CN205359734U - Angle adjusting device and use its pull function exercise neck brace - Google Patents
Angle adjusting device and use its pull function exercise neck brace Download PDFInfo
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- CN205359734U CN205359734U CN201520987294.1U CN201520987294U CN205359734U CN 205359734 U CN205359734 U CN 205359734U CN 201520987294 U CN201520987294 U CN 201520987294U CN 205359734 U CN205359734 U CN 205359734U
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- traction
- subiculum
- pop
- chute
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Abstract
The utility model provides an angle adjusting device, includes the pop -up, descends to hold in the palm and draw gear, draw gear's the main part of pulling is passed through angle adjusting mechanism and set up to be in hold in the palm down, angle adjusting mechanism includes locking portion, removal portion and adjusts route portion, locking portion is passed pull the main part with after holding in the palm down with both adjustable elasticities fix, it sets up to adjust route portion hold in the palm down, removal portion with pull the main part and connect, just removal portion slidable ground sets up route portion adjusts. Angle adjusting device make pull the main part can adjust the lead that route portion adjusted its traction lever, reach the purpose that changes the traction force direction, reach the best treatment.
Description
Technical field
This utility model relate to cervical vertebra No operation auxiliary treatment apparatus field, particularly a kind of angle regulator and use its can traction function take exercise neck brace.
Background technology
Cervical spondylosis is also known as cervical spine syndrome, it it is osteoarthritis of cervical spine, proliferative cervical spondylosis, cervical syndrome, Cervical disc extrusion general name, it it is a kind of illness changing into basis with degeneration pathology, strain for a long time mainly due to cervical vertebra, hyperosteogeny, or prolapse of intervertebral disc, ligament thickens, cause cervical vertebra spinal cord, nerve root or vertebral artery pressurized, a series of handicapped clinical syndrome occurs.And in the rehabilitation of cervical spondylosis, releasing hyperosteogeny to neural and blood vessel compressing, correcting vertebral misplaces, and eliminates musculi colli spasm, recovers vertebral body internal and external equilibrium, is the key obtaining curative effect.
Human cervical spine is made up of seven vertebral bodys, and from the side, as " C " word, our head is in diverse location, and the radian of this " C " word there will be change；When being in different radian, external traction force amount also can be different in the part that cervical vertebra is concentrated, thus affecting the treatment.Such as, when we bow one's head, " C " word of cervical vertebra can slowly straighten, close to " I " word, at this moment, and the lower semisection of the strength major effect cervical vertebra of traction；And holding head is at center position, the then upper semisection of major effect cervical vertebra.When using traction apparatus for cervical vertebrae treatment cervical spondylosis, subiculum hoop is leaned against on shoulder by patient, and lower jaw and the lower jaw both sides of patient are close in pop-up front portion, and pop-up rear portion is attached on rear side of the brain of patient；The body part of traction apparatus is fixed on subiculum, the upper end of described traction apparatus is articulated with described pop-up by knob adjustable-tightness: after pop-up and patient post, the push rod of traction apparatus protrudes upward with jacking pop-up, make pop-up up lower jaw and lower jaw both sides be applied pressure, reach the purpose of traction therapeutic.Position according to irriate or compressing, tissue difference, and different symptoms occurs, often it is divided into spondylotic radiculopathy, myeloid form, vertebral artery type, adrenergic type and mixed type clinically, then need different leads, can realize by the lead of adjustment draw bar and adjust patients head's posture, in optimum position to the pull strength that patient is persistently strong, suit the remedy to the case and could obtain the therapeutic effect of the best.And traction apparatus of the prior art is integrally fixed on neck brace, the pull strength arranged upwards can only be provided, it is impossible to adapt to different patients head's requirement of bracing force when different conditions, so being unable to reach the therapeutic effect of optimum.
Utility model content
For drawbacks described above, the purpose of this utility model be in that to propose a kind of angle regulator adapting to different patient treatment and use it traction function can temper neck brace.
For reaching this purpose, this utility model by the following technical solutions:
A kind of angle regulator, including pop-up, subiculum and traction apparatus, described traction apparatus is arranged on described subiculum, and the upper end of described traction apparatus is articulated with described pop-up by knob adjustable-tightness；The traction main body of described traction apparatus is arranged on described subiculum by angle adjustment mechanism；
Described angle adjustment mechanism includes tight lock part, moving part and adjustment path portion, and both adjustable-tightness are fixed by described tight lock part after described traction main body and described subiculum；Described adjustment path portion is arranged on described subiculum, and described moving part is connected with described traction main body, and described moving part is slidably disposed on described adjustment path portion；
Described adjustment path portion is arc-shaped, with adapt to described moving part slide on described adjustment path portion with described traction main body time, the center of rotation of described knob is all the center of rotation of described traction main body.
