CN205215651U - Shoulder joint training ware - Google Patents
Shoulder joint training ware Download PDFInfo
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- CN205215651U CN205215651U CN201521043422.3U CN201521043422U CN205215651U CN 205215651 U CN205215651 U CN 205215651U CN 201521043422 U CN201521043422 U CN 201521043422U CN 205215651 U CN205215651 U CN 205215651U
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- arm
- omoplate
- upper arm
- stand
- shoulder joint
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Abstract
The utility model discloses a shoulder joint training ware, including the foot rest of liftable, the arm subassembly that matees with upper arm, forearm, palm, outward turning training guiding mechanism in shoulder blade subassembly that matees with the shoulder blade and the shoulder joint, the arm subassembly includes arm grudging post, upper arm balladeur train, upper arm slider and forearm support, arm grudging post bottom is connected with the foot rest, and the side of lower extreme is equipped with square groove and through -hole, and the upper end is rotated with the upper arm balladeur train and is connected, the upper arm slider is L type hollow body, and the upper arm layer board is connected with the top surface of one end to one end and upper arm balladeur train sliding connection, and guiding mechanism and forearm support were trained in the outward turning in the other end was used for fixed shoulder joint, shoulder blade grudging post in the shoulder blade subassembly is passed the square groove and is connected with the arm grudging post. The utility model discloses a structure is simple more compact, and low cost can be applied to the training in different recovered stages simultaneously, has satisfied customer's user demand.
Description
Technical field
This utility model belongs to technical field of medical rehabilitation machinery, is specifically related to a kind of shoulder joint instruction device.
Background technology
The motion of shoulder joint is the basis that human body upper arm completes various action, the less stable of shoulder joint own, and be the joint of most easy damaged in human body, the sickness rate of scapulohumeral periarthritis disease is also very high in addition.For the rehabilitation of shoulder joint, traditional training method primarily of therapist rule of thumb manually assisting patients train, training effect is subject to the impact controlling therapist's level, and the working strength of therapist is also very large.
The shoulder joint auxiliary trainer existed in prior art is mostly through specialized agency's development, and all price comparison is expensive, bulky and instrument is heavy usually, spends comparatively greatly for patient, and poor for applicability, can not meet popular demand; Some function singlenesses, specifically can only train for a certain rehabilitation stage, can not be applicable to the training requirement in different rehabilitation stage; In addition, most of rehabilitation mechanical carries out corresponding passive exercise treatment for shoulder joint and relevant muscle group, needs special medical personnel to instruct, and initiatively the relevant rehabilitation mechanical of exercise is less.In addition, the shoulder rehabilitation apparatus of applicable domestic is not seen on the market yet.
Summary of the invention
Technical problem to be solved in the utility model is to provide a kind of shoulder joint training aids, solve complex structure, expensive, the problem that can not be suitable for different rehabilitation stage-training demand that shoulder joint training aids of the prior art exists, structure is more simply compact, with low cost, the training in different rehabilitation stage can be applied to simultaneously, meet the user demand of client.
The technical solution of the utility model, a kind of shoulder joint training aids, comprises liftable foot rest, the arm assembly mated with upper arm, forearm, palm, and in the omoplate assembly mated with scapula and shoulder joint, guiding mechanism is trained in outward turning; Described arm assembly comprises arm stand, upper arm balladeur train, upper arm slide block and front arm support; Described arm stand bottom is connected with foot rest, and the side of lower end is provided with square groove and through hole, and upper end and upper arm balladeur train are rotationally connected; Described upper arm slide block is L-type hollow body, and one end and upper arm sledge slide are dynamically connected, and the end face with one end connects upper arm blaster, and the other end is used for outward turning training guiding mechanism and front arm support in fixing shoulder joint; Omoplate stand in described omoplate assembly is connected with arm stand through square groove.
Further, also comprise shoulder abduction training guiding mechanism, comprise connecting rod, lower link; Described upper small end is connected with upper arm balladeur train, lower end is connected with lower link by bearing pin, described lower link lower end is connected with arm stand by bearing pin, described arm stand, upper arm balladeur train, upper connecting rod, lower link composition double leval jib, the angle of adjustment upper arm balladeur train and arm stand, and then the lifting of the upper arm blaster of adjustment.
