JPS63290588A - Health handstanding machine - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention] [Industrial application field]

The present invention relates to a health inversion machine suitable for managing the health of a seated person by inverting him/her in a vertical position.

[Conventional technology]

2. Description of the Related Art It has been known to perform various sports such as jogging and aerobics as part of health management, and it is also known to perform handstand exercise as one of them. Here, when we talk about inversion of the human body, when we do inversion, the internal pressure of organs is reversed, the state of blood vessels is changed, the position of internal organs is moved, the tension reversal effect of the connective tissue that holds internal organs is reversed, the skin, the green penis, the uterus, etc. Physical changes occur due to tension, etc., which invigorate the entire body, greatly contribute to health management, and are thought to help speedy recovery from special internal organ diseases. The stomach presses down on the intestines, and food residue stays in the stomach, producing malignant gas, which is the cause of all sorts of illnesses. However, it is difficult to treat gastroptosis by administering medicine, and inversion is the most effective way to treat gastroptosis. Seems to be an effective treatment.

[Problems to be solved by the invention]

However, since the human body handstand exercise requires physical strength, it is extremely difficult for people with illnesses to perform the handstand exercise on their own, which has led to problems in treating conditions such as gastric ptosis. . This invention was made in order to solve the above problems, and allows sick people to automatically and easily stand up while sitting in a sitting position, without having to do any handstand exercise that consumes their physical strength. The purpose of this invention is to obtain a healthy inversion machine that greatly contributes to the treatment of gastroptosis and the like.

[Means to solve the problem]

The health inversion machine according to the present invention vertically rotatably supports a rotating chair via a rotation support mechanism on the upright back part of the pedestal, and the rotating chair integrally includes a foot rest part and a backrest part, a chair body whose backrest portion is supported by the upright back portion via the rotational support mechanism; a seat plate supported on the footrest; a knee block means provided on the seat plate; A foot block means provided on the platform, an armrest supported on the seat plate, an elbow block means provided on the armrest, and a shoulder support means provided on the backrest so as to be movable up and down. The chair drive means is actuated and controlled by the operation control means provided on the armrest to rotationally drive the rotary chair and stopped at the inverted position.

[For use]

In the health inversion machine according to the present invention, a user sits on a seat board, maintains the seated position, fixes the feet on the footrest with a foot block means, and places the thighs on the seat board with the knee block means. Then, after fixing the lower part of the arm on the armrest with the elbow block means, the shoulder support means is lowered to press and fix both shoulders,
In this state, when the operation control '41■ means is operated with a fingertip, the chair driving means is activated and the rotating chair is rotated, and the rotating chair is stopped at the inverted position, allowing the user to stand in an inverted position while remaining seated. It will be done.