Further, in the side of described adjustment path portion, the parallel pair that is provided with regulates path portion, is provided with secondary moving part and is connected with described traction main body, and described secondary moving part is slidably disposed on described secondary adjustment path portion.
Further, the lateral wall of described subiculum is provided with support slot, and the bottom of described traction main body is slidably fitted within described support slot.
Further, described adjustment path portion is arc chute, described tight lock part is tie down screw, and described moving part is the circular arc slide block being slidably arranged in described arc chute, and described tie down screw is fixing after sequentially passing through described traction main body, arc chute and circular arc slide block.
Further, being provided with after at least one connecting portion sequentially passes through described subiculum and pop-up and fixed by both adjustable-tightness, the junction point of described connecting portion and described pop-up differs from the pin joint of described traction apparatus and described pop-up.
Further, described pop-up is provided with chute, and after described connecting portion sequentially passes through described pop-up and subiculum, one end is slidably disposed in described chute.
Further, the front end of described pop-up both sides is downwardly extending two vertical component effects, and described vertical component effect superposes laminating and forms superposition portion with described subiculum；
Described pop-up can move up and down under the draw of described traction apparatus, and the described subiculum of position, superposition portion is provided with and adapts to the traction chute that described pop-up moves up and down, and described connecting portion is through described traction chute, and can slide up and down along described traction chute.
Further, the front end of described subiculum is provided with front shoe, described front shoe is provided with the traction chute superposition of traction chute and described subiculum, described connecting portion sequentially pass through the traction chute of described front shoe, subiculum and vertical component effect after adjustable-tightness fix；
The edge of the traction chute of described front shoe is provided with some fixture blocks, and one end of described fixture block is fixed on the medial wall of described front shoe, and the other end extends to the direction being perpendicular to described front shoe medial wall；The edge of the traction chute of described subiculum is provided with draw-in groove, described draw-in groove is formed to the direction depression being parallel to described traction chute by the long sidewall drawing chute in described subiculum, described fixture block adaptability is installed in described draw-in groove so that the medial wall of described fixture block contacts with the lateral wall of described vertical component effect.
Further, described connecting portion is degree of tightness knob, and the screw rod of described degree of tightness knob is fixed by nut after described subiculum and pop-up；
Being provided with friction pad between described connecting portion and described subiculum, described connecting portion is then passed through described subiculum after described friction pad；
Described friction pad includes packing ring and two feets of ring-type, and one end of described feet is fixed on the inner side end of described packing ring, and the other end is along the outwardly directed extension being perpendicular to described washer face；Feet described in two is set in parallel in the inner side end of described packing ring, and elasticity is installed between two long sidewalls of described chute slidably.
What use above-mentioned angle regulator traction function can temper neck brace.
The beneficial effects of the utility model: in the technical program, after adjusting loose described knob, now pop-up can swing, pop-up is adjusted to optimal treatment angle supporting patient's lower jaw after, after screwing knob, pop-up position is tentatively fixing；Adjust loose described tight lock part again, moving part can be slided along regulating path portion with described traction main body, make the pull strength direction that traction apparatus provides adapt to the fixed-direction of pop-up, provide the strongest lasting traction to support it, arrive best therapeutic effect.
Accompanying drawing explanation
Fig. 1 is the structural representation of an embodiment of the present utility model；
Fig. 2 is the explosive view of an embodiment of the present utility model；
Fig. 3 is the left side structure schematic diagram of an embodiment of the present utility model；
Fig. 4 is the structural representation of an embodiment of front shoe in this utility model；
Fig. 5 is the structural representation of an embodiment of friction pad in this utility model；
Fig. 6 is the structural representation of an embodiment of pop-up in this utility model.
Wherein: pop-up 1, chute 11, vertical component effect 12；Subiculum 2, support slot 21；Traction apparatus 3, draws main body 31；Connecting portion 4, knob 5；Front shoe 6, fixture block 61；Nut 7；Friction pad 8, packing ring 81, two feets 82；
Tight lock part 91, moving part 92, regulate path portion 93, the secondary path portion 94 that regulates, secondary moving part 95；
Traction chute 13, draw-in groove 131.
