CN209695743U - A kind of fracture of tibia and fibula therapeutic instrument for rehabilitation - Google Patents
A kind of fracture of tibia and fibula therapeutic instrument for rehabilitation Download PDFInfo
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- CN209695743U CN209695743U CN201920064040.0U CN201920064040U CN209695743U CN 209695743 U CN209695743 U CN 209695743U CN 201920064040 U CN201920064040 U CN 201920064040U CN 209695743 U CN209695743 U CN 209695743U
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- shank
- armlet
- connecting rod
- fracture
- fibula
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Abstract
The utility model provides a kind of fracture of tibia and fibula therapeutic instrument for rehabilitation, including footrest, shank armlet and big leg support, and footrest is class sole shape；Shank armlet and big leg support are that semi-hollow class is cylindric, and matches with the exterior contour of human body lower limbs；Connection sheet is mounted at left and right sides of footrest followed by top and at left and right sides of shank armlet bottom, the two with the connector that corresponding two connection sheets connect up and down by connecting；It is equipped with porous link block at left and right sides of the left and right sides and thigh backing portion at the top of shank armlet, the two with the porous adjustable type component that corresponding porous link block connects up and down by connecting；Thigh jacking portion is equipped with LCD display.The utility model structure is simple, and rationally, joint axle center motion mode, motion amplitude is big for design, and movement angle, speed, time digital control, LCD backlight screen liquid crystal are shown, clear data.
Description
Technical field
The utility model belongs to medical equipment field, and in particular to a kind of fracture of tibia and fibula therapeutic instrument for rehabilitation.
Background technique
Fracture of tibia and fibula therapeutic instrument for rehabilitation is for also to guarantee the left up and down of the joint knee joint, Guo after fracture of lower leg operation
Right activity, doctor began to require from postoperative 3 days patient activity, but activity fracture easily shifts, meeting again that activity is insufficient
Anchylosis and muscular atrophy occurs, influences the surgical quality of patient, leads to the recovery period for extending patient.
Summary of the invention
To solve the above problems, the purpose of this utility model is to provide a kind of fracture of tibia and fibula therapeutic instrument for rehabilitation.
Technical solutions of the utility model are as follows:
A kind of fracture of tibia and fibula therapeutic instrument for rehabilitation, including footrest, shank armlet and big leg support, the footrest are class sole
Shape；The shank armlet and the big leg support are that semi-hollow class is cylindric, and matches with the exterior contour of human body lower limbs；
Connection sheet, the footrest are mounted at left and right sides of the footrest followed by top and at left and right sides of shank armlet bottom
It is connected with shank armlet by the connector connected with upper and lower corresponding two connection sheets；
Porous link block, the shank are equipped at left and right sides of the left and right sides and thigh backing portion at the top of the shank armlet
By being connected with the porous adjustable type component of corresponding porous link block connection up and down between armlet and big leg support；
Porous adjustable type component on the outside of lower limb includes lower connecting rod, upper connecting rod and rotating mechanism, lower connecting rod and upper
Connecting rod is connected by rotating mechanism, and the LCD display of the rotating mechanism and the same side, which connects, to be controlled, and LCD display is located at
Thigh jacking portion；
The porous adjustable type component of preaxial includes lower connecting rod, upper connecting rod and shaft, lower connecting rod and upper connection
Bar is flexibly connected by shaft, and the porous adjustable type component of preaxial follows the porous adjustable type component on the outside of lower limb to rotate.
Further, lower connecting rod upper connecting rod, if being all equipped with the porous link block in shank armlet, big leg support solid
Determine hole, by adjusting the distance between lower connecting rod and upper connecting rod, the patient for cooperating different legs long is used.
Further, shank armlet, big leg support and footrest main body include stabilizing brace, and are lined with shape on the inside of main body and mutually fit
The cushion pad matched；Shank armlet includes shank cushion pad, 2 symmetrical shank stabilizing braces and adjustable plate, and 2 symmetrical
The bolt of shank stabilizing brace bottom 2 is fixed, and top adjusts calf circumference size by not surveying the adjustable plate equipped with 3 row's fixation holes, just
In the patient of different building shape；Big leg support includes that thigh cushion pad and 2 staggeredly adjust fixed L-type thigh and drag stabilizing brace；
Every thigh drags stabilizing brace to be again provided with 3 row's fixation holes, convenient for adjusting the size of thigh circumference.
