KR101359543B1 - A body vertical levitation type physical therapy water chamber - Google Patents

Abstract

The present invention relates to a tank for physical injury physical therapy, filling the water in the reservoir (7) in which the user is put and put the tube 90 under the user's armpit so that the user's body is vertically injured, The foot is fixed by the foot fixing device 50 so that the user's spine and legs are straightened. At this time, the air bubbles are formed as the air is ejected from the step 40 on which the foot fixing device 50 is fixed. It is characterized in that the entire surface can be massaged.

Physiotherapy Tank

Description

A body vertical levitation type physical therapy water chamber

1 is a plan view showing the structure of the present invention.

2 is an enlarged view of a portion of FIG. 1;

FIG. 3 is a front view based on FIG. 1 (omit part of back view).

4 is a longitudinal cross-sectional view of FIG. 3.

FIG. 5 is a cross-sectional view taken along the line A-A based on FIG. 4. FIG.

FIG. 6 is an enlarged cross-sectional view showing only a part of FIG. 4. FIG.

Figure 7 is an enlarged cross-sectional view showing only the door locking device based on FIG.

8 is an enlarged cross-sectional view showing a hinge only based on FIG. 5;

Figure 9 is a plan view of a state provided with a foot fixing device to the step of the present invention.

Fig. 10 is a front view based on Fig. 9; Fig.

Figure 11 is a longitudinal longitudinal cross-sectional view of the foot anchoring device of the present invention.

12 is a cross-sectional view taken along the line B-B based on FIG. 11.

The present invention relates to a tank for physical injury physical therapy, filling the water in the reservoir (7) in which the user is put and put the tube 90 under the user's armpit so that the user's body is vertically injured, The foot is fixed by the foot fixing device 50 so that the user's spine and legs are straightened. At this time, the air bubbles are formed as the air is ejected from the step 40 on which the foot fixing device 50 is fixed. It is characterized in that the entire surface can be massaged.

Patients undergoing clinic and orthopedic surgery and hospitalized for a long period of time receive various physical treatments to quickly restore the surgical function of the body so that they can have a social life quickly. The body is immersed in an upright state through the tube 90 while the body is immersed in the water, and at this time, the body is not lifted by the foot fixing device 50 so that the spine can be straightened and the back muscles and calf The muscles and thigh muscles also apply buoyancy pressure to straighten the muscles so that the muscles are loosened. At this time, powerful bubbles are ejected from the stools 40, stimulating the entire surface of the user's body to release muscle fatigue and tension. Helps the body recover faster by helping to alleviate blood flow do.

In addition, the hot water comes into contact with the body to naturally straighten the body, relax the joints, spine, back muscles and leg muscles to relieve pain and at the same time can be bubble massage, so that the user's mood is also stable and stable recovery Psychological treatment effect that can help to speed up also can not be overlooked, the present invention is a natural that can be used by people who are incapable of physical activity in addition to the patient undergoing surgery.

On the other hand, Utility Model Publication No. 1988-0001295 (Physical water treatment device) has a chair-like structure as a whole, and has a hot water tank and a cold water tank where feet and hands can be soaked, and a water cooling helmet to cool the head and the chest and the back. It is to increase the body temperature by using the hot water circulating pad, the dimension is different from the way of floating the body upright in the water using buoyancy as in the present invention.

Next, the Patent Publication No. 2003-0040979 (multifunctional bath and water treatment system) is a device that can be put in the shower by putting the user through a small crane into the bathtub, which is also a body using the buoyancy as in the present invention in the water It's a different dimension than the upright lift.

Next, Patent Registration No. 10-1154223 (ultrasound water treatment device) is a device that can massage the body by installing a device for generating an ultrasonic wave in the bathtub and applying ultrasonic waves to water, which also uses buoyancy as in the present invention. This is different from the way in which the body is injured in the water upright.

Next, Korean Patent No. 2004-0048968 (multifunctional physiotherapy device) is a device having a watering nozzle and a vibration massage table, a hand shower, an underwater hand massager, a steam generator, and receiving a bath and shower steam massage and an underwater hand massage in a water tank. This also differs from the way in which the body to rise upright in the water using buoyancy as in the present invention.

