CN208770101U - A kind of stretching exercise device improving brain injury patients upper limb dystonia - Google Patents
A kind of stretching exercise device improving brain injury patients upper limb dystonia Download PDFInfo
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- CN208770101U CN208770101U CN201820832242.0U CN201820832242U CN208770101U CN 208770101 U CN208770101 U CN 208770101U CN 201820832242 U CN201820832242 U CN 201820832242U CN 208770101 U CN208770101 U CN 208770101U
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- rubber assembly
- palm
- fixing belt
- forearm
- disk
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Abstract
The utility model discloses a kind of stretching exercise devices for improving brain injury patients upper limb dystonia, including palm rubber assembly, forearm rubber assembly, upper arm rubber assembly, fixing belt, becket hanging buckle, stretch cord, fixing buckle and ancon to adjust component；Palm rubber assembly covers on palm, the fingerstall that covers on finger including five and covers palm cover in palm part；Articulations digitorum manus fixing belt is provided on fingerstall；Palm fixing belt is provided on palm cover；Forearm fixing belt is provided on forearm rubber assembly；Fixing band for upper arm is provided on upper arm rubber assembly；Becket hanging buckle is provided in articulations digitorum manus fixing belt；Fixing buckle is provided in forearm fixing belt；Becket hanging buckle is connect with fixing buckle by stretch cord；Forearm rubber assembly adjusts component by ancon with the upper arm rubber assembly and connects.The device phase of collapsing from physical exhaustion of the utility model gives support pressurization, and spasm period gives the drawing-off control of abnormal tension, realizes the recovery of brain injury patients mass motion function.
Description
Technical field
The utility model belongs to rehabilitation medical instrument field, more particularly to a kind of rehabilitation department brain injury patients for rectifying
The stretching exercise device of positive upper limb dystonia.
Background technique
Brain injury patients are there are two period, and collapse from physical exhaustion phase and spasm period, and it is muscular strength and Muscle tensility that the phase upper limb of collapsing from physical exhaustion, which mainly shows,
Lowly, patient is easy to appear the sequelae such as shoulder subluxation and shoulder-hand syndrome, since each joint of patient's upper limb can not be simultaneously
Adequately effectively support and joint is obtained to squeeze, to keep the functional rehabilitation of upper limb slow, there are the adverse reactions such as pain in patient,
Rehabilitation training fitness weakens, and existing auxiliary brace often only has trained the single pass of upper limb from the point of view of the idea of integral rehabilitation
It saves without the whole rehabilitation instruction that is uneven and then influencing entire Ipsilateral for protect and support restoring each joint
Practice effect；There is different degrees of hypermyotonia, the stretching of therapist due to compensatory activity mode in spasm period, each joint of upper limb
Often not long-term inhibitory effect is trained, this just needs patient by some position postures cooperation training for inhibiting tension, faces
Such as finger-separating plate these exercising devices in bed can only play the drawing-off of single joint, managed finger, do not cared for wrist, patient
It is also that experience is bad, and the tension usually increased extremely appears at the pass for not obtaining effective stretching exercise in clinical use
Section.
Utility model content
The purpose of this utility model is that the upper limb Muscle tensility problem occurred for brain injury patients different times provides one
Kind improves the stretching exercise device of brain injury patients upper limb dystonia, and the phase of collapsing from physical exhaustion gives support pressurization, and spasm period gives exception
The drawing-off of tension controls, while carrying out whole control to lower limb and trunk, realizes the recovery of brain injury patients mass motion function.
In order to solve the above technical problems, the utility model adopts the following technical scheme: a kind of improvement brain injury patients upper limb
The stretching exercise device of dystonia, including palm rubber assembly, forearm rubber assembly, upper arm rubber assembly, fixing belt, metal
Ring hanging buckle, stretch cord, fixing buckle and ancon adjust component；
The palm rubber assembly covers on palm, the fingerstall that covers on finger including five and covers in palm part
Palm cover；
Articulations digitorum manus fixing belt is provided on the fingerstall；Palm fixing belt is provided on palm cover；Forearm rubber assembly
On be provided with forearm fixing belt；Fixing band for upper arm is provided on the upper arm rubber assembly；
Becket hanging buckle is provided in the articulations digitorum manus fixing belt；Fixing buckle is provided in the forearm fixing belt；
The becket hanging buckle is connect with the fixing buckle by stretch cord；
The forearm rubber assembly adjusts component by ancon with the upper arm rubber assembly and connects.
