Lower limb skin traction device

Abstract

The utility model discloses a lower limb skin traction device which comprises a thigh cloth cover body and a shank cloth cover body, the thigh cloth cover body and the shank cloth cover body are respectively provided with a leg binding assembly in a combined mode, and a traction force exerting assembly is connected between the thigh cloth cover body and the shank cloth cover body. The leg binding device has the advantages that the thigh cloth cover body and the shank cloth cover body can be bound to the peripheries of the legs of patients with different leg circumferences respectively in the mode that the hook-and-loop fastener binding belt male stickers and the hook-and-loop fastener binding belt female stickers of the leg binding assemblies are repeatedly bonded and separated; meanwhile, by means of the mode that buffering cotton cushions of the leg binding assemblies are fixed to the inner peripheries of the thigh cloth cover bodies and the inner peripheries of the shank cloth cover bodies through fixing pieces and make contact with the leg skin of the patient, the gliding speed of the traction force exerting assemblies can be slowed down.

Description

TECHNICAL FIELD

[0001] The utility model relates to the field of hip fracture rehabilitation exercise auxiliary assembly, concretely relates to a lower limb skin traction device. BACKGROUND

[0002] Hip fracture is common in clinic, and the hip fracture of the elderly can not be treated by operation due to various reasons, so there are many people who choose conservative treatment, and the lower limb skin traction device is often used during the conservative treatment, but the existing lower limb skin traction device has the following problems during use: first, the model of the lower limb skin traction device is not suitable for all patients, especially thin female patients; second, in order to avoid the lower limb skin traction device from pressing the skin, multiple layers of towels are needed in the inner periphery of the lower limb skin traction device, and the towels and the skin and the towels and the traction belt do not have enough friction, so the traction belt will gradually slide down after a period of traction, which not only needs to be constantly adjusted, but also causes the patient to repeatedly suffer pain. SUMMARY

[0003] The utility model discloses a lower limb skin traction device, which can adapt to the leg periphery of patients with different leg perimeters by repeatedly adhering and separating the magic tape binding band male and the magic tape binding band female of the leg binding assembly, thereby improving the use adaptability of the thigh cloth cover body and the calf cloth cover body.

[0004] To achieve the above-mentioned purpose, the utility model provides the following technical scheme:

[0005] The utility model provides a lower limb skin traction device, which comprises a thigh cloth cover body and a calf cloth cover body, and the thigh cloth cover body and the calf cloth cover body are both provided with a leg binding assembly for binding the thigh and the calf of a patient, respectively.

[0006] The thigh cloth cover body and the calf cloth cover body are connected by a traction force component, which can bend the leg smoothly to perform lower limb skin traction exercise by stepping on the traction force component.

[0007] The top of the traction force component is provided with an exercise counting component, which can effectively monitor the number of exercises of the patient during exercise.

[0008] As preferred, the leg binding assembly comprises a buffer cotton pad, a Velcro strap male fastener and a Velcro strap female fastener, the inner periphery of the thigh cloth cover body and the inner periphery of the calf cloth cover body are both covered with a plurality of the buffer cotton pads along the length direction, and the buffer cotton pads are all fixedly combined with the corresponding thigh cloth cover body and calf cloth cover body through the fixing members, and the two side edges of the thigh cloth cover body and the calf cloth cover body are respectively and one-to-one fixedly stitched with the Velcro strap male fastener and the Velcro strap female fastener which can be repeatedly adhered and separated from each other.

[0009] As preferred, the thigh cloth cover body and the calf cloth cover body are both nylon cloth, the buffer cotton pads are both memory cotton pads and the outer surfaces of which are roughened, and the length of the Velcro strap male fastener is at least six times the length of the Velcro strap female fastener.

[0010] As preferred, the traction force assembly comprises a traction belt and a connecting belt, the two side segments of the traction belt are respectively fixedly covered on the two side surfaces of the thigh cloth cover body, and the middle segment of the traction belt is arched and located behind the thigh cloth cover body, the number of the connecting belts is two and they are respectively fixedly covered on the two side surfaces of the calf cloth cover body, the two ends of the traction belt are both fixedly connected with a connecting buckle, and the two side connecting belts are both respectively wound around the gourd-shaped buckle part of the connecting buckle.

[0011] As preferred, the front surface of the middle segment of the traction belt is fixedly covered with a footrest block, the back surface of the footrest block is fixedly extended with a hanging ring in the longitudinal direction, and the hanging ring penetrates through and exposes the back surface of the traction belt.

