CN202568751U - Recovery gloves for cerebral palsy - Google Patents
Recovery gloves for cerebral palsy Download PDFInfo
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- CN202568751U CN202568751U CN2012201098677U CN201220109867U CN202568751U CN 202568751 U CN202568751 U CN 202568751U CN 2012201098677 U CN2012201098677 U CN 2012201098677U CN 201220109867 U CN201220109867 U CN 201220109867U CN 202568751 U CN202568751 U CN 202568751U
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Abstract
The utility model provides a pair of recovery gloves for cerebral palsy, comprising glove bodies, a gas charging and discharging device and a pneumatic muscle strip the tail end of which is connected with the gas charging and discharging device, wherein the pneumatic muscle strip is arranged at the back of a finger part of each glove body, the veutro of the pneumatic muscle strip is provided with an elastic steel disc, the back of the pneumatic muscle strip is provided with an arc-shaped hose, and the veutro of the arc-shaped hose and the elastic steel disc are bonded; the elastic steel disc is inlaid on a veutro wall of the arc-shaped hose; and the back of the arc-shaped hose is shrinked in a gas discharging state. The recovery gloves for cerebral palsy provided by the utility model have the advantages that the recovery gloves can train fingers of a patient suffering from cerebral palsy to passively back and stretch and also can train the fingers to make a fist and bend, technical standard is uniform, and exercise effect is good; gas charging and discharging time and frequency can be controlled, thus being convenient for selecting by the patient according to self condition; functions of hands can be conveniently exercised when the patient moves; the recovery gloves for cerebral palsy provided by the utility model also can help the patient suffering from cerebral palsy to hole an article; and the recovery gloves for cerebral palsy provided by the utility model are convenient to use, have low cost and are environment-friendly.
Description
Technical field
The present invention relates to medical assistance technique with the apparatus field, specifically, is that a kind of cerebral palsy is used the rehabilitation glove.
Background technology
Cerebral palsy is claimed cerebral palsy, cerebral palsy again, is the syndrome that begins from becoming pregnant due to infancy stage non-carrying out property brain injury and the developmental defect, mainly shows as the dyskinesia and abnormal posture.The CP children majority is with the hands dysfunction; Its mainly by adduction of thumb, clench, bend wrist etc.; And spasm rises in the forearm inward turning of degree varies, pectoral girdle, show as can not the grasping article or grasping insensitive, unstable, promptly do not have hands function or hands function insensitive, inharmonious.Cerebral palsy of children morbidity in recent years is ascendant trend year by year, at present in state-owned CP children more than 5,000,000.Therefore, the treatment of cerebral palsy and rehabilitation are particularly important.
In the CP children rehabilitation course, need to pay attention to the disposal of hands function problem especially.The hand exercise of CP children hands functional exercise need be held the infant hand and suitably slightly exceedingly clenched fist and bend wrist and keep about 1 minute, and reverse (spreading one's fingers the wrist dorsiflex) kept about 1 minute then, repeated 1 time after 3-5 minute.Thumb movement is primarily aimed at adduction of thumb person; On above-mentioned two active bases; Strengthen the massage of thumb root; Let the joint rotary moveable, emphasis be dorsiflex metacarpophalangeal joints and keeping 1-3 minute as far as possible simultaneously, to the metacarpophalangeal joints and the finger tip joint of thumb carry out respectively pulling, slip, to slap, to activities such as fingers.Common CP children hands functional exercise is all carried out through manual work, wastes time and energy, and is difficult to adhere to, and grasps degree varies because of exercise method, makes CP children hands functional exercise effect have a greatly reduced quality.But the medical apparatus and instruments kind of the CP children hands functional exercise of specialty is less at present.