Further, described shoulder abduction training guiding mechanism also comprises regulating wheel, hauling rope, abduction handle, and regulating wheel one is fixed in the arm stand between upper arm balladeur train and lower link, and regulating wheel two is fixed on the junction of connecting rod and lower link; Described abduction handle is fixed on by axle sleeve on the through hole of arm stand side, and one end of described hauling rope is fixed on the axle sleeve of abduction handle, and regulating wheel one and regulating wheel two are repeatedly wound around, and finally walks around regulating wheel one and is fixed on connecting rod.
Further, described shoulder abduction training guiding mechanism also comprises jump ring, and described jump ring is socketed on the bearing pin of lower link and arm stand junction.
Further, described foot rest comprises the pedestal, support bar and the expansion link that connect successively from top to bottom; Described pedestal lower end is provided with supporting leg, and described support bar is provided with multiple pin-and-hole, and described expansion link is provided with multiple adjustment hole, and pin-and-hole coordinates with adjustment hole, for regulating the height of foot rest; Described expansion link top and arm assembly removably connect.
Further, front end and the palm supporting plate of described front arm support are slidably connected, and middle part is fixedly connected with arm-supporting splint, and rear end is arcuate structure, and arcuate structure surface is provided with arc-shaped rack.
Further, the side of described upper arm blaster, arm-supporting splint, palm supporting plate arranges D shape bandage holddown groove respectively in pairs; Described arm stand top is provided with multiple bandage fixing hole.
Further, described omoplate assembly comprises omoplate stand, sliding sleeve, omoplate bracket and omoplate supporting plate; Described omoplate stand is L-shaped, comprises upper end armstand and lower end connecting lever, and described lower end connecting lever is through the square groove of arm stand side; Described sliding sleeve one end is provided with square groove, and for being socketed the armstand of omoplate stand, the other end is provided with arcuate groove, and for being socketed omoplate bracket, described square groove and arcuate groove are mutually vertical; Described omoplate supporting plate and omoplate bracket are slidably connected.
Further, the back side of described omoplate supporting plate is provided with Kato, and Kato is connected with buckle with omoplate bracket; Described omoplate supporting plate upper end is provided with D shape groove, and lower end is provided with multiple bandage fixing hole.
Further, described interior outward turning training guiding mechanism comprises universal joint, worm gear, worm screw, gear, tooth bar and interior outward turning hands handle; Described interior outward turning handle, universal joint are connected successively with worm gear, and the L-type hollow body being fixed on upper arm slide block is inner; Described worm screw one end is engaged with worm gear, and the other end connects gear; Described gear engages with the arc-shaped rack of forearm back-end support; Described worm gear is mutually vertical along the rotation direction of tooth bar with gear along the rotation direction of worm screw.
This utility model compared with prior art has many advantages and good effect: the utility model proposes a kind of shoulder joint training aids, comprise liftable foot rest, the arm assembly mated with upper arm, forearm, palm, the omoplate assembly mated with scapula, the shoulder abduction training guiding mechanism of outward turning training guiding mechanism and four-bar linkage structure in the shoulder joint of band worm and gear; Outward turning and shoulder abduction training in shoulder joint can be realized, simple and compact for structure, and adopt existing market material to get final product processing and fabricating, with low cost, meet the demand of user's economization, and bend and stretch adjustable angle, meet the training demand in patient's different rehabilitation stage.