[0012] As preferred, the connecting buckle is a gourd-shaped buckle, the front surface of the footrest block is fixedly covered with a buffer pad, and the fixing members are both rivet members with the two ends being turned up and pressed tightly.

[0013] As preferred, the exercise counting assembly comprises a controller, a counter and an inclination sensor, the two sides of the top surface of the footrest block are respectively fixedly installed with the controller and the counter, the inclination sensor is integrally installed on the outside of the controller, and the inclination sensor and the counter are both electrically connected with the controller, so as to trigger the counter to automatically complete the exercise counting operation by means of the controller in the way of detecting the angle of the leg bending and lowering during exercise through the inclination sensor.

[0014] As preferred, the top surface of the counter is integrally provided with a display screen for displaying the exercise count in real time and a button for controlling and regulating the exercise counting process.

[0015] The lower limb skin traction device is used for hip fracture rehabilitation exercise, and the thigh cloth cover body and the lower leg cloth cover body are combined with the leg binding assembly, and the magic tape belt male and the magic tape belt female of the leg binding assembly are repeatedly adhered and separated to adapt to the leg periphery of patients with different leg circumferences, thereby improving the use adaptability of the thigh cloth cover body and the lower leg cloth cover body, and the buffer cotton pad of the leg binding assembly is fixed in the inner periphery of the thigh cloth cover body and the lower leg cloth cover body and contacts the skin of the patient's leg, thereby slowing down the sliding speed of the traction force assembly, prolonging the use of the traction force assembly after the leg binding assembly is tightened once, reducing the frequency of adjusting the position of the traction force assembly by tightening the leg binding assembly, and adjusting the distance between the thigh cloth cover body and the lower leg cloth cover body through the connection belt around the connection buckle, thereby facilitating the use of patients with different body shapes, further improving the use adaptability of the thigh cloth cover body and the lower leg cloth cover body, and the foot plate of the patient steps on the foot pedal to bend the leg to perform lower limb skin traction exercise, the operation mode of lower limb skin traction exercise is simple and easy to implement, which is conducive to ensuring that the traction force assembly is used to smoothly complete the lower limb skin traction exercise process, and the foot pedal top surface of the traction force assembly is combined with the exercise counter assembly, so that the inclination sensor of the exercise counter assembly detects the leg bending angle during exercise, thereby triggering the controller to automatically complete the exercise counting operation, thereby realizing effective monitoring of the number of exercises during the exercise process, facilitating medical staff to record and count the number of lower limb skin traction exercises of patients, and facilitating medical staff to better supervise and care for patients to perform rehabilitation exercise.

[0016] The beneficial effects are: 1, the utility model discloses a thigh cloth cover body and shank cloth cover body are all combined and set with leg restraint assembly, and then through the repeated adhesion and separation of magic tape belt male and magic tape belt female of leg restraint assembly can make thigh cloth cover body and shank cloth cover body adapt to the periphery of the patient's leg of different leg circumference, improve the use adaptability of thigh cloth cover body and shank cloth cover body, and the way that the buffer cotton pad of leg restraint assembly is fixed in the periphery of thigh cloth cover body and shank cloth cover body and contacts the skin of the patient's leg respectively can slow down the sliding speed of traction force assembly, which is beneficial to prolong the use of traction force assembly after single tightening of leg restraint assembly, and reduce the frequency of adjusting the position of traction force assembly by repeatedly tightening leg restraint assembly.

[0017] 2, thigh cloth cover body and shank cloth cover body are connected through traction force assembly, and then the distance between thigh cloth cover body and shank cloth cover body can be adjusted by the way that connecting belt is inserted through connecting buckle to adjust the extension length, which is convenient for the patient with different body shape to use, further improve the use adaptability of thigh cloth cover body and shank cloth cover body, and the way that the patient steps on the foot block to apply force can smoothly bend the leg to perform lower limb skin traction exercise, and the operation mode of lower limb skin traction exercise is simple and easy to realize, which is beneficial to ensure that the traction force assembly is used to smoothly complete the lower limb skin traction exercise process.

[0018] 3, the top surface of the foot block of traction force assembly is combined with exercise counting assembly, so that the inclination sensor of exercise counting assembly can detect the bending angle of the leg during exercise, and the controller can trigger the counter to automatically complete the exercise counting operation, thereby realizing effective monitoring of the exercise times of the patient during exercise, which is convenient for medical staff to record and count the lower limb skin traction exercise times of the patient, and is beneficial to better supervise and nurse the patient to perform rehabilitation exercise. BRIEF DESCRIPTION OF DRAWINGS

[0019] In order to more clearly illustrate the technical scheme in the embodiments of the present application or the prior art, the drawings needed in the following embodiment or prior art description will be briefly introduced. Obviously, the drawings in the following description are only some embodiments of the present application, and those skilled in the art can obtain other drawings according to these drawings without creating any creative labor.