Next, Patent Registration No. 10-0574469 (apparatus and method of operation for underwater exercise treatment) is provided with a large tank, such as a swimming pool, and after filling the tank with water to spray water through a spray nozzle from one side of the tank And, it is a device that can exercise while swimming in the opposite direction to the water is sprayed, this also differs in the way of injuring the body upright in the water using buoyancy as in the present invention.

Next, Patent Registration No. 10-0679731 (therapist using water pressure), when the user is lying on the bed provided in the capsule, water that is strongly sprayed upward from the bottom of the bed through a plurality of holes drilled in the bed massages the user's body As a device capable of doing this, it also differs from the method of injuring the body in water by using buoyancy as in the present invention.

Next, Korean Patent Publication No. 2007-0068806 (Underwater Walking Machine) is a device that allows walking in the water by installing an existing treadmill, which also uses the buoyancy as in the present invention to injure the body upright in the water. It's a different dimension.

Accordingly, the present invention, as described above, filling and circulating the hot water in the water reservoir and upright injury to the user's body by using the tube to fix the user's foot to straighten the user's body as well as from the foot upwards The challenge is to provide a new level of bodily injury physiotherapy bath that allows the bubbles to massage the entire body surface of the user.

The present invention for solving the above-mentioned problems is constituted as follows.

A base (1) supported by the reinforcement (2) and supporting the water reservoir (7) and the step (40);

A water tank 16 having a heater 17 therein and provided with a water supply pipe 18 and a drain pipe 19;

The opposite end connected to the water tank 16 and connected to the water tank 16 penetrates the side surface of the base 1 and is inserted into the first hole 3 of the upper surface of the base 1 with the flange 20a. A hot water supply pipe 20 fixed to the base 1 through a bolt;

A first water pump 21 installed at the center of the hot water supply pipe 20 to supply hot water in the water tank 16 into the water reservoir 7;

The opposite end connected to the water tank 16 and connected to the water tank 16 penetrates the side surface of the base 1 and is inserted into the second hole 4 of the upper surface of the base 1 with the flange 22a. A hot water return pipe 22 fixed to the base 1 through a bolt;

A filter 24 installed at the center of the hot water return pipe 22;

A sterilizer (23) installed in the hot water return pipe (22) to sterilize hot water returned to the water tank (16) using ultraviolet or ozone;

A valve 777 and a second water pump 888 installed in the hot water return pipe 22 to return the hot water in the reservoir 7 to the water tank 16 little by little;

An air compressor 26 for injecting air into the step 40;

A first air supply pipe (25) connected to the air compressor (26) and having an opposite end connected to the air compressor (26) passing through a side surface of the base (1);

A second air supply pipe (25a), which is upright through a fourth hole (6) formed at the center of the upper surface of the base (1) and connected through the first air supply pipe (25) and the flange (200);

A water blocking plate 42 fixed to the second air supply pipe 25a by welding and fixed to the inside of the step 40 by welding;

A stepping rod 40 fixed to the center of the upper surface of the base 1 and having a vent hole 41 except for a portion where the foot fixing device 50 is positioned;

A foot fixing device mounted on the stool 40 to fix the foot of the user rising in the water reservoir 7 so that the user's body is buoyant while standing upright;

The door (8) is fixed to the center of the base (1) while being fixed through the bolt and the user enters and exits from one side, the packing (9) is fixed to the edge of the door (8), the upper opening Secondary edge is a reservoir (7) is fixed to the finishing band (30);

A door 12 having a first bent end 13 for fixing the door fixing device to one side thereof and a second bent end 13a for fixing the hinge on the opposite side thereof;

A door lock device for fixing the door 12 to the water reservoir 7;

The second of the door 12 by a bolt 500 passing through the bolt through hole 10a of the second bent end 13a of the door 12 and a nut 501 assembled to the bolt 500. The first body 81 fixed to the bent end 13a and the bolt 600 passing through the bolt through hole 11 of the water reservoir 7 and the nut 601 assembled to the bolt 600. A hinge 80 formed of a second body 82 fixed to the second bent end 13a of the door 12;

