CN2492251Y - Far Infrared Therapy Device - Google Patents

Abstract

A far infrared therapeutic apparatus is composed of a supporting mechanism with a supporting seat, a connecting pipe with elastic element, a toggle mechanism with a pivot at the top end of said connecting pipe and a linking notch at its opposite end for embedding the linking end of elbow arm, a radiating mechanism at the end of elbow arm far from its connecting end, and a linking part fixed to said connecting end of elbow arm.

Description

Far Infrared Therapy Device

The utility model relates to a far-infrared therapeutic device, which belongs to medical maintenance equipment.

Although the known far-infrared ray therapy device has a pocket-sized hair dryer structure, it can be easily carried, but when it is in use, it must rely on holding the hair dryer handle with the hand to irradiate it, even though it has the flexibility to irradiate other parts of the body. Convenient function, but because the far-infrared ray has the expected therapeutic effect after long-term irradiation treatment, the user must hold the hair-dryer-shaped far-infrared therapeutic device for a long time in order to have the expected therapeutic effect. Obviously, it is easy to cause soreness in the holding hand, and unless there is assistance from others, the treatment range of this hair dryer-shaped far-infrared treatment device is only limited to the front and side of the body, and it is difficult to operate it alone. The back side is irradiated and used, so the far-infrared treatment device of this blower shape is very inconvenient to operate. Though there is also a bed type or recliner type designed into a large size, the cost is high and does not meet the economical and practical requirements.

The utility model is a far-infrared treatment device, and its purpose is to provide a multifunctional far-infrared treatment device that can freely adjust the angle, direction, and height according to the different parts of the treatment. The alignment and positioning can be adjusted for lying position irradiation to achieve a comfortable use function, and the cost is low, which is competitive in the market.

The utility model is a far-infrared therapeutic device, comprising:

A support mechanism is a support seat with a pair of ground support functions. Above the support center of gravity of the support seat, there is an embedded pipe fitting with a hollow inside. The function of height and positioning; in addition, an elastic element is provided on the inner side of the embedding pipe, and a flexible link and a fixed piece are respectively fixed at the top and bottom ends of the elastic element; wherein, the link The moving part protrudes from the top of the embedded pipe, and is connected with the toggle stroke of the following toggle mechanism; the fixed part is fixed at the bottom of the embedded pipe, so that the elastic element is only controlled by the connecting part. control.

A toggle mechanism has a pair of pivots, the pivots are set at the position of the top nozzle of the above-mentioned embedding pipe in a corresponding manner with an appropriate distance, and a connecting gap is formed at the opposite ends of the connecting gap. It can be inserted into the shaft joint end of a toggle arm, and the outer edge of the shaft joint end can be used for the aforementioned link to lean on, and the link unit is fixedly connected to the elbow arm; and the shaft joint end is provided with a plurality of A dense circular array of concave ball positioning grooves, corresponding to the pivot system of the ball positioning grooves, is provided with a relatively small number of horizontal ball storage chambers, and these ball storage chambers are sequentially used for balls, compression The setting of the spring and the urging part can be adjusted by the urgency of the urging part, so that the positioning tightness between the ball and the ball positioning groove has a definite positioning function; and

A radiation mechanism, which is installed on the end of the toggle arm away from the shaft end of the toggle mechanism, has the function of generating far-red external radiation;

With the above configuration, the far-infrared ray treatment device can achieve economical, practical and comfortable treatment needs through the adjustable function of the elbow arm angle of the toggle mechanism and the effect of good stability.

Among them, a deflection device is provided between the radiation mechanism and the toggle arm. The deflection device is the same as the adjustment method of the toggle arm of the toggle mechanism. It is provided with a shaft end with a concave ball fixed groove, and is located on the side of the shaft end. A mutually articulated pivot cooperates with a laterally arranged ball chamber on the side of the positioning groove. Balls, pressing springs and pressing parts can be placed in the ball chamber, so that the angle of the radiation mechanism can also be adjusted.

Wherein, the elbow-arm system can be set as an S-curved shape.

