CN206120526U - Progressive inflatable shoulder joint brace of automatic control - Google Patents
Progressive inflatable shoulder joint brace of automatic control Download PDFInfo
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- CN206120526U CN206120526U CN201620978352.9U CN201620978352U CN206120526U CN 206120526 U CN206120526 U CN 206120526U CN 201620978352 U CN201620978352 U CN 201620978352U CN 206120526 U CN206120526 U CN 206120526U
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- shoulder joint
- progressive
- automatic control
- air bag
- arm
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Abstract
The utility model belongs to the technical field of medical treatment auxiliary devices, especially, relate to a progressive inflatable shoulder joint brace of automatic control. Including arm positioning mechanism and truck coupling mechanism, arm positioning mechanism and truck coupling mechanism between be equipped with the armpit gasbag, its characterized in that, the one end of armpit gasbag be the stub end, the other end is little head end, and when the armpit gasbag lies in human armpit, microcephaly's end position in the top of stub end of armpit gasbag, arm positioning mechanism on be equipped with lie in arm positioning mechanism front end and can supply the user from the master control fill the gassing fill the gassing mechanism, fill gassing mechanism and armpit gasbag link to each other, the armpit gasbag can drive the arm that lies in on the arm positioning mechanism lift or restore to the throne downwards towards human front side side when inflating or exit. The advantage lies in: reasonable in design can change shoulder joint abduction, outward turning, anteflexion angle in a flexible way.
Description
Technical field
This utility model belongs to medical auxiliary apparatus technical field, more particularly, to a kind of progressive inflated type shoulder joint of automatic control
Brace.
Background technology
On medical market, shoulder joint brace does not meet biology in shoulder joint function damage, reparation and agglutination at present
The characteristics of with biomechanicss dynamic change.Have a disadvantage that：First, it is single angle and single height, it is impossible to Shoulder Joint Injury
Heal and change shoulder abduction, outward turning, anteflexion angle, it is impossible to obtain the stress stimulation of appropriateness, long-time is braked can still to produce
Raw ankylosises and adhesion；2nd, it mostly is passive and applies strength, it is impossible to is adjusted according to patient pain's toleration difference and be applied to pass
Section upper stress size, it is impossible to make the moulding prolongation of its generation to increase the range of activity in joint.
In order to be improved to prior art, people have carried out long-term exploration, it is proposed that various solutions.
For example, Chinese patent literature discloses a kind of inflated type shoulder abduction brace [application number：CN201220034747.5], containing belt
And shoulder belt, also containing air bag, being connected with air bag can be to the charge valve of airbag aeration, and it is fixed for arm to be connected with the side of air bag
The two ends of the arm band of position, belt and shoulder belt are connected with the two ends of air bag respectively.Vent valve is connected with air bag.Shoulder belt is provided with shoulder
Bracelet.
Although such scheme solves the deficiencies in the prior art to a certain extent, shoulder abduction, outer is detrimental to
Rotation, the flexible change of anteflexion angle, global design are reasonable not enough.
Utility model content
The purpose of this utility model is for the problems referred to above, there is provided a kind of reasonable in design, flexibly can be changed outside shoulder joint
Exhibition, outward turning, the progressive inflated type shoulder joint brace of the automatic control of anteflexion angle.
To reach above-mentioned purpose, this utility model employs following technical proposal：The progressive inflated type shoulder joint of this automatic control
Tool, including arm detent mechanism and trunk bindiny mechanism, is provided with axil between described arm detent mechanism and trunk bindiny mechanism
Lower gasbag, it is characterised in that one end of described oxter air bag is stub end, and the other end is little head end, and works as oxter air bag position
When human body oxter, the little head end of described oxter air bag is located at the top of stub end, and described arm detent mechanism is provided with
Positioned at arm detent mechanism front end and can supply the inflation/deflation mechanism of user Autonomous Control inflation/deflation, described inflation/deflation mechanism with
Oxter airbags, described oxter air bag can drive arm on arm detent mechanism when inflated for deflated towards human body
Lift or reset downwards in front side.
