CN207445094U - A kind of winged scapula rehabilitation restraint device - Google Patents

Abstract

The utility model discloses a wing-shaped scapula rehabilitation restraint device, which comprises: two shoulder straps respectively bypassing the shoulders for providing downward pressure on the shoulders; The upper back, the two ends of the upper edge are respectively connected to one end of the two shoulder straps; the openable and closable stressed belt; the stressed supporting part, connected to the other end of the two shoulder straps, the lower edge of the upper back and the stressed belt , used to provide a source of strength for the shoulder straps and the upper back; length-adjustable leg straps respectively connected under the stressed waist belt; wherein, the upper back has a sandwich, and the sandwich is used to place a hard board Or a warm bag. The utility model can provide the force of the back against the chest and the force of pulling the shoulders downward, is comfortable to wear, is convenient for patients to operate at home, and improves the therapeutic effect.

Description

A wing-shaped scapular rehabilitation restraint device

technical field

The utility model relates to the field of medical equipment, in particular to a wing-shaped scapula rehabilitation restraint device.

Background technique

The scapula of normal people is close to the chest wall, which is mainly accomplished by the synergistic contraction of the serratus anterior and trapezius muscles. If the serratus anterior and trapezius muscles are paralyzed, the scapula loses its force against the chest. When the movement of the upper arm causes the scapula to rotate, it can be tilted up due to the loss of traction on the edge of the spine, forming a deformity like a cricket wing, so it is clinically named winged scapula based on this feature. Once the winged scapula occurs, it will affect the daily life of the patient, such as dressing, combing hair, brushing teeth, etc.

For pterygoid scapula, conservative treatment and surgical treatment are generally performed at present. For patients, conservative treatment of physical rehabilitation is costly, and it is impossible to stay in the hospital for rehabilitation all the time. There is therefore a need for a rehabilitation article for self-treatment at home. However, the patient always inadvertently raises the upper arm above the head at home, which is not conducive to rehabilitation, and the current rehabilitation object does not have the function of restricting this behavior.

Contents of the invention

The purpose of this utility model is to overcome the problems existing in the above-mentioned prior art, and to provide a wing-shaped scapula rehabilitation restraint device, which can provide back-to-chest action force and downward pulling shoulder force, which is comfortable to wear, convenient for patients to operate at home, and improves treatment effect.

In order to realize the above purpose of the utility model, the following technical solutions are provided:

A wing-shaped scapula rehabilitation restraint device, comprising: two shoulder straps respectively bypassing the shoulders for providing downward pressure on the shoulders; One end of the two shoulder straps are respectively connected along the two ends; an openable and closable stressed belt; a stressed supporting part, which connects the other end of the two shoulder straps, the lower edge of the upper back and the stressed belt, is used for all The shoulder straps and the upper back provide a source of strength; the length-adjustable leg straps are respectively connected under the stressed waist belt; wherein, the upper back has an interlayer, and the interlayer is used to place a hard board or a warm bag.

Preferably, the force-receiving supporting part includes: two connecting parts respectively arranged on both sides of the middle and lower parts of the human body, each connecting part has three connecting ends, respectively connected to the other ends of the two shoulder straps, the upper and lower back Along the two ends and both sides of the rear portion of the stressed waist belt; the pull-down straps connected between the middle of the lower edge of the upper back and the rear center of the stressed waist belt.

Preferably, it also includes at least one openable and closable shoulder belt connecting belt connected between the two shoulder belts; the shoulder belt connecting belt is located on the front chest.

Preferably, each of the shoulder straps starts from one end connected to the upper back and extends obliquely upwards around the shoulders to the underarms to the other end; end, and extend obliquely upwards to its other connection end, which is connected to the other end of the shoulder strap; the third connection end of each connection part connects from the one connection end to the other A connecting end protrudes between and connects to the upper back.

Preferably, the lengths of the two connecting parts, the pull-down straps and the shoulder straps are adjustable.

Or, preferably, the stressed support part is a chest-back support connected between the lower edge of the upper back and the rear part of the stressed waist belt.

Preferably, the chest-back support includes: a back support whose upper edge is connected to the lower edge of the upper back, and whose lower edge is connected to the rear part of the stressed waist belt; Two pieces of chest support extending from the chest, the two pieces of chest support are opened and closed at the front chest.

