CN205094938U - Ankle and knee joint linkage rehabilitation training device with adjustable multi freedom - Google Patents
Ankle and knee joint linkage rehabilitation training device with adjustable multi freedom Download PDFInfo
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- CN205094938U CN205094938U CN201520810957.2U CN201520810957U CN205094938U CN 205094938 U CN205094938 U CN 205094938U CN 201520810957 U CN201520810957 U CN 201520810957U CN 205094938 U CN205094938 U CN 205094938U
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Abstract
The utility model discloses an ankle and knee joint linkage rehabilitation training device with adjustable multi freedom, including linking bridge, power part, executive module and fixing device, linking bridge contains first frame, second frame and third frame, and first, second frame passes through connecting rod articulated mode to be connected, and second, third frame are connected by the gear shaft to realize the rotation of upper portion frame around the gear shaft. The thigh and the foot of treatment object can be fixed respectively through two fixing device. The power drive executive module that the last power part who comprises two inverter motor provided is in order to realize the motion. The utility model discloses the sole of the foot that can help the treatment object to carry out the ankle joint bend stretch with the back of the body, the enstrophe with turn up, abduction and adduction train. The dorsiflex, turn up, the motion of abduction can make up into the pronate action, and the sole of the foot is bent, enstrophe, adduction campaign can make up into the supination and move. The utility model discloses thereby can also realize the extension of knee joint and bucking motion and play promoting effect to the recovery of shank muscle and knee joint.
Description
Technical field
This utility model relates to a kind of rehabilitation appliances, particularly relates to the adjustable ankle of multiple degrees of freedom and the knee joint interlock recovery training appliance for recovery of a kind of lower extremity movement difficulty crowd for causing because of reasons such as disease, unexpected injury, aged tendency of population.
Background technology
At present, China is because the factor such as aged tendency of population, disease, and crowd is in continuous expansion for lower extremity movement difficulty, therefore develops effective recovery training appliance for recovery lower limbs and just highlights its importance, and has society and the market demand widely.Existing lower limb rehabilitation training device, most only for the training of ankle motion difficulty, and only can realize dorsiflex, the plantar flexion of ankle joint, varus, turn up and abduction, adduction motion, simultaneously each anatomical planes motion amplitude of ankle joint and speed there is no method and regulate; In addition, existing apparatus considers the interlock rehabilitation training of ankle joint (full degree of freedom), knee joint and Calf muscle not yet comprehensively, this makes user cannot obtain close to the lower limb rehabilitation training under physiological movement state, thus there is weak effect or the problem such as undesirable to some extent.
Take a broad view of the present situation of above-mentioned lower limb rehabilitation training device, be badly in need of a kind of multi-joint interlock training close under physiological movement state and training amplitude and the adjustable recovery training appliance for recovery lower limbs of training speed.
Summary of the invention
The purpose of this utility model is to provide the adjustable ankle of a kind of multiple degrees of freedom for lower extremity movement rehabilitation crowd and knee joint interlock recovery training appliance for recovery, this recovery training appliance for recovery structure is simple, ankle dorsal flexion, plantar flexion can be realized, varus, turn up, abduction, adduction, revolve before, the full physiology action pattern of supination and kneed stretching, extension and curvature movement, and beneficial effect Calf muscle being carried out to efficient rehabilitation training can be reached.
This utility model comprises connection bracket, power part, fixture and executive module;
Described connection bracket comprises the first support, the second support and the 3rd support, by four rod hinge connections uniform in both sides between the first support and the second support; Rocking bar is hinged between the first support and the second support, and two ends and the hinge bracket of connecting rod and rocking bar are hinged, and hinge bracket is fixed on the first support and the second support by the first screw, and the first support, the second support and connecting rod constitute parallel-crank mechanism; The lower end of gear shaft is fixed on the second upper part of the frame by bearing block, and the upper end of gear shaft is fixed with the first nut through the 3rd support, to realize the rotation of the 3rd support around gear shaft.
Power part comprises the first frequency conversion motor fixed by the first frequency conversion motor support and the first support and the second frequency conversion motor be fixed on the second support, first frequency conversion motor and the second frequency conversion motor carry out operation and controlling by switch board, to realize the control to the training aids speed of service.