Inflation/deflation mechanism controls oxters air bag is held by patient, shoulder abduction, outward turning and anteflexion are gradually increased with this
Angle.Arm detent mechanism is fixed on patient's arm, and trunk bindiny mechanism is fixed on patient's trunk.Oxter air bag is upper end
Little lower end big structure, beneficial to shoulder abduction, is also fitted with patient's arm and trunk beneficial to oxter air bag, steady beneficial to structure
Gu.Whether patient pain's toleration, damage mechanisms, tissue are repaired on the premise of the factor such as complete considers, pass through
Incremental formula changes shoulder abduction, outward turning, anteflexion angle, safely and effectively recovers to obtaining shoulder joint function.Using
Slim and graceful gas permeable material, convenient disassembly, comfortable wearing, both can static treatment, again can dynamic reconditioning.
In the above-mentioned progressive inflated type shoulder joint brace of automatic control, described arm detent mechanism is included for support arm
Support bracket, be provided with the location structure for arm is positioned on support bracket on support bracket, the upper end of described support bracket
It is connected with oxter air bag sidepiece.The arm of patient is fixed on support bracket by location structure.
In the above-mentioned progressive inflated type shoulder joint brace of automatic control, described inflation/deflation mechanism includes inflation/deflation sacculus, institute
The inflation/deflation sacculus stated is led to oxter airbags by pipeline, and described inflation/deflation sacculus is arranged on the front end of support bracket energy
By the handss manipulation being placed on support bracket.Inflation and deflation valve knob are provided with inflation/deflation sacculus, inflation/deflation sacculus replaces
The pressure relief ball of conventional brace, reached by patient's self-contr ol inflation/deflation sacculus hand function exercise, with this promote it is postoperative before
Arm venous return, reaches mitigation swelling effect.
In the above-mentioned progressive inflated type shoulder joint brace of automatic control, described support bracket is L-shaped, including forearm supporting part and
Postbrachium supporting part, is respectively equipped with location structure on described forearm supporting part and postbrachium supporting part, the turning of described support bracket
The outside at place has arcwall face.
In the above-mentioned progressive inflated type shoulder joint brace of automatic control, described forearm supporting part and postbrachium supporting part are linked as one
Body is hinged, and being provided with the hinged place of forearm supporting part and postbrachium supporting part to make forearm supporting part and postbrachium supporting part
The latch-up structure of rotational angle positioning.The arm of patient is fixed on support bracket by location structure.
In the above-mentioned progressive inflated type shoulder joint brace of automatic control, described location structure includes at least one along arm
The positioning belt that detent mechanism is spaced apart, described positioning belt are magic tape.
In the above-mentioned progressive inflated type shoulder joint brace of automatic control, the longitudinal section of described oxter air bag is triangular in shape, fan
Any one in shape, trapezoidal and fan-like pattern；Described oxter air bag includes some chambers, and each chamber is set up in parallel and phase successively
It is intercommunicated.
In the above-mentioned progressive inflated type shoulder joint brace of automatic control, skeleton, each skeleton between adjacent two chambers, are provided with
Upper end be movably hinged.It is that chamber is inflated successively one by one during inflation, beneficial to the gradual abduction of shoulder joint.
In the above-mentioned progressive inflated type shoulder joint brace of automatic control, described trunk bindiny mechanism includes that waist is supported on side
Enclose, described side support the adjustable waist band for being trapped among human body waist is connected with waistline and shoulders of human body is trapped among scalable across
Shoulder belt.By adjustable waist band and scalable, across shoulder belt, to adjust side, to support that waistline is fixed on elastic on patient's trunk.