Further, it includes angle demodulator and metal fixed strip that the ancon, which adjusts component,；The forearm rubber group
Metal fixed strip is installed in part rear end and the upper arm rubber assembly front end；Metal company is provided on the metal fixed strip
Bar；The metal link rod is detachably connected with angle demodulator.
Further, the angle demodulator includes the first disk, the second disk, outer tube, interior bar；The interior bar
It is fixedly connected with the second disk；The outer tube is fixedly connected with first disk；The housing pipe sleeve is described
Interior bar outside, be rotatablely connected, and be bolted with interior bar；It is provided on first disk, the second disk solid for metal
Determine the slot of item insertion；It is provided with through-hole on the metal fixed strip, is provided with screw hole, screw on the first disk and the second disk
Metal fixed strip is fixed on the first disk and the second disk.
Further, one end of the stretch cord is fixedly connected with becket hanging buckle, and the other end detachably connects with fixing buckle
It connects；The fixing buckle includes snap-button ontology, and snap-button ontology is made of the button A and button B mutually fastened；The button A
On be provided with positioning column；Location hole is provided on the button B；Connecting band is fixedly mounted in the forearm fixing belt；Even
Button A is installed in one end of tape splicing, and the other end installs button B；One end that the stretch cord is connect with fixing buckle, which is provided with, to be mounted on
Annulus on positioning column.
The utility model has the beneficial effects that
1, the utility model realizes multi-joint multi-angle entirety by the integrated support pressurization of multi-joint and stretching exercise
Rehabilitation training, so that the appearance of the compensatory mode during reducing athletic rehabilitation, accelerates solution upper limb and restore slow eldest child
Difficult problem.
2, the utility model is since the whole control for upper limb is trained and is reinforced, and then lower limb are balanced,
Gait, harmony play positive influence, meet the treatment thoughts of integral rehabilitation.
3, the utility model is buckled by adjusting interphalangeal joint by elasticity and the preferable rubber of gas permeability as main body,
The characteristics of metacarpophalangeal joints, wrist joint, elbow joint are connected, and the functional perspective in each joint is adjusted, and realize whole control.
4, regulative mode is set after the assessment that the utility model passes through rehabilitation therapist, family members can be taught and taken home voluntarily
It adjusts, convenient succinct easy, continued therapy effect.
5, the utility model can effectively extend the therapeutic effect of rehabilitation therapist's stretching gimmick, being actively engaged in property of patient
Height has the advantages that save manpower, time saving and energy saving.
Detailed description of the invention
In order to more clearly illustrate the technical scheme in the embodiment of the utility model, will make below to required in embodiment
Attached drawing is simply introduced, it should be apparent that, the accompanying drawings in the following description is only some realities recorded in the utility model
Example is applied, it for those of ordinary skill in the art, without creative efforts, can also be according to these attached drawings
Obtain other attached drawings.
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the structural schematic diagram of fixing buckle.
Fig. 3 is the structural scheme of mechanism of angle demodulator.
Specific embodiment
The technical solution of the utility model will be clearly and completely described by specific embodiment below.
As shown in Figure 1-3, a kind of stretching exercise of improvement brain injury patients upper limb dystonia for the utility model
Device, including it is palm rubber assembly, forearm rubber assembly 2, upper arm rubber assembly 3, fixing belt, becket hanging buckle 8, stretch cord 5, solid
Surely button 6 and ancon adjust component；
The palm rubber assembly covers on palm, including five fingerstall covered on finger 11 and covers in palmar hand
The palm cover 12 of position；
Articulations digitorum manus fixing belt 111 is provided on the fingerstall 11；Palm fixing belt 112 is provided on palm cover 12；Before
Forearm fixing belt 113 is provided on arm rubber assembly 2；Fixing band for upper arm 114 is provided on the upper arm rubber assembly 3；
Becket hanging buckle 8 is provided in the articulations digitorum manus fixing belt 111；It is provided in the forearm fixing belt 113
Fixing buckle 6；The becket hanging buckle 8 is connect with the fixing buckle 6 by stretch cord 5；
Forearm rubber assembly 2 adjusts component by ancon with the upper arm rubber assembly 3 and connects.