Further, the fracture of tibia and fibula therapeutic instrument for rehabilitation further includes multiple groups fixing belt, is located in shank armlet
With the front side of big leg support.
Further, integrally formed rotating disc is equipped at the top of the lower connecting rod on the outside of the lower limb.
Further, the rotating mechanism includes that the motor of bottom and top and motor are both connected to PLC controller, motor
It is connect with rotating disc, PLC controller is connect with LCD display simultaneously.
Further, the shank armlet and big leg support inner wall are equipped with heating resistance wire and connect with LCD display.
Further, it is mounted on to have by shaft before and after the footrest and open up in reeded outline border.
The utility model has the advantages that the utility model structure is simple, rationally, joint axle center motion mode, motion amplitude is big for design, movement
Angle, speed, time number control, and LCD backlight screen liquid crystal is shown, clear data.
Detailed description of the invention
Fig. 1 is 1 structural schematic diagram of the utility model embodiment.
Shank armlet and big leg support connection schematic diagram of the Fig. 2 for the utility model embodiment 1.
Fig. 3 is 2 structural schematic diagram of the utility model embodiment.
Fig. 4 is the structural schematic diagram of 2 rotating mechanism of the utility model embodiment；
Fig. 5 is the structural schematic diagram of 2 footrest of the utility model embodiment.
In figure: 1- footrest, 2- connection sheet, 3- connector, 4- shank armlet, the porous link block of 5-, 6- lower connecting rod, 7- turn
Motivation structure, 8- upper connecting rod, 9- shaft, the big leg support of 10-, 11-LCD display, 12- fixing belt, 13- rotating disc, 14- motor,
15-PLC controller, 16- outline border, 17- groove；41- shank cushion pad, 42- shank stabilizing brace, 43 adjustable plates, 101- are big
Leg cushion pad (101), 102- thigh drag stabilizing brace.
Specific embodiment
The utility model is described in detail with reference to the accompanying drawings and examples.
Embodiment 1
A kind of fracture of tibia and fibula therapeutic instrument for rehabilitation, as shown in Figure 1, including footrest (1), shank armlet (4) and big leg support
(10), footrest (1) is class sole shape, and followed by edge in parcel-like；Shank armlet (4) and big leg support (10) are semi-hollow class circle
Column, and match with the exterior contour of human body lower limbs；It further include multiple groups fixing belt (12), in the present embodiment, shank armlet (4)
Be respectively set 2 fixing belts (12) on front side of big leg support (10), the surface of footrest (1) is equipped with 1 fixing belt (12), fixing belt
It is fixed using retaining ring and the nylon bag formation with button.
Connection sheet (2) are mounted at left and right sides of footrest (1) followed by top and at left and right sides of shank armlet (4) bottom, on
Under footrest (1) and shank armlet (4) are connected by connector (3) between corresponding two connection sheets (2), the present embodiment
Middle connector (3) is shaft；Porous company is equipped at left and right sides of the left and right sides and big leg support (10) bottom at the top of shank armlet (4)
It connects block (5), the porous tune between shank armlet (4) and big leg support (10) by being connected with upper and lower corresponding porous link block (5)
The connection of section formula component.
It holds, the porous adjustable type component on the outside of lower limb includes lower connecting rod (6), upper connecting rod (8) and rotating mechanism
(7), lower connecting rod (6) and upper connecting rod (8) are connected by rotating mechanism (7), and the LCD of rotating mechanism (7) and the same side is shown
Device (11) connection control, LCD display (11) are located at the top of big leg support (10)；In conjunction with Fig. 2, the porous adjustable type group of preaxial
Part includes connector (6), upper connecting rod (8) and shaft (9), and lower connecting rod (6) and upper connecting rod (8) pass through shaft (9) activity
Connection, the porous adjustable type component of preaxial follow the porous adjustable type component on the outside of lower limb to rotate.
Porous company in above structure, on lower connecting rod (6) upper connecting rod (8), with shank armlet (4), big leg support (10)
It connects block (5) and is all equipped with several fixation holes, by adjusting the distance between lower connecting rod (6) and upper connecting rod (8), cooperate different legs
Long patient uses.
