CN109966711A - Reconditioning instrument is bent and stretched in a kind of adjustable leg - Google Patents
Reconditioning instrument is bent and stretched in a kind of adjustable leg Download PDFInfo
- Publication number
- CN109966711A CN109966711A CN201910395107.3A CN201910395107A CN109966711A CN 109966711 A CN109966711 A CN 109966711A CN 201910395107 A CN201910395107 A CN 201910395107A CN 109966711 A CN109966711 A CN 109966711A
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- China
- Prior art keywords
- pedestal
- adjusting rod
- plate
- foot pedal
- connection
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 claims abstract description 191
- 238000010276 construction Methods 0.000 claims abstract description 40
- 239000007769 metal material Substances 0.000 claims description 13
- 238000001125 extrusion Methods 0.000 claims description 3
- 210000002414 leg Anatomy 0.000 description 41
- 230000000694 effects Effects 0.000 description 12
- 238000010586 diagram Methods 0.000 description 8
- 241000252254 Catostomidae Species 0.000 description 5
- 230000008878 coupling Effects 0.000 description 5
- 238000010168 coupling process Methods 0.000 description 5
- 238000005859 coupling reaction Methods 0.000 description 5
- 210000003141 lower extremity Anatomy 0.000 description 5
- 230000006641 stabilisation Effects 0.000 description 4
- 238000011105 stabilization Methods 0.000 description 4
- 239000007787 solid Substances 0.000 description 3
- 238000005452 bending Methods 0.000 description 2
- 230000036541 health Effects 0.000 description 2
- 230000006872 improvement Effects 0.000 description 2
- 239000002184 metal Substances 0.000 description 2
- 238000000034 method Methods 0.000 description 2
- 208000034657 Convalescence Diseases 0.000 description 1
- 206010028289 Muscle atrophy Diseases 0.000 description 1
- 208000037265 diseases, disorders, signs and symptoms Diseases 0.000 description 1
- 208000035475 disorder Diseases 0.000 description 1
- 235000013399 edible fruits Nutrition 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 238000004519 manufacturing process Methods 0.000 description 1
- 230000020763 muscle atrophy Effects 0.000 description 1
- 201000000585 muscular atrophy Diseases 0.000 description 1
- 230000008569 process Effects 0.000 description 1
- 210000003314 quadriceps muscle Anatomy 0.000 description 1
- 210000000689 upper leg Anatomy 0.000 description 1
Classifications
-
- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
- A63B23/00—Exercising apparatus specially adapted for particular parts of the body
- A63B23/035—Exercising apparatus specially adapted for particular parts of the body for limbs, i.e. upper or lower limbs, e.g. simultaneously
- A63B23/04—Exercising apparatus specially adapted for particular parts of the body for limbs, i.e. upper or lower limbs, e.g. simultaneously for lower limbs
- A63B23/0405—Exercising apparatus specially adapted for particular parts of the body for limbs, i.e. upper or lower limbs, e.g. simultaneously for lower limbs involving a bending of the knee and hip joints simultaneously
-
- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
- A63B23/00—Exercising apparatus specially adapted for particular parts of the body
- A63B23/035—Exercising apparatus specially adapted for particular parts of the body for limbs, i.e. upper or lower limbs, e.g. simultaneously
- A63B23/04—Exercising apparatus specially adapted for particular parts of the body for limbs, i.e. upper or lower limbs, e.g. simultaneously for lower limbs
- A63B23/0494—Exercising apparatus specially adapted for particular parts of the body for limbs, i.e. upper or lower limbs, e.g. simultaneously for lower limbs primarily by articulating the knee joints
-
- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
- A63B2225/00—Miscellaneous features of sport apparatus, devices or equipment
- A63B2225/09—Adjustable dimensions
-
- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
- A63B2225/00—Miscellaneous features of sport apparatus, devices or equipment
- A63B2225/09—Adjustable dimensions
- A63B2225/093—Height
Landscapes
- Health & Medical Sciences (AREA)
- Orthopedic Medicine & Surgery (AREA)
- General Health & Medical Sciences (AREA)
- Physical Education & Sports Medicine (AREA)
- Orthopedics, Nursing, And Contraception (AREA)
Abstract
A kind of adjustable leg bend and stretch reconditioning instrument, it includes a pedestal, the removable foot pedal structure being set on the base, and also sets up the adjustment structure and support construction for adjustment base tilt angle being used cooperatively, it is characterized in that, slideway is arranged in the pedestal top；The sliding block that the removable foot pedal structure bottom setting coincide with slideway shape, removable foot pedal structure combine connection with the slideway on pedestal by sliding block；It is the adjustment structure for adjustment base height, wherein one end of the base bottom is arranged in adjustment structure；Keep height constant for the support construction, the other end of base bottom is arranged in support construction；The adjustment structure and support construction are connect with base combination.
Description
Technical field
The invention belongs to medical rehabilitation instrument fields, and in particular to bend and stretch convalescence exerciser for a kind of adjustable leg
Tool.
Background technique
The patient of lower limb disorder needs to do lower limb rehabilitation training, and training is bent and stretched in leg can increase point of quadriceps muscle of thigh
From degree, prevent leg muscle atrophy, restores lower limb function；The leg flexion-extension trainer tool structure that clinical rehabilitation training at present uses
Simply, short training period effect is unobvious, and needs rehabilitation teacher that patient is assisted to be trained, and increases the workload of rehabilitation teacher.
The present invention is simple for the leg flexion-extension trainer tool structure that bed rehabilitation training uses in the prior art, short training period
The problem of effect is unobvious, and needs rehabilitation teacher that patient is assisted to be trained, and increases the workload of rehabilitation teacher, provides one kind
Bend and stretch reconditioning instrument in adjustable leg.
Summary of the invention
In order to which the leg flexion-extension trainer tool structure for overcoming bed rehabilitation training in the prior art to use is simple, short training period effect
The problem of fruit is unobvious, and needs rehabilitation teacher that patient is assisted to be trained, and increases the workload of rehabilitation teacher, the present invention provide
Reconditioning instrument is bent and stretched in a kind of adjustable leg.
A kind of adjustable leg bend and stretch reconditioning instrument comprising a pedestal, the removable foot being set on the base
Structure is stepped on, also sets up the adjustment structure and support construction for adjustment base tilt angle being used cooperatively, which is characterized in that institute
State pedestal top setting slideway；The sliding block that the removable foot pedal structure bottom setting coincide with slideway shape, moves foot-operated
Structure combines connection with the slideway on pedestal by sliding block；It is the adjustment structure, adjustment structure for adjustment base height
Wherein one end of the base bottom is set；Keep height constant for the support construction, support construction is arranged in pedestal
The other end of bottom；The adjustment structure and support construction are connect with base combination.Pass through pedestal sliding way and removable foot
The setting for stepping on structural base sliding block may be implemented the function that removable foot pedal structure is moved forward and backward on pedestal, pass through tune
The height of section structure adjustment base, support construction maintain height constant, so that pedestal is adjusted to certain tilt angle, make to suffer from
Person obtains more fully exercise effect.
Further, the pedestal is set as rectangle, and pedestal is made of medical metal material；Medical metal material safety and
Frictional force is small, is moved convenient for removable foot pedal structure.
Further, the length of the pedestal is set as 40-80cm, and the width of pedestal is set as 15-30cm；Such setting foot
To meet clinical demand.
Further, the slideway is set as rectangular recess, and the length of slideway is less than the length of the pedestal, can greater than described in
The length of mobile foot pedal structure；The width of slideway is less than the width of pedestal；Such setting can prevent removable foot pedal structure from
Slideway abjection.
Further, 2 slideways are set, and 2 slideways are parallel to each other.
Further, the removable foot pedal structure includes the foot pedal for placing patient feet, is arranged at foot pedal bottom
The connecting column in portion and the sliding block being connect with connecting column；Described connecting column one end and foot pedal integrally connected, the other end and sliding block one
Body connection；Such setting can drive the movement of foot pedal by the movement of sliding block, and the setting of connecting column can be to avoid foot pedal
With directly contacting for pedestal, avoid generating biggish frictional force.