Fixture comprises foot fixture and thigh holding device, and described foot fixture is hinged with two the foot fixture poles be fixed on the 3rd support by the second nut; Thigh holding device can slide along the axis direction of thigh holding device bracket sleeve tube, thigh holding device and thigh holding device bracket sleeve tube are by compressing knob restriction relative movement, and the mode that thigh holding device bracket sleeve tube is threaded connection is fixed on feed screw nut; Feed screw nut, can along the axially-movable of bottom screw mandrel slide rail along with the rotation of bottom leading screw, to reach the object of the horizontal range regulating thigh holding device and foot fixture.Wherein the rotation of basal sliding leading screw is driven by bottom rotary handle, and bottom a pair, the position of screw slide rails is determined with the 3rd nut being tightened on screw mandrel slide rail two ends, bottom by the bottom leading screw support of the second screw fastening on the first support;
Executive module comprise realize ankle dorsiflex, plantar flexion action and kneed stretching, extension and flexing action the first combined mechanism and the second combined mechanism realizing the turning up of ankle, varus action and abduction, adduction action, first combined mechanism is that the mechanism driven by the first frequency conversion motor is formed, the axis that first frequency conversion motor axis place plane and guide rod move around rocker bar bearing needs coplanar, can ensure that the amplitude that the second support swings is identical like this, one end and first frequency conversion motor of the first crank are hinged, the other end can slide in the long track of guide rod, first crank there is adjustment hole, the length that the first crank uses can be controlled during use, thus regulate the motion amplitude of machine, the contact of guide rod and the first crank belongs to linear contact lay, rubs less, under the driving of the first frequency conversion motor, second support can move along the track at parallelogram top, this just achieves the dorsiflex of ankle, plantar flexion action and kneed stretching, extension and flexing action simultaneously, based on the feature of parallel-crank mechanism, the second support can remain state parallel to the ground, second combined mechanism is that the mechanism driven by the second frequency conversion motor is formed, second frequency conversion motor is driving crank slide block mechanism first, slider-crank mechanism is made up of the second crank, connecting rod, slide block and slider bracket, second frequency conversion motor axis place perpendicular need through the center of training aids, the parts of the second combined mechanism can be made like this to be arranged symmetrically with, to ensure that slide block swings relative to the constant amplitude of the second frequency conversion motor axis place perpendicular, one end and second frequency conversion motor of the second crank are hinged, the other end and rod hinge connection, second perforate realization of slide block and the hinged of connecting rod, simultaneously slide block also forms with slider bracket and is slidably connected, when the second frequency conversion motor running, slide block can be implemented in the constant amplitude motion of its axial direction, under the promotion of slide block, be turning shape bar and producing angular displacement of hinged relationship with the shape shaft bar that turns be fixed on the second support, thus to promote with turning shape shaft bar be that the push rod of the relation that is slidably connected moves upward, after push rod is passed in the reserved looping pit of the 3rd support, act directly on foot fixture, symmetrical shape shaft bar is turned owing to existing, turn shape bar and push rod, so under the driving of slide block left and right constant amplitude motion, foot fixture can make reciprocally swinging action around two determined axis of foot fixture pole, thus realize turning up of ankle, varus action, turn up, the reset of varus action has been assisted by fulcrum bar of the spring.Turn that shape bar to have position, multiple hole available, thus realize the adjustment to foot fixture flip angle.Second feed screw nut platform is equipped with the different tooth bar of two thickness, tooth bar is fixed on slide block by the second screw slide rails, the 4th nut and the second leading screw fixed mount, second feed screw nut platform can realize the displacement of vertical direction along with the rotation of the second sliding screw, complete the engagement of gear different from gear shaft, thus realize the adjustment of the 3rd support be fixed on gear shaft around the anglec of rotation of gear shaft, this also achieves the control to ankle joint abduction, adduction operating angle, and the rotation of the second sliding screw is realized by the second rotary handle.