Wherein, the supporting base of the supporting mechanism can be provided with rollers at its supporting end.

Wherein, the two ends of the pivot shaft can be respectively equipped with a matching piece, so that the appearance profile can appear more concise and beautiful.

Wherein, a matching hole can be provided in any ball chamber of the matching piece that is not provided with balls relative to the pivot shaft, and a screw rod with manual rotation function can be inserted into the outside of the matching hole, and the shaft of the screw rod can be inserted into the pivot shaft. The shaft is positioned in the ball chamber, and its end can abut against the ball positioning groove on the elbow arm, so that after the angle adjustment of the elbow arm, the manual assistance of the screw can be used to make the angle adjustment and positioning of the elbow arm more perfect. firm.

Wherein, the bottom end of the pivot shaft faces the elbow arm and can be provided with a limit stop body, so that the elbow arm has the limit function of adjusting the limit angle.

Wherein, a brake pad with abrasive and anti-friction function can be provided between the concave ball positioning groove at the shaft end of the deflection device and the corresponding pivot of the matching pivot, so that the balls and the forced The tight spring and the pressing piece can tighten the brake pads, causing the brake pads and the ball positioning groove to be more tight, so that the deflection device has the adjustment function of stepless deflection.

The utility model is a kind of far-infrared therapeutic device, and its advantage is:

<1> The angle, direction and height of its irradiation can be adjusted freely to meet the needs of users and achieve good therapeutic effects.

<2>Simple structure, good stability, safe and reliable operation, long service life.

The utility model has the following drawings:

Fig. 1 is the side view schematic diagram of the utility model embodiment

Fig. 2 is an exploded view of the support mechanism of the utility model embodiment

Fig. 3 is the exploded view of the toggle mechanism of the utility model embodiment

Figure 4 is an exploded view of the steering mechanism of the utility model embodiment

Fig. 5 is the sectional schematic view of the toggle mechanism of the utility model embodiment

Figure 6 is a schematic view of the combined part of the steering mechanism of the utility model embodiment

Figure 7 is a schematic diagram of the angle adjustment of the steering mechanism of the utility model embodiment

Figure 8 is a schematic diagram of the adjustment of the toggle mechanism of the utility model embodiment (1)

Fig. 9 is the adjustment schematic diagram (two) of the toggle mechanism of the utility model embodiment

Fig. 10 is a schematic side view of another embodiment of the utility model

Figure 11 is an exploded view of the toggle mechanism of another embodiment of the utility model

Fig. 12 is an exploded view of the steering mechanism of another embodiment of the utility model

Fig. 13 is a schematic cross-sectional view of another embodiment of the utility model toggle mechanism

Fig. 14 is a schematic cross-sectional view of another embodiment of the utility model steering mechanism

The numbers in the figure are as follows:

10 Support mechanism 20 Toggle mechanism 30 Radiation mechanism

11 Support seat 110 Support frame 111 Roller

112 Support rod 113 Screw element 12 Embedding pipe fittings

120 switch seat 13 elastic device 130 elastic element

131 Linkage piece 132 Fixed piece 21, 342 Pivot

22 Connecting gap 210 Shaft hole 211, 3420 Ball chamber

212, 343 ball 213, 344 tight spring 214, 345 tight piece

215 combination element 23 elbow arm 230, 340 shaft end

231 shaft flange 232, 233 small holes 234, 346 ball positioning groove

31 radiation cover body 32, 33 cover seat 320 screws

310, 321, 330 slotting 34 deflection device

24, 25 matching parts 341 screw rod 240 matching holes

26 screw rod 260 end 216 limit block

347 brake pads

Hereby give embodiment and cooperate accompanying drawing to describe in detail as follows:

At first, referring to shown in Fig. 1, a kind of far-infrared treatment device of the present utility model, its structure mainly comprises: three parts such as support mechanism 10, toggle mechanism 20 and radiation mechanism 30; Wherein, this support mechanism 10 ( Please cooperate as shown in Figure 2), the system has:

A support base 11, the support base 11 is provided with a five-claw-shaped support frame 110, and the support end of the support frame 110 is also equipped with a roller 111, so that the support base 11 has a displacement sliding function of rolling freely; The converging end in the middle of the support frame 110 is provided with an upright vertical inner hollow support rod 112, and a screw element 113 that can be screwed into the inner side of the support rod 112 is provided with a horizontal screw on the top of the support rod 112. The embedded pipe fitting 12 (to be described later) inserted into the support rod 112 can be controlled and adjusted by the screw element 113, so as to have the function of adjusting and positioning the telescopic height.