Detailed description of the invention
The technical solution of the utility model is further illustrated below in conjunction with accompanying drawing and by detailed description of the invention.
As shown in Figure 1, Figure 2 and Figure 3, a kind of angle regulator, including pop-up 1, subiculum 2 and traction apparatus 3, described traction apparatus 3 is arranged on described subiculum 2, and the upper end of described traction apparatus 3 is articulated with described pop-up 1 by knob 5 adjustable-tightness；The traction main body 31 of described traction apparatus 3 is arranged on described subiculum 2 by angle adjustment mechanism；
Described angle adjustment mechanism includes tight lock part 91, moving part 92 and regulates path portion 93, and both adjustable-tightness are fixed by described tight lock part 91 after described traction main body 31 and described subiculum 2；Described adjustment path portion 93 is arranged on described subiculum 2, and described moving part 92 is connected with described traction main body 31, and described moving part 92 is slidably disposed on described adjustment path portion 93；
Described adjustment path portion 93 is arc-shaped, with adapt to described moving part 92 slide on described adjustment path portion 93 with described traction main body 31 time, the center of rotation of described knob 5 is all the center of rotation of described traction main body 31.
During use, subiculum 2 hoop is leaned against on shoulder by patient, and lower jaw and the lower jaw both sides of patient are close in pop-up 1 front portion, and pop-up 1 rear portion is attached on rear side of the brain of patient；The body part of traction apparatus 3 is fixed on subiculum 2, the upper end of described traction apparatus 3 is articulated with described pop-up 1 by knob 5 adjustable-tightness: after pop-up 1 and patient post, the push rod of traction apparatus 3 protrudes upward with jacking pop-up 1, make pop-up 1 up lower jaw and lower jaw both sides be applied pressure, reach the purpose of traction therapeutic.According to different concrete conditions such as different patient's housing construction, disease inducement, extent, then it is likely to when the use of product, patient is in the state looked squarely, it is likely to and faces upward head status with being in different angles, so needing the concrete condition according to patient to regulate the angle of pop-up 1, simultaneously in optimum position to the pull strength that patient is persistently strong, suit the remedy to the case and could obtain the therapeutic effect of the best.
nullAccording to the disease condition that concrete patient is concrete，After adjusting loose described knob 5，Now pop-up 1 can swing，After pop-up 1 is adjusted to optimal treatment angle supporting patient's lower jaw，After screwing knob 5, pop-up 1 position is fixed，If patient is in the state of looking squarely，It is enough for then utilizing the knob 5 in the traction apparatus 3 being fixedly installed in prior art to fix pop-up 1，And during reality use，Not all patient is the state of looking squarely is optimal treatment angle，Look up or overlook to different angles forward with needing patient's different angles backward in a lot of situations，Therapeutic effect thoroughly could be obtained，And under both states，The support force that the traction apparatus 3 that can only provide pull strength straight up being fixedly installed in prior art provides is completely inadequate，The situation of different patient cannot be adapted to，Do not reach desired therapeutic effect.
In the technical program, after adjusting loose described knob 5, now pop-up 1 can swing, after pop-up 1 is adjusted to optimal treatment angle supporting patient's lower jaw, screw tentatively fixing for pop-up 1 position after knob 5；Adjust loose described tight lock part 91 again, moving part 92 can be slided along regulating path portion 93 with described traction main body 31, make the pull strength direction that traction apparatus 3 provides adapt to the fixed-direction of pop-up 1, provide the strongest lasting traction to support it, arrive best therapeutic effect.
It is provided with secondary adjustment path portion 94 as it is shown on figure 3, parallel in the side of described adjustment path portion 93, is provided with secondary moving part 95 and is connected with described traction main body 31, and described secondary moving part 95 is slidably disposed on described pair and regulates path portion 94.
When adjusting traction main body 31, moving part 92 slides on described adjustment path portion 93, simultaneously, secondary moving part 95 slides on path portion 94 described secondary adjustment, namely traction main body 31 is connected with moving part 92 and secondary moving part 95 simultaneously, two regulate path portion and strengthen the restriction to traction main body 31 position, improve the stability of its slip.
The lateral wall of described subiculum 2 is provided with support slot 21, and the bottom of described traction main body 31 is slidably fitted within described support slot 21.
Support slot 21 1 aspect is supplied to described traction main body 31 support force upwards, prevent described traction apparatus 3 from dropping, prior another aspect is, when described traction apparatus 3 upwards jacking pop-up 1, the downside wall of support slot 21 can as the bearing-surface of power, it is ensured that the persistence of biasing effect and intensity.