A packing 74a inserted between the second body 82 and the water reservoir 7 of the hinge 80;

The water cage 29 which is bolted to the upper surface of the base 1 and prevents the overflowed water from the water reservoir 7 or the falling water when the door 12 is opened to the outside of the base 1 and ;

The end part penetrates the side surface of the base 1 and is fixed to the base 1 with a bolt through the flange 28a while being inserted into the third hole 5 of the upper surface of the base 1 and the water cage 29 A drain pipe 28 for discharging water accumulated therein;

A tube 90 for allowing the user's body in the reservoir 7 to be lifted up buoyantly;

It is characterized by consisting of a control box 27 for the operation and control of the device.

In the above configuration, the foot fixing device,

Foot fitting body 51 and fixed to the upper left and right of the stepping surface 40 can fit the toes and feet of the user, and

A rail 58 positioned at the rear of the foot fitting 51 and fixed to the stool 40 through the bolt 60, and having a locking jaw 59 formed at left and right sides thereof;

A space portion 56 for assembling the rail 58 and a groove 57 for assembling in the engaging jaw 59 of the rail 58 are formed, and a first screw hole 55 is formed in the center of the upper surface. A second body 53 extending to the body 52 and the first body 52 and protruding toward the foot fitting 51 and fixed to the end of the second body 53 with an adhesive, Cushion tube 54 to prevent the user's body to rise by applying a screw rod 62 is assembled to the screw hole 55 of the first body 52 and the position of the first body 52 is modified to the rail Characterized in that consisting of a handle 61 for fixing with 58,

In the above configuration, the door locking device has a protrusion 71 passing through the hole 700 of the reservoir 7 and having a screw hole 73 at the center thereof, and having a bolt through hole 10 of the reservoir 7. The first bracket (71) fixed to the inside of the water reservoir (7) by the bolt 300 passing through) and the nut 301 assembled to the bolt 300,

A packing 74 inserted between the first bracket 71 and the water reservoir 7,

In the center is formed a hole 77 through which the screw rod 79 of the handle 78 passes, and the bolt 400 passing through the bolt through hole 14 of the first bent end 13 of the door 12 and A second bracket 75 fixed to the first bent end 13 of the door 12 by a nut 401 assembled to the bolt 400;

It is inserted through the hole 77 of the second bracket 75 and the handle screw rod through hole 15 of the door 12 and assembled to the screw hole 73 of the first bracket 71 so that the door 12 It characterized in that the handle 78 to be in close contact with the packing (9) fixed to the inlet (8) of the reservoir (7).

An embodiment of the present invention constituted as described above will be described based on the accompanying drawings, a water reservoir 7 and a water cage 29, a hot water supply pipe 20, a hot water return pipe 22 and a water cage. (29) the drain pipe 28 for discharging the water inside to the outside is fixed to the base (1) through the bolt and the foot fitting body 51 of the foot fixing device 50 is fixed to the upper surface of the step (40) through the screw In this part, reference numerals for each bolt or screw are not shown, and a packing is provided between the bottom surface of the water reservoir 7 and the water cage 29 and the top surface of the base 1, and a hot water supply pipe ( The packing is also provided between the upper surface of each flange 20a and 22a of the hot water return pipe 22 and the bottom of the base 1, but the reference numerals thereof are not shown.

And it is obvious that the water supply pipe 18 of the water tank 16, the drain pipe 19, the drain pipe 28 of the water cage 29 is provided with a valve, respectively, but not shown in the drawings.

Referring to the configuration of the present invention in detail with reference to the drawings, first, it is provided with a base (1), which is supported by the reinforcement (2) and supports the water reservoir (7) and the step (40), which is circular rather than rectangular as shown in the figure It may be provided with other polygons, it may be made of plastic or FRP or metal, wood and the like.

Subsequently, the heater 17 includes a water tank 16 having a built-in heater 17 and a water supply pipe 18 and a drain pipe 19. The water tank may be provided with a constant temperature holding device.