In the above-mentioned progressive inflated type shoulder joint brace of automatic control, described oxter air bag is provided with company towards the side of human body
Fishplate bar, has link slot on described connecting plate, described side supports that waistline is provided with the connector that can coordinate with link slot.Profit
In the positioning of oxter air bag.
Compared with prior art, the advantage of the progressive inflated type shoulder joint brace of this automatic control is：Patient pain is tolerated
Property, damage mechanisms, tissue whether repair on the premise of the factor such as complete considered, shoulder joint is changed by incremental formula
Section abduction, safely and effectively recovers to obtaining shoulder joint function, using slim and graceful gas permeable material, convenient disassembly, and comfortable wearing, both
Can static treatment, again can dynamic reconditioning.
Description of the drawings
Fig. 1 is the use state figure that this utility model is provided.
Fig. 2 is the structural representation that this utility model is provided.
Fig. 3 is the enlarged drawing of the oxter air bag that this utility model is provided.
In figure, arm detent mechanism 1, trunk bindiny mechanism 2, oxter air bag 3, inflation/deflation mechanism 4, support bracket 5, positioning knot
Structure 6, inflation/deflation sacculus 7, pipeline 8, forearm supporting part 9, postbrachium supporting part 10, arcwall face 11, positioning belt 12, chamber 13, skeleton
14th, side supports waistline 15, adjustable waist band 16, scalable across shoulder belt 17, connecting plate 18, link slot 19.
Specific embodiment
The following is the specific embodiment of utility model and combine accompanying drawing, further is made to the technical solution of the utility model
Description, but this utility model is not limited to these embodiments.
As Figure 1-3, the progressive inflated type shoulder joint brace of this automatic control includes arm detent mechanism 1 and trunk bindiny mechanism
2, oxter air bag 3 is provided between arm detent mechanism 1 and trunk bindiny mechanism 2, it is characterised in that one end of oxter air bag 3 is
Stub end, the other end are little head end, and when oxter air bag 3 is located at human body oxter, the little head end of oxter air bag 3 is located at stub end
Top, arm detent mechanism 1 is provided with positioned at 1 front end of arm detent mechanism and can supply filling for user Autonomous Control inflation/deflation
Air-release mechanism 4, inflation/deflation mechanism 4 are connected with oxter air bag 3, and oxter air bag 3 can drive fixed positioned at arm when inflated for deflated
Arm in the mechanism 1 of position is lifted towards human body front side or is resetted downwards.Inflation/deflation mechanism controls oxter air bag is held by patient,
Shoulder abduction, outward turning and anteflexion angle are gradually increased with this.Arm detent mechanism 1 is fixed on patient's arm, trunk connection
Mechanism 2 is fixed on patient's trunk.Oxter air bag is big top and small bottom structure, beneficial to shoulder abduction, also beneficial to oxter gas
Capsule is fitted with patient's arm and trunk, beneficial to stabilized structure.Whether patient pain's toleration, damage mechanisms, tissue are repaired
On the premise of the factor such as complete is considered, shoulder abduction, outward turning, anteflexion angle are changed by incremental formula, with
Phase obtains shoulder joint function and safely and effectively recovers.Using slim and graceful gas permeable material, convenient disassembly, comfortable wearing, both can static state control
Treat, again can dynamic reconditioning.
Wherein, arm detent mechanism 1 includes the support bracket 5 for support arm, is provided with for by arm on support bracket 5
The location structure 6 being positioned on support bracket 5, the upper end of support bracket 5 are connected with 3 sidepiece of oxter air bag.The arm of patient is by fixed
Bit architecture 6 is fixed on support bracket 5.More specifically, inflation/deflation mechanism 4 includes inflation/deflation sacculus 7, and inflation/deflation sacculus 7 passes through
Pipeline 8 is connected with oxter air bag 3, and inflation/deflation sacculus 7 is arranged on the front end of support bracket 5 can be by being placed on support bracket 5
Handss are manipulated.Inflation and deflation valve knob are provided with inflation/deflation sacculus 7, inflation/deflation sacculus 7 replaces the pressure relief ball of conventional brace,
Hand function exercise is reached by patient's self-contr ol inflation/deflation sacculus 7, postoperative forearm vein backflow is promoted with this, is reached and is subtracted
Light swelling effect.