Work process of the present utility model and principle:
Drive the second support to move back and forth by the first frequency conversion motor driving mechanism being positioned at bottom support, thus drive ankle and shank to realize the dorsiflex of ankle, plantar flexion action and kneed stretching, extension and flexing action simultaneously.By being positioned at the second frequency conversion motor of the second support, driving crank slide block mechanism, make to turn shape bar and carry out reciprocally swinging, finally act on push rod, realize the turning up of ankle, varus action, simultaneously slider-crank mechanism also can make tooth bar realize moving back and forth, and it is the reciprocating rotation of rotating shaft that the 3rd support is realized with gear shaft, achieves the abduction of ankle, adduction motion.Here dorsiflex, turn up, the motion of abduction can be combined into and revolve front action, and the motion of plantar flexion, varus, adduction can be combined into supination action.The interlock training of ankle and knee just can be realized when two frequency conversion motors work simultaneously.
The beneficial effects of the utility model:
1, this utility model adopts the frequency conversion motor that controls of converter as power source, thus can adjust suitable running speed according to different use objects, to reach better training effect.This multiple degrees of freedom ankle, knee joint interlock recovery training appliance for recovery, by adjustable mechanism, can regulate the motion amplitude of actuator, and then realize close to the multiple rehabilitation training pattern under ankle joint full physiological movement state.
2, this utility model easy to operate, be easy to control, compact conformation, while realizing ankle rehabilitation training, the exercise to knee joint and leg muscle can also be realized, accomplished one-machine-multi-function fully.
3, this utility model is except realizing rehabilitation training function, also can be widely used in the ground such as gymnasium, hotel, train for ankle and leg muscle rest with loosen the beneficial effects of the utility model:
Accompanying drawing explanation
Fig. 1 is schematic perspective view of the present utility model.
Fig. 2 is executive module schematic diagram one of the present utility model.
Fig. 3 is executive module schematic diagram two of the present utility model.
Wherein: 1-foot fixture; 2-fulcrum bar of the spring; 3-first nut; 4-foot fixture pole; 5-second nut; 6-the 3rd support; 7-gear shaft; 8-bearing block; 9-second support; 10-first screw; 11-first frequency conversion motor; 12-first crank; 13-rocking bar; 14-first frequency conversion motor support; 15-rocker bar bearing; 16-first support; Leading screw support bottom 17-; 18-second screw; Screw mandrel slide rail bottom 19-; 20-the 3rd nut; 21-basal sliding leading screw; Rotary handle bottom 22-; 23-switch board; 24-connecting rod; 25-feed screw nut; 26-second frequency conversion motor; 27-thigh holding device bracket sleeve tube; 28-compresses knob; 29-thigh holding device; 30-second crank; 31-connecting rod; 32-slide block; 33-slider bracket; 34-turns shape shaft bar; 35-turns shape bar; 36-push rod; 37-second sliding screw; 38-second screw slide rails; 39-second feed screw nut platform; 40-tooth bar; 41-the 4th nut; 42-second leading screw fixed mount; 43-second rotary handle.
Detailed description of the invention
Refer to shown in Fig. 1, Fig. 2 and Fig. 3, the present embodiment comprises connection bracket, power part, fixture and executive module;
Described connection bracket comprises the first support 16, second support 9 and hinged by four connecting rods 24 uniform in both sides between the 3rd support 6, first support 16 and the second support 9; Rocking bar 13 is hinged between the first support 16 and the second support 9, two ends and the hinge bracket 15 of connecting rod 24 and rocking bar 13 are hinged, hinge bracket 15 is fixed on the first support 16 and the second support 9 by the first screw 10, and the first support 16, second support 9 and connecting rod 24 constitute parallel-crank mechanism; The lower end of gear shaft 7 is fixed on the second support 9 top by bearing block 8, and the upper end of gear shaft 7 is fixed, to realize the rotation of the 3rd support 6 around gear shaft 7 with the first nut 3 through the 3rd support 6.
Power part comprises the first frequency conversion motor 11 fixed by the first frequency conversion motor support 14 and the first support 16 and the second frequency conversion motor 26 be fixed on the second support 9, first frequency conversion motor 11 and the second frequency conversion motor 26 carry out operation and controlling by switch board 23, to realize the control to the training aids speed of service.