Further, the foot pedal includes a rectangular base plate, and foot's fixed structure in rectangular base plate, Yi Jiyong is arranged in
In the expansion plate for adjusting foot pedal length；It is set as hollow inside the rectangular base plate, and both ends open；Foot's fixed knot
The top of rectangular base plate is arranged in structure；The inside of rectangular base plate is arranged in the expansion plate；The setting of foot's fixed structure can be with
For the foot of immobilized patients in rectangular base plate, the length of foot pedal can be adjusted flexibly in the setting of expansion plate according to the size of patient feet
Degree, to be suitable for different patients.
Further, the expansion plate includes front stretching plate and rear expansion plate, and front stretching plate is arranged in inside rectangular base plate
The latter half inside rectangular base plate is arranged in first half, rear expansion plate；The total length of expansion plate is greater than the rectangular base plate
Length；Such setting quickly can pull out expansion plate when needing to adjust rectangular base plate length inside rectangular base plate.
Further, setting one is used to the locking structure of fixed flexible Board position, and locking structure includes being arranged in rectangular base plate
Lock hole on side wall and expansion plate side wall, and the locking screw being arranged in lock hole；The lock hole runs through rectangular base
Plate and expansion plate；Locking screw is pierced into from the lock hole of rectangular base plate side side wall, expansion plate is passed through, from the rectangular base plate other side
The lock hole of side wall is pierced by；The position of expansion plate can be fixed by locking structure, be moved forward and backward expansion plate no longer.
Further, the locking structure is set as cylindrical locking screw, and the setting of locking screw one end prevents locking screw
From the block section that lock hole is deviate from, screw thread and thread bush is arranged in the other end；The side that locking screw and thread bush are connected through a screw thread
Formula combination connection；Such setting can tighten locking screw, thus the position of fixed expansion plate.
Further, foot's fixed structure includes toe fixed part, instep fixed part and heel fixed part；Toe is fixed
The front end of rectangular base plate is arranged in portion, and the rear end of rectangular base plate is arranged in heel fixed part；Toe fixed part and heel fixed part
With the expansion plate integrally connected；Instep fixed part and the rectangular base plate integrally connected.
Further, the toe fixed part is set as in being bent downwardly the arc panel of radian, arc panel bottom and it is described before
Expansion plate integrally connected, end dissociative on arc panel；The space that arc panel and the rectangular base plate are formed can accommodate the foot of patient
Tip；The setting of such arc panel can fix the toe of immobilized patients, and be consistent with the position of front stretching plate, prevent
Only the foot of patient is sliding out rectangular base plate.
Further, the instep fixed part is set as elastic reducing-fixing band, elastic reducing-fixing band two sides and the rectangular base plate
Two sides are attached by any one connection type in the prior art, wherein the mode of preferably rivet interlacement；Flexible fastening
The dorsal portion of the setting immobilized patients of band is stablized in rectangular base plate, and elastic reducing-fixing band is soft, avoids bringing discomfort to patient
Sense.
Further, the heel fixed part is set as the semicircular arc fixed plate coincideing with heel shape, in semicircular arc
Soft layer is set close to the side of patient's heel on the inside of fixed plate；Semicircular arc fixed plate bottom and the rear expansion plate one
Connection；It is such to be arranged while guaranteeing patients feet's stability, also there is certain comfort.
Further, the sliding pearl of multiple semicircle spherical shapes is set in the slider bottom, sliding pearl is made of medical metal material；This
The setting of the sliding pearl of kind of medical metal can reduce the frictional force between sliding block and slideway, to mitigate patient during bending and stretching
Resistance.
Further, the adjustment structure includes an anti-skidding fixed plate, and the deformation adjusting rod in anti-skidding fixed plate is arranged in, with
And the adapting structure for electric being connect with the base combination；Deformation adjusting rod combines connection, adapting structure for electric and deformation with anti-skidding fixed plate
Adjusting rod combination connection；The angle of adapting structure for electric is adjusted by adjusting the height of adjusting rod, to realize the angle of adjustment pedestal
Degree.
Further, the anti-skidding fixed plate is set as the rectangular slab with two sides side plate, and rectangular slab bottom is arranged for preventing
The only sucker of rectangular slab sliding；4 suckers are set, the position at 4 angles in rectangular slab bottom is separately positioned on；The setting of sucker can be with
Prevent rectangular slab from sliding, convenient be combined with deformation adjusting rod of the setting of two sides side plate connect.
Further, the deformation adjusting rod includes the bottom adjusting rod and top adjusting rod being applied in combination；Bottom adjusting rod
Connection is combined with the anti-skidding fixed plate, top adjusting rod combines connection with bottom adjusting rod；In use, by adjusting bottom tune
The height of pole and top adjusting rod realizes the purpose of adjustment base tilt angle.
Further, the bottom adjusting rod is arranged 4, wherein the anti-skidding fixed plate is arranged in 2 bottom adjusting rods
One end, in addition the other end of the anti-skidding fixed plate is arranged in 2 bottom adjusting rods, and the bottom adjusting rod of every one end passes through screw
The mode of connection combines connection with the anti-skidding fixed plate two sides side plate；It is arranged one between 2 bottom adjusting rods of every one end
Connecting rod, 1 top adjusting rod is respectively arranged in connecting rod, and top adjusting rod can be rotated around connecting rod；Bottom adjusting rod with it is upper
The mode that portion's adjusting rod is connected by screw to combines connection；Such setting can be adjusted in bottom adjusting rod and top adjusting rod
After suitable height, the function of fixed bottom adjusting rod and top adjusting rod is realized by tightening the screw of each coupling part,
So that it is determined that the adjustment height of deformation adjusting rod and the tilt angle of pedestal.
Further, the adapting structure for electric include combined with the top adjusting rod connection link slot, and with link slot one
The connecting plate of body connection；The mode that link slot is connected by screw to combines connection with the top adjusting rod at both ends；Connecting plate passes through
The mode of screw connection is connect with base combination；It is such deformation adjusting rod is set height determine after, by tighten screw come
It prevents top adjusting rod from rotating again, so that one end of pedestal be raised, realizes the purpose of adjustment pedestal angle.
Further, the connecting plate is set as rectangular slab, and rectangular slab is identical as the shape of the pedestal, is convenient for and pedestal group
Close connection.
Further, the support construction includes that the support column of the pedestal two sides is arranged in and connect with support column combination
Connecting shaft；Setting can accommodate the connecting hole of connecting shaft on support column and pedestal, and connecting shaft is arranged in connecting hole；Connecting shaft is from one
Collateral dagger pierces into, and after pedestal, from the other side, support column is pierced by；Such setting can be such that pedestal rotates around connecting shaft,
When adjustment structure raises the other end of pedestal, pedestal is rotated automatically about connecting shaft, to cooperate adjustment structure shape
At certain tilt angle.
Further, the support column is set as rectangular support column, and the setting of support column bottom is used to guarantee to support column stability
Steadying plate, the area of steadying plate is greater than the area of support column bottom surface；The setting of such steadying plate can guarantee the steady of support column
It is qualitative, prevent support column from toppling over.
Further, the connecting shaft is set as connecting screw, and screw thread and nut, other end setting is arranged in connecting screw one end
Anti-extrusion section；One end of connecting screw is arranged on the support column of side, and the other end is arranged on the support column of the other side；Connection
The setting of screw rod, which can closely combine the support column of two sides with pedestal, to be connect, and guarantees the stability of pedestal and support column.
It is placed on the plane in use, reconditioning instrument is bent and stretched in leg first, the sucker suction of adjustment structure bottom exists
In plane, guarantee that the stability of reconditioning instrument is bent and stretched in leg；Then by adjusting the bottom adjusting rod of adjustment structure and on
Portion's adjusting rod, to adjust the height of adjustment structure upper junction plate, because connecting plate is connect with base combination, to also just have adjusted
The height of pedestal one end, and the height of support column is constant, for pedestal because one end is elevated, the other end then surrounds the company of support construction
Spindle is rotated, thus the height for cooperating the other end to be elevated, pedestal is adjusted to certain angle as a result,；Patient is by foot
Portion is put on the footrests, by foot's fixed structure that foot is fixed on the footrests, avoids foot during bending and stretching exercise
Portion deviates from from foot pedal, then by the back-and-forth motion of foot, the back-and-forth motion of foot pedal is driven, because of the cunning of foot pedal bottom
Block bottom is provided with sliding pearl, so movement is got up, resistance is small, saves labour, avoids while guaranteeing that efficient rehabilitation is taken exercise to patient
Biggish lower limb are brought to bear.