1 and 4, the opposite end connected to the water tank 16 and connected to the water tank 16 passes through the side of the base 1 and is inserted into the first hole 3 of the upper surface of the base 1. Connected to the hot water supply pipe 20 fixed to the base 1 with a bolt through the flange 20a, the water pump 21 installed in the center of the hot water supply pipe 20, and the water tank 16. And the opposite end connected to the water tank 16 is secured with the base 1 with bolts through the flange 22a while being inserted into the second hole 4 of the upper surface of the base 1 through the side of the base 1. The hot water return pipe 22 is provided, and the filter 24 is installed at the center of the hot water return pipe 22 to filter out hairs and foreign substances contained in the circulating water.

Subsequently, next to the filter 24 installed in the hot water return pipe 22 as shown in FIGS. 1 and 4, a sterilizing apparatus 23 for sterilizing hot water returned to the water tank 16 using ultraviolet or ozone is provided. This may be replaced by a radical sterilizer.

Subsequently, the hot water return pipe 22 includes a valve 777 and a small amount of hot water in the water reservoir 7 to prevent the hot water in the water tank 16 from flowing back into the water reservoir 7 as shown in FIG. 1. 16) A second water pump 888 is provided for feeding in or for quickly returning hot water in the reservoir 7 into the water tank 16.

Next, an air compressor 26 for injecting air into the step 40 is provided, and the opposite end connected to the air compressor 26 and connected to the air compressor 26 penetrates the side of the base 1. The second air supply pipe is erected through the first air supply pipe 25 and the fourth hole 6 formed in the center of the upper surface of the base 1 and connected through the flange 200 with the first air supply pipe 25. 25a is provided.

Subsequently, the water blocking plate 42 is fixed to the second air supply pipe 25a by welding and fixed by welding to the inside of the step 40, and is fixed to the center of the upper surface of the base 1 with a foot fixing device. Except for the portion where the 50 is located, the step 40 provided with the ventilation holes 41 is provided as shown in the drawing.

Here, the foot fixing device 50, the foot fitting body 51 which is fixed through the screw on the upper left and right of the step 40 as shown in Figures 10, 11, 12 and can fit the toes and instep of the user,

A rail 58 positioned at the rear of the foot fitting 51 and fixed to the stool 40 through the bolt 60, and having a locking jaw 59 formed at left and right sides thereof;

A space portion 56 for assembling the rail 58 and a groove 57 for assembling in the engaging jaw 59 of the rail 58 are formed, and a first screw hole 55 is formed in the center of the upper surface. A second body 53 extending to the body 52 and the first body 52 and protruding toward the foot fitting 51 and fixed to the end of the second body 53 with an adhesive, Cushion tube 54 to prevent the user's body to rise by applying a screw rod 62 is assembled to the screw hole 55 of the first body 52 and the position of the first body 52 is modified to the rail It is composed of a handle 61 to be fixed to (58) and the foot fitting body 51 is preferably made of a tough and soft urethane or rubber, the cushion tube 54 is a sponge or excellent elasticity Choose foam urethane, foam polyethylene, foam rubber, etc. This is good.

Next, the door (8) is fixed to the center of the base (1) while being fixed through the bolt and the user enters and exits from one side, the packing (9) is fixed to the edge of the door (8), the top The opening edge of the is provided with a reservoir (7) in which the finishing strip 30 is fixed, which may be transparent or translucent or opaque, and the material may be selected from glass or plastic. .

Subsequently, a first bent end 13 is formed at one side to fix the door fixing device 70 and a door 12 at which the second bent end 13a is formed at the opposite side to fix the hinge. It is also natural that the material is selected from glass or plastic, etc., and can be made transparent or translucent or opaque.

