CN209312264U - Shoulder combines flesh effect patch - Google Patents
Shoulder combines flesh effect patch Download PDFInfo
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- CN209312264U CN209312264U CN201821694712.8U CN201821694712U CN209312264U CN 209312264 U CN209312264 U CN 209312264U CN 201821694712 U CN201821694712 U CN 201821694712U CN 209312264 U CN209312264 U CN 209312264U
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- patch
- connecting band
- muscle
- supraspinatus
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Abstract
The utility model relates to shoulder combination flesh effect patches, including bicipital muscle of arm patch, subscapular muscle patch, supraspinatus patch, infraspinous muscle patch, teres minor patch, the first connecting band, the second connecting band, third connecting band and the 4th connecting band, there is through-hole B in the position that the position that bicipital muscle of arm patch corresponds to coronoid process has through-hole A and/or supraspinatus patch to correspond to greater tubercles of humerus；First connecting band is connect with subscapular muscle patch and supraspinatus patch respectively；Second connecting band is connect with supraspinatus patch and infraspinous muscle patch respectively；Third connecting band is connect with bicipital muscle of arm patch and supraspinatus patch respectively；4th connecting band is connect with supraspinatus patch and teres minor patch respectively.The utility model devises multiple patches according to shoulder muscle group, patch is connected to the finished product to form a specification using connecting band, and location hole is arranged in patch, paste position is easy to grasp, and can reduce using difficulty；It can more clearly allow student to recognize structure into the human body in body surface simultaneously, be conducive to teaching.
Description
Technical field
The utility model relates to medical treatment and instructional technology field more particularly to shoulder combination flesh effect patches.
Background technique
Cerebral apoplexy early stage is due to flesh around shoulder joint Surrounding muscles decline tension (especially supraspinatus muscle) or shoulder joint
Meat strength is uneven, causes posts to sink, backspin, and muscular motivation suspends upper limb or the suspention upper extremity function funeral of shoulder blade bone in midair
It loses, causes shoulder subluxation.Bad position support and nurse, the improper meeting making patients' shoulder joint half of family members' nursing take off in early days
Position.The method for treating Post stroke shoulder subluxation has: promoting physical therapy, the activity shoulder of the recovery of shoulder joint Surrounding muscles tension
Shoulder blade simultaneously maintains shoulder blade in thorax normal position, various shoulder harness and use of upper limb support object etc..
Kinesiology tape is made of three-decker, by it is interior be paper respectively outward, no latex, hypo-allergenic water ripples, Waterproof cotton
Cloth.Kinesiology tape, which is attached directly to human skin surface i.e., can be used, and can alleviate due to excessively using certain specific muscles
Or myalgia caused by injury gained in sports, and accelerate muscle recovery and castering action can also be provided to skin, have
It draws, flow backwards, relieving pain, entangling shape, support and other effects.
Some researches show that kinesiology tapes can reduce the degree of patient's shoulder subluxation, has certain curative effect.But it is existing
Flesh effect patch be bar shaped or the various single copy of kinesiology tapes to have been cut out according to human body, this flesh effect pastes common people
It is difficult to correspond to accurate muscle sites, therapeutic effect is not achieved.In clinic, the use of kinesiology tape and therapist's experience have very
Important Relations are even more difficult to operate for the therapist of lack of experience or family members.
Utility model content
The utility model is intended to provide shoulder combination flesh effect patch, is designed according to shoulder muscle group, pastes position and be easy to grasp,
Reduce operation difficulty.
In order to achieve the above objectives, the technical solution adopted in the utility model is as follows:
Shoulder combines flesh effect patch, including bicipital muscle of arm patch, subscapular muscle patch, supraspinatus patch, infraspinous muscle patch, small
Tetres patch, the first connecting band, the second connecting band, third connecting band and the 4th connecting band, the bicipital muscle of arm patch correspond to beak
There is through-hole B in the position that prominent position has through-hole A and/or supraspinatus patch to correspond to greater tubercles of humerus；
First connecting band one end is connect with subscapular muscle patch, and the first connecting band other end is connect with supraspinatus patch；The
Two connecting band one end are connect with supraspinatus patch, and the second connecting band other end is connect with infraspinous muscle patch；Third connecting band one end
It is connect with bicipital muscle of arm patch, the third connecting band other end is connect with supraspinatus patch；4th connecting band one end and supraspinatus paste
Cloth connection, the 4th connecting band other end are connect with teres minor patch.