Compared with reconditioning instrument is bent and stretched in the leg of the prior art, technical solution of the present invention can dexterously adjust bottom
The tilt angle of seat；Guarantee that the stability of reconditioning instrument is bent and stretched in leg in use process；Prevent patient feet from foot pedal
Deviate from and influences exercise effect；By the adjusting of pedestal angle, patient can be made to obtain more comprehensively effective reconditioning effect,
The setting of the sliding pearl of slider bottom can avoid the lower limb of making patients from bearing while guaranteeing exercise effect, have good skill
Art effect, and store conveniently, manufacture craft is simple.
Detailed description of the invention
Fig. 1 is that overall structure signal of the reconditioning instrument with tilt angle is bent and stretched in a kind of adjustable leg of the present invention
Figure；
Fig. 2 is that the whole left view structure that reconditioning instrument has tilt angle is bent and stretched in a kind of adjustable leg of the present invention
Schematic diagram；
Fig. 3 is the whole enlarged structure signal that reconditioning instrument foot pedal is bent and stretched in a kind of adjustable leg of the present invention
Figure；
Fig. 4 is the enlarged structure signal that reconditioning instrument sliding block and sliding pearl are bent and stretched in a kind of adjustable leg of the present invention
Figure；
Fig. 5 is that reconditioning instrument sliding block is bent and stretched in a kind of adjustable leg of the present invention and the section of slideway junction amplifies
Structural schematic diagram；
Fig. 6 is the schematic diagram of the section structure that reconditioning instrument single slideway is bent and stretched in a kind of adjustable leg of the present invention；
Fig. 7 is the schematic diagram of the section structure that reconditioning instrument foot pedal is bent and stretched in a kind of adjustable leg of the present invention；
Fig. 8 is the whole enlarged structure signal that reconditioning instrument adjustment structure is bent and stretched in a kind of adjustable leg of the present invention
Figure；
Fig. 9 is the whole backsight structural representation that reconditioning instrument adjustment structure is bent and stretched in a kind of adjustable leg of the present invention
Figure；
Figure 10 is the whole bottom upward knot that reconditioning instrument adjustment structure is bent and stretched in a kind of adjustable leg of the present invention
Structure schematic diagram；
Figure 11 is that putting for reconditioning instrument support construction and back plate connections is bent and stretched in a kind of adjustable leg of the present invention
Big structure schematic diagram；
Figure 12 is that cuing open for reconditioning instrument support construction and back plate connections is bent and stretched in a kind of adjustable leg of the present invention
Face enlarged structure schematic diagram；
Figure 13 is that a kind of whole facing structure that reconditioning instrument support construction is bent and stretched in adjustable leg of the present invention is shown
It is intended to；
Figure 14 is that a kind of whole side view structure that reconditioning instrument support construction is bent and stretched in adjustable leg of the present invention is shown
It is intended to；
Figure 15 bends and stretches the leg that reconditioning instrument is in a horizontal position for a kind of adjustable leg of the present invention and bends and stretches health
The overall structure diagram of multiple exercising apparatus；
Figure 16 bends and stretches the leg that reconditioning instrument is in a horizontal position for a kind of adjustable leg of the present invention and bends and stretches health
The whole left view structural representation of multiple exercising apparatus；
Figure 17 is that a kind of whole enlarged structure that reconditioning instrument locking screw is bent and stretched in adjustable leg of the present invention is shown
It is intended to.
In figure, 1, pedestal；11, slideway；12, connecting hole；2, foot pedal；21, front stretching plate；211, toe fixed part；22,
Expansion plate afterwards；221, heel fixed part；23, instep fixed part；24, lock hole；25, locking screw；251, block section；252, spiral shell
Line set；26, connecting column；27, sliding block；271, sliding pearl；3, support column；31, connecting shaft；311, Anti-extrusion section；312, nut；32,
Steadying plate；4, adjustment structure；41, anti-skidding fixed plate；411, sucker；42, bottom adjusting rod；421, connecting rod；43, top is adjusted
Bar；44, connecting plate；45, link slot；46, side plate.
Specific embodiment
It is clearly and completely retouched below by way of particular specific embodiment technical solution in the embodiment of the present invention
It states, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments, art technology
Personnel can other advantages and efficacy of the present invention can be easily understood by content disclosed by this specification.The present invention can also pass through
In addition different specific embodiments is embodied or practiced, in the absence of conflict, in following embodiment and embodiment
Feature can be combined with each other, and based on the embodiments of the present invention, those of ordinary skill in the art are not making creative work
Under the premise of every other embodiment obtained, shall fall within the protection scope of the present invention.
Bend and stretch reconditioning instrument in a kind of adjustable leg of embodiment 1
A kind of adjustable leg bend and stretch reconditioning instrument comprising a pedestal 1 is arranged in removable on pedestal 1
Foot pedal structure also sets up the adjustment structure 4 and support construction, feature for 1 tilt angle of adjustment base being used cooperatively and exists
In slideway 11 is arranged in 1 top of pedestal；The sliding block that the removable foot pedal structure bottom setting coincide with 11 shape of slideway
27, removable foot pedal structure combines connection with the slideway 11 on pedestal 1 by sliding block 27；It is institute for 1 height of adjustment base
Adjustment structure 4 is stated, wherein one end of 1 bottom of pedestal is arranged in adjustment structure 4；Keep height constant for support knot
The other end of 1 bottom of pedestal is arranged in structure, support construction；The adjustment structure 4 and support construction combine connection with pedestal 1.
By the setting of 1 sliding way 11 of pedestal and removable foot pedal structure base slider 27, removable foot pedal structure may be implemented the bottom of at
The function being moved forward and backward on seat 1, by the height of 4 adjustment base 1 of adjustment structure, support construction maintains height constant, from
And pedestal 1 is adjusted to certain tilt angle, so that patient is obtained more fully exercise effect.
The pedestal 1 is set as rectangle, and pedestal 1 is made of medical metal material；Medical metal material safety and friction
Power is small, is moved convenient for removable foot pedal structure.
The length of the pedestal 1 is set as 40-80cm, and the width of pedestal 1 is set as 15-30cm；Such setting is enough full
Sufficient clinical demand.
The slideway 11 is set as rectangular recess, and the length of slideway 11 is less than the length of the pedestal 1, is greater than described removable
The length of dynamic foot pedal structure；The width of slideway 11 is less than the width of pedestal 1；Such setting can prevent removable foot pedal structure from
Slideway 11 is deviate from.
2 slideways, 11,2 slideways 11 are arranged to be parallel to each other.
The removable foot pedal structure includes the foot pedal 2 for placing patient feet, and the company of 2 bottom of foot pedal is arranged in
Connect column 26 and the sliding block connecting with connecting column 26 27；Described 26 one end of connecting column and 2 integrally connected of foot pedal, the other end and sliding block
27 integrally connecteds；Such setting, can drive the movement of foot pedal 2 by the movement of sliding block 27, and the setting of connecting column 26 can be with
It avoids foot pedal 2 from contacting with the direct of pedestal 1, avoids generating biggish frictional force.
The adjustment structure 4 includes an anti-skidding fixed plate 41, and the deformation adjusting rod in anti-skidding fixed plate 41 is arranged in, and
The adapting structure for electric of connection is combined with the pedestal 1；Deformation adjusting rod combines connection, adapting structure for electric and deformation with anti-skidding fixed plate 41
Adjusting rod combination connection；The angle of adapting structure for electric is adjusted by adjusting the height of adjusting rod, to realize the angle of adjustment pedestal 1
Degree.
The anti-skidding fixed plate 41 is set as the rectangular slab with two sides side plate 46, and rectangular slab bottom is arranged for preventing square
The sucker 411 of shape plate sliding；4 suckers 411 are set, the position at 4 angles in rectangular slab bottom is separately positioned on；Sucker 411 is set
Setting can prevent rectangular slab from sliding, and convenient be combined with deformation adjusting rod of the setting of two sides side plate 46 connect.
The deformation adjusting rod includes the bottom adjusting rod 42 and top adjusting rod 43 being applied in combination；Bottom adjusting rod 42 with
The combination of anti-skidding fixed plate 41 connection, top adjusting rod 43 combine connection with bottom adjusting rod 42；In use, the bottom of by adjusting
The height of portion's adjusting rod 42 and top adjusting rod 43 realizes the purpose of 1 tilt angle of adjustment base.