Here, the door locking device 70 for fixing the door 12 to the water reservoir 7 passes through the hole 700 of the water reservoir 7 and has a screw hole 73 formed at the center thereof. The first bracket is fixed to the inside of the reservoir 7 by a bolt 300 passing through the bolt through hole 10 of the reservoir 7 and a nut 301 assembled to the bolt 300. With 71,

A packing 74 inserted between the first bracket 71 and the water reservoir 7,

In the center is formed a hole 77 through which the screw rod 79 of the handle 78 passes, and the bolt 400 passing through the bolt through hole 14 of the first bent end 13 of the door 12 and A second bracket 75 fixed to the first bent end 13 of the door 12 by a nut 401 assembled to the bolt 400;

It is inserted through the hole 77 of the second bracket 75 and the handle screw rod through hole 15 of the door 12 and assembled to the screw hole 73 of the first bracket 71 so that the door 12 It consists of a handle 78 to be in close contact with the packing (9) fixed to the inlet (8) of the reservoir (7).

Next, the door 12 is closed by a bolt 500 passing through the bolt through hole 10a of the second bent end 13a of the door 12 and a nut 501 assembled to the bolt 500. A bolt 600 passing through the first body 81 fixed to the second bent end 13a and the bolt through hole 11 of the reservoir 7 and a nut 601 assembled to the bolt 600. And a hinge 80 which is a second body 82 fixed to the second bent end 13a of the door 12 by a second body 82 of the hinge 80 and a reservoir ( The packing 74a is inserted between 7).

Next, the water cage (29) which is bolted to the upper surface of the base (1) and prevents the water that overflows from the reservoir (7) to fall when opening the door (12) to prevent the flow of water to the outside of the base (1) The end part is inserted into the third hole 5 of the upper surface of the base 1 and fixed to the base 1 with a bolt through the flange 28a. The present invention includes a drain pipe 28 for discharging water accumulated in the water cage 29, and a tube 90 for lifting the user's body in the water reservoir 7 under buoyancy and at the same time. Equipped with a control box 27 for the operation of the present invention is completed.

The usage of the present invention having the above configuration will be examined based on the drawings.

First, the physiotherapist or manager in charge manipulates the control box 27 to fill the water into the water tank 16 to a certain level (in which case an automatic water level control device may be used), and the electric heater 17 is operated to operate the water. The water in the tank 16 is to be heated, in consideration of the user's condition, the temperature of the water may be slightly higher or slightly lower than the body temperature of the human body, and the temperature of the water can be properly adjusted according to the season.

At this time, the physiotherapist or the manager in charge (hereinafter referred to as the person in charge) turns the handle 78 of the door locking device 70 so that the screw rod 79 of the handle 78 moves from the screw hole 73 of the first bracket 71. The door 12 is opened to be completely removed and the handle 61 of the foot fixing device 50 is released to keep the first body 52 away from the foot fitting 51.

The responsible person then assists the user (patient or retardant) to enter the reservoir (7) and to rise above the stool (40) with the tube (90) under the armpit and then the foot of the foot restraint (50). The guide body is inserted into the fitting body 51, and then the first body 52 of the foot fixing device 50 is pushed toward the back of the user's foot so that the cushion tube 54 is placed on the upper back of the user's foot. Lightly pressurized and at the same time lock the handle 61 so that the user's feet are comfortably fixed by the foot fixing device (50).

At this time, the user can use the arm relatively freely, the user can stand with both arms open and hold the closing band 30 of the top of the reservoir (7), the present invention is a recovery machine having a body state enough to stand by itself It is invented suitable for use by a surgical patient or a limb free person, and if the user is in an uncomfortable condition, another person may stand on the base (1) to support the underarm of the user; or It can be used to help the user stand upright by using a trolley fixed to the ceiling.

The responsible person then comes out of the reservoir 7 and again assembles the handle 78 of the door lock into the screw hole 73 of the first bracket 71 to lock it tightly. On the other hand, the handle 78 may be inserted into the hole 77 of the second bracket 75 when the door 12 is open, or may be suspended by being tied to a string fixed to the second bracket 75. Say.

Next, the control box 27 is operated to supply hot water heated in the water tank 16 into the water reservoir 7 through the water pump 21, and the valve 777 of the hot water return pipe 22 is closed. It is obvious that the small water pump 888 is not in operation.