[0020] Figure 1 is the overall isometric view of the present application Figure 1 ;

[0021] Figure 2 is the overall isometric view of the present application Figure 2 ;

[0022] Figure 3 is the front view schematic diagram of the utility model Figure 1 ;

[0023] Figure 4 is the left view schematic diagram of the utility model Figure 1 ;

[0024] Figure 5 is the top view schematic diagram of the utility model Figure 1 ;

[0025] Figure 6 is the bottom view schematic diagram of the utility model Figure 1 .

[0026] The sign of the drawing mark is as follows:

[0027] 1, leg restraint assembly;101, magic tape band male paste;102, magic tape band female paste;103, fixed part;104, buffer cotton pad;2, thigh cloth cover body;3, shank cloth cover body;4, traction force assembly;401, hanging ring;402, foot pedal block;403, traction belt;404, buffer pad plate;405, connecting buckle;406, connecting belt;5, exercise counting assembly;501, inclination sensor;502, controller;503, counter;504, display screen;505, button. DETAILED DESCRIPTION

[0028] In order to make the purpose, technical scheme and advantage of the utility model more clear, the technical scheme of the utility model will be described in detail below. Obviously, the described embodiment is only a part of the embodiment of the utility model, rather than all the embodiment. Based on the embodiment in the utility model, all other implementation manners obtained by the ordinary skill in the art without making the creative labor belong to the scope of the utility model.

[0029] Referring to Figures 1-6The utility model provides a lower limbs skin traction device, including thigh cloth cover body 2 and shank cloth cover body 3, and the thigh cloth cover body 2 and shank cloth cover body 3 are all combined with the leg restraint assembly 1 for being bound respectively in patient's thigh outside and shank outside, specifically, the leg restraint assembly 1 all includes buffer cotton pad 104, magic tape bandage male paste 101 and magic tape bandage female paste 102, and the inner circumference of thigh cloth cover body 2 and shank cloth cover body 3 all are covered with multiple buffer cotton pad 104 along the length direction, and buffer cotton pad 104 all are fixedly connected with corresponding thigh cloth cover body 2 and shank cloth cover body 3 through fixing piece 103 and are combined, and the both sides edges of thigh cloth cover body 2 and shank cloth cover body 3 are respectively one-to-one contrast suture fixed with magic tape bandage male paste 101 and magic tape bandage female paste 102 that can repeatedly adhere and separate each other, and the purpose of this arrangement is that the thigh cloth cover body 2 and shank cloth cover body 3 can be adapted to the leg periphery of the patient with different leg circumference by the repeatedly adhering and separating mode of magic tape bandage male paste 101 and magic tape bandage female paste 102 of leg restraint assembly 1, and the sliding speed of traction force assembly 4 can be slowed down by the mode that buffer cotton pad 104 of leg restraint assembly 1 is fixed in the inner circumference of thigh cloth cover body 2 and shank cloth cover body 3 and contacts the skin of the leg of the patient.

[0030] Referring to Figures 1-2 The utility model provides a lower limbs skin traction device, including thigh cloth cover body 2 and shank cloth cover body 3, and the thigh cloth cover body 2 and shank cloth cover body 3 are all combined with the leg restraint assembly 1 for being bound respectively in patient's thigh outside and shank outside, specifically, the leg restraint assembly 1 all includes buffer cotton pad 104, magic tape bandage male paste 101 and magic tape bandage female paste 102, and the inner circumference of thigh cloth cover body 2 and shank cloth cover body 3 all are covered with multiple buffer cotton pad 104 along the length direction, and buffer cotton pad 104 all are fixedly connected with corresponding thigh cloth cover body 2 and shank cloth cover body 3 through fixing piece 103 and are combined, and the both sides edges of thigh cloth cover body 2 and shank cloth cover body 3 are respectively one-to-one contrast suture fixed with magic tape bandage male paste 101 and magic tape bandage female paste 102 that can repeatedly adhere and separate each other, and the purpose of this arrangement is that the thigh cloth cover body 2 and shank cloth cover body 3 can be adapted to the leg periphery of the patient with different leg circumference by the repeatedly adhering and separating mode of magic tape bandage male paste 101 and magic tape bandage female paste 102 of leg restraint assembly 1, and the sliding speed of traction force assembly 4 can be slowed down by the mode that buffer cotton pad 104 of leg restraint assembly 1 is fixed in the inner circumference of thigh cloth cover body 2 and shank cloth cover body 3 and contacts the skin of the leg of the patient.