Preferably, each shoulder strap starts from one end connected to the upper back and extends obliquely upward around the shoulders to the other end connected to the chest support; the chest support is separated from the other end of the shoulder strap. combined connection.

Preferably, the part of the shoulder strap that goes around the shoulder has a structure conforming to the physiological curve of the shoulder and covers at least two-thirds of the shoulder area.

Preferably, cartilage strips are provided at the edges of the shoulder girdle, upper back and the force-receiving support part.

The beneficial effects of the utility model are reflected in the following aspects:

The utility model provides the force of the back against the chest by setting the upper back which is tight-fitting and covers the middle and upper part of the back of the human body and the interlayer hard board, so that the raised wing-shaped shoulder blades are close to the chest wall; by bypassing the two shoulders of the shoulders The belt provides shoulder pressure, so that the shoulder abduction is limited within a certain range, thereby helping patients recover as soon as possible.

Description of drawings

Fig. 1 is a structural schematic diagram of an embodiment of the utility model wing-shaped scapula rehabilitation restraint device behind the person;

Fig. 2 is a structural schematic diagram of an embodiment of the wing-shaped scapular rehabilitation restraint device of the present invention at the front of a person;

Fig. 3 is a structural schematic diagram of the buckle leg belt of the wing-shaped scapular rehabilitation restraint device of the present invention;

Fig. 4 is a structural schematic view of another embodiment of the wing-shaped scapular rehabilitation restraint device of the present invention on the back of a person;

Fig. 5 is a schematic structural view of another embodiment of the wing-shaped scapular rehabilitation restraint device of the present invention at the front of a person.

Explanation of reference signs: 11, 12-shoulder straps; 2-upper back; 20-interlayer; 3-stressed belt; 41, 42-connection; 43-pull-down straps; 442, 443-chest support; 44a-hook; 5-shoulder strap connection belt; 7-buckle leg strap.

Detailed ways

As shown in Figures 1 to 4, the utility model provides a wing-shaped scapula rehabilitation restraint device, which provides the back-to-chest action force by clinging to the upper back 2 arranged on the middle and upper part of the human body, so that the raised wing-shaped scapula is in close contact Chest wall: provide shoulder downward pressure by passing around the two shoulder straps 11 and 12 respectively, so that the shoulder abduction is limited within a certain range, thereby helping the patient to recover as soon as possible.

The utility model is described in detail below through the embodiments in conjunction with the accompanying drawings.

Example 1

As shown in Figures 1 to 3, the wing-shaped scapular rehabilitation restraint device includes: two shoulder straps 11, 12 respectively bypassing the shoulders for providing downward pressure on the shoulders; The upper back 2 of the force, the two ends of the upper edge are respectively connected to one end of the two shoulder straps 11, 12; The other end of the belts 11, 12, the lower edge of the upper back 2 and the stressed supporting portion of the stressed waist belt 3 are used to provide a source of strength for the shoulder belts 11, 12 and the upper back 2. Specifically, the force-receiving support part includes: two connecting parts 41, 42 respectively arranged on both sides of the middle and lower part of the back of the human body. The lower edge of the back 2 and the rear both sides of the stressed waist belt 3; During implementation, each connection part is connected with the shoulder belt and the upper back 2 using an integral structure or stitching; each connection part and the stressed belt 3 are of a separate structure, which is easy to wear. When in use, the connecting part and the stressed belt 3 are hooked Can be hooked or glued.

In addition, in order to make the stressed belt provide a more stable source of strength for the shoulder belt and upper back and prevent the stressed belt from moving up and down, the utility model also sets a buckle leg belt 7 under the stressed belt 3, and the leg buckle 7 The length can be adjusted, and it can be realized by using the adjustment buckle or the Velcro buckle.

As shown in Figures 1 and 2, one end of the two shoulder straps 11, 12 of the present embodiment is respectively connected to the upper two ends of the upper back 2, and each shoulder strap 11, 12 is connected to the upper back 2 from one end thereof. Go around the shoulders and extend to the other end of the armpit along the obliquely above; each connecting part 41, 42 starts from one connecting end connected to the stressed waist belt 3, extends obliquely upward to the other connecting end, and the other connects The third connecting end of each connecting part protrudes from between one connecting end and the other connecting end and is connected to the upper back 2.