As shown in Fig. 2 and Fig. 1, shank armlet (4), big leg support (10) and footrest (1) main body include stabilizing brace, and main body
Inside is lined with the compatible cushion pad of shape；Shank armlet (4) includes that shank cushion pad (41), 2 symmetrical shanks are solid
Determine brace (42) and adjustable plate (43), 2 symmetrical shank stabilizing brace (42) bottom 2 bolts are fixed, and top is set by not surveying
There is the adjustable plate (43) of 3 row's fixation holes to adjust calf circumference size, convenient for the patient of different building shape；Big leg support (10) includes that thigh is slow
It rushes cushion (101) and 2 staggeredly adjusts fixed L-type thigh and drag stabilizing brace (102)；Every thigh drags stabilizing brace (102)
3 row's fixation holes are again provided with, convenient for adjusting the size of thigh circumference.
Embodiment 2
A kind of fracture of tibia and fibula therapeutic instrument for rehabilitation, as shown in figure 3, including footrest (1), connection sheet (2), connector (3), small
Leg armlet (4), porous link block (5), lower connecting rod (6), rotating mechanism (7), upper connecting rod (8), shaft (9), big leg support
(10), LCD display (11) and fixing belt (12)；Footrest (1) is class sole shape, and followed by edge protrusion；Shank armlet (4) and
Big leg support (10) is that semi-hollow class is cylindric, and matches with the exterior contour of human body lower limbs, and fixing belt (12) is 2, respectively
It is bonded in front end and big leg support (10) middle part front end in the middle part of shank armlet (4), fixing belt (12) is elastic band in the present embodiment.
In above structure, at left and right sides of footrest (1) followed by top and shank armlet (4) bottom left and right sides company of being mounted on
Contact pin (2), up and down by being screwed with connector (3) between corresponding two connection sheets (2), by footrest (1) and shank armlet
(4) it connects；
It holds, is mounted on porous connection at left and right sides of the left and right sides and big leg support (10) bottom at the top of shank armlet (4)
Block (5), the porous link block (5) at the top of shank armlet (4) have been bolted lower connecting rod (6), big leg support (10) bottom
Porous link block (5) upper connecting rod (8) have been bolted；Wherein, the lower connecting rod on the outside of lower limb (6) and upper connecting rod
(8) it is connected by rotating mechanism (7), the lower connecting rod (6) and upper connecting rod (8) of preaxial are connected by shaft (9)；
It is equipped with LCD display (11) at the top of big leg support (10), LCD display (11) is located at same with rotating mechanism (7)
Side, shank armlet (4) and big leg support (10) inner wall are equipped with heating resistance wire and are connected with LCD display (11)；In conjunction with such as Fig. 4
It is shown, integrally formed rotating disc (13) are equipped at the top of the lower connecting rod (6) on the outside of lower limb, rotating mechanism (7) includes bottom
Motor (14) and top and motor (14) are both connected to PLC controller (15), and motor (14) is connect with rotating disc (13), PLC control
Device (15) processed connect with LCD display (11) simultaneously.
As shown in figure 5, being mounted on by shaft with the outline border for opening up fluted (17) before and after footrest 1 in the present embodiment
(16) in.
The utility model application method: instep is fixed on footrest (1) respectively by fixing belt (12), shank is fixed on
In shank armlet (4), thigh is fixed in big leg support (10), is checked by LCD display (11) and is controlled rotating mechanism (7) band
The speed and angle of follower link rotation, and the resistive heater in controllable shank armlet (4) and big leg support (10) is given
Leg support heating promotes postoperative wound and bone healing, can also be by changing the position tune of connector (6) on porous link block (5)
Whole different length is suitble to the needs of different patients.
The above content is the detailed descriptions for combining optimal technical scheme to do the utility model, and it cannot be said that utility model
Specific implementation be only limitted to these, for made under the premise of not departing from the utility model thought it is simple deduction and replacement, all
It should be considered as the protection scope of the utility model.