Accompanying drawing explanation
Fig. 1 is the overall structure schematic diagram of this utility model shoulder joint training aids;
Fig. 2 is the foot rest structure schematic diagram of this utility model shoulder joint training aids;
Fig. 3 is the arm modular construction schematic diagram of this utility model shoulder joint training aids;
Fig. 4 is the omoplate module backside structural representation of this utility model shoulder joint training aids;
Fig. 5 is the omoplate assembly Facad structure schematic diagram of this utility model shoulder joint training aids;
Fig. 6 is the structural representation revolving guiding mechanism inside and outside the training aids of this utility model shoulder joint;
Fig. 7 is the structural representation of the abduction guiding mechanism of this utility model shoulder joint training aids;
Mark in figure: foot rest 1, pedestal 101, support bar 102, expansion link 103, pin-and-hole 104, adjustment hole 105, link slot 106; Arm assembly 2, arm stand 201, arm stand bandage fixing hole 201-1, upper arm balladeur train 202, slider pin 204, upper arm slide block 205, upper arm blaster 206, front arm support 207, arm-supporting splint 208, palm supporting plate 209, palmrest slide block 210, palmrest slider pin 211, square groove 214, through hole 215; Omoplate assembly 3, omoplate stand 301, elongated hole 302, sliding sleeve 303, omoplate bracket 304, holder card 305, omoplate supporting plate 306, omoplate supporting plate D shape groove 306-1, omoplate supporting plate bandage fixing hole 306-2, arcuate groove 307, omoplate stand pin 308, omoplate bracket pin 309; Interior outward turning training guiding mechanism 4, universal joint 401, worm gear 402, worm screw 403, gear 404, tooth bar 405, interior outward turning handle 406; Outward Bound guiding mechanism 5, hauling rope 501, jump ring 502, upper connecting rod 503, lower link 504, abduction handle 505, regulating wheel one 506-1, regulating wheel two 506-2.
Detailed description of the invention
Below in conjunction with accompanying drawing, this utility model is further described.
See Fig. 1-Fig. 7, this utility model provides a kind of shoulder joint training aids, comprise liftable foot rest 1, the arm assembly 2 mated with upper arm, forearm, palm, the omoplate assembly 3 mated with scapula, with outward turning training guiding mechanism 4 in the shoulder joint of worm and gear and the shoulder abduction training guiding mechanism 5 with four-bar linkage structure.
As shown in Figure 2, described foot rest 1 comprises the pedestal 101, support bar 102 and the expansion link 103 that connect successively from top to bottom.Described pedestal 101 lower end is provided with supporting leg, for stable for whole shoulder joint training aids is positioned over ground.The sleeve pipe outer rim of described pedestal 101 upper end is provided with flange vertically, and inner edge, described support bar 102 lower end is provided with groove, flange and groove fit, ensures fixing cooperation direction.Described support bar 102 upper end is provided with multiple pin-and-hole 104; Described expansion link 103 lower end is provided with multiple adjustment hole 105, and pin-and-hole 104 coordinates with adjustment hole 105, for regulating the height of foot rest 1.Expansion link 103 is designed to the structure bent, and user is under sitting posture state, and the upper arm of person easy to use is placed on arm blaster 206 fixing.Described expansion link 103 top is provided with U-shaped link slot 106, removably connects with the arm stand 201 of arm assembly 2.
As shown in Figure 3, described arm assembly 2 comprises arm stand 201, upper arm balladeur train 202, upper arm slide block 205, upper arm blaster 206, front arm support 207, arm-supporting splint 208, palm supporting plate 209 and palmrest slide block 210.Described arm stand 201 bottom is inserted in U-shaped link slot 106, uses latch to be fixed, arm stand 201 is connected with expansion link 103.The side of described arm stand 201 lower end is provided with square groove 214 and through hole 215.Described arm stand 201 top is provided with multiple bandage fixing hole 201-1 (in Fig. 3 being 4), selects the snap close of one of them and shoulder strap one end to fix.
Described arm stand 201 upper end and upper arm balladeur train 202 are rotationally connected by bearing pin, and described upper arm balladeur train 202 two sides have chute; Described upper arm slide block 205 is L-type hollow body, one end is enclosed in end face and the two sides of upper arm balladeur train 202, upper arm slide block 205 can be moved forward and backward on upper arm balladeur train 202, and use multiple slider pin 204 (in Fig. 3 being 2) to be fixed, thus upper arm slide block 205 is fixed on the correct position of upper arm balladeur train 202; L-type hollow body is fixedly connected with upper arm blaster 206 with the end face of one end; Described upper arm blaster 206 is arc, for fixing upper arm; The L-type hollow body other end is used for outward turning training guiding mechanism in fixing front arm support and shoulder joint.