The bottom adjusting rod 42 is arranged 4, wherein the one of the anti-skidding fixed plate 41 is arranged in 2 bottom adjusting rods 42
End, in addition the other end of the anti-skidding fixed plate 41 is arranged in 2 bottom adjusting rods 42, and the bottom adjusting rod 42 of every one end passes through
The mode of screw connection combines connection with the anti-skidding 41 two sides side plate 46 of fixed plate；2 bottom adjusting rods 42 of every one end it
Between a connecting rod 421 is respectively set, 1 top adjusting rod 43 is respectively set in connecting rod 421, and top adjusting rod 43 can surround connecting rod
421 rotations；Bottom adjusting rod 42 combines connection with the mode that top adjusting rod 43 is connected by screw to；Such setting can be the bottom of at
After portion's adjusting rod 42 and top adjusting rod 43 are adjusted to suitable height, fixation is realized by tightening the screw of each coupling part
The function of bottom adjusting rod 42 and top adjusting rod 43, so that it is determined that the adjustment height of deformation adjusting rod and the inclination angle of pedestal 1
Degree.
The adapting structure for electric includes the link slot 45 that connection is combined with the top adjusting rod 43, and integrally with link slot 45
The connecting plate 44 of connection；The mode that link slot 45 is connected by screw to combines connection with the top adjusting rod 43 at both ends；Connecting plate
44 modes being connected by screw to combine connection with pedestal 1；After such height that deformation adjusting rod is arranged in determines, by tightening
Screw prevents top adjusting rod 43 from rotating again, so that one end of pedestal 1 be raised, realizes the mesh of adjustment pedestal 1 angle
's.
The connecting plate 44 is set as rectangular slab, and rectangular slab is identical as the shape of the pedestal 1, convenient for combining with pedestal 1
Connection.
The support construction includes the connection that the support column 3 of 1 two sides of pedestal is arranged in and combines connection with support column 3
Axis 31；Setting can accommodate the connecting hole 12 of connecting shaft 31 on support column 3 and pedestal 1, and connecting shaft 31 is arranged in connecting hole 12；Even
Spindle 31 is pierced into from side support column 3, after pedestal 1, is pierced by from other side support column 3；Such setting can be such that pedestal 1 encloses
It is rotated around connecting shaft 31, when adjustment structure 4 raises the other end of pedestal 1, pedestal 1 is automatically about 31 turns of connecting shaft
It is dynamic, so that adjustment structure 4 be cooperated to form certain tilt angle.
The support column 3 is set as rectangular support column 3, and the setting of 3 bottom of support column is used to guarantee the steady of 3 stability of support column
Fixed board 32, the area of steadying plate 32 are greater than the area of 3 bottom surface of support column；The setting of such steadying plate 32 can guarantee support column 3
Stability, prevent support column 3 from toppling over.
The connecting shaft 31 is set as connecting screw, and screw thread and nut 312 is arranged in connecting screw one end, and other end setting is anti-
Deviate from section 311；One end of connecting screw is arranged on the support column 3 of side, and the other end is arranged on the support column 3 of the other side；
The setting of connecting screw, which can closely combine the support column 3 of two sides with pedestal 1, to be connect, and guarantees the stabilization of pedestal 1 and support column 3
Property.
Bend and stretch reconditioning instrument in a kind of adjustable leg of embodiment 2
A kind of adjustable leg bend and stretch reconditioning instrument comprising a pedestal 1 is arranged in removable on pedestal 1
Foot pedal structure also sets up the adjustment structure 4 and support construction, feature for 1 tilt angle of adjustment base being used cooperatively and exists
In slideway 11 is arranged in 1 top of pedestal；The sliding block that the removable foot pedal structure bottom setting coincide with 11 shape of slideway
27, removable foot pedal structure combines connection with the slideway 11 on pedestal 1 by sliding block 27；It is institute for 1 height of adjustment base
Adjustment structure 4 is stated, wherein one end of 1 bottom of pedestal is arranged in adjustment structure 4；Keep height constant for support knot
The other end of 1 bottom of pedestal is arranged in structure, support construction；The adjustment structure 4 and support construction combine connection with pedestal 1.
By the setting of 1 sliding way 11 of pedestal and removable foot pedal structure base slider 27, removable foot pedal structure may be implemented the bottom of at
The function being moved forward and backward on seat 1, by the height of 4 adjustment base 1 of adjustment structure, support construction maintains height constant, from
And pedestal 1 is adjusted to certain tilt angle, so that patient is obtained more fully exercise effect.
The pedestal 1 is set as rectangle, and pedestal 1 is made of medical metal material；Medical metal material safety and friction
Power is small, is moved convenient for removable foot pedal structure.
The length of the pedestal 1 is set as 40-80cm, and the width of pedestal 1 is set as 15-30cm；Such setting is enough full
Sufficient clinical demand.
The slideway 11 is set as rectangular recess, and the length of slideway 11 is less than the length of the pedestal 1, is greater than described removable
The length of dynamic foot pedal structure；The width of slideway 11 is less than the width of pedestal 1；Such setting can prevent removable foot pedal structure from
Slideway 11 is deviate from.
2 slideways, 11,2 slideways 11 are arranged to be parallel to each other.
The removable foot pedal structure includes the foot pedal 2 for placing patient feet, and the company of 2 bottom of foot pedal is arranged in
Connect column 26 and the sliding block connecting with connecting column 26 27；Described 26 one end of connecting column and 2 integrally connected of foot pedal, the other end and sliding block
27 integrally connecteds；Such setting, can drive the movement of foot pedal 2 by the movement of sliding block 27, and the setting of connecting column 26 can be with
It avoids foot pedal 2 from contacting with the direct of pedestal 1, avoids generating biggish frictional force.
The foot pedal 2 includes a rectangular base plate, foot's fixed structure in rectangular base plate is arranged in, and for adjusting
The expansion plate of 2 length of foot pedal；It is set as hollow inside the rectangular base plate, and both ends open；Foot's fixed structure is set
It sets on the top of rectangular base plate；The inside of rectangular base plate is arranged in the expansion plate；The setting of foot's fixed structure can be fixed
For the foot of patient in rectangular base plate, the length of foot pedal 2 can be adjusted flexibly in the setting of expansion plate according to the size of patient feet,
To be suitable for different patients.
The expansion plate includes front stretching plate 21 and rear expansion plate 22, before front stretching plate 21 is arranged in inside rectangular base plate
The latter half inside rectangular base plate is arranged in half part, rear expansion plate 22；The total length of expansion plate is greater than the rectangular base plate
Length；Such setting quickly can pull out expansion plate when needing to adjust rectangular base plate length inside rectangular base plate.
Foot's fixed structure includes toe fixed part 211, instep fixed part 23 and heel fixed part 221；Toe is solid
Determine the front end that rectangular base plate is arranged in portion 211, the rear end of rectangular base plate is arranged in heel fixed part 221；Toe fixed part 211 and
Heel fixed part 221 and the expansion plate integrally connected；Instep fixed part 23 and the rectangular base plate integrally connected.
The toe fixed part 211 is set as in the arc panel for being bent downwardly radian, arc panel bottom and the front stretching
21 integrally connected of plate, end dissociative on arc panel；The space that arc panel and the rectangular base plate are formed can accommodate the toe of patient
Portion；The setting of such arc panel can fix the toe of immobilized patients, and be consistent with the position of front stretching plate 21, prevent
Only the foot of patient is sliding out rectangular base plate.
The instep fixed part 23 is set as elastic reducing-fixing band, and elastic reducing-fixing band two sides and the two sides of the rectangular base plate are logical
It crosses any one connection type in the prior art to be attached, wherein the mode of preferably rivet interlacement；Elastic reducing-fixing band is set
The dorsal portion for setting immobilized patients is stablized in rectangular base plate, and elastic reducing-fixing band is soft, avoids bringing sense of discomfort to patient.
The heel fixed part 221 is set as the semicircular arc fixed plate coincideing with heel shape, fixes in semicircular arc
Soft layer is set close to the side of patient's heel on the inside of plate；Semicircular arc fixed plate bottom integrally connects with the rear expansion plate 22
It connects；It is such to be arranged while guaranteeing patients feet's stability, also there is certain comfort.
The adjustment structure 4 includes an anti-skidding fixed plate 41, and the deformation adjusting rod in anti-skidding fixed plate 41 is arranged in, and
The adapting structure for electric of connection is combined with the pedestal 1；Deformation adjusting rod combines connection, adapting structure for electric and deformation with anti-skidding fixed plate 41
Adjusting rod combination connection；The angle of adapting structure for electric is adjusted by adjusting the height of adjusting rod, to realize the angle of adjustment pedestal 1
Degree.