Described adjustment path portion 93 is arc chute, described tight lock part 91 is tie down screw, described moving part 92 is the circular arc slide block being slidably arranged in described arc chute, and described tie down screw is fixing after sequentially passing through described traction main body 31, arc chute and circular arc slide block.
Simple in construction, easy to assembly, cost performance is high.
In the present embodiment, being provided with after at least one connecting portion 4 sequentially passes through described subiculum 2 and pop-up 1 and fixed by both adjustable-tightness, described connecting portion 4 and the junction point of described pop-up 1 differ from the pin joint of described traction apparatus 3 and described pop-up 1.
In the process of whole traction therapeutic, while pop-up 1 jacking force upwards is given in traction apparatus 3, the characteristic of the interaction according to power, then traction apparatus 3 can be subject to simultaneously pop-up 1 to downward active force, the active force that this is downward is passed to subiculum 2 by traction apparatus 3, pop-up 1 and subiculum 2 is then easily made to produce displacement between the two, thus causing the change of the pop-up 1 distracted position to patient's lower jaw and lead, affect therapeutic effect, so in the technical program, at least one connecting portion 4 differing from this pin joint of knob 5 is increased between pop-up 1 and subiculum 2, during use, connecting portion 4 is tightened, thus every two, side fixing point, strengthen pop-up 1 and the stability of subiculum 2 connection, ensure therapeutic effect.
When needs of patients carries out the recovery treating of swing, unscrew described knob 5, and connecting portion 4 is adjusted to half pine or smaller part pine state (actual tightness according to the size of needs of patients amplitude of fluctuation from Row sum-equal matrix) simultaneously；Patient is with pop-up 1 swing, then pop-up 1 is around the pin joint swing of its both sides Yu traction apparatus 3, setting due to connecting portion 4, when then the action of swing is done in pop-up 1, needing to overcome the frictional resistance between itself and connecting portion 4, namely needs of patients overcomes this frictional resistance could realize swing, and overcomes the process of resistance, even if helping patient to recover the process of cervical vertebra strength, thus reaching real therapeutic purposes.
As shown in Figure 1 and Figure 6, described pop-up 1 is provided with chute 11, and after described connecting portion 4 sequentially passes through described pop-up 1 and subiculum 2, one end is slidably disposed in described chute 11.
When patient's swing carries out rehabilitation, slide adaptively in one end of connecting portion 4 in described chute 11, the chute 11 with certain length is set and increases the amplitude that pop-up 1 swings, the elasticity that connecting portion 4 truly regulates is more big, then during pop-up 1 swing, the required resistance overcome is more big.Two long medial walls of chute define the position that connecting portion 4 slides, it is prevented that the movement of each component locations in work process, and the frictional force between two long medial walls and connecting portion 4, the required resistance overcome when further increasing pop-up 1 swing, improve serviceability.
As shown in Figure 1, Figure 2 and shown in Fig. 6, the front end of described pop-up 1 both sides is downwardly extending two vertical component effects 12, and described vertical component effect 12 superposes laminating and forms superposition portion with described subiculum 2；
Described pop-up 1 can move up and down under the draw of described traction apparatus, the described subiculum 2 of position, superposition portion is provided with and adapts to the traction chute 13 that described pop-up 1 moves up and down, described connecting portion 4 is through described traction chute 13, and can slide up and down along described traction chute 13.
The setting of two vertical component effects 12, considerably increase the contact area between subiculum 2 and pop-up 1, so when swing occurs pop-up 1 relative subiculum 2, adding frictional resistance between the two, the required resistance overcome when further increasing pop-up 1 swing, improves serviceability.
The superposition of described subiculum 2 is fitted in the outside of described vertical component effect 12 and forms described superposition portion.
Subiculum 2 hoop leans against on the shoulder of patient, and position and shape are relatively fixed, and is located at outside, to vertical component effect 12 (pop-up 1) in the state surrounded, it is prevented that pop-up 1 deforms in use and affects therapeutic effect.