Claims (10)
1. a kind of fracture of tibia and fibula therapeutic instrument for rehabilitation, including footrest, shank armlet and big leg support, the footrest is class sole shape；
The shank armlet and the big leg support are that semi-hollow class is cylindric, and matches with the exterior contour of human body lower limbs；Its feature
Be: being mounted on connection sheet at left and right sides of the footrest followed by top and at left and right sides of shank armlet bottom, the footrest and
Shank armlet with the connector of corresponding two connection sheets connection up and down by connecting；
Porous link block, the shank armlet are equipped at left and right sides of the left and right sides and thigh backing portion at the top of the shank armlet
By being connected with the porous adjustable type component of corresponding porous link block connection up and down between big leg support；
Porous adjustable type component on the outside of lower limb includes lower connecting rod, upper connecting rod and rotating mechanism, lower connecting rod and upper connection
Bar is connected by rotating mechanism, and the LCD display of the rotating mechanism and the same side, which connects, to be controlled, and LCD display is located at described
Thigh jacking portion；
The porous adjustable type component of preaxial includes lower connecting rod, upper connecting rod and shaft, and lower connecting rod and upper connecting rod are logical
Cross shaft flexible connection.
2. fracture of tibia and fibula therapeutic instrument for rehabilitation according to claim 1, it is characterised in that: the fracture of tibia and fibula rehabilitation is controlled
Treating instrument further includes multiple groups fixing belt, is located at the surface in the front side and footrest of shank armlet and big leg support.
3. fracture of tibia and fibula therapeutic instrument for rehabilitation according to claim 1, it is characterised in that: the lower connection on the outside of the lower limb
Integrally formed rotating disc is equipped at the top of bar.
4. fracture of tibia and fibula therapeutic instrument for rehabilitation according to claim 1, it is characterised in that: the rotating mechanism includes bottom
Motor and top and motor be both connected to PLC controller, motor is connect with rotating disc, PLC controller while and LCD display
Connection.
5. fracture of tibia and fibula therapeutic instrument for rehabilitation according to claim 1, it is characterised in that: the shank armlet (4) and big
Leg support (10) inner wall is equipped with heating resistance wire and connect with LCD display (11).
6. fracture of tibia and fibula therapeutic instrument for rehabilitation according to claim 1, it is characterised in that: pass through shaft before and after the footrest
It is mounted on to have and open up in reeded outline border.
7. fracture of tibia and fibula therapeutic instrument for rehabilitation according to claim 1, it is characterised in that: lower connecting rod upper connecting rod, with
Porous link block on shank armlet, big leg support is all equipped with several fixation holes, by adjusting between lower connecting rod and upper connecting rod
Distance, the patient for cooperating different legs long uses.
8. fracture of tibia and fibula therapeutic instrument for rehabilitation according to claim 1, it is characterised in that: shank armlet, big leg support and foot
Support main body includes stabilizing brace, and is lined with the compatible cushion pad of shape on the inside of main body.
9. fracture of tibia and fibula therapeutic instrument for rehabilitation according to claim 8, it is characterised in that: shank armlet includes shank buffering
Cushion, 2 symmetrical shank stabilizing braces and adjustable plate, 2 symmetrical shank stabilizing brace bottom 2 bolts are fixed, top
Calf circumference size is adjusted by not surveying the adjustable plate equipped with 3 row's fixation holes, convenient for the patient of different building shape.
10. fracture of tibia and fibula therapeutic instrument for rehabilitation according to claim 8, it is characterised in that: big leg support includes thigh buffering
Cushion and 2 L-type thighs for staggeredly adjusting fixation drag stabilizing brace；Every thigh drags stabilizing brace to be again provided with 3 row's fixation holes,
Convenient for adjusting the size of thigh circumference.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920064040.0U CN209695743U (en) | 2019-01-15 | 2019-01-15 | A kind of fracture of tibia and fibula therapeutic instrument for rehabilitation |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920064040.0U CN209695743U (en) | 2019-01-15 | 2019-01-15 | A kind of fracture of tibia and fibula therapeutic instrument for rehabilitation |
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| Publication Number | Publication Date |
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| CN209695743U true CN209695743U (en) | 2019-11-29 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201920064040.0U Active CN209695743U (en) | 2019-01-15 | 2019-01-15 | A kind of fracture of tibia and fibula therapeutic instrument for rehabilitation |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114534176A (en) * | 2022-02-07 | 2022-05-27 | 河南理工大学 | Wearable ankle joint rehabilitation robot that resets |
-
2019
- 2019-01-15 CN CN201920064040.0U patent/CN209695743U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114534176A (en) * | 2022-02-07 | 2022-05-27 | 河南理工大学 | Wearable ankle joint rehabilitation robot that resets |
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