The anti-skidding fixed plate 41 is set as the rectangular slab with two sides side plate 46, and rectangular slab bottom is arranged for preventing square
The sucker 411 of shape plate sliding；4 suckers 411 are set, the position at 4 angles in rectangular slab bottom is separately positioned on；Sucker 411 is set
Setting can prevent rectangular slab from sliding, and convenient be combined with deformation adjusting rod of the setting of two sides side plate 46 connect.
The deformation adjusting rod includes the bottom adjusting rod 42 and top adjusting rod 43 being applied in combination；Bottom adjusting rod 42 with
The combination of anti-skidding fixed plate 41 connection, top adjusting rod 43 combine connection with bottom adjusting rod 42；In use, the bottom of by adjusting
The height of portion's adjusting rod 42 and top adjusting rod 43 realizes the purpose of 1 tilt angle of adjustment base.
The bottom adjusting rod 42 is arranged 4, wherein the one of the anti-skidding fixed plate 41 is arranged in 2 bottom adjusting rods 42
End, in addition the other end of the anti-skidding fixed plate 41 is arranged in 2 bottom adjusting rods 42, and the bottom adjusting rod 42 of every one end passes through
The mode of screw connection combines connection with the anti-skidding 41 two sides side plate 46 of fixed plate；2 bottom adjusting rods 42 of every one end it
Between a connecting rod 421 is respectively set, 1 top adjusting rod 43 is respectively set in connecting rod 421, and top adjusting rod 43 can surround connecting rod
421 rotations；Bottom adjusting rod 42 combines connection with the mode that top adjusting rod 43 is connected by screw to；Such setting can be the bottom of at
After portion's adjusting rod 42 and top adjusting rod 43 are adjusted to suitable height, fixation is realized by tightening the screw of each coupling part
The function of bottom adjusting rod 42 and top adjusting rod 43, so that it is determined that the adjustment height of deformation adjusting rod and the inclination angle of pedestal 1
Degree.
The adapting structure for electric includes the link slot 45 that connection is combined with the top adjusting rod 43, and integrally with link slot 45
The connecting plate 44 of connection；The mode that link slot 45 is connected by screw to combines connection with the top adjusting rod 43 at both ends；Connecting plate
44 modes being connected by screw to combine connection with pedestal 1；After such height that deformation adjusting rod is arranged in determines, by tightening
Screw prevents top adjusting rod 43 from rotating again, so that one end of pedestal 1 be raised, realizes the mesh of adjustment pedestal 1 angle
's.
The connecting plate 44 is set as rectangular slab, and rectangular slab is identical as the shape of the pedestal 1, convenient for combining with pedestal 1
Connection.
The support construction includes the connection that the support column 3 of 1 two sides of pedestal is arranged in and combines connection with support column 3
Axis 31；Setting can accommodate the connecting hole 12 of connecting shaft 31 on support column 3 and pedestal 1, and connecting shaft 31 is arranged in connecting hole 12；Even
Spindle 31 is pierced into from side support column 3, after pedestal 1, is pierced by from other side support column 3；Such setting can be such that pedestal 1 encloses
It is rotated around connecting shaft 31, when adjustment structure 4 raises the other end of pedestal 1, pedestal 1 is automatically about 31 turns of connecting shaft
It is dynamic, so that adjustment structure 4 be cooperated to form certain tilt angle.
The support column 3 is set as rectangular support column 3, and the setting of 3 bottom of support column is used to guarantee the steady of 3 stability of support column
Fixed board 32, the area of steadying plate 32 are greater than the area of 3 bottom surface of support column；The setting of such steadying plate 32 can guarantee support column 3
Stability, prevent support column 3 from toppling over.
The connecting shaft 31 is set as connecting screw, and screw thread and nut 312 is arranged in connecting screw one end, and other end setting is anti-
Deviate from section 311；One end of connecting screw is arranged on the support column 3 of side, and the other end is arranged on the support column 3 of the other side；
The setting of connecting screw, which can closely combine the support column 3 of two sides with pedestal 1, to be connect, and guarantees the stabilization of pedestal 1 and support column 3
Property.
Bend and stretch reconditioning instrument in a kind of adjustable leg of embodiment 3
A kind of adjustable leg bend and stretch reconditioning instrument comprising a pedestal 1 is arranged in removable on pedestal 1
Foot pedal structure also sets up the adjustment structure 4 and support construction, feature for 1 tilt angle of adjustment base being used cooperatively and exists
In slideway 11 is arranged in 1 top of pedestal；The sliding block that the removable foot pedal structure bottom setting coincide with 11 shape of slideway
27, removable foot pedal structure combines connection with the slideway 11 on pedestal 1 by sliding block 27；It is institute for 1 height of adjustment base
Adjustment structure 4 is stated, wherein one end of 1 bottom of pedestal is arranged in adjustment structure 4；Keep height constant for support knot
The other end of 1 bottom of pedestal is arranged in structure, support construction；The adjustment structure 4 and support construction combine connection with pedestal 1.
By the setting of 1 sliding way 11 of pedestal and removable foot pedal structure base slider 27, removable foot pedal structure may be implemented the bottom of at
The function being moved forward and backward on seat 1, by the height of 4 adjustment base 1 of adjustment structure, support construction maintains height constant, from
And pedestal 1 is adjusted to certain tilt angle, so that patient is obtained more fully exercise effect.
The pedestal 1 is set as rectangle, and pedestal 1 is made of medical metal material；Medical metal material safety and friction
Power is small, is moved convenient for removable foot pedal structure.
The length of the pedestal 1 is set as 40-80cm, and the width of pedestal 1 is set as 15-30cm；Such setting is enough full
Sufficient clinical demand.
The slideway 11 is set as rectangular recess, and the length of slideway 11 is less than the length of the pedestal 1, is greater than described removable
The length of dynamic foot pedal structure；The width of slideway 11 is less than the width of pedestal 1；Such setting can prevent removable foot pedal structure from
Slideway 11 is deviate from.
2 slideways, 11,2 slideways 11 are arranged to be parallel to each other.
The removable foot pedal structure includes the foot pedal 2 for placing patient feet, and the company of 2 bottom of foot pedal is arranged in
Connect column 26 and the sliding block connecting with connecting column 26 27；Described 26 one end of connecting column and 2 integrally connected of foot pedal, the other end and sliding block
27 integrally connecteds；Such setting, can drive the movement of foot pedal 2 by the movement of sliding block 27, and the setting of connecting column 26 can be with
It avoids foot pedal 2 from contacting with the direct of pedestal 1, avoids generating biggish frictional force.
The foot pedal 2 includes a rectangular base plate, foot's fixed structure in rectangular base plate is arranged in, and for adjusting
The expansion plate of 2 length of foot pedal；It is set as hollow inside the rectangular base plate, and both ends open；Foot's fixed structure is set
It sets on the top of rectangular base plate；The inside of rectangular base plate is arranged in the expansion plate；The setting of foot's fixed structure can be fixed
For the foot of patient in rectangular base plate, the length of foot pedal 2 can be adjusted flexibly in the setting of expansion plate according to the size of patient feet,
To be suitable for different patients.
The expansion plate includes front stretching plate 21 and rear expansion plate 22, before front stretching plate 21 is arranged in inside rectangular base plate
The latter half inside rectangular base plate is arranged in half part, rear expansion plate 22；The total length of expansion plate is greater than the rectangular base plate
Length；Such setting quickly can pull out expansion plate when needing to adjust rectangular base plate length inside rectangular base plate.
One locking structure for being used to fixed flexible Board position is set, and locking structure includes being arranged in rectangular base plate side wall and stretching
Lock hole 24 on contracting plate side wall, and the locking screw 25 being arranged in lock hole 24；The lock hole 24 runs through rectangular base
Plate and expansion plate；Locking screw 25 is pierced into from the lock hole 24 of rectangular base plate side side wall, passes through expansion plate, another from rectangular base plate
The lock hole 24 of side side wall is pierced by；The position of expansion plate can be fixed by locking structure, before occurring that expansion plate no longer
After move.