An embedded pipe fitting 12 (please cooperate as shown in Fig. 8 and Fig. 9) is erected above the support rod 112 of the support base 11, and has a hollow pipe diameter structure. The switch base 120 is used as its far-infrared ray therapy equipment to control start and adjust the size of energy.

An elastic device 13 (also shown in Fig. 2, Fig. 8 and Fig. 9) is arranged on the inner side of the above-mentioned embedding pipe fitting 12, and has an elastic element 130, and the top and bottom ends of the elastic element 130 are respectively fixed with a tool A flexible linkage 131 and a fixed piece 132; wherein, the linkage 131 extends out of the embedded pipe 12, and is linked with the toggle stroke of the toggle mechanism 20 (to be described later); In addition, the fixing part 132 at the bottom of the elastic element 130 is fixed on the outer side of the nozzle at the bottom end of the above-mentioned embedding pipe part 12, so that the elastic element 130 has a linked elastic control with respect to the linking part 131. relation.

And this toggle mechanism 20 (please cooperate with Fig. 1, shown in Fig. 3) has: a pair of pivot shafts 21, is arranged at the nozzle position of the top end of the above-mentioned embedding pipe fitting 12 in a corresponding manner apart from an appropriate distance, its The opposite ends are separated and formed with a connecting notch 22. The axial center position of the opposite end of the connecting notch 22 is respectively provided with a shaft hole 210 of internal thread. The ball chambers 211 provided, the balls 212, the pressing springs 213, and the pressing parts 214 can be set in order in these ball chambers 211 (as shown in Figure 5), and the ball chambers 211 can Between the chamber mouth and the pressing member 214 is an adjustment structure (such as screw adjustment) that can be pressed and positioned, so that these balls 212 have the function of adjusting the pressing pressure; in addition, the shaft hole 210 corresponding to the pivot shaft 21 is A coupling element 215 that can extend into the inner side of the shaft hole 210 for positioning is provided, so that the joint of the elbow arm 23 described below has the function of coupling and pivoting.

An elbow arm 23 (as shown in Figure 3), one end of which is a circular shaft connection end 230, the shaft connection edge 231 on the outside of this shaft connection end 230 is a concave shape, which can be used for the aforementioned linkage 131 to go around ( As shown in Figure 8 and Figure 9 ) and pass through the preset positioning holes 232, 233 on the elbow arm 23 in order to be positioned (that is, one end of the elastic device 13 is fixed on the bottom end of the embedded pipe 12, and the other end is connected to the elbow arm 23 fixed); in addition, the ball chamber 211 corresponding to the pivot 21 of the elbow arm 23 is provided with a more dense concave ball positioning groove 234 along the direction in which the ball chamber 211 is set; thereby setting, the elbow arm 23 When the rotation angle is adjusted, except that it can be pulled by the elastic linkage of the aforementioned link 131, the design of its ball positioning groove 234 can still allow the ball 212 to roll into the positioning, so that each section of angle adjustment of the elbow arm 23 has Good stability positioning function.