Further, the first connecting band is connect with the upper limb of subscapular muscle patch.
Further, third connecting band is connect with the upper end of bicipital muscle of arm patch, third connecting band and supraspinatus patch position
It is connected in the end of greater tubercles of humerus one end.
Preferably, bicipital muscle of arm patch is Y shape.
Preferably, the one of branch of bicipital muscle of arm patch is longer than another branch, and through-hole A is set in short branch, third
Connecting band is connect with long branch.
Further, the second connecting band is connect with the lateral margin of supraspinatus patch and infraspinous muscle patch.
Further, the 4th connecting band is connect with the lateral margin of supraspinatus patch and teres minor patch.
Further, bicipital muscle of arm patch, subscapular muscle patch, supraspinatus patch, infraspinous muscle patch and teres minor patch
With the shape adaptation of corresponding muscle.
Compared with prior art, the utility model has the following beneficial effects:
1, the utility model devises multiple patches according to shoulder muscle group, connects patch using connecting band to be formed
The finished product of one specification, and location hole is set in patch, paste position is easy to grasp, and can reduce using difficulty；
2. student can more clearly be allowed to recognize structure into the human body in body surface, it is conducive to teaching.
Detailed description of the invention
The main view of the utility model when Fig. 1 is open and flat；
The rearview of the utility model when Fig. 2 is open and flat；
In figure: the 1- bicipital muscle of arm, the patch of 2- subscapular muscle, the patch of 3- supraspinatus, the patch of 4- infraspinous muscle, 5- teres minor patch
Cloth, the first connecting band of 6- through-hole A, 7- through-hole B, 8-, the second connecting band of 9-, 10- third connecting band, the 4th connecting band of 11-.
Specific embodiment
In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing, to this reality
It is further elaborated with novel.
As shown in Figure 1, 2, shoulder combination flesh effect patch disclosed by the utility model, including bicipital muscle of arm patch 1, subscapular muscle
Patch 2, supraspinatus patch 3, infraspinous muscle patch 4, teres minor patch 5, the first connecting band 8, the second connecting band 9, third connecting band
10 and the 4th connecting band 11, the position of the corresponding coronoid process of the bicipital muscle of arm patch 1 have through-hole A6, the corresponding humerus of supraspinatus patch 3
There is through-hole B7 in the position of major tubercle.
First connecting band, 8 one end is connect with subscapular muscle patch 2, and 8 other end of the first connecting band and supraspinatus patch 3 connect
It connects；Second connecting band, 9 one end is connect with supraspinatus patch 3, and 9 other end of the second connecting band is connect with infraspinous muscle patch 4；Third connects
10 one end of tape splicing is connect with bicipital muscle of arm patch 1, and 10 other end of third connecting band is connect with supraspinatus patch 3；4th connecting band
11 one end are connect with supraspinatus patch 3, and 11 other end of the 4th connecting band is connect with teres minor patch 5.
Wherein, the first connecting band 8 is connect with the upper limb of subscapular muscle patch 2；Third connecting band 10 and bicipital muscle of arm patch 1
Upper end connection, third connecting band 10 connect with the end that supraspinatus patch 3 is located at greater tubercles of humerus one end；Second connecting band 9
It is connect with the lateral margin of supraspinatus patch 3 and infraspinous muscle patch 4；4th connecting band 11 and supraspinatus patch 3 and teres minor patch 5
Lateral margin connection.
Preferably, bicipital muscle of arm patch 1 is Y shape, the one of branch of bicipital muscle of arm patch 1 is longer than another branch,
Through-hole A6 is set to the end of short branch, and third connecting band 10 is connect with the end of long branch.Bicipital muscle of arm patch 1, subscapular muscle
The color of patch 2, supraspinatus patch 3, infraspinous muscle patch 4 and teres minor patch 5 is different.
In use, through-hole A6 is corresponded to the coronoid process on body, through-hole B7 corresponds to greater tubercles of humerus top, after connecting band is torn
Natural relaxation is kept, elastic force is not added and is pasted, by bicipital muscle of arm patch 1, subscapular muscle patch 2, supraspinatus patch 3, roundlet
Flesh patch 5, infraspinous muscle patch 4 take advantage of a situation patch on the skin.Teres minor patch 5 overlaps with infraspinous muscle patch 4, weight
Folded part infraspinous muscle patch 4 is located at 5 top of teres minor patch.