It includes angle demodulator 71 and metal fixed strip 72 that the utility model ancon, which adjusts component,；The forearm rubber assembly
Metal fixed strip 72 is installed in 2 rear ends and 3 front end of upper arm rubber assembly；Metal is provided on the metal fixed strip 72
Connecting rod 73；The metal link rod 73 is detachably connected with angle demodulator 71.
The utility model angle demodulator 71 includes the first disk 711, the second disk 712, outer tube 713, interior bar 714；
The interior bar 714 is fixedly connected with the second disk 712；The outer tube 713 and the fixed company of first disk 711
It connects；Described 713 sets of outer tube are rotatablely connected outside the interior bar 714 with interior bar 714, and fixed by bolt 715；Institute
It states the first disk 711, be provided with the slot 716 being inserted into for metal fixed strip 72 on the second disk 712；The metal fixed strip 72
On be provided with through-hole, be provided with screw hole on the first disk 711 and the second disk 712, metal fixed strip is fixed on first by screw
On disk 711 and the second disk 712.
One end of the utility model stretch cord is fixedly connected with becket hanging buckle 8, and the other end detachably connects with fixing buckle 6
It connects；The fixing buckle includes snap-button ontology, and snap-button ontology is made of the button A61 and button B62 mutually fastened；The button
Positioning column 63 is provided on body A；Location hole 64 is provided on the button B；It is fixedly mounted in the forearm fixing belt 113
Connecting band 65；Button A61 is installed in one end of connecting band, and the other end installs button B62；The stretch cord connect with fixing buckle one
End is provided with the annulus 51 being mounted on positioning column.
Full palm rubber assembly is dressed when the utility model is practical first, fixed each interphalangeal joint fixing belt and palm are fixed
Band；Then forearm rubber assembly, fixed forearm fixing belt are dressed；Then upper arm rubber assembly, fixed fixing band for upper arm are dressed；So
Angle of Elbow Joint adjuster, fixed elbow joint are dressed afterwards；Finally by the buckle on interphalangeal joint and forearm fixing belt elastic force
Rope is fixed；As needed, the length of stretch cord is adjusted to adjust carpal angle.
The phase collapse from physical exhaustion by the way that training aids is tuned into as elbow joint stretches position, then 90 degree of wrist dorsiflexion fixations pass through itself upper half
The gravity pressure of body plays the role of pressurization support, restores the proprioception of limbs on training aids.Spasm period can be different according to tension
Normal position, tension exception size select suitable wrist joint and Angle of Elbow Joint the drawing-off of position training is fixed.Because of people
And it is different, it is flexible.
After the utility model bends and stretches angle by the way that angle demodulator fixation is carpal, Lai Xunlian elbow joint bends and stretches energy
Power carpal bends and stretches energy to train so that the disengaging movement of appearance upper limb earlier, can also fix the angle of elbow joint
Power.
The utility model multi-angle rehabilitation training is exactly the angle of the position and pulling force and elbow joint by fixed stretch cord
Degree adjuster formulates reasonable training program according to patient's particular situation come what is realized.
The patient of compromised brain function will appear the associated movement of upper and lower extremities, and abnormal Muscle tensility can influence upper and lower extremities simultaneously
Locomitivity, we fix the exaltation for inhibiting upper limb Muscle tensility by the angle control of upper limb, to slowly influence lower limb
Abnormal tension, need the training action for cooperating maincenter integral rehabilitation to be trained, which is inhibited by the fixed of external force
The musculus flexor tension of upper limb improves mass motion ability to mitigate the dystonia of stretching of lower limb.