During implementation, the lengths of the two connecting parts 41, 42, the pull-down straps 43 and the shoulder straps 11, 12 are adjustable, and when worn, adaptation adjustments are made according to the body shape of each person. Adjusting the length can be achieved by using common belt adjustment methods such as multi-row buckles, sticky buckles, and adjustment buckles.

In addition, as shown in Figure 2, in order to provide a more powerful chest-attaching force on the upper back 2, at least one openable and closable shoulder belt connection belt 5 is connected between the two shoulder belts 11, 12 in this embodiment, and the shoulder belts are connected The opening and closing part of the belt 5 is located at the front chest, which is easy to operate, and the commonly used belt adjustment methods such as multi-row buckles and sticky buckles can be used to adjust the length to control the size of the chest sticking force.

Further, as shown in FIG. 1 , the upper back 2 also has an interlayer 20 for placing a hard board to imitate the flat chest-attaching force given by the bed board in the supine position, which is beneficial to the recovery of the patient. In addition, the interlayer 20 can also prevent warm pockets, promote blood circulation, and help recovery.

When using this embodiment, put the hard board or warm bag in the interlayer 20 as required and wear it later, adjust the lengths of the two connecting parts 41, 42, the pull-down straps 43 and the shoulder straps 11, 12 to a suitable length according to the body shape; Waist belt and buckle leg belt, and stressed waist belt is connected with two connecting parts 41,42, pull-down braces 43; Shoulder belt connecting belt 5 is connected tightly.

In order to allow the shoulder straps to better adapt to the shoulders and provide sufficient downward pulling force, the parts of the shoulder straps 11 and 12 that go around the shoulders have a structure that conforms to the physiological curve of the shoulders and cover at least two-thirds of the shoulders area.

In order to apply force to the upper part of the shoulders and the back of the human body better, the shoulder straps 11, 12, the upper back 2, the connecting parts 41, 42, the pull-down straps 4 and the shoulder strap connecting straps 5 are made of elastic cloth and placed at the edges. Cartilage strips are arranged on both sides, and cartilage strips are arranged at intervals in the middle area.

Example 2

As shown in Figures 3 to 5, the wing-shaped scapula rehabilitation restraint device includes: two shoulder straps 11, 12 respectively bypassing the shoulders for providing downward pressure on the shoulders; The upper back 2 of the force, the two ends of the upper edge are respectively connected to one end of the two shoulder straps 11, 12; The other end of the belts 11, 12, the lower edge of the upper back 2 and the stressed supporting portion of the stressed waist belt 3 are used to provide a source of strength for the shoulder belts 11, 12 and the upper back 2. Specifically, the stressed support part is the chest and back support 44 connected between the lower edge of the upper back 2 and the rear part of the stressed waist belt 3 . As shown in Figures 4 and 5, the chest and back support 44 includes: a back support 441 whose upper edge is connected to the lower edge of the upper back 2, and whose lower edge is connected to the rear part of the stressed waist belt 3; The two chest supports 442, 443 extending to the front chest are opened and closed at the front chest. Use multiple rows of hooks or Velcro to realize the opening and closing connection.

During implementation, the back support 441 and the upper back 2 are connected by an integrated structure or stitching; the back support 441 and the stressed belt 3 have a separate structure, which is easy to wear. Button bonding can be.

As shown in Figures 4 and 5, the shoulder straps 11, 12 extend from one end connecting the upper back 2 to the other end connecting the chest supports 442, 443 along the obliquely above the shoulders; The other ends of the bands 11 and 12 are open and closed, which is convenient for wearing and adjusting the length. Specifically, the other ends of the chest supports 442, 443 and the shoulder straps 11, 12 are connected by multiple rows of hooks 44a or Velcro.

In the utility model, the way that the shoulder belt goes around the shoulder obliquely upward makes it easier to apply force to the shoulder and improve the therapeutic effect.

The upper back 2 of this embodiment also has an interlayer 20, the structure and function of which are the same as those of Embodiment 1.