The both sides, front end of described front arm support 207 are provided with chute, are slidably connected with palm supporting plate 209, and middle part is fixedly connected with arm-supporting splint 208, and rear end is arcuate structure, and arcuate structure surface is provided with arc-shaped rack 405.The lower end of described palm supporting plate 209 is provided with palmrest slide block 210, uses palmrest slider pin 211 to be fixed, thus palm supporting plate 209 is fixed on the correct position of front arm support 207.
The side of described upper arm blaster 206, arm-supporting splint 208, palm supporting plate 209 is arranged respectively in pairs D shape bandage holddown groove, fixing upper arm, forearm and palm can be respectively used to through after bandage.
As shown in Figure 4 and Figure 5, described omoplate assembly 3 comprises omoplate stand 301, sliding sleeve 303, omoplate bracket 304, holder card 305, omoplate supporting plate 306.Described omoplate stand 301 is L-shaped, comprises upper end armstand and lower end connecting lever; Described lower end connecting lever has elongated hole 302, and connecting lever through the square groove 214 of arm stand 201 side, and uses pin to be fixed.Described sliding sleeve 303 one end is provided with square groove, for being socketed the armstand of omoplate stand 301, and uses omoplate stand pin 308 to be fixed; The other end is provided with arcuate groove 307, for being socketed omoplate bracket 304, and uses omoplate bracket pin 309 to be fixed; Described square groove and arcuate groove are mutually vertical, and also namely the armstand of omoplate stand 301, the connecting lever of omoplate stand 301 and omoplate bracket 304 are mutually vertical between two.Described omoplate stand can move up and down in arcuate groove, thus the angle of inclination of adjustment omoplate supporting plate 306.
The back side of described omoplate supporting plate 306 is provided with Kato 305, and Kato is connected with buckle with omoplate bracket 304.Described omoplate supporting plate 306 upper end is provided with D shape groove 306-1, for fixing shoulder strap; Lower end is provided with multiple bandage fixing hole 306-2 (in Fig. 4 being 2), is used for fixing chest strap.
As shown in Figure 6, described interior outward turning training guiding mechanism 4 comprises universal joint 401, worm gear 402, worm screw 403, gear 404, tooth bar 405 and interior outward turning handle 406.Described interior outward turning handle 406, universal joint 401 are connected successively with worm gear 402, and the L-type hollow body being fixed on upper arm slide block 205 is inner.Described worm screw 403 one end is engaged with worm gear 402, and the other end connects gear 404; Described gear 404 engages with the arc-shaped rack 405 of forearm back-end support.When in rotating during outward turning handle 406, drive worm gear 402 to rotate along worm screw 403 by universal joint 401, worm gear 403 rotation can be rotated along tooth bar 405 by driven gear 404, thus can change the anglec of rotation of front arm support 207.
As shown in Figure 7, described Outward Bound guiding mechanism 5 comprises abduction handle 505, upper connecting rod 503, lower link 504, hauling rope 501, jump ring 502, regulating wheel 506-1 and 506-2.Described upper small end is connected with upper arm balladeur train 202, and lower end is connected with lower link 504 by bearing pin, and described lower link 504 is connected with arm stand 201 by bearing pin, and the bearing pin that lower link 504 is connected with arm stand 201 is socketed jump ring 502; Regulating wheel one 506-1 is fixed in arm stand 201, between upper arm balladeur train and lower link; Regulating wheel two 506-2 is fixed on the junction of connecting rod and lower link.Described abduction handle 505 is fixed on the through hole 215 of arm stand 201 side by axle sleeve, one end of hauling rope 501 is fixed on the axle sleeve of abduction handle 505, regulating wheel one and regulating wheel two are repeatedly wound around, and the other end finally walking around regulating wheel one is fixed on connecting rod 503.Described arm stand 201, upper arm balladeur train 202, upper connecting rod 503, lower link 504 form double leval jib thus, suitable/to be rotated counterclockwise abduction handle 505, drives connecting rod 503 to move by hauling rope 501 and energy storage jump ring 502 and reduce/increase on the angle of connecting rod 503 and lower link 504, thus the angle of adjustment upper arm balladeur train 202 and arm stand 201, and then the lifting of the upper arm blaster 206 of adjustment; Due to the effect of jump ring, when abduction handle stops operating, the angle of arm stand and lower link is fixed, and therefore the position of double leval jib is relatively fixing.