Embodiment described above is only that preferred embodiments of the present invention are described, not practical new to this
The conception and scope of type is defined, without departing from the design concept of the present utility model, ordinary skill skill in this field
Art personnel should all fall into the protection scope of the utility model to all variations and modifications that the technical solution of the utility model is made,
The claimed technology contents of the utility model, are all documented in technical requirements book.
Claims (4)
1. a kind of stretching exercise device for improving brain injury patients upper limb dystonia, it is characterised in that: including palm rubber group
Part, forearm rubber assembly (2), upper arm rubber assembly (3), fixing belt, becket hanging buckle (8), stretch cord (5), fixing buckle (6) and
Ancon adjusts component；
The palm rubber assembly covers on palm, including five fingerstall covered on finger (11) and covers in palm part
Palm cover (12)；
Articulations digitorum manus fixing belt (111) are provided on the fingerstall (11)；Palm cover is provided with palm fixing belt on (12)
(112)；Forearm fixing belt (113) are provided on forearm rubber assembly (2)；It is provided on the upper arm rubber assembly (3)
Arm fixing belt (114)；
Becket hanging buckle (8) are provided in the articulations digitorum manus fixing belt (111)；It is arranged in the forearm fixing belt (113)
There are fixing buckle (6)；The becket hanging buckle (8) is connect with the fixing buckle (6) by stretch cord (5)；
The forearm rubber assembly (2) adjusts component by ancon with the upper arm rubber assembly (3) and connects.
2. a kind of stretching exercise device for improving brain injury patients upper limb dystonia according to claim 1, feature
Be: it includes angle demodulator (71) and metal fixed strip (72) that the ancon, which adjusts component,；The forearm rubber assembly (2)
Rear end and upper arm rubber assembly (3) front end installation metal fixed strip (72)；It is arranged on the metal fixed strip (72)
There are metal link rod (73)；The metal link rod (73) is detachably connected with angle demodulator (71).
3. a kind of stretching exercise device for improving brain injury patients upper limb dystonia according to claim 2, feature
Be: the angle demodulator (71) includes the first disk (711), the second disk (712), outer tube (713), interior bar
(714)；The interior bar (714) is fixedly connected with the second disk (712)；The outer tube (713) and first circle
Disk (711) is fixedly connected；The outer tube (713) cover the interior bar (714) outside, with interior bar (714) be rotatablely connected, and
It is fixed by bolt (715)；It is provided on first disk (711), the second disk (712) and is inserted into for metal fixed strip (72)
Slot (716)；It is provided with through-hole on the metal fixed strip (72), is arranged on the first disk (711) and the second disk (712)
There is screw hole, metal fixed strip is fixed on the first disk (711) and the second disk (712) by screw (717).
4. a kind of stretching exercise device for improving brain injury patients upper limb dystonia according to claim 1, feature
Be: one end of the stretch cord is fixedly connected with becket hanging buckle (8), and the other end is detachably connected with fixing buckle (6)；It is described
Fixing buckle include snap-button ontology, snap-button ontology is by the button A(61 that mutually fastens) and button B(62) form；The button A
On be provided with positioning column (63)；Location hole (64) are provided on the button B；It is fixed in the forearm fixing belt (113)
It installs connecting band (65)；Button A(61 is installed one end of connecting band), the other end installs button B(62)；The stretch cord and fixation
One end of button connection is provided with the annulus (51) being mounted on positioning column.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820832242.0U CN208770101U (en) | 2018-05-31 | 2018-05-31 | A kind of stretching exercise device improving brain injury patients upper limb dystonia |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820832242.0U CN208770101U (en) | 2018-05-31 | 2018-05-31 | A kind of stretching exercise device improving brain injury patients upper limb dystonia |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208770101U true CN208770101U (en) | 2019-04-23 |
Family
ID=66148744
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820832242.0U Active CN208770101U (en) | 2018-05-31 | 2018-05-31 | A kind of stretching exercise device improving brain injury patients upper limb dystonia |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208770101U (en) |
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2018
- 2018-05-31 CN CN201820832242.0U patent/CN208770101U/en active Active
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