Fixture comprises foot fixture 1 and thigh holding device 29, and described foot fixture 1 is hinged with two the foot fixture poles 4 be fixed on the 3rd support 6 by the second nut 5; Thigh holding device 29 can slide along the axis direction of thigh holding device bracket sleeve tube 27, thigh holding device 29 and thigh holding device bracket sleeve tube 27 limit relative movement by compressing knob 28, and the mode that thigh holding device bracket sleeve tube 27 is threaded connection is fixed on feed screw nut 25; Feed screw nut 25, can along the axially-movable of bottom screw mandrel slide rail 19 along with the rotation of bottom leading screw 19, to reach the object regulating thigh holding device 27 and the horizontal range of foot fixture 1.Wherein the rotation of basal sliding leading screw 21 is driven by bottom rotary handle 22, and bottom a pair, the position of screw slide rails 17 is that the bottom leading screw support 17 be fastened on the first support 16 by the second screw 18 is determined with the 3rd nut 20 being tightened on screw mandrel slide rail 19 two ends, bottom;
Executive module comprise realize ankle dorsiflex, plantar flexion action and kneed stretching, extension and flexing action the first combined mechanism and the second combined mechanism realizing the turning up of ankle, varus action and abduction, adduction action;
First combined mechanism is that the mechanism driven by the first frequency conversion motor 11 is formed, the axis that first frequency conversion motor 11 axis place plane and guide rod 13 move around rocker bar bearing 15 needs coplanar, can ensure that the amplitude that the second support 9 swings is identical like this, one end and first frequency conversion motor 11 of the first crank 12 are hinged, the other end can slide in the long track of guide rod 13, first crank 12 there is adjustment hole, the length that the first crank 12 uses can be controlled during use, thus regulate the motion amplitude of machine, the contact of guide rod 13 and the first crank 12 belongs to linear contact lay, rubs less; Under the driving of the first frequency conversion motor 11, second support 9 can move along the track at parallelogram top, this just achieves the dorsiflex of ankle, plantar flexion action and kneed stretching, extension and flexing action simultaneously, based on the feature of parallel-crank mechanism, the second support 8 can remain state parallel to the ground;
Second combined mechanism is that the mechanism driven by the second frequency conversion motor 26 is formed, second frequency conversion motor 26 first driving crank slide block mechanism, slider-crank mechanism is made up of the second crank 30, connecting rod 31, slide block 32 and slider bracket 33, second frequency conversion motor 26 axis place perpendicular need through the center of training aids, the parts of the second combined mechanism can be made like this to be arranged symmetrically with, to ensure that slide block 32 swings relative to the constant amplitude of the second frequency conversion motor 26 axis place perpendicular, one end and second frequency conversion motor 26 of the second crank 30 are hinged, the other end and connecting rod 31 hinged, second perforate realization of slide block 32 and the hinged of connecting rod 31, simultaneously slide block 32 also forms with slider bracket 33 and is slidably connected, when the second frequency conversion motor 26 operates, slide block 32 can be implemented in the constant amplitude motion of its axial direction, under the promotion of slide block 32, with be fixed on the second support 9 to turn shape shaft bar 34 be hinged relationship turns shape bar 35 and can produce angular displacement, thus promote and turn the push rod 36 that shape shaft bar 34 is the relation of being slidably connected to move upward, after push rod 36 is passed in the reserved looping pit of the 3rd support 11, act directly on foot fixture 1, symmetrical shape shaft bar 34 is turned owing to existing, turn shape bar 35 and push rod 36, so under the driving of slide block about 32 constant amplitude motion, foot fixture 1 can make reciprocally swinging action around two determined axis of foot fixture pole 13, thus realize turning up of ankle, varus action, turn up, the reset of varus action has been assisted by fulcrum bar of the spring 2.Turn that shape bar 35 to have position, multiple hole available, thus realize the adjustment to foot fixture 1 flip angle.Second feed screw nut platform 39 is equipped with the different tooth bar 40 of two thickness, tooth bar 40 is by the second screw slide rails 38, 4th nut 41 and the second leading screw fixed mount 42 are fixed on slide block 32, second feed screw nut platform 39 can realize the displacement of vertical direction along with the rotation of the second sliding screw 37, complete the engagement from different gear on gear shaft 7, thus realize the adjustment of the 3rd support 6 be fixed on gear shaft 7 around the anglec of rotation of gear shaft 7, this also achieves ankle joint abduction, the control of adduction operating angle, the rotation of the second sliding screw 37 is realized by the second rotary handle 43.