【Example】

Hereinafter, one embodiment of the present invention will be described based on the drawings. As shown in FIG. 1, the health inversion machine according to the present invention includes a rotary chair 3 that is vertically rotatably supported on a rising back portion 1a of a pedestal l via a rotation support mechanism 2, and a rotary chair 3 that is rotatable vertically. The chair driving means 4 is provided with a chair driving means 4 that rotates by transmitting power to the support mechanism 2. The rotary chair 3 includes a chair body 30 in which a blue rest part 32 is integrally formed at the rear end of a footrest part 31, and is supported on the footrest part 31 so as to be movable up and down via seat plate support legs 33a and 33b. the seat plate 34, and the armrest support leg 35a on this seat plate 34.
, 35b, and a shoulder support means 37 provided on the upper part of the backrest 32 so as to be movable up and down. Here, the seat plate supporting legs 33a, 33b and the armrest supporting legs 35a, 35b will be explained in more detail. First, the seat plate supporting legs 33a and 33b are rotatably cross-connected at their intermediate portions by a pin PL, and the upper end of one of the seat plate supporting legs 33a is located on the rear end side of the seat plate 34, and the other The lower ends of the temporary seat legs 33a and 33b are the footrest portions 3.
Fixed point pins P2. It is rotatably connected at P3. Further, the lower end portion of the one seat plate support leg 33a is connected to the footrest portion 31 via a movable pin P4.
The upper end portion of the other seat plate support leg 33b is slidably connected to the guide groove 31a provided at the middle portion of both sides of the seat plate 34, and the upper end portion of the other seat plate support leg 33b is provided at the front end side of both sides of the seat plate 34 via a movable pin P5. The guide groove 34a is slidably connected to the guide groove 34a. As described above, the guide groove 31 of the footrest part 31
The lower end of one of the seat plate support legs 33a, which is slidably connected to the seat plate support leg 33a, is interlocked with the seat plate height adjusting means 6 provided on the footrest part 31. This seat plate height adjusting means 6 is composed of a screw rod 62 which has an operating handle 61 at the front end and is rotatably attached to the footrest 31 at a fixed position. The lower end of one of the seat plate support legs 33a is connected to a moving piece (not shown). Therefore, when the screw rod 62 is rotated in the forward and reverse directions with the operation handle 61, the moving piece screwed thereon is screwed and the lower end of the one seat plate support #33a moves forward and backward.
Along with this, the intermediate connecting pin P1 between the seat plate support legs 33a and 33b moves up and down, so that the height of the seat plate 34 is adjusted. On the other hand, the armrest support legs 35a and 35b are also similar to the seat plate support leg 33a.
, 33b, the mutual intermediate portions are rotatably connected by a pin P6. And one armrest support leg 35a
The upper end portion is rotatably connected to the rear end portion of the armrest 36 by a pin P7, and the lower end portion is connected to a movable pin P5 at the upper end of the other seat plate support leg 33b. Also, the other armrest support leg 3
5b has an upper end slidably engaged with a guide groove 36a provided on the front end side of the armrest 36 via a movable pin P8, and a lower end engaged with a pin P2 at the upper end of the one armrest support leg 35a. connected. The upper end portion of the other armrest support leg 35b is held in an interlocking relationship with the armrest height adjusting means 7 provided on the front end side of the armrest 36. This armrest height adjusting means 7 is composed of a screw rod 72 having an operating handle 71 at the front end, as in the case of the seat plate height adjusting means 6, and a moving piece (not shown) screwed onto this screw rod 72. ), the upper end of the other armrest support leg 35b is moved back and forth. Note that the seat plate height adjusting means 6 and the armrest height adjusting means 7 may be of any structure as long as they can adjust the heights of the seat plate 34 and the armrest 36, respectively. good. Next, the shoulder support means 37 will be described. This shoulder support means 37 includes a downward channel-shaped support frame 37a that is attached to the backrest 32 so as to be able to rise and fall, and a pair of left and right shoulder support parts 37b that are integrally arranged on both sides of the lower part of this support frame 37a. It has a head support part 38 that is integrally arranged at the upper center of the support frame 37a. A shoulder height adjusting means 8 is provided at the upper part of the backrest portion 32 for raising and lowering the shoulder support means 37 to adjust its height. This shoulder height adjustment means 8 has an operation handle 81 at its upper end and can be rotated to a fixed position on the upper part of the backrest part 32, as in the case of the seat plate height adjustment means 6 and the armrest height adjustment means 7. The supporting frame 37a is connected to a movable piece (not shown) screwed onto the screw rod 82. Therefore, in the case of the shoulder height adjusting means 8 as well, by rotating the operation handle 61, the support frame 37a is moved up and down by the screw feeding function of the screw rod 62, and the shoulder support part 37b and the head support part 38 are raised and lowered. The height of each can be adjusted. The shoulder height adjustment means 8 may have any structure as long as it can move the shoulder support means 37 up and down. In this rotary chair 3, a foot block means 9 is provided on the upper front end side of the footrest 31, a knee block means 10 is provided on the seat plate 34, and an elbow block means 11 is provided on the armrest 36. The foot block means 9 comprises a heel rest 91 and a toe presser 92 disposed in front of the heel rest. The foot block means 9 may have a mounting structure in which at least one of the heel rest 91 and the toe presser 92 can be moved back and forth. Further, the knee block means 10 and the elbow block means 11 are connected to one end of each of the seat plate 34 and the armrest 36, and a buckle (
(not shown) etc., the length of which is adjustable and which is detachably connected to the belt. Then, as shown in the second diagram, the one shoulder support portion 37b is
The upper end of the chest tightening belt 14 for diagonally tightening and fixing the chest of the user M is connected to one armrest 36.
A buckle 15 for removably connecting the tip of the chest tightening belt 14 is connected to. Next, the rotation support mechanism 2 will be explained. The rotation support mechanism 2 includes a plurality of guide rollers 21 that are rotatably supported on the upright back portion 1a of the pedestal l and arranged at predetermined intervals along a coaxial annular trajectory, and a back surface of the backrest portion 32. a transmission rotating body 22 integrally connected to the guide roller 21 and rotatably supported by the guide roller 21; a manual sprocket 23 rotatably supported at the center of the transmission rotating body 22; and the chair driving means 4. It has a structure in which an endless chain 12 is wound around the output sprocket 4a. Incidentally, the chair driving means 4 is composed of a geared brake motor. The chair driving means 4 moves the rotary chair 3 to the normal position (to the normal position) by operating a push button or the like of the operation control means 13 (see FIG. 2) provided at the upper part of the front end of the armrest 36 with a fingertip. 180 degree inverted position (second position) from position B) in Figure 1.
(state shown in the figure) or reversely driven from the inverted position to the above-mentioned normal position and stopped. Next, the operation will be explained. First, user M, such as a sick patient whose health needs to be managed,
sit on top. Before or after sitting down, the height of the seat plate 34 is adjusted according to the length of the user M's legs by the seat plate height adjustment means 6, and the height of the armrest 36 is adjusted by the armrest height adjustment means 7. Then, the user M's feet are tightened and fixed with the foot block means 9 on the foot rest part 31, and the user M's thighs are tightened with the knee block means 10 on the seat plate 34. At the same time, the lower part of the user M is tightened and fixed on the armrest 36 by the elbow block means 11. Further, the chest of the user M is tightened and fixed with the chest tightening belt 14. Furthermore, the shoulder support means 37 is lowered by the shoulder height adjustment means 8, and both shoulders of the user M are held down by the shoulder support portions 37b. In this way, if the user M is blocked while sitting on the rotary chair 3, when the user M turns on the push button or the like of the operation control means 13 with his or her fingertip in this state, the chair driving means 4 is activated. The rotational output is output from the output sprocket 4a, the endless chain 12. By being transmitted to the power transmission rotating body 22 via the input sprocket 23, the rotary chair 3 rotates together with the power transmission rotating body 22. And this rotating chair 3
rotates 180 degrees from the normal position shown in the first figure and stops when it reaches the inverted position shown in the second figure. As a result, the user M is held in an inverted position, and by maintaining this inverted position for a predetermined period of time, gastric ptosis, etc. of the user M is treated. Further, when the operation control means 13 is turned on again after the predetermined time has elapsed, the chair driving means 4 is restarted and the rotary chair 3 is rotated 180 degrees from the inverted position shown in the second figure to the position shown in the first figure. Returns to normal position and stops. In this state, the shoulder support means 37 is raised and the elbow block means 11, knee block means 10, and foot block means 9 are each removed one after another, thereby completing the treatment.

