) of the same configuration as the one example so as to alternately lift the left and right feet .

Therefore, in the state where the left and right ankles of the user are placed on the upper side of each of the horizontal circular rods 2 provided on both sides, when the left leg portion 3 is raised, the right leg portion 3 is lifted. When lowering and on the contrary, when lowering the left leg (3) by repeating the process of raising the left leg (3), it is possible to perform the pump movement to drop each foot while lifting both feet alternately. will be.

As described above, the present invention allows the user to lift and drop the foot without using the leg muscles, thereby preventing the tiredness of the user, as well as preventing the effect of blood circulation from being lowered due to the use of the leg muscles. It can be.

And by performing the ankle pump exercise at the same time along with the pressure on the sole of the foot to maximize the blood circulation effect.

In addition, by allowing the height of the foot to be adjusted according to the user's physical condition, there is an effect that can be used interchangeably regardless of the physical condition.

In addition, it is possible to perform the pump movement to lift both feet at the same time and then drop it, as well as to effect the pump movement to drop each foot while lifting both feet alternately.

Claims (6)

A horizontal circular rod (2) positioned at a constant height through a vertical stand (21) at the rear of the base plate (1), Foot elevation provided at the front of the base plate (1) mounted to the elevating from the front of the horizontal circular rod (2) through both guide shafts (4) mounted on the base plate (1) to lift the heel With (3), Ankle pump health device, characterized in that it is configured between the base plate (1) and the elevating unit (5) which is mounted between the elevating unit (3) to repeatedly lift. The method of claim 1, wherein the foot lifting unit 3, A support 32 including an elevating body 31 connected to the guide shaft 4 and both supporting shafts 321 provided at an upper portion of the elevating body 31 and having a rear locking jaw 322 thereon. And, the lifting plate 33 is fixed to the support shaft 321 through the hinge shaft 34, which is inclined around the hinge shaft 34, and is mounted on the lifting shaft 33, and the hinge shaft 34 Ankle pump health device, characterized in that consisting of a spring 35 for pressing the lifting plate (33) downward. The lifting device 5 according to claim 1 or 2, An operating shaft 52 whose intermediate portion is supported by the base plate 1 via the rotating shaft 51 between the base plate 1 and the foot lifting unit 3, one side end of the operating shaft 52, and A connection link 53 for freely changing an angle and interconnecting a lower portion of the elevating part 23 and an upper side of the base plate 1, which is the other side of the operating shaft 52, is provided on the operating shaft 52. Ankle pump health machine, characterized in that consisting of a lifting drive unit 54 for lifting up and down the other side about the rotary shaft 51 mounted in the middle. The method of claim 3, wherein the lifting drive unit 54, The motor 541 is fixed to the upper side of the base plate 1, the rotating plate 542 is fixed to the rotary shaft of the motor 541, one side is provided with an eccentric shaft 543, and the eccentric shaft ( Ankle pump health device, characterized in that consisting of a lifting link (544) for connecting the other side of the 543 and the operating shaft (251). According to claim 3, The lifting operation unit 5, The long hole 551 is formed in the operating shaft 52 in the longitudinal direction and inserted into the rotary shaft 51 so as to be movable, and is provided in the horizontal direction in the lower portion of the operating shaft 52 to provide a motor 553. Screw shaft 552 rotated through, the upper portion supports both ends of the rotating shaft 51 penetrated through the working shaft 52, the lower portion is fastened to the screw shaft 552 movable table 552 movable Ankle pump health device, characterized in that further comprises a lifting height adjustment means (55) consisting of. According to claim 3, The ankle pump health machine, One side of the base plate 1 is further extended to further include a base portion 7, and on the upper portion of the base portion 7, the horizontal circular rod 2 on which the foot is raised, and the foot lifting portion for lifting the foot vertically. (3) and the elevating operation unit (5) for elevating and elevating the foot elevating unit (3).