In addition, the radiation mechanism 30 (please cooperate as shown in Figure 4) has:

A radiation cover 31 (please cooperate with shown in Figure 6 and Figure 7), this radiation cover 31 is built-in far-infrared ray generator (not shown in the figure), can be controlled by the aforementioned switch base 120 to start and adjust the size of the energy, It has the use function of producing far-infrared radiation; it is located on the opposite end of the elbow arm 23 of the aforementioned toggle mechanism 20 (that is, the end away from the shaft connection end 230), and has a radiation cover 31, which is located inside and outside. Corresponding cover bases 32, 33, the two cover bases 32, 33 face-to-face with the funnel-shaped design of the cover body 31 are arranged obliquely, so that the two cover bases 32, 33 can be flatly attached to the cover body 31, and the three The screw parts 320 are used to penetrate through the screw joints to form a whole; the two cover bases 32, 33 and the cover body 31 each have a communicating groove 321, 310, 330 for the deflection angle of the deflection device 34. Screw rod 341 in 340 stretches in, and is affixed with radiation cover body 31 with screw, spring and pad etc., (as shown in Figure 4, Figure 6); Shaft 342, the pivot 342 is fixedly connected to the end edge of the elbow arm 23 and pivotally connected to the shaft end 340, facing the shaft end 340 is provided with a plurality of horizontal ball chambers 3420, and these ball chambers 3420 are in the shape of a circle Arranged, the inner side facing the shaft end 340 is respectively placed with a ball 343, a pressing spring 344 and a pressing piece 345, and the position of the shaft end 340 facing each ball 343 is respectively provided with a concave ball positioning Groove 346, after deflection device 34 can adjust angle after radiating cover body 31, the ball 343 that pivot 342 is provided with can be inserted into by the ball positioning groove 346 of shaft joint end 340 and clamps location (press, this deflection device 34 The positioning method is the same as described in the aforementioned toggle mechanism 20); thereby, the far-infrared irradiation area of the radiation cover 31 also has the function of adjusting the irradiation angle (as shown in Figure 7).

In addition, in the above-mentioned structure; a decorative matching piece 24,25 (as shown in Figure 3 and Figure 4 ) can be covered on the outside of its pivot 21 and elbow arm 23, so that its outline can appear more concise and beautiful.

Also, in the above-mentioned structure; wherein, the elbow arm 23 can be in an S-shaped curved shape to reduce the space occupied by its angle adjustment.

It can be known from the above description of the support mechanism 10, the toggle mechanism 20, and the radiation mechanism 30 that the utility model can freely adjust the irradiation angle, direction, and height according to the user's irradiation requirements, and meet the needs of treatment. , Whether it is sitting or lying, it can achieve a good therapeutic irradiation effect, which is very practical.

In particular, the angle adjustment of the utility model is extremely stable for treatment, because the elbow arm 23 of the toggle mechanism 20 of the utility model, after adjusting the angle, will not only release the pulling force (or thrust) synchronously to control its position on the support Outside the elastic element 130 in the mechanism 10, there is a pulling force with respect to its elbow arm 23, and it cooperates with the tight and adjustable design of the ball 212 (as shown in Figure 5) to achieve a segment angle adjustment Positioning effect, even if the pressing force may cause elastic fatigue due to long-term use, resulting in the problem that the ball 212 is stuck and fixed, but as long as the pressing part 214 is adjusted again, the ball 212 will be tighter (that is, it will be tighter) 214 is more tight and deep), then the original good tight positioning effect can still be restored.

In addition, the utility model can also be provided with a matching hole 240 (as shown in FIG. A screw rod 26 with manual rotation function can be inserted into the inside, and the shaft of the screw rod 26 can also be inserted into the ball chamber 211 of the pivot shaft 21 for positioning, and its end 260 can lean against the ball positioning groove on the elbow arm 23 234 (as shown in Figure 13), so that after the angle adjustment of the elbow arm 23, the manual assistance of the screw rod 26 can be used to make the angle adjustment and positioning of the elbow arm 23 more firm, so as to prevent the elbow arm 23 from being too long due to the moment , causing the radiation cover body 31 set at the front end of the elbow arm 23 to fall down, and the insurance function of positioning reinforcement can be achieved, and the side view of the appearance of the screw rod 26 on the machine table of the present invention is shown in Figure 10. shown.