As shown in Fig. 1 and Fig. 4, the front end of described subiculum 2 is provided with front shoe 6, described front shoe 6 is provided with traction chute 13 superposition of traction chute 13 and described subiculum 2, described connecting portion 4 sequentially pass through the traction chute 13 of described front shoe 6, subiculum 2 and vertical component effect 12 after adjustable-tightness fix；
The edge of the traction chute 13 of described front shoe 6 is provided with some fixture blocks 61, and one end of described fixture block 61 is fixed on the medial wall of described front shoe 6, and the other end extends to the direction being perpendicular to described front shoe 6 medial wall；The edge of the traction chute 13 of described subiculum 2 is provided with draw-in groove 131, described draw-in groove 131 is formed to the direction depression being parallel to described traction chute 13 by the long sidewall drawing chute 13 in described subiculum 2, described fixture block 61 adaptability is installed in described draw-in groove 131 so that the medial wall of described fixture block 61 contacts with the lateral wall of described vertical component effect 12.
The setting of front shoe 6, enhances the stability of structure during assembling between pop-up 1 and subiculum 2, it is prevented that the deformation in use；On the other hand, the medial wall of described fixture block 61 contacts with the lateral wall of described vertical component effect 12, when tightening connecting portion 4, is directly applied a force upon on vertical component effect 12 by fixture block 61, increases frictional force, stability when improving fixing；And when adjusting pine connecting portion 4 to carry out the rehabilitation of swing, the lateral wall of the medial wall of fixture block 61 and vertical component effect 12 is also without departing from contacting, so the required resistance overcome when also increasing pop-up 1 swing, raising serviceability.
The two side being folded with friction plate or described vertical component effect 12 and the laminating of described subiculum 2 between the sidewall of described vertical component effect 12 and described subiculum 2 laminating all adopts high-abrasive material to make.
The two side that vertical component effect 12 and described subiculum 2 are bonded to each other is improved, or clamping friction sheet, or directly two side high-abrasive material bonded to each other is made, when there is swing in the relative subiculum 2 of pop-up 1, all increase frictional resistance between the two, the required resistance overcome when further increasing pop-up 1 swing, improves serviceability.
Described connecting portion 4 is degree of tightness knob, and the screw rod of described degree of tightness knob is fixed by nut 7 after described subiculum 2 and pop-up 1.In the present embodiment, degree of tightness knob and nut 7 are made by non-metallic material, and light weight is inexpensive, facilitate patient directly to dress and carry out the detection of other magnetic core, improve practicality.
As shown in Figures 1 and 5, being provided with friction pad 8 between described connecting portion 4 and described subiculum 2, described connecting portion 4 is then passed through described subiculum 2 after described friction pad 8；
Described friction pad 8 includes packing ring 81 and two feets 82 of ring-type, and one end of described feet 82 is fixed on the inner side end of described packing ring 81, and the other end is along the outwardly directed extension being perpendicular to described packing ring 81 end face；Feet 82 described in two is set in parallel in the inner side end of described packing ring 81, and elasticity is installed between two long sidewalls of described chute slidably.
Two feet 82 elasticity of friction pad 8 are installed between two long sidewalls of described chute slidably, when tightening connecting portion 4, compare and there is no friction pad 8, owing to the addition of the friction between feet 82 and chute wall, friction between packing ring 81 inner side end and pop-up 1, friction between packing ring 81 end face outside and subiculum 2, so stability between each parts when strengthening fixing, improves serviceability.
Know-why of the present utility model is described above in association with specific embodiment.These describe and are intended merely to explanation principle of the present utility model, and can not be construed to the restriction to this utility model protection domain by any way.Based on explanation herein, those skilled in the art need not pay performing creative labour can associate other detailed description of the invention of the present utility model, and these modes fall within protection domain of the present utility model.
Claims (10)
1. an angle regulator, including pop-up, subiculum and traction apparatus, described traction apparatus is arranged on described subiculum, and the upper end of described traction apparatus is articulated with described pop-up by knob adjustable-tightness, it is characterised in that: the traction main body of described traction apparatus is arranged on described subiculum by angle adjustment mechanism；
Described angle adjustment mechanism includes tight lock part, moving part and adjustment path portion, and both adjustable-tightness are fixed by described tight lock part after described traction main body and described subiculum；Described adjustment path portion is arranged on described subiculum, and described moving part is connected with described traction main body, and described moving part is slidably disposed on described adjustment path portion；
Described adjustment path portion is arc-shaped, with adapt to described moving part slide on described adjustment path portion with described traction main body time, the center of rotation of described knob is all the center of rotation of described traction main body.
2. a kind of angle regulator according to claim 1, it is characterized in that: in the side of described adjustment path portion, the parallel pair that is provided with regulates path portion, it is provided with secondary moving part to be connected with described traction main body, and described secondary moving part is slidably disposed on described secondary adjustment path portion.