On the other hand, it is preferable to increase the diameter of the hot water supply pipe 20 so that the hot water is filled in the water reservoir 7 in a short time, and as shown in Figure 4 when the tube 90 is almost submerged in hot water, the user's body is Since the state of receiving the highest buoyancy immediately lowers the rotational speed of the first water pump 21 so that a small amount of hot water in the water tank 16 is supplied into the reservoir 7 at the same time, and at the same time the hot water return pipe 22 The second water pump 888 is operated at a low speed while opening the valve 777 of the pump, so that the hot water in the reservoir 7 passes through the filter 24 and the sterilizer 23, and then again into the water tank 16. The water is returned to allow the hot water in the reservoir 7 to circulate.

At the same time, the air compressor 26 is operated so that strong air is blown out of the water blocking plate 42 through the first air supply pipe 25 and the second air supply pipe 25a, thereby venting the vent hole of the step 40. 41) allows bubbles to be generated.

When the user's body is in such a state, the forced buoyancy force of the tube 90 acts on the natural buoyancy caused by the hot water, so that the user's body is upright as the body is upright, and the spine is straightened. The back muscles are relaxed and the ankle joint and knee joint are also in a naturally relaxed state, and the air bubbles ejected from the tread 40 are to be massaged evenly over the entire body surface of the user.

Next, when the use of the present invention is finished, the first water pump 21 is stopped and at the same time the operation rate of the second water pump 888 is maximized, so that the hot water in the reservoir 7 is quickly transferred to the water tank 16. ) To return the water to the water reservoir (7), at the same time shut off the valve 777 and stop the start of the second water pump (888), the handle 78 of the door lock device (70) Unlock again to open the door 12, the person in charge to support the user to come out of the reservoir (7) and then put on a gown, sitting on a wheelchair or sitting on a chair, and consultation on water treatment.

At this time, when the door 12 is opened, the water buried in the door 12 flows to the upper surface of the base 1, or as the user stays in the reservoir 7 as described above, the water overflows due to the user's actions. The upper surface of the base (1) can be, but in case of this, the water cage 29 and the drain pipe 28 is provided, the water that collects on the upper surface of the base (1) is a water cage ( 29 is not discharged to the outside of the base 1 is immediately discharged through the drain pipe (28).

In the present invention as described above, it is also possible to add aroma oil or other therapeutic agent to the water in the reservoir (7).

The present invention as described above, by using the natural buoyancy and forced buoyancy in the state of the user's body up to the injury to gently relax the spine and foot joints, knee joints and femoral joints and also calf muscles, thigh muscles, back muscles At the same time, there is a useful effect to smoothly relax and at the same time to eject a strong bubble to massage the entire surface of the user's body, so that the patient who is undergoing a vortex surgery or those who are incapacity of the body can be healthy quickly.

Claims (3)