Chinese patent document CN 201010607410.X; June 15 2011 day for announcing; Disclose the rehabilitation of a kind of interim post-stroke hand and used glove, comprised the glove body of forming by finger section, palmar hand, wrist portion, processed by elasticity material; It is characterized in that: the palmar of described finger section has finger inflation road; Palmar hand palmar and wrist portion palmar have the palm wrist air bag of one, finger inflation road, palm wrist air bag the two respectively through separately independently gas tube be connected with aerating and exhaust device with check valve, be not connected each other.This hand rehabilitation can passively force wrist, finger to carry out the passive back of the body and stretch with glove; And through discontinuity inflation, venting so that wrist, finger obtain taking exercise, and can carry out the finger section agonistic muscle training to a certain degree the time at the sufferer Myodynamia recovery, simple in structure; Safe and convenient to use; With low cost, be easy to carry easy operating.But there is following defective in this hand rehabilitation with glove: (1) only can train the passive back of the body of finger to stretch, and can not temper the bending of clenching fist of finger; (2) can not control and regulate control inflation and the frequency of venting and the pressure of gas automatically, the specific aim of treatment is not strong.Therefore, need a kind of the exercise badly and point the bending of clenching fist, be applicable to the CP children healing hand function; Can control time, frequency, the pressure size of contraction/relaxation voluntarily; Treat rehabilitation glove with strong points, applied widely, but also do not appear in the newspapers about this type glove at present.
Summary of the invention
The objective of the invention is provides a kind of cerebral palsy to use the rehabilitation glove to deficiency of the prior art.
For realizing above-mentioned purpose, the technical scheme that the present invention takes is:
A kind of cerebral palsy is used the rehabilitation glove, and it comprises the pneumatic flesh bar that glove body, aerating and exhaust device and tail end are connected with aerating and exhaust device, and described pneumatic flesh bar is arranged on the dorsal part of glove body; The veutro of described pneumatic flesh bar is provided with elastic steel sheet, and dorsal part is provided with the arc flexible pipe, and described arc flexible pipe dorsal part under deflated state is shrunk.
The veutro of described arc flexible pipe and elastic steel sheet are adherent.
Described elastic steel sheet is embedded in the veutro wall of arc flexible pipe.
Cross section ovalize when described arc flexible pipe is in inflated condition.
Described glove body is provided with finger section; Described finger section is provided with thumb sleeve, forefinger sleeve and connects the fingerstall tube; Described thumb sleeve, forefinger sleeve dorsal part center line position respectively are provided with a pneumatic flesh bar, and the described fingerstall tube dorsal part that connects is provided with two pneumatic flesh bars.
Described glove body is provided with finger section, and described finger section is provided with five branch fingerstall tubes, and fingerstall tube dorsal part respectively was provided with a pneumatic flesh bar in described minute.
Described pneumatic flesh bar is respectively with independently to charge and discharge gas separately hose connection.
The described gas flexible pipe that charges and discharge connects a control knob in the ulnar of glove body wrist, and described control knob is fixed on the glove body, is provided with air bleeding valve in the described control knob.
The palmar of described glove body is provided with slide fastener, and described slide fastener extends to wrist portion from tiger.
Described aerating and exhaust device is electronic aerating and exhaust device, and described electronic aerating and exhaust device comprises micro-air compressor, Compressed Gas holding vessel, power supply, multi-functional intervalometer, first Pressure gauge, first pressure transducer, second Pressure gauge, second pressure transducer, first steam hose, second steam hose, charges and discharge the pneumoelectric magnet valve; Described electric air pump is provided with attaching plug; Described attaching plug lead connects micro-air compressor; Micro-air compressor connects the Compressed Gas holding vessel through steam hose, and shows the compression pressure in the Compressed Gas holding vessel through first Pressure gauge; Described first pressure transducer is connected with the Compressed Gas holding vessel by first steam hose, and the inflation work of control electric air pump, prevents the Compressed Gas holding vessel is excessively inflated; Place, the gas outlet of described Compressed Gas holding vessel is provided with pressure loading valve, and described pressure loading valve is with to charge and discharge gas hose connection, and described pressure loading valve is connected and shows post-decompression gas pressure with second Pressure gauge; The described pneumoelectric magnet valve that charges and discharge is located at the nearly pressure loading valve end that charges and discharge the gas flexible pipe; The described pneumoelectric magnet valve that charges and discharge is connected with power supply, second pressure transducer and multi-functional intervalometer, is charged and discharged pressure, time and the frequency of gas by multi-functional intervalometer and the control of second pressure transducer; Described second pressure transducer is connected in through second steam hose and charges and discharge charging and discharging on the gas flexible pipe between pneumoelectric magnet valve and the glove body; Described power supply is electrically connected multi-functional intervalometer, second pressure transducer respectively, charges and discharge the pneumoelectric magnet valve; Described second pressure transducer is electrically connected and charges and discharge the pneumoelectric magnet valve.