The locking structure is set as cylindrical locking screw 25, the setting of 25 one end of locking screw prevent locking screw 25 from
Screw thread and thread bush 252 is arranged in the block section 251 that lock hole 24 is deviate from, the other end；Locking screw 25 and thread bush 252 pass through spiral shell
The mode of line connection combines connection；Such setting can tighten locking screw 25, thus the position of fixed expansion plate.
Foot's fixed structure includes toe fixed part 211, instep fixed part 23 and heel fixed part 221；Toe is solid
Determine the front end that rectangular base plate is arranged in portion 211, the rear end of rectangular base plate is arranged in heel fixed part 221；Toe fixed part 211 and
Heel fixed part 221 and the expansion plate integrally connected；Instep fixed part 23 and the rectangular base plate integrally connected.
The toe fixed part 211 is set as in the arc panel for being bent downwardly radian, arc panel bottom and the front stretching
21 integrally connected of plate, end dissociative on arc panel；The space that arc panel and the rectangular base plate are formed can accommodate the toe of patient
Portion；The setting of such arc panel can fix the toe of immobilized patients, and be consistent with the position of front stretching plate 21, prevent
Only the foot of patient is sliding out rectangular base plate.
The instep fixed part 23 is set as elastic reducing-fixing band, and elastic reducing-fixing band two sides and the two sides of the rectangular base plate are logical
It crosses any one connection type in the prior art to be attached, wherein the mode of preferably rivet interlacement；Elastic reducing-fixing band is set
The dorsal portion for setting immobilized patients is stablized in rectangular base plate, and elastic reducing-fixing band is soft, avoids bringing sense of discomfort to patient.
The heel fixed part 221 is set as the semicircular arc fixed plate coincideing with heel shape, fixes in semicircular arc
Soft layer is set close to the side of patient's heel on the inside of plate；Semicircular arc fixed plate bottom integrally connects with the rear expansion plate 22
It connects；It is such to be arranged while guaranteeing patients feet's stability, also there is certain comfort.
The adjustment structure 4 includes an anti-skidding fixed plate 41, and the deformation adjusting rod in anti-skidding fixed plate 41 is arranged in, and
The adapting structure for electric of connection is combined with the pedestal 1；Deformation adjusting rod combines connection, adapting structure for electric and deformation with anti-skidding fixed plate 41
Adjusting rod combination connection；The angle of adapting structure for electric is adjusted by adjusting the height of adjusting rod, to realize the angle of adjustment pedestal 1
Degree.
The anti-skidding fixed plate 41 is set as the rectangular slab with two sides side plate 46, and rectangular slab bottom is arranged for preventing square
The sucker 411 of shape plate sliding；4 suckers 411 are set, the position at 4 angles in rectangular slab bottom is separately positioned on；Sucker 411 is set
Setting can prevent rectangular slab from sliding, and convenient be combined with deformation adjusting rod of the setting of two sides side plate 46 connect.
The deformation adjusting rod includes the bottom adjusting rod 42 and top adjusting rod 43 being applied in combination；Bottom adjusting rod 42 with
The combination of anti-skidding fixed plate 41 connection, top adjusting rod 43 combine connection with bottom adjusting rod 42；In use, the bottom of by adjusting
The height of portion's adjusting rod 42 and top adjusting rod 43 realizes the purpose of 1 tilt angle of adjustment base.
The bottom adjusting rod 42 is arranged 4, wherein the one of the anti-skidding fixed plate 41 is arranged in 2 bottom adjusting rods 42
End, in addition the other end of the anti-skidding fixed plate 41 is arranged in 2 bottom adjusting rods 42, and the bottom adjusting rod 42 of every one end passes through
The mode of screw connection combines connection with the anti-skidding 41 two sides side plate 46 of fixed plate；2 bottom adjusting rods 42 of every one end it
Between a connecting rod 421 is respectively set, 1 top adjusting rod 43 is respectively set in connecting rod 421, and top adjusting rod 43 can surround connecting rod
421 rotations；Bottom adjusting rod 42 combines connection with the mode that top adjusting rod 43 is connected by screw to；Such setting can be the bottom of at
After portion's adjusting rod 42 and top adjusting rod 43 are adjusted to suitable height, fixation is realized by tightening the screw of each coupling part
The function of bottom adjusting rod 42 and top adjusting rod 43, so that it is determined that the adjustment height of deformation adjusting rod and the inclination angle of pedestal 1
Degree.
The adapting structure for electric includes the link slot 45 that connection is combined with the top adjusting rod 43, and integrally with link slot 45
The connecting plate 44 of connection；The mode that link slot 45 is connected by screw to combines connection with the top adjusting rod 43 at both ends；Connecting plate
44 modes being connected by screw to combine connection with pedestal 1；After such height that deformation adjusting rod is arranged in determines, by tightening
Screw prevents top adjusting rod 43 from rotating again, so that one end of pedestal 1 be raised, realizes the mesh of adjustment pedestal 1 angle
's.
The connecting plate 44 is set as rectangular slab, and rectangular slab is identical as the shape of the pedestal 1, convenient for combining with pedestal 1
Connection.
The support construction includes the connection that the support column 3 of 1 two sides of pedestal is arranged in and combines connection with support column 3
Axis 31；Setting can accommodate the connecting hole 12 of connecting shaft 31 on support column 3 and pedestal 1, and connecting shaft 31 is arranged in connecting hole 12；Even
Spindle 31 is pierced into from side support column 3, after pedestal 1, is pierced by from other side support column 3；Such setting can be such that pedestal 1 encloses
It is rotated around connecting shaft 31, when adjustment structure 4 raises the other end of pedestal 1, pedestal 1 is automatically about 31 turns of connecting shaft
It is dynamic, so that adjustment structure 4 be cooperated to form certain tilt angle.
The support column 3 is set as rectangular support column 3, and the setting of 3 bottom of support column is used to guarantee the steady of 3 stability of support column
Fixed board 32, the area of steadying plate 32 are greater than the area of 3 bottom surface of support column；The setting of such steadying plate 32 can guarantee support column 3
Stability, prevent support column 3 from toppling over.
The connecting shaft 31 is set as connecting screw, and screw thread and nut 312 is arranged in connecting screw one end, and other end setting is anti-
Deviate from section 311；One end of connecting screw is arranged on the support column 3 of side, and the other end is arranged on the support column 3 of the other side；
The setting of connecting screw, which can closely combine the support column 3 of two sides with pedestal 1, to be connect, and guarantees the stabilization of pedestal 1 and support column 3
Property.
Bend and stretch reconditioning instrument in a kind of adjustable leg of embodiment 4
A kind of adjustable leg bend and stretch reconditioning instrument comprising a pedestal 1 is arranged in removable on pedestal 1
Foot pedal structure also sets up the adjustment structure 4 and support construction, feature for 1 tilt angle of adjustment base being used cooperatively and exists
In slideway 11 is arranged in 1 top of pedestal；The sliding block that the removable foot pedal structure bottom setting coincide with 11 shape of slideway
27, removable foot pedal structure combines connection with the slideway 11 on pedestal 1 by sliding block 27；It is institute for 1 height of adjustment base
Adjustment structure 4 is stated, wherein one end of 1 bottom of pedestal is arranged in adjustment structure 4；Keep height constant for support knot
The other end of 1 bottom of pedestal is arranged in structure, support construction；The adjustment structure 4 and support construction combine connection with pedestal 1.
By the setting of 1 sliding way 11 of pedestal and removable foot pedal structure base slider 27, removable foot pedal structure may be implemented the bottom of at
The function being moved forward and backward on seat 1, by the height of 4 adjustment base 1 of adjustment structure, support construction maintains height constant, from
And pedestal 1 is adjusted to certain tilt angle, so that patient is obtained more fully exercise effect.
The pedestal 1 is set as rectangle, and pedestal 1 is made of medical metal material；Medical metal material safety and friction
Power is small, is moved convenient for removable foot pedal structure.
The length of the pedestal 1 is set as 40-80cm, and the width of pedestal 1 is set as 15-30cm；Such setting is enough full
Sufficient clinical demand.
The slideway 11 is set as rectangular recess, and the length of slideway 11 is less than the length of the pedestal 1, is greater than described removable
The length of dynamic foot pedal structure；The width of slideway 11 is less than the width of pedestal 1；Such setting can prevent removable foot pedal structure from
Slideway 11 is deviate from.
2 slideways, 11,2 slideways 11 are arranged to be parallel to each other.