This utility model both can carry out separately the dorsiflex of ankle, plantar flexion and kneed stretching, extension and flexing combined training, the turning up of ankle, varus and abduction, adduction are trained, also above four kinds of exercising waies can be carried out simultaneously, complete the aggregate motion of outward turning, inward turning.The exercise velocity of four kinds of exercising waies and the equal scalable of amplitude, with the crowd of satisfied different needs.
Claims (1)
1. the adjustable ankle of multiple degrees of freedom and a knee joint interlock recovery training appliance for recovery, is characterized in that: comprise connection bracket, power part, fixture and executive module;
Described connection bracket comprises the first support (16), the second support (9) and the 3rd support (6), hinged by four connecting rods (24) uniform in both sides between the first support (16) and the second support (9); Rocking bar (13) is hinged between the first support (16) and the second support (9), two ends and the hinge bracket (15) of connecting rod (24) and rocking bar (13) are hinged, hinge bracket (15) is fixed on the first support (16) and the second support (9) by the first screw (10), and the first support (16), the second support (9) and connecting rod (24) constitute parallel-crank mechanism; The lower end of gear shaft (7) is fixed on the second support (9) top by bearing block (8), the upper end of gear shaft (7) is fixed, to realize the 3rd support (6) rotation around gear shaft (7) with the first nut (3) through the 3rd support (6);
Power part comprises the first frequency conversion motor (11) fixed by the first frequency conversion motor support (14) and the first support (16) and the second frequency conversion motor (26) be fixed on the second support (9), first frequency conversion motor (11) and the second frequency conversion motor (26) carry out operation and controlling by switch board (23), to realize the control to the training aids speed of service;
Fixture comprises foot fixture (1) and thigh holding device (29), and described foot fixture (1) is hinged with two the foot fixture poles (4) be fixed on the 3rd support (6) by the second nut (5); Thigh holding device (29) can slide along the axis direction of thigh holding device bracket sleeve tube (27), thigh holding device (29) and thigh holding device bracket sleeve tube (27) are by compressing knob (28) restriction relative movement, and the mode that thigh holding device bracket sleeve tube (27) is threaded connection is fixed on feed screw nut (25); Feed screw nut (25) is along with the rotation of bottom leading screw (19), can along the axially-movable of bottom screw mandrel slide rail (19), to reach the object regulating thigh holding device (27) and the horizontal range of foot fixture (1); Wherein the rotation of basal sliding leading screw (21) is driven by bottom rotary handle (22), and bottom a pair, the position of screw slide rails (17) is that bottom leading screw support (17) be fastened on the first support (16) by the second screw (18) is determined with the 3rd nut (20) being tightened on screw mandrel slide rail (19) two ends, bottom;
Executive module comprise realize ankle dorsiflex, plantar flexion action and kneed stretching, extension and flexing action the first combined mechanism and the second combined mechanism realizing the turning up of ankle, varus action and abduction, adduction action, first combined mechanism is that the mechanism driven by the first frequency conversion motor (11) is formed, the axis that first frequency conversion motor (11) axis place plane and guide rod (13) move around rocker bar bearing (15) needs coplanar, can ensure that the amplitude that the second support (9) swings is identical like this, one end and first frequency conversion motor (11) of the first crank (12) are hinged, the other end can slide in the long track of guide rod (13), (12) have adjustment hole to first crank, the length that the first crank (12) uses can be controlled during use, thus regulate the motion amplitude of machine, guide rod (13) belongs to linear contact lay with the contact of the first crank (12), rub less, under the driving of the first frequency conversion motor (11), second support (9) can move along the track at parallelogram top, this just achieves the dorsiflex of ankle, plantar flexion action and kneed stretching, extension and flexing action simultaneously, based on the feature of parallel-crank mechanism, the second support (8) can remain state parallel to the ground, second combined mechanism is that the mechanism driven by the second frequency