When using this embodiment, put the hard board or warm bag in the interlayer 20 as needed and then wear it, connect the chest supports 442, 443 tightly at the front chest; adjust the length of the shoulder straps 11, 12 to a suitable length according to the body shape and connect them To chest supports 442, 443; put on the stressed waist belt and buckle leg straps, and connect the stressed waist belt to the back support 441.

In order to allow the shoulder straps to better adapt to the shoulders and provide sufficient downward pulling force, the parts of the shoulder straps 11 and 12 that go around the shoulders have a structure that conforms to the physiological curve of the shoulders and cover at least two-thirds of the shoulders area.

In order to better apply force to the shoulders and the middle and upper parts of the back of the human body, the shoulder straps 11, 12, the upper back 2, the chest supports 442, 443, and the back support 441 are made of elastic cloth and cartilage strips are arranged at their edges. Cartilage strips are arranged at intervals in the middle area.

Although the above-mentioned utility model has been described in detail, the utility model is not limited thereto, those skilled in the art can modify according to the principle of the utility model, therefore, all the various modifications carried out according to the principle of the utility model should It should be understood as falling into the protection scope of the present utility model.

Claims (10)

1. a kind of winged scapula rehabilitation restraint device, which is characterized in that including：

It is used to provide two shoulder belts of pressure under shoulder around shoulder respectively；

For being close to be covered in human body back middle and upper part to provide the upper back of back patch chest active force, distinguish thereon along both ends Connect one end of two shoulder belts；

Openable and closable stress waistband；

Stress support portion connects the other end, upper back lower edge and the stress waistband of two shoulder belts, for for the shoulder belt Source of strength is provided with upper back；

It is connected to that the length below the stress waistband is adjustable to buckle leg band；

Wherein, the upper back has interlayer, and the interlayer is used to place hardboard or heating pad.

2. winged scapula rehabilitation restraint device according to claim 1, which is characterized in that the stress support portion includes：

Two connecting portions of human body back middle and lower part both sides are separately positioned on, each connecting portion tool connects respectively there are three connecting pin Along both ends and the rear portion both sides of stress waistband under the other ends of two shoulder belts, upper back；

It is connected to the drop-down shoulder strap between the posterior center of the stress waistband in the middle part of the lower edge at the upper back.

3. winged scapula rehabilitation restraint device according to claim 2, which is characterized in that further include, be connected to described two An at least retractable shoulder belt connect band between root shoulder belt；The shoulder belt connect band is located at anterior part of chest.

4. winged scapula rehabilitation restraint device according to claim 3, which is characterized in that the every shoulder belt is connected from it The one end at upper back is risen, its other end is extended to oxter around shoulder along oblique upper；Each connecting portion from its connect by One connecting pin of power waistband 3 is risen, its another connecting pin, another described connecting pin and the shoulder belt are extended to along oblique upper The other end connection；It is stretched between one connecting pin and another connecting pin 3rd connecting pin of each connecting portion Go out and be connected to the upper back.

5. winged scapula rehabilitation restraint device according to claim 4, which is characterized in that two connecting portion, the drop-down back of the body The adjustable in length of band and shoulder belt.

6. winged scapula rehabilitation restraint device according to claim 1, which is characterized in that the stress support portion is connection Thoracic dorsal support on described between the lower edge at back and the stress waistband rear portion.

7. winged scapula rehabilitation restraint device according to claim 6, which is characterized in that the thoracic dorsal support includes：

Thereon along the back-supported being connected with the lower edge at the upper back, lower edge is connected to the stress waistband rear portion；

From the both sides of the back-supported two panels chest supporting that respectively forwardly chest extends, the two panels chest supporting is at shirtfront Folding connects.

8. winged scapula rehabilitation restraint device according to claim 7, which is characterized in that the every shoulder belt is connected from it The one end at upper back is risen, and extending to it along oblique upper around shoulder connects the other end of the chest supporting；The chest supporting It is connected with the other end folding of the shoulder belt.

9. the winged scapula rehabilitation restraint device according to claim 5 or 8, which is characterized in that the shoulder belt bypasses shoulder Part have meet shoulder physiological curve structure and cover at least 2/3rds shoulder regions.

10. winged scapula rehabilitation restraint device according to claim 9, which is characterized in that the shoulder belt, upper back and The edge of stress support portion is respectively provided with cartilage strips.