In addition, please refer to FIG. 11 , the utility model can also be provided with a limit stopper 216 facing the elbow arm 23 at the bottom end of any pivot 21 in the implementation and use, so that the elbow arm 23 has the limit function of adjusting the limit angle. .

In the implementation of this utility model, a brake pad 347 with astringent and anti-friction function can also be arranged between the concave ball positioning groove 346 of the shaft connection end 340 of the deflection device 34 and the pivot shaft 342 corresponding to the pivot connection (as shown in Figure 12 shown), so that the ball 342, the pressing spring 344, and the pressing member 345 stretched into the pivot shaft 342 ball chamber 3420 in sequence can be pressed against the brake pad 347, (as shown in Figure 14), resulting in the brake pad 347 It is closer to the ball positioning groove 346, so that the deflection device 34 has the adjustment function of stepless deflection (because the brake pad 347 has astringent and anti-friction properties, so it is not necessary to use the ball 343 to be embedded in the ball positioning groove 346, it can still be used. The brake pad 347 contacts and rubs against the ball positioning groove 346 and the pivot 342 of the shaft connection end 340 of the deflection device 34, and the deflection angle adjustment and positioning effect can still be achieved).

Claims (8)

1. A far-infrared therapeutic device, characterized in that: the therapeutic device includes: A support mechanism, which has a pair of support bases with ground support function, above the support center of gravity of the support base, there is a hollow embedded pipe piece, and an elastic element is arranged inside the embedded pipe piece, the elastic element The two ends of the top and the bottom are respectively fixed with a flexible linkage piece and a fixed piece; wherein, the linkage piece protrudes from the top of the embedded pipe; and the fixed piece is fixed at the bottom of the embedded pipe; A toggle mechanism has a pair of pivots, the pivots are arranged at the position of the top nozzle of the embedded pipe in a corresponding manner with a predetermined distance, and a connecting gap is formed at the opposite ends of the connecting gap, and a toggle is provided in the connecting gap. The shaft joint end of the arm is embedded, and the outer edge of the shaft joint end is used for the linkage to lean on, and the linkage unit is fixedly connected to the elbow arm; and the shaft joint end is arranged in a dense circular arrangement facing the pivot shaft and is a concave surface. The ball-shaped positioning grooves are provided with horizontal ball storage chambers corresponding to the pivots of the ball positioning grooves, and the ball storage chambers are sequentially set for balls, compression springs, and compression components; A radiation mechanism is located on the end of the toggle arm of the toggle mechanism away from the shaft end. 2. A far-infrared therapeutic device according to claim 1; wherein, a deflection device is directly provided between the radiation mechanism and the elbow arm, and the adjustment method of the deflection device is the same as that of the elbow arm of the toggle mechanism. There is a shaft end with a concave ball fixing groove, and a mutually pivoted pivot is arranged on the side of the shaft joint. The side of the positioning groove has a horizontally arranged ball storage room, and balls, pressing springs and balls are placed in the ball storage room. Urgent pieces. 3. A far-infrared therapeutic device according to claim 1, wherein the elbow arm is set in an S-shaped bend. 4. A far-infrared therapeutic device according to claim 1, characterized in that, the supporting base of the supporting mechanism is provided with rollers at the supporting end. 5. A far-infrared treatment device according to claim 1, characterized in that, matching pieces can be installed at both ends of the pivot. 6. A far-infrared treatment device according to claim 1, characterized in that: any ball chamber on the matching piece that is not equipped with a ball relative to the pivot can be provided with a matching hole, and the outside of the matching hole faces A screw rod with manual rotation function can be inserted inside, and the shaft of the screw rod can be inserted into the ball containing room of the pivot for positioning, and its end can lean against the ball positioning groove on the elbow arm. 7. A far-infrared treatment device according to claim 1, wherein a limit stop is provided at the bottom end of the pivot facing the elbow arm. 8. A far-infrared therapeutic device according to claim 1, characterized in that, a friction-resistant friction-resistant device can be provided between the concave-shaped ball positioning groove at the shaft end of the deflection device and the corresponding pivot shaft of the matching pivot connection. Functional brake pads.

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