Wherein, support bracket 5 is L-shaped, including forearm supporting part 9 and postbrachium supporting part 10, forearm supporting part 9 and postbrachium support
Location structure 6 is respectively equipped with portion 10, the outside of the corner of support bracket 5 has arcwall face 11.Forearm supporting part 9 and postbrachium hold
Support portion 10 is connected as a single entity or is hinged, and being provided with the hinged place of forearm supporting part 9 and postbrachium supporting part 10 to make forearm support
The latch-up structure of the rotational angle positioning of portion 9 and postbrachium supporting part 10.The arm of patient is fixed on support bracket by location structure 6
On 5.Location structure 6 includes at least one positioning belt 12 being spaced apart along arm detent mechanism 1, and positioning belt 12 is thread gluing
Band.
Wherein, the longitudinal section of oxter air bag 3 is triangular in shape, fan-shaped, trapezoidal and fan-like pattern in any one；Oxter air bag
3 include some chambers 13, and each chamber 13 is set up in parallel and is interconnected successively.Skeleton is provided between adjacent two chambers 13
14, the upper end of each skeleton 14 is movably hinged.It is that chamber 13 is inflated successively one by one during inflation, it is gradual beneficial to shoulder joint
Abduction.Oxter air bag 3 is provided with connecting plate 18 towards the side of human body, has link slot 19 on connecting plate 18, and waistline is supported on side
15 are provided with the connector that can coordinate with link slot 19.Beneficial to the positioning of oxter air bag 3.Trunk bindiny mechanism 2 includes that side is supported
Waistline 15, side are supported the adjustable waist band 16 for being trapped among human body waist is connected with waistline 15 and are trapped among the scalable of shoulders of human body
Across shoulder belt 17.By adjustable waist band 16 and scalable across shoulder belt 17 come adjust side support waistline 15 be fixed on patient's trunk
It is elastic.
Although more having used arm detent mechanism 1, trunk bindiny mechanism 2, oxter air bag 3, inflation/deflation mechanism herein
4th, support bracket 5, location structure 6, inflation/deflation sacculus 7, pipeline 8, forearm supporting part 9, postbrachium supporting part 10, arcwall face 11, positioning
Band 12, chamber 13, skeleton 14, side support waistline 15, adjustable waist band 16, scalable across shoulder belt 17, connecting plate 18, link slot
19 grade terms, but it is not precluded from the probability using other terms.Using these terms just for the sake of more easily description and
Explain essence of the present utility model；Being construed as any additional restriction is disagreed with this utility model spirit
's.
Claims (10)
1. the progressive inflated type shoulder joint brace of a kind of automatic control, including arm detent mechanism (1) and trunk bindiny mechanism (2), it is described
Arm detent mechanism (1) and trunk bindiny mechanism (2) between be provided with oxter air bag (3), it is characterised in that described oxter gas
One end of capsule (3) is stub end, and the other end is little head end, and when oxter air bag (3) is positioned at human body oxter, described oxter gas
The little head end of capsule (3) is located at the top of stub end, and described arm detent mechanism (1) is provided with positioned at arm detent mechanism (1)
Front end and the inflation/deflation mechanism (4) of user Autonomous Control inflation/deflation can be supplied, described inflation/deflation mechanism (4) and oxter air bag
(3) it is connected, described oxter air bag (3) can drive arm on arm detent mechanism (1) when inflated for deflated towards people
Lift or reset downwards in body front side.