conversion motor (26) is formed, second frequency conversion motor (26) first driving crank slide block mechanism, slider-crank mechanism is made up of the second crank (30), connecting rod (31), slide block (32) and slider bracket (33), second frequency conversion motor (26) axis place perpendicular need through the center of training aids, the parts of the second combined mechanism can be made like this to be arranged symmetrically with, to ensure that slide block (32) swings relative to the constant amplitude of the second frequency conversion motor (26) axis place perpendicular, one end and second frequency conversion motor (26) of the second crank (30) are hinged, the other end and connecting rod (31) hinged, second perforate realization of slide block (32) and the hinged of connecting rod (31), simultaneously slide block (32) also forms with slider bracket (33) and is slidably connected, when the second frequency conversion motor (26) operates, slide block (32) can be implemented in the constant amplitude motion of its axial direction, under the promotion of slide block (32), with be fixed on the second support (9) to turn shape shaft bar (34) be hinged relationship turns shape bar (35) and can produce angular displacement, thus promote and turn the push rod (36) that shape shaft bar (34) is the relation of being slidably connected to move upward, after push rod (36) is passed in the reserved looping pit of the 3rd support (11), act directly on foot fixture (1), symmetrical shape shaft bar (34) is turned owing to existing, turn shape bar (35) and push rod (36), so under the driving of slide block (32) left and right constant amplitude motion, foot fixture (1) can make reciprocally swinging action around two determined axis of foot fixture pole (13), thus realize turning up of ankle, varus action, turn up, the reset of varus action has been assisted by fulcrum bar of the spring (2), turn that shape bar (35) to have position, multiple hole available, thus realize the adjustment to foot fixture (1) flip angle, second feed screw nut platform (39) is equipped with the different tooth bar (40) of two thickness, tooth bar (40) is by the second screw slide rails (38), 4th nut (41) and the second leading screw fixed mount (42) are fixed on slide block (32), second feed screw nut platform (39) can realize the displacement of vertical direction along with the rotation of the second sliding screw (37), complete the engagement of different gear upper from gear shaft (7), thus realize the adjustment of the 3rd support (6) be fixed on gear shaft (7) around the anglec of rotation of gear shaft (7), this also achieves ankle joint abduction, the control of adduction operating angle, the rotation of the second sliding screw (37) is realized by the second rotary handle (43).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520810957.2U CN205094938U (en) | 2015-10-19 | 2015-10-19 | Ankle and knee joint linkage rehabilitation training device with adjustable multi freedom |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520810957.2U CN205094938U (en) | 2015-10-19 | 2015-10-19 | Ankle and knee joint linkage rehabilitation training device with adjustable multi freedom |
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| CN205094938U true CN205094938U (en) | 2016-03-23 |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105125381A (en) * | 2015-10-19 | 2015-12-09 | 吉林大学 | Multi-degree-of-freedom adjustable ankle and knee joint linkage rehabilitative training machine |
| CN106863280A (en) * | 2017-04-18 | 2017-06-20 | 佛山市神风航空科技有限公司 | A kind of intelligent walking apparatus |
| WO2018191876A1 (en) * | 2017-04-19 | 2018-10-25 | 王春宝 | Ankle rehabilitation training device |
| CN110833497A (en) * | 2019-11-27 | 2020-02-25 | 中国人民解放军陆军军医大学第一附属医院 | Orthopedic knee joint postoperative function exercise device |
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2015
- 2015-10-19 CN CN201520810957.2U patent/CN205094938U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105125381A (en) * | 2015-10-19 | 2015-12-09 | 吉林大学 | Multi-degree-of-freedom adjustable ankle and knee joint linkage rehabilitative training machine |
| CN106863280A (en) * | 2017-04-18 | 2017-06-20 | 佛山市神风航空科技有限公司 | A kind of intelligent walking apparatus |
| WO2018191876A1 (en) * | 2017-04-19 | 2018-10-25 | 王春宝 | Ankle rehabilitation training device |
| US11096855B2 (en) | 2017-04-19 | 2021-08-24 | Chunbao WANG | Rehabilitation training apparatus for ankle joint |
| CN110833497A (en) * | 2019-11-27 | 2020-02-25 | 中国人民解放军陆军军医大学第一附属医院 | Orthopedic knee joint postoperative function exercise device |
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