3. a kind of angle regulator according to claim 1, it is characterised in that: the lateral wall of described subiculum is provided with support slot, and the bottom of described traction main body is slidably fitted within described support slot.
4. a kind of angle regulator according to any one of claim 1-3, it is characterized in that: described adjustment path portion is arc chute, described tight lock part is tie down screw, described moving part is the circular arc slide block being slidably arranged in described arc chute, and described tie down screw is fixing after sequentially passing through described traction main body, arc chute and circular arc slide block.
5. a kind of angle regulator according to claim 1, it is characterized in that: be provided with after at least one connecting portion sequentially passes through described subiculum and pop-up and fixed by both adjustable-tightness, the junction point of described connecting portion and described pop-up differs from the pin joint of described traction apparatus and described pop-up.
6. a kind of angle regulator according to claim 5, it is characterised in that: described pop-up is provided with chute, and after described connecting portion sequentially passes through described pop-up and subiculum, one end is slidably disposed in described chute.
7. a kind of angle regulator according to claim 5, it is characterised in that: the front end of described pop-up both sides is downwardly extending two vertical component effects, and described vertical component effect superposes laminating and forms superposition portion with described subiculum；
Described pop-up can move up and down under the draw of described traction apparatus, and the described subiculum of position, superposition portion is provided with and adapts to the traction chute that described pop-up moves up and down, and described connecting portion is through described traction chute, and can slide up and down along described traction chute.
8. a kind of angle regulator according to claim 7, it is characterized in that: the front end of described subiculum is provided with front shoe, described front shoe is provided with the traction chute superposition of traction chute and described subiculum, described connecting portion sequentially pass through the traction chute of described front shoe, subiculum and vertical component effect after adjustable-tightness fix；
The edge of the traction chute of described front shoe is provided with some fixture blocks, and one end of described fixture block is fixed on the medial wall of described front shoe, and the other end extends to the direction being perpendicular to described front shoe medial wall；The edge of the traction chute of described subiculum is provided with draw-in groove, described draw-in groove is formed to the direction depression being parallel to described traction chute by the long sidewall drawing chute in described subiculum, described fixture block adaptability is installed in described draw-in groove so that the medial wall of described fixture block contacts with the lateral wall of described vertical component effect.
9. a kind of angle regulator according to claim 7, it is characterised in that: described connecting portion is degree of tightness knob, and the screw rod of described degree of tightness knob is fixed by nut after described subiculum and pop-up；
Being provided with friction pad between described connecting portion and described subiculum, described connecting portion is then passed through described subiculum after described friction pad；
Described friction pad includes packing ring and two feets of ring-type, and one end of described feet is fixed on the inner side end of described packing ring, and the other end is along the outwardly directed extension being perpendicular to described washer face；Feet described in two is set in parallel in the inner side end of described packing ring, and elasticity is installed between two long sidewalls of described chute slidably.
10. traction function can temper neck brace for one kind, it is characterised in that: include using angle regulator as claimed in any one of claims 1-9 wherein.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520987294.1U CN205359734U (en) | 2015-12-02 | 2015-12-02 | Angle adjusting device and use its pull function exercise neck brace |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520987294.1U CN205359734U (en) | 2015-12-02 | 2015-12-02 | Angle adjusting device and use its pull function exercise neck brace |
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| Publication Number | Publication Date |
|---|---|
| CN205359734U true CN205359734U (en) | 2016-07-06 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520987294.1U Withdrawn - After Issue CN205359734U (en) | 2015-12-02 | 2015-12-02 | Angle adjusting device and use its pull function exercise neck brace |
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| Country | Link |
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| CN (1) | CN205359734U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105326596A (en) * | 2015-12-02 | 2016-02-17 | 佛山市乙太医疗用品有限公司 | Angle adjusting device and traction functional training neck support with same |
| CN114259699A (en) * | 2020-09-16 | 2022-04-01 | 张杨 | Omnidirectional neck exerciser |
-
2015
- 2015-12-02 CN CN201520987294.1U patent/CN205359734U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105326596A (en) * | 2015-12-02 | 2016-02-17 | 佛山市乙太医疗用品有限公司 | Angle adjusting device and traction functional training neck support with same |
| CN114259699A (en) * | 2020-09-16 | 2022-04-01 | 张杨 | Omnidirectional neck exerciser |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160706 Effective date of abandoning: 20170919 |