2. the progressive inflated type shoulder joint brace of automatic control according to claim 1, it is characterised in that described arm localization machine
Structure (1) includes the support bracket (5) for support arm, is provided with for arm is positioned at support bracket (5) on support bracket (5)
Location structure (6), the upper end of described support bracket (5) is connected with oxter air bag (3) sidepiece.
3. the progressive inflated type shoulder joint brace of automatic control according to claim 2, it is characterised in that described inflation/deflation mechanism
(4) including inflation/deflation sacculus (7), described inflation/deflation sacculus (7) is connected with oxter air bag (3) by pipeline (8), described
Inflation/deflation sacculus (7) is arranged on the front end of support bracket (5) and can be manipulated by the handss being placed on support bracket (5).
4. the progressive inflated type shoulder joint brace of automatic control according to claim 2, it is characterised in that described support bracket (5)
It is L-shaped, including forearm supporting part (9) and postbrachium supporting part (10), on described forearm supporting part (9) and postbrachium supporting part (10)
It is respectively equipped with location structure (6), the outside of the corner of described support bracket (5) has arcwall face (11).
5. the progressive inflated type shoulder joint brace of automatic control according to claim 4, it is characterised in that described forearm supporting part
(9) it is connected as a single entity or is hinged with postbrachium supporting part (10), in forearm supporting part (9) and the hinged place of postbrachium supporting part (10)
It is provided with the latch-up structure that position can the rotational angle of forearm supporting part (9) and postbrachium supporting part (10).
6. the progressive inflated type shoulder joint brace of automatic control according to Claims 2 or 3 or 4 or 5, it is characterised in that described
Location structure (6) includes at least one positioning belt (12) being spaced apart along arm detent mechanism (1), described positioning belt
(12) it is magic tape.
7. the progressive inflated type shoulder joint brace of automatic control according to Claims 2 or 3 or 4 or 5, it is characterised in that described
The longitudinal section of oxter air bag (3) is triangular in shape, fan-shaped, trapezoidal and fan-like pattern in any one；Described oxter air bag (3) bag
Some chambers (13) are included, each chamber (13) is set up in parallel and is interconnected successively.
8. the progressive inflated type shoulder joint brace of automatic control according to claim 7, it is characterised in that adjacent two chambers
(13) skeleton (14) is provided between, the upper end of each skeleton (14) is movably hinged.
9. the progressive inflated type shoulder joint brace of automatic control according to claim 7, it is characterised in that described trunk connection machine
Including side, structure (2) supports that waistline (15), described side are supported to be connected with the scalable for being trapped among human body waist on waistline (15)
Belt (16) and the scalable of shoulders of human body is trapped among across shoulder belt (17).
10. the progressive inflated type shoulder joint brace of automatic control according to claim 9, it is characterised in that described oxter air bag
(3) side towards human body is provided with connecting plate (18), has link slot (19), described side on described connecting plate (18)
Hold waistline (15) and be provided with the connector that can coordinate with link slot (19).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620978352.9U CN206120526U (en) | 2016-08-28 | 2016-08-28 | Progressive inflatable shoulder joint brace of automatic control |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620978352.9U CN206120526U (en) | 2016-08-28 | 2016-08-28 | Progressive inflatable shoulder joint brace of automatic control |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206120526U true CN206120526U (en) | 2017-04-26 |
Family
ID=58565967
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620978352.9U Active CN206120526U (en) | 2016-08-28 | 2016-08-28 | Progressive inflatable shoulder joint brace of automatic control |
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| Country | Link |
|---|---|
| CN (1) | CN206120526U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109793297A (en) * | 2019-02-27 | 2019-05-24 | 北京市多米来服装服饰有限责任公司 | One discharge plate button cook clothes and its processing technology |
-
2016
- 2016-08-28 CN CN201620978352.9U patent/CN206120526U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109793297A (en) * | 2019-02-27 | 2019-05-24 | 北京市多米来服装服饰有限责任公司 | One discharge plate button cook clothes and its processing technology |
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