The utility model is provided with location hole in patch portion, while connecting band is arranged and connects patch to form a rule
The finished product of model.In use, location hole is aligned with the coronoid process that obviously can observe or touch on body, greater tubercles of humerus, so
After take advantage of a situation in stickup, bicipital muscle of arm patch 1 can be made to be pasted at the bicipital muscle of arm, subscapular muscle patch 2 is pasted onto subscapular muscle
Place, supraspinatus patch 3 is pasted at supraspinatus, infraspinous muscle patch 4 is pasted at infraspinous muscle, teres minor patch 5 is pasted onto roundlet
At flesh, the utility model accurate positioning, operation difficulty are low, and without cutting again, providing a standardized product can allow patient straight
Connect use.
In another embodiment, bicipital muscle of arm patch 1, subscapular muscle patch 2, supraspinatus patch 3, infraspinous muscle patch
4 and teres minor patch 5 and corresponding muscle shape adaptation.Student can be more clearly allowed to recognize into the human body in body surface in this way
Structure, be conducive to teaching.
Certainly, the utility model can also have other numerous embodiments, without departing substantially from the spirit of the present invention and its essence
In the case where, those skilled in the art can make various corresponding changes and modifications, but these according to the utility model
Corresponding changes and modifications all should belong to the protection scope of the utility model the attached claims.
Claims (8)
1. shoulder combines flesh effect patch, it is characterised in that: including under bicipital muscle of arm patch, subscapular muscle patch, supraspinatus patch, ridge
Flesh patch, teres minor patch, the first connecting band, the second connecting band, third connecting band and the 4th connecting band, the bicipital muscle of arm patch
There is through-hole B in the position that the position that cloth corresponds to coronoid process has through-hole A and/or supraspinatus patch to correspond to greater tubercles of humerus；
First connecting band one end is connect with subscapular muscle patch, and the first connecting band other end is connect with supraspinatus patch；Second connects
Tape splicing one end is connect with supraspinatus patch, and the second connecting band other end is connect with infraspinous muscle patch；Third connecting band one end and the upper arm
Biceps patch connection, the third connecting band other end are connect with supraspinatus patch；4th connecting band one end and supraspinatus patch connect
It connects, the 4th connecting band other end is connect with teres minor patch.
2. shoulder combination flesh effect patch according to claim 1, it is characterised in that: the first connecting band and subscapular muscle patch
Upper limb connection.
3. shoulder combination flesh effect patch according to claim 1 or 2, it is characterised in that: third connecting band and the bicipital muscle of arm paste
The upper end of cloth connects, and third connecting band is connect with the end that supraspinatus patch is located at greater tubercles of humerus one end.
4. shoulder combination flesh effect patch according to claim 3, it is characterised in that: bicipital muscle of arm patch is Y shape.
5. shoulder combination flesh effect patch according to claim 4, it is characterised in that: the one of branch head of bicipital muscle of arm patch
In another branch, through-hole A is set in short branch, and third connecting band is connect with long branch.
6. shoulder combination flesh effect patch according to claim 1, it is characterised in that: the second connecting band and supraspinatus patch and ridge
The lateral margin of lower flesh patch connects.
7. shoulder combination flesh effect patch according to claim 1 or 6, it is characterised in that: the 4th connecting band and supraspinatus patch
It is connected with the lateral margin of teres minor patch.
8. shoulder combination flesh effect patch according to claim 1 or 4, it is characterised in that: bicipital muscle of arm patch, subscapular muscle patch
Cloth, supraspinatus patch, infraspinous muscle patch and teres minor patch and corresponding muscle shape adaptation.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821694712.8U CN209312264U (en) | 2018-10-15 | 2018-10-15 | Shoulder combines flesh effect patch |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821694712.8U CN209312264U (en) | 2018-10-15 | 2018-10-15 | Shoulder combines flesh effect patch |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209312264U true CN209312264U (en) | 2019-08-27 |
Family
ID=67671196
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821694712.8U Active CN209312264U (en) | 2018-10-15 | 2018-10-15 | Shoulder combines flesh effect patch |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209312264U (en) |
-
2018
- 2018-10-15 CN CN201821694712.8U patent/CN209312264U/en active Active
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