A base (1) supported by the reinforcement (2) and supporting the water reservoir (7) and the step (40); A water tank 16 having a heater 17 therein and provided with a water supply pipe 18 and a drain pipe 19; The opposite end connected to the water tank 16 and connected to the water tank 16 penetrates the side surface of the base 1 and is inserted into the first hole 3 of the upper surface of the base 1 with the flange 20a. A hot water supply pipe 20 fixed to the base 1 through a bolt; A first water pump 21 installed at the center of the hot water supply pipe 20 to supply hot water in the water tank 16 into the water reservoir 7; The opposite end connected to the water tank 16 and connected to the water tank 16 penetrates the side surface of the base 1 and is inserted into the second hole 4 of the upper surface of the base 1 with the flange 22a. A hot water return pipe 22 fixed to the base 1 through a bolt; A filter 24 installed at the center of the hot water return pipe 22; A sterilizer (23) installed in the hot water return pipe (22) to sterilize hot water returned to the water tank (16) using ultraviolet or ozone; A valve 777 and a second water pump 888 installed in the hot water return pipe 22 to return the hot water in the reservoir 7 to the water tank 16 little by little; An air compressor 26 for injecting air into the step 40; A first air supply pipe (25) connected to the air compressor (26) and having an opposite end connected to the air compressor (26) passing through a side surface of the base (1); A second air supply pipe (25a), which is upright through a fourth hole (6) formed at the center of the upper surface of the base (1) and connected through the first air supply pipe (25) and the flange (200); A water blocking plate 42 fixed to the second air supply pipe 25a by welding and fixed to the inside of the step 40 by welding; A stepping rod 40 fixed to the center of the upper surface of the base 1 and having a vent hole 41 except for a portion where the foot fixing device 50 is positioned; A foot fixing device mounted on the stool 40 to fix the foot of the user rising in the water reservoir 7 so that the user's body is buoyant while standing upright; The door (8) is fixed to the center of the base (1) while being fixed through the bolt and the user enters and exits from one side, the packing (9) is fixed to the edge of the door (8), the upper opening Secondary edge is a reservoir (7) is fixed to the finishing band (30); A door 12 having a first bent end 13 for fixing the door fixing device to one side thereof and a second bent end 13a for fixing the hinge on the opposite side thereof; A door lock device for fixing the door 12 to the water reservoir 7; The second of the door 12 by a bolt 500 passing through the bolt through hole 10a of the second bent end 13a of the door 12 and a nut 501 assembled to the bolt 500. The first body 81 fixed to the bent end 13a and the bolt 600 passing through the bolt through hole 11 of the water reservoir 7 and the nut 601 assembled to the bolt 600. A hinge 80 formed of a second body 82 fixed to the second bent end 13a of the door 12; A packing 74a inserted between the second body 82 and the water reservoir 7 of the hinge 80; The water cage 29 which is bolted to the upper surface of the base 1 and prevents the overflowed water from the water reservoir 7 or the falling water when the door 12 is opened to the outside of the base 1 and ; The end part penetrates the side surface of the base 1 and is fixed to the base 1 with a bolt through the flange 28a while being inserted into the third hole 5 of the upper surface of the base 1 and the water cage 29 A drain pipe 28 for discharging water accumulated therein; A tube 90 for allowing the user's body in the reservoir 7 to be lifted up buoyantly; Injury physiotherapy tank, characterized in that consisting of a control box 27 for the operation and control of the device. The method of claim 1, wherein the foot fixing device, Foot fitting body 51 and fixed to the upper left and right of the stepping surface 40 can fit the toes and feet of the user, and A rail 58 positioned at the rear of the foot fitting 51 and fixed to the stool 40 through the bolt 60, and having a locking jaw 59 formed at left and right sides thereof; A space portion 56 for assembling the rail 58 and a groove 57 for assembling in the engaging jaw 59 of the rail 58 are formed, and a first screw hole 55 is formed in the center of the upper surface. A second body 53 extending to the body 52 and the first body 52 and protruding toward the foot fitting 51 and fixed to the end of the second body 53 with an adhesive, Cushion tube 54 to prevent the user's body rise by applying pressure and a screw rod 62 is assembled to the screw hole 55 of the first body 52 and the position of the first body 52 is modified Injury physiotherapy tank characterized in that consisting of a handle (61) to be fixed to the rail (58). The method of claim 1, wherein the door locking device, A bolt (300) passing through the hole (700) of the reservoir (7) and having a protrusion (71) formed with a screw hole (73) at the center thereof, and passing through the bolt through hole (10) of the reservoir (7); A first bracket 71 fixed inside the water reservoir 7 by a nut 301 assembled to the bolt 300; A packing 74 inserted between the first bracket 71 and the water reservoir 7, In the center is formed a hole 77 through which the screw rod 79 of the handle 78 passes, and the bolt 400 passing through the bolt through hole 14 of the first bent end 13 of the door 12 and A second bracket 75 fixed to the first bent end 13 of the door 12 by a nut 401 assembled to the bolt 400; It is inserted through the hole 77 of the second bracket 75 and the handle screw rod through hole 15 of the door 12 and assembled to the screw hole 73 of the first bracket 71 so that the door 12 Physically injured physiotherapy tank characterized in that consisting of a handle (78) to be in close contact with the packing (9) fixed to the entrance (8) of the reservoir (7).

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