The removable foot pedal structure includes the foot pedal 2 for placing patient feet, and the company of 2 bottom of foot pedal is arranged in
Connect column 26 and the sliding block connecting with connecting column 26 27；Described 26 one end of connecting column and 2 integrally connected of foot pedal, the other end and sliding block
27 integrally connecteds；Such setting, can drive the movement of foot pedal 2 by the movement of sliding block 27, and the setting of connecting column 26 can be with
It avoids foot pedal 2 from contacting with the direct of pedestal 1, avoids generating biggish frictional force.
The foot pedal 2 includes a rectangular base plate, foot's fixed structure in rectangular base plate is arranged in, and for adjusting
The expansion plate of 2 length of foot pedal；It is set as hollow inside the rectangular base plate, and both ends open；Foot's fixed structure is set
It sets on the top of rectangular base plate；The inside of rectangular base plate is arranged in the expansion plate；The setting of foot's fixed structure can be fixed
For the foot of patient in rectangular base plate, the length of foot pedal 2 can be adjusted flexibly in the setting of expansion plate according to the size of patient feet,
To be suitable for different patients.
The expansion plate includes front stretching plate 21 and rear expansion plate 22, before front stretching plate 21 is arranged in inside rectangular base plate
The latter half inside rectangular base plate is arranged in half part, rear expansion plate 22；The total length of expansion plate is greater than the rectangular base plate
Length；Such setting quickly can pull out expansion plate when needing to adjust rectangular base plate length inside rectangular base plate.
One locking structure for being used to fixed flexible Board position is set, and locking structure includes being arranged in rectangular base plate side wall and stretching
Lock hole 24 on contracting plate side wall, and the locking screw 25 being arranged in lock hole 24；The lock hole 24 runs through rectangular base
Plate and expansion plate；Locking screw 25 is pierced into from the lock hole 24 of rectangular base plate side side wall, passes through expansion plate, another from rectangular base plate
The lock hole 24 of side side wall is pierced by；The position of expansion plate can be fixed by locking structure, before occurring that expansion plate no longer
After move.
The locking structure is set as cylindrical locking screw 25, the setting of 25 one end of locking screw prevent locking screw 25 from
Screw thread and thread bush 252 is arranged in the block section 251 that lock hole 24 is deviate from, the other end；Locking screw 25 and thread bush 252 pass through spiral shell
The mode of line connection combines connection；Such setting can tighten locking screw 25, thus the position of fixed expansion plate.
Foot's fixed structure includes toe fixed part 211, instep fixed part 23 and heel fixed part 221；Toe is solid
Determine the front end that rectangular base plate is arranged in portion 211, the rear end of rectangular base plate is arranged in heel fixed part 221；Toe fixed part 211 and
Heel fixed part 221 and the expansion plate integrally connected；Instep fixed part 23 and the rectangular base plate integrally connected.
The toe fixed part 211 is set as in the arc panel for being bent downwardly radian, arc panel bottom and the front stretching
21 integrally connected of plate, end dissociative on arc panel；The space that arc panel and the rectangular base plate are formed can accommodate the toe of patient
Portion；The setting of such arc panel can fix the toe of immobilized patients, and be consistent with the position of front stretching plate 21, prevent
Only the foot of patient is sliding out rectangular base plate.
The instep fixed part 23 is set as elastic reducing-fixing band, and elastic reducing-fixing band two sides and the two sides of the rectangular base plate are logical
It crosses any one connection type in the prior art to be attached, wherein the mode of preferably rivet interlacement；Elastic reducing-fixing band is set
The dorsal portion for setting immobilized patients is stablized in rectangular base plate, and elastic reducing-fixing band is soft, avoids bringing sense of discomfort to patient.
The heel fixed part 221 is set as the semicircular arc fixed plate coincideing with heel shape, fixes in semicircular arc
Soft layer is set close to the side of patient's heel on the inside of plate；Semicircular arc fixed plate bottom integrally connects with the rear expansion plate 22
It connects；It is such to be arranged while guaranteeing patients feet's stability, also there is certain comfort.
The sliding pearl 271 of multiple semicircle spherical shapes is set in 27 bottom of sliding block, sliding pearl 271 is made of medical metal material；
The setting of the sliding pearl 271 of such medical metal can reduce the frictional force between sliding block 27 and slideway 11, bend to mitigate patient
Resistance during stretching.
The adjustment structure 4 includes an anti-skidding fixed plate 41, and the deformation adjusting rod in anti-skidding fixed plate 41 is arranged in, and
The adapting structure for electric of connection is combined with the pedestal 1；Deformation adjusting rod combines connection, adapting structure for electric and deformation with anti-skidding fixed plate 41
Adjusting rod combination connection；The angle of adapting structure for electric is adjusted by adjusting the height of adjusting rod, to realize the angle of adjustment pedestal 1
Degree.
The anti-skidding fixed plate 41 is set as the rectangular slab with two sides side plate 46, and rectangular slab bottom is arranged for preventing square
The sucker 411 of shape plate sliding；4 suckers 411 are set, the position at 4 angles in rectangular slab bottom is separately positioned on；Sucker 411 is set
Setting can prevent rectangular slab from sliding, and convenient be combined with deformation adjusting rod of the setting of two sides side plate 46 connect.
The deformation adjusting rod includes the bottom adjusting rod 42 and top adjusting rod 43 being applied in combination；Bottom adjusting rod 42 with
The combination of anti-skidding fixed plate 41 connection, top adjusting rod 43 combine connection with bottom adjusting rod 42；In use, the bottom of by adjusting
The height of portion's adjusting rod 42 and top adjusting rod 43 realizes the purpose of 1 tilt angle of adjustment base.
The bottom adjusting rod 42 is arranged 4, wherein the one of the anti-skidding fixed plate 41 is arranged in 2 bottom adjusting rods 42
End, in addition the other end of the anti-skidding fixed plate 41 is arranged in 2 bottom adjusting rods 42, and the bottom adjusting rod 42 of every one end passes through
The mode of screw connection combines connection with the anti-skidding 41 two sides side plate 46 of fixed plate；2 bottom adjusting rods 42 of every one end it
Between a connecting rod 421 is respectively set, 1 top adjusting rod 43 is respectively set in connecting rod 421, and top adjusting rod 43 can surround connecting rod
421 rotations；Bottom adjusting rod 42 combines connection with the mode that top adjusting rod 43 is connected by screw to；Such setting can be the bottom of at
After portion's adjusting rod 42 and top adjusting rod 43 are adjusted to suitable height, fixation is realized by tightening the screw of each coupling part
The function of bottom adjusting rod 42 and top adjusting rod 43, so that it is determined that the adjustment height of deformation adjusting rod and the inclination angle of pedestal 1
Degree.
The adapting structure for electric includes the link slot 45 that connection is combined with the top adjusting rod 43, and integrally with link slot 45
The connecting plate 44 of connection；The mode that link slot 45 is connected by screw to combines connection with the top adjusting rod 43 at both ends；Connecting plate
44 modes being connected by screw to combine connection with pedestal 1；After such height that deformation adjusting rod is arranged in determines, by tightening
Screw prevents top adjusting rod 43 from rotating again, so that one end of pedestal 1 be raised, realizes the mesh of adjustment pedestal 1 angle
's.
The connecting plate 44 is set as rectangular slab, and rectangular slab is identical as the shape of the pedestal 1, convenient for combining with pedestal 1
Connection.
The support construction includes the connection that the support column 3 of 1 two sides of pedestal is arranged in and combines connection with support column 3
Axis 31；Setting can accommodate the connecting hole 12 of connecting shaft 31 on support column 3 and pedestal 1, and connecting shaft 31 is arranged in connecting hole 12；Even
Spindle 31 is pierced into from side support column 3, after pedestal 1, is pierced by from other side support column 3；Such setting can be such that pedestal 1 encloses
It is rotated around connecting shaft 31, when adjustment structure 4 raises the other end of pedestal 1, pedestal 1 is automatically about 31 turns of connecting shaft
It is dynamic, so that adjustment structure 4 be cooperated to form certain tilt angle.
The support column 3 is set as rectangular support column 3, and the setting of 3 bottom of support column is used to guarantee the steady of 3 stability of support column
Fixed board 32, the area of steadying plate 32 are greater than the area of 3 bottom surface of support column；The setting of such steadying plate 32 can guarantee support column 3
Stability, prevent support column 3 from toppling over.