[0031] Referring to Figures 1-2As shown, the top of the traction force assembly 4 is combined with the exercise counting assembly 5, which is used to effectively monitor the number of exercises of the patient during the exercise by the exercise counting assembly 5. Specifically, the exercise counting assembly 5 includes a controller 502, a counter 503 and an inclination sensor 501. The controller 502 and the counter 503 are respectively fixedly installed on both sides of the top surface of the foot pedal block 402. The inclination sensor 501 is integrally installed on the outside of the controller 502, and the inclination sensor 501 and the counter 503 are electrically connected with the controller 502. The inclination sensor 501 detects the angle of the leg bending during the exercise to trigger the counter 503 to automatically complete the exercise counting operation by the controller 502. The effect of this setting is that the inclination sensor 501 of the exercise counting assembly 5 detects the angle of the leg bending during the exercise to trigger the counter 503 to automatically complete the exercise counting operation by the controller 502, thereby achieving effective monitoring of the number of exercises of the patient during the exercise.

[0032] Referring to Figures 1-6 As shown, the leg binding assembly 1, the traction force assembly 4 and the exercise counting assembly 5 are respectively optimized as follows. Specifically to the leg binding assembly 1, the thigh cloth sleeve body 2 and the calf cloth sleeve body 3 are both made of nylon cloth. The buffer cotton pads 104 are all memory cotton pads with rough outer surfaces. The length of the magic tape binding band male fastener 101 is at least six times the length of the magic tape binding band female fastener 102. In this way, firstly, the thigh cloth sleeve body 2 and the calf cloth sleeve body 3 both have good and stable use effects. At the same time, the buffer cotton pads 104 have more stable adhesion when in contact with the skin of the patient. Moreover, the magic tape binding band male fastener 101 and the magic tape binding band female fastener 102 can adapt to the use of patients with different leg thicknesses when combined.

[0033] Specifically to the traction force assembly 4, the connecting buckle 405 is a letter buckle. The front surface of the foot pedal block 402 is covered and fixed with a buffer pad plate 404. The fixing members 103 are both riveting members with flanges at both ends. In this way, firstly, the buffer pad plate 404 contacts the soles of the patient to achieve a elastic buffering effect. At the same time, the buffer cotton pads 104 and the traction belt 403 can be stably and firmly fixed on the inner and outer surfaces of the thigh cloth sleeve body 2 by the fixing members 103. Moreover, the buffer cotton pads 104 and the connecting belt 406 can be stably and firmly fixed on the inner and outer surfaces of the calf cloth sleeve body 3 by the fixing members 103. Specifically to the exercise counting assembly 5, the top surface of the counter 503 is integrally provided with a display screen 504 for displaying the exercise count in real time and a button 505 for controlling the exercise counting process, so as to display the exercise count and control the exercise counting process by the display screen 504 and the button 505.

[0034] Adopt the above structure, specific to the hip fracture rehabilitation exercise process, because in the thigh cloth body 2 and the small leg cloth body 3 are combined with leg restraint assembly 1, in turn through the magic tape belt male 101 and magic tape belt female 102 of leg restraint assembly 1 each other repeatedly adhered and separated way can make thigh cloth body 2 and small leg cloth body 3 are bound in different leg circumference respectively adapt to the leg periphery of patient, improve the use adaptability of thigh cloth body 2 and small leg cloth body 3, simultaneously through the buffer cotton pad 104 of leg restraint assembly 1 respectively adopt fixed part 103 fixed in the inner periphery of thigh cloth body 2 and small leg cloth body 3 and contact the skin of patient's leg way can slow down the sliding speed of traction force assembly 4, it is favorable to prolong the normal exercise of using traction force assembly 4 after the single tightening of leg restraint assembly 1, reduce the frequency of adjusting the position of traction force assembly 4 by repeatedly tightening leg restraint assembly 1, because the thigh cloth body 2 and small leg cloth body 3 are connected through traction force assembly 4, in turn through the way of adjusting the length of extension by connecting belt 406 around connecting buckle 405 can adjust the distance between thigh cloth body 2 and small leg cloth body 3, it is convenient to adapt to the use of patients with different body shapes, further improve the use adaptability of thigh cloth body 2 and small leg cloth body 3, simultaneously through the way of the force of patient's footboard stepping on footboard block 402 can smoothly bend the leg to carry out lower limb skin traction exercise, the operation mode of lower limb skin traction exercise is simple and easy to realize, it is favorable to ensure that the process of lower limb skin traction exercise is smoothly completed by traction force assembly 4, and because the top surface of footboard block 402 of traction force assembly 4 is combined with exercise counter assembly 5, the way of detecting the leg bending angle during exercise by the inclination sensor 501 of exercise counter assembly 5 can trigger the counter 503 automatically complete the exercise counting operation by the controller 502, in turn realize the effective monitoring of the exercise times of patients during exercise, it is convenient for medical staff to record and statistics the lower limb skin traction exercise times of patients, it is favorable for medical staff to better supervise and nurse patients to carry out rehabilitation exercise.