Embodiment 1
Shoulder joint training aids installation adjusting method:
1, patient is seated on the chair without handle, carries out training aids operate by other people.
2, connect foot rest 1, arm assembly 2, omoplate assembly 3, training aids is placed in (this example is for left shoulder joint training aids) on the left of patient.
3, patient's upper arm, forearm and hands are placed on upper arm blaster 206, arm-supporting splint 208, palm supporting plate 209 respectively.
4, by the grafting pin-and-hole 104 of adjustment expansion link 103, adjustment foot rest 1 height, until patient's shoulder in the raw.
5, omoplate assembly 3 front and back position is adjusted: unclamp pin, movable omoplate stand 301 lower end connecting lever.
6, the height of omoplate assembly 3 is adjusted: unclamp omoplate stand pin 308, the armstand along omoplate stand 301 moves up and down sliding sleeve 303.
7, the inclination in the running direction of omoplate assembly 3 is adjusted: unclamp omoplate bracket pin 309, moved up and down in arcuated sliding bush 303 by omoplate bracket 304.
8, the right position of omoplate assembly 3 is adjusted: unclamp omoplate bracket pin 309, moved left and right in arcuated sliding bush 303 by omoplate bracket 304.
9, the position of palm supporting plate 209 is adjusted: unclamp palm slider pin 211, slide anteroposterior palmrest slide block 210.
10, chest, shoulder, upper arm, forearm, palm bandage is fastened.
Embodiment 2
Shoulder abduction is trained:
1, the abduction that turns clockwise handle 505, upper arm balladeur train 202 is increased with the angle of arm stand 201, and upper arm blaster 206 rises, thus shoulder abduction angle increases.
2, be rotated counterclockwise abduction handle 505, upper arm balladeur train 202 is reduced with the angle of arm stand 201, and upper arm blaster 206 declines, thus shoulder abduction angle reduces.
3, abduction angle range of accommodation is: 0 °-90 °.
4, adjust abduction angle, the maximum abduction angle enabling it equal patient to accomplish, each maintenance, trains for about 30 minutes.
Embodiment 3
Outward turning training in shoulder joint:
1, turn clockwise interior outward turning handle 406, and gear 404 is moved upward along tooth bar 405, thus shoulder internal rotator angle increases.
2, be rotated counterclockwise interior outward turning handle 406, gear 404 is moved downwards along tooth bar 405, thus shoulder external rotator angle increases.
3, outward turning angle of regulation range is: 0 °-100 °.
4, inward turning angle of regulation range is: 0 °-90 °.
5, the inside and outside swing angle degree of adjustment, enable it equal maximum inward turning that patient accomplishes or outward turning angle, each maintenance, trains for about 30 minutes.
The above, it is only preferred embodiment of the present utility model, be not restriction this utility model being made to other form, any those skilled in the art may utilize the technology contents of above-mentioned announcement to be changed or be modified as the Equivalent embodiments of equivalent variations.But everyly do not depart from technical solutions of the utility model content, any simple modification, equivalent variations and the remodeling done above embodiment according to technical spirit of the present utility model, still belong to the protection domain of technical solutions of the utility model.
Claims (10)
1. a shoulder joint training aids, is characterized in that, comprises liftable foot rest, the arm assembly mated with upper arm, forearm, palm, and in the omoplate assembly mated with scapula and shoulder joint, guiding mechanism is trained in outward turning; Described arm assembly comprises arm stand, upper arm balladeur train, upper arm slide block and front arm support; Described arm stand bottom is connected with foot rest, and the side of lower end is provided with square groove and through hole, and upper end and upper arm balladeur train are rotationally connected; Described upper arm slide block is L-type hollow body, and one end and upper arm sledge slide are dynamically connected, and the end face with one end connects upper arm blaster, and the other end is used for outward turning training guiding mechanism and front arm support in fixing shoulder joint; Omoplate stand in described omoplate assembly is connected with arm stand through square groove.