The connecting shaft 31 is set as connecting screw, and screw thread and nut 312 is arranged in connecting screw one end, and other end setting is anti-
Deviate from section 311；One end of connecting screw is arranged on the support column 3 of side, and the other end is arranged on the support column 3 of the other side；
The setting of connecting screw, which can closely combine the support column 3 of two sides with pedestal 1, to be connect, and guarantees the stabilization of pedestal 1 and support column 3
Property.
The explanation of above-described embodiment is only intended to understand the present invention.It should be pointed out that for those of ordinary skill in the art
For, without departing from the principle of the present invention, several improvement can also be carried out to the present invention, these improvement will also fall into this
In invention scope of protection of the claims.
Claims (10)
1. reconditioning instrument is bent and stretched in a kind of adjustable leg comprising a pedestal (1) is arranged removable on pedestal (1)
Dynamic foot pedal structure, also sets up the adjustment structure (4) and support construction for adjustment base (1) tilt angle being used cooperatively,
It is characterized in that, slideway (11) are arranged in pedestal (1) top；The removable foot pedal structure bottom setting and slideway (11) shape
Identical sliding block (27), removable foot pedal structure combine connection with the slideway (11) on pedestal (1) by sliding block (27)；For adjusting
Section pedestal (1) height is the adjustment structure (4), and adjustment structure (4) is arranged in wherein one end of the pedestal (1) bottom；
Keep height constant for the support construction, the other end of the support construction setting in pedestal (1) bottom；The adjustment structure
(4) and support construction combines connection with pedestal (1).
2. reconditioning instrument is bent and stretched in adjustable leg according to claim 1, which is characterized in that the pedestal (1)
It is set as rectangle, pedestal (1) is made of medical metal material.
3. reconditioning instrument is bent and stretched in adjustable leg according to claim 1, which is characterized in that the slideway (11)
It is set as rectangular recess, the length of slideway (11) is less than the length of the pedestal (1), greater than the length of the removable foot pedal structure
Degree；The width of slideway (11) is less than the width of pedestal (1).
4. reconditioning instrument is bent and stretched in adjustable leg according to claim 1, which is characterized in that the removable foot
Step on structure include for placing the foot pedal of patient feet (2), be arranged foot pedal (2) bottom connecting column (26) and with connection
The sliding block (27) of column (26) connection；Described connecting column (26) one end and foot pedal (2) integrally connected, the other end and sliding block (27) one
Body connection.
5. reconditioning instrument is bent and stretched in adjustable leg according to claim 4, which is characterized in that the foot pedal
(2) include a rectangular base plate, foot's fixed structure in rectangular base plate is set, and for adjusting foot pedal (2) length
Expansion plate；It is set as hollow inside the rectangular base plate, and both ends open；Rectangular base plate is arranged in foot's fixed structure
Top；The inside of rectangular base plate is arranged in the expansion plate.
6. reconditioning instrument is bent and stretched in adjustable leg according to claim 1, which is characterized in that the adjustment structure
(4) include an anti-skidding fixed plate (41), deformation adjusting rod on anti-skidding fixed plate (41) be set, and with the pedestal (1)
Combine the adapting structure for electric of connection；Deformation adjusting rod combines connection, adapting structure for electric and deformation adjusting rod group with anti-skidding fixed plate (41)
Close connection.
7. reconditioning instrument is bent and stretched in adjustable leg according to claim 6, which is characterized in that the deformation is adjusted
Bar includes the bottom adjusting rod (42) and top adjusting rod (43) being applied in combination；Bottom adjusting rod (42) and the anti-skidding fixed plate
(41) combination connection, top adjusting rod (43) combine connection with bottom adjusting rod (42).
8. reconditioning instrument is bent and stretched in adjustable leg according to claim 7, which is characterized in that the bottom is adjusted
Bar (42) is arranged 4, wherein the setting of 2 bottom adjusting rods (42) is in one end of the anti-skidding fixed plate (41), other 2 bottoms
The other end in the anti-skidding fixed plate (41) is arranged in adjusting rod (42), and the bottom adjusting rod (42) of every one end is connected by screw to
Mode combine connection with anti-skidding fixed plate (41) the two sides side plate (46)；Between 2 bottom adjusting rods (42) of every one end
Each that a connecting rod (421) are arranged, 1 top adjusting rod (43) of each setting in connecting rod (421), top adjusting rod (43) can surround
Connecting rod (421) rotation；Bottom adjusting rod (42) combines connection with the mode that top adjusting rod (43) is connected by screw to.
9. reconditioning instrument is bent and stretched in adjustable leg according to claim 1, which is characterized in that the support construction
Including being arranged in the support column (3) of the pedestal (1) two sides and combining the connecting shaft (31) connected with support column (3)；Support column
(3) connecting hole (12) that can accommodate connecting shaft (31) and is set on pedestal (1), connecting shaft (31) are set in connecting hole (12)；
Connecting shaft (31) is pierced into from side support column (3), after pedestal (1), is pierced by from other side support column (3).
10. reconditioning instrument is bent and stretched in adjustable leg according to claim 9, which is characterized in that the connecting shaft
(31) it is set as connecting screw, screw thread and nut (312) is arranged in connecting screw one end, and Anti-extrusion section (311) are arranged in the other end；Even
The one end for connecing screw rod is arranged on the support column of side (3), and the other end is arranged on the support column (3) of the other side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910395107.3A CN109966711A (en) | 2019-05-13 | 2019-05-13 | Reconditioning instrument is bent and stretched in a kind of adjustable leg |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910395107.3A CN109966711A (en) | 2019-05-13 | 2019-05-13 | Reconditioning instrument is bent and stretched in a kind of adjustable leg |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109966711A true CN109966711A (en) | 2019-07-05 |
Family
ID=67073458
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910395107.3A Pending CN109966711A (en) | 2019-05-13 | 2019-05-13 | Reconditioning instrument is bent and stretched in a kind of adjustable leg |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109966711A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112603765A (en) * | 2020-12-31 | 2021-04-06 | 固安博健生物技术有限公司 | Leg exercise auxiliary instrument based on biomechanics |
| CN114699720A (en) * | 2022-03-14 | 2022-07-05 | 北京诺亦腾科技有限公司 | Lower limb rehabilitation training device |
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| US6589141B1 (en) * | 1999-12-02 | 2003-07-08 | Darryl Flaggs | Apparatus and method for stretching calf muscles |
| CN204744705U (en) * | 2015-06-30 | 2015-11-11 | 成都凯裕电子电器有限公司 | Flexible fixed foot running -board |
| CN107754217A (en) * | 2017-10-27 | 2018-03-06 | 南京思伯德生物科技有限公司 | Intelligent lower limb device for rehabilitation |
| CN108354773A (en) * | 2018-03-05 | 2018-08-03 | 大连民族大学 | A kind of automatic rehabilitation instrument for lower limb rehabilitation |
| CN207871110U (en) * | 2017-06-05 | 2018-09-18 | 衢州学院 | Automatic rehabilitation equipment and rehabilitation machines |
| CN210021008U (en) * | 2019-05-13 | 2020-02-07 | 中南大学湘雅医院 | Recovered exerciser of stretching is bent to shank |
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Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6589141B1 (en) * | 1999-12-02 | 2003-07-08 | Darryl Flaggs | Apparatus and method for stretching calf muscles |
| CN204744705U (en) * | 2015-06-30 | 2015-11-11 | 成都凯裕电子电器有限公司 | Flexible fixed foot running -board |
| CN207871110U (en) * | 2017-06-05 | 2018-09-18 | 衢州学院 | Automatic rehabilitation equipment and rehabilitation machines |
| CN107754217A (en) * | 2017-10-27 | 2018-03-06 | 南京思伯德生物科技有限公司 | Intelligent lower limb device for rehabilitation |
| CN108354773A (en) * | 2018-03-05 | 2018-08-03 | 大连民族大学 | A kind of automatic rehabilitation instrument for lower limb rehabilitation |
| CN210021008U (en) * | 2019-05-13 | 2020-02-07 | 中南大学湘雅医院 | Recovered exerciser of stretching is bent to shank |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112603765A (en) * | 2020-12-31 | 2021-04-06 | 固安博健生物技术有限公司 | Leg exercise auxiliary instrument based on biomechanics |
| CN114699720A (en) * | 2022-03-14 | 2022-07-05 | 北京诺亦腾科技有限公司 | Lower limb rehabilitation training device |
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