【Effect of the invention】

As described above, according to the present invention, users such as patients with gastroptosis and other health care workers can be reliably blocked and automatically inverted while in a seated position, making it possible to perform the conventional handstand exercise. The user can easily and comfortably stand in a headstand without requiring physical strength, and has an excellent effect of greatly contributing to the user's daily health management and treatment of gastroptosis and the like.

[Brief explanation of drawings]

FIG. 1 is a side view of a health inversion machine according to an embodiment of the present invention, and FIG. 2 is a front view illustrating the operation of the health inversion machine when the human body is inverted. In the figure, ■ is a stand, 1a is a standing back, 2 is a rotating support mechanism, 3 is a rotating chair, 30 is a chair body, 31 is a footrest, 32 is a backrest, 34 is a seat plate, 36 is an armrest, 37
1 is a shoulder support means, 4 is a chair drive means, 9 is a foot block means, 10 is a knee block means, 11 is an elbow block means, 13
is the operation control means. Patent applicant Kernel Giken Co., Ltd. Figure 2 1'38 Figure 1': l8

Claims (3)

[Claims] (1) A rotary chair 3 supported vertically rotatably on the upright back portion 1a of the pedestal 1 via a rotary support mechanism 2, and this rotary chair 3 is rotationally driven by power transmission to the rotary support mechanism 2 to an inverted position. The rotating chair 3 has a footrest part 31 and a backrest part 32 integrally, and the backrest part 32 is connected to the rising back part via the rotational support mechanism 2. 1a, a chair body 30 vertically rotatably supported, a seat plate 34 supported on the footrest part 31, a knee block means 10 provided on the seat plate 34, and the footrest part 31. a foot block means 9 provided above; an armrest 36 supported on the seat plate 34;
An elbow block means 11 provided on the armrest 36 and a shoulder support means 37 provided on the backrest portion 32 so as to be movable up and down.
A health inversion machine characterized in that the armrest 36 is provided with an operation control means 13 for controlling the chair driving means 4. (2) The rotation support mechanism 2 is rotatably supported by the upright back portion 1a of the pedestal 1, and includes a plurality of guide rollers 21 arranged at predetermined intervals along a coaxial annular trajectory, and a plurality of guide rollers 21 arranged at predetermined intervals along a coaxial annular trajectory, A power transmission rotating body 2 integrally protrudes from the rear side of the backrest portion 32 and rotatably supported by the guide roller 21.
An endless chain 12 consisting of an input sprocket 23 pivotally attached to the shaft center of the transmission rotary body 22 and an output sprocket 4a of the chair driving means 4 wound around each other.
2. The health inversion machine according to claim 1, wherein the inverter is rotatably driven by the chair driving means 4 via the chair drive means 4. (3) The rotating chair 3 includes the seat plate 34 and the armrest 3.
6. The health inversion machine according to claim 1, further comprising height adjustment means 6 to 8 for individually adjusting the heights of the shoulder support means 37 and the shoulder support means 37.