2. a kind of shoulder joint training aids according to claim 1, is characterized in that, also comprises shoulder abduction training guiding mechanism, comprises connecting rod, lower link; Described upper small end is connected with upper arm balladeur train, lower end is connected with lower link by bearing pin, described lower link lower end is connected with arm stand by bearing pin, described arm stand, upper arm balladeur train, upper connecting rod, lower link composition double leval jib, the angle of adjustment upper arm balladeur train and arm stand, and then the lifting of the upper arm blaster of adjustment.
3. a kind of shoulder joint training aids according to claim 2, it is characterized in that, described shoulder abduction training guiding mechanism also comprises regulating wheel, hauling rope, abduction handle, regulating wheel one is fixed in the arm stand between upper arm balladeur train and lower link, and regulating wheel two is fixed on the junction of connecting rod and lower link; Described abduction handle is fixed on by axle sleeve on the through hole of arm stand side, and one end of described hauling rope is fixed on the axle sleeve of abduction handle, and regulating wheel one and regulating wheel two are repeatedly wound around, and finally walks around regulating wheel one and is fixed on connecting rod.
4. a kind of shoulder joint training aids according to claim 3, is characterized in that, described shoulder abduction training guiding mechanism also comprises jump ring, and described jump ring is socketed on the bearing pin of lower link and arm stand junction.
5. a kind of shoulder joint training aids according to claim 1, is characterized in that, described foot rest comprises the pedestal, support bar and the expansion link that connect successively from top to bottom; Described pedestal lower end is provided with supporting leg, and described support bar is provided with multiple pin-and-hole, and described expansion link is provided with multiple adjustment hole, and pin-and-hole coordinates with adjustment hole, for regulating the height of foot rest; Described expansion link top and arm assembly removably connect.
6. a kind of shoulder joint training aids according to claim 1, is characterized in that, front end and the palm supporting plate of described front arm support are slidably connected, and middle part is fixedly connected with arm-supporting splint, and rear end is arcuate structure, and arcuate structure surface is provided with arc-shaped rack.
7. a kind of shoulder joint training aids according to claim 4, is characterized in that, the side of described upper arm blaster, arm-supporting splint, palm supporting plate is arranged respectively in pairs D shape bandage holddown groove; Described arm stand top is provided with multiple bandage fixing hole.
8. a kind of shoulder joint training aids according to claim 1, is characterized in that, described omoplate assembly comprises omoplate stand, sliding sleeve, omoplate bracket and omoplate supporting plate; Described omoplate stand is L-shaped, comprises upper end armstand and lower end connecting lever, and described lower end connecting lever is through the square groove of arm stand side; Described sliding sleeve one end is provided with square groove, and for being socketed the armstand of omoplate stand, the other end is provided with arcuate groove, and for being socketed omoplate bracket, described square groove and arcuate groove are mutually vertical; Described omoplate supporting plate and omoplate bracket are slidably connected.
9. a kind of shoulder joint training aids according to claim 6, is characterized in that, the back side of described omoplate supporting plate is provided with Kato, and Kato is connected with buckle with omoplate bracket; Described omoplate supporting plate upper end is provided with D shape groove, and lower end is provided with multiple bandage fixing hole.
10. a kind of shoulder joint training aids according to claim 1, is characterized in that, described interior outward turning training guiding mechanism comprises universal joint, worm gear, worm screw, gear, tooth bar and interior outward turning hands handle; Described interior outward turning handle, universal joint are connected successively with worm gear, and the L-type hollow body being fixed on upper arm slide block is inner; Described worm screw one end is engaged with worm gear, and the other end connects gear; Described gear engages with the arc-shaped rack of forearm back-end support.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521043422.3U CN205215651U (en) | 2015-12-15 | 2015-12-15 | Shoulder joint training ware |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521043422.3U CN205215651U (en) | 2015-12-15 | 2015-12-15 | Shoulder joint training ware |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205215651U true CN205215651U (en) | 2016-05-11 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521043422.3U Active CN205215651U (en) | 2015-12-15 | 2015-12-15 | Shoulder joint training ware |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205215651U (en) |
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2015
- 2015-12-15 CN CN201521043422.3U patent/CN205215651U/en active Active
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