[0035] The above is only a specific embodiment of the present application, but the protection scope of the present application is not limited to this, any skilled person in the art can easily think of changes or replacements within the technical range disclosed by the present application, which should be covered within the protection scope of the present application. Therefore, the protection scope of the present application should be subject to the protection scope of the claims.

Claims

1. A lower extremity skin traction device comprising a thigh cloth cover body (2) and a lower leg cloth cover body (3), characterized in that: The thigh cloth cover body (2) and the calf cloth cover body (3) are provided with leg binding components for binding the outside of the thigh and the outside of the calf respectively; The thigh cloth cover body (2) and the calf cloth cover body (3) are connected with traction force components (4) for smoothly bending the leg by stepping on the traction force components (4) to perform lower limb skin traction exercise; The top of the traction force components (4) is combined with exercise counting components (5) for effectively monitoring the exercise times of the patient during exercise.

2. The lower extremity skin traction device according to claim 1, wherein: The leg binding components include buffer cotton pads (104), Velcro binding tape male patches (101) and Velcro binding tape female patches (102), the inner periphery of the thigh cloth cover body (2) and the calf cloth cover body (3) is covered with a plurality of buffer cotton pads (104) in the length direction, and the buffer cotton pads (104) are fixedly connected with the corresponding thigh cloth cover body (2) and calf cloth cover body (3) through fixing members (103), and the two side edges of the thigh cloth cover body (2) and the calf cloth cover body (3) are respectively and one-to-one stitched with the Velcro binding tape male patches (101) and the Velcro binding tape female patches (102) which can be repeatedly adhered and separated.

3. The lower extremity skin traction device according to claim 2, wherein: The thigh cloth cover body (2) and the calf cloth cover body (3) are nylon cloth, the buffer cotton pads (104) are memory cotton pads with rough outer surfaces, and the length of the Velcro binding tape male patches (101) is at least six times the length of the Velcro binding tape female patches (102).

4. The lower limb skin traction device according to claim 2 or 3, characterized in that: The traction force components (4) include traction belts (403) and connecting belts (406), the two side segments of the traction belts (403) are fixedly covered on the two side surfaces of the thigh cloth cover body (2), and the middle segment of the traction belts (403) is arched behind the thigh cloth cover body (2), the number of the connecting belts (406) is two and they are fixedly covered on the two side surfaces of the calf cloth cover body (3), the ends of the traction belts (403) are fixedly connected with connecting buckles (405), and the connecting belts (406) on the two sides are respectively wound through the link buckle parts of the connecting buckles (405).

5. The lower extremity skin traction device according to claim 4, wherein: The front of the middle segment of the traction belts (403) is fixedly connected with a stepping block (402), the back of the stepping block (402) is fixedly connected with a hanging ring (401) in the longitudinal direction, and the hanging ring (401) penetrates and exposes the back of the traction belts (403).

6. The lower extremity skin traction device according to claim 5, wherein: The connecting buckles (405) are link buckles, the front of the stepping block (402) is fixedly connected with a buffer pad (404), and the fixing members (103) are rivet members with turned edges at both ends.

7. The lower extremity skin traction device according to claim 5 or 6, characterized in that: Said exercise counting component (5) comprises a controller (502), a counter (503) and an inclination sensor (501), the top surface of the foot block (402) is respectively fixedly provided with the controller (502) and the counter (503), the external part of the controller (502) is integrally provided with the inclination sensor (501), and the inclination sensor (501) and the counter (503) are electrically connected with the controller (502), so as to trigger the counter (503) to automatically complete the exercise counting operation by means of the controller (502) through the inclination sensor (501) detecting the way of the leg bending and lowering angle during exercise.

8. The lower extremity skin traction device according to claim 7, wherein: The top surface of the counter (503) is respectively integrally provided with a display screen (504) for displaying the exercise counting in real time and a button (505) for controlling and regulating the exercise counting process.

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