The invention has the advantages that:
1, the pneumatic flesh bar of this utility model rehabilitation glove is provided with elastic steel sheet and arc flexible pipe, can not only train the passive back of the body in patients with cerebral palsy metacarpophalangeal joints and finger tip joint to stretch, and can also temper the bending of clenching fist of finger; Can effectively substitute artificial the exercise; Time saving and energy saving, technical standard is unified, and train on is good;
2, the pneumatic means of this utility model rehabilitation glove adopts electric air pump and multi-functional intervalometer, pressure transducer etc. to combine; Can control charge and discharge gas time and frequency; Being convenient to the patient selects according to s own situation; Make rehabilitation training more targeted, make the scope of application of this utility model rehabilitation glove wider;
3, the pneumatic flesh bar of this utility model rehabilitation glove is can be independently hose connection with the different gas that charge and discharge, and therefore optionally tempers the function of certain or some fingers;
4, the pneumatic means of this utility model rehabilitation glove is provided with gas storage tank, be convenient to temper hand function under the mobile status, for example go-cart when outdoor, outdoor activities with hand exercise neglect neither;
5, the design of this utility model rehabilitation glove slide fastener is to extend to wrist portion from tiger, and the patient that is more convenient for dresses the rehabilitation glove;
6, this utility model rehabilitation glove electric air pump inflation, easy to use, cost is low, environmental protection;
7, this utility model rehabilitation glove also can grip article through the auxiliary patients with cerebral palsy of control knob, realize that simple hand grips function.
Description of drawings
Accompanying drawing 1 is that a kind of cerebral palsy of this utility model is with rehabilitation hand nested structure sketch map.
Accompanying drawing 2 is that a kind of cerebral palsy of this utility model is with rehabilitation glove zipper sketch map.
Accompanying drawing 3 is that a kind of cerebral palsy of this utility model is with the pneumatic flesh bar structural representation under the rehabilitation glove deflated state.
Accompanying drawing 4 is that a kind of cerebral palsy of this utility model is with the pneumatic flesh bar structural representation under the rehabilitation glove inflated condition.
Accompanying drawing 5 is cross sectional representation of Fig. 4.
Accompanying drawing 6 is a kind of cerebral palsy of this utility model electronic aerating and exhaust device structural representations with the rehabilitation glove.
Accompanying drawing 7 is that the another kind of cerebral palsy of this utility model is with rehabilitation hand nested structure sketch map.
Accompanying drawing 8 is that another cerebral palsy of this utility model is with rehabilitation hand nested structure sketch map.
The specific embodiment
Below in conjunction with accompanying drawing the specific embodiment provided by the invention is elaborated.
The Reference numeral and the ingredient that relate in the accompanying drawing are as follows:
1. glove body 11. wrist portion
12. palmar hand 13. finger section
131. thumb sleeve 132. forefinger sleeves
133. connect 134. fens fingerstall tubes of fingerstall tube
2. pneumatic flesh bar 21. elastic steel sheets
22. arc flexible pipe 3. slide fasteners
4. electric air pump 41. attaching plugs
42. micro-air compressor 43. Compressed Gas holding vessels
44. first pressure transducer, 45. first Pressure gauges
46. pressure loading valve 47. second Pressure gauges
48. charge and discharge gas flexible pipe 49. first steam hoses
50. gauge tap 5. power supplys
6. multi-functional intervalometer 7. second pressure inductors
8. second steam hose 9. charges and discharge the pneumoelectric magnet valve
10. control knob 101. air bleeding valves
14. control chamber
A kind of cerebral palsy of embodiment 1 this utility model is with rehabilitation glove (one)
1, glove body:
Please with reference to Fig. 1, Fig. 1 is that a kind of cerebral palsy of this utility model is with rehabilitation hand nested structure sketch map.Described rehabilitation hand is arranged with glove body 1, and described glove body 1 is that elastomeric material is processed, and is provided with wrist portion 11, palmar hand 12 and finger section 13.Described finger section 13 comprises thumb sleeve 131, forefinger sleeve 132 and connects fingerstall tube 133.Described thumb sleeve 131, forefinger sleeve 132 dorsal part midline positions respectively are provided with a pneumatic flesh bar 2, and described fingerstall tube 133 dorsal parts that connect are provided with two pneumatic flesh bars 2.Described pneumatic flesh bar 2 extends to wrist portion 11 positions from finger tip and compiles, and is connected with the gas flexible pipe 48 that charges and discharge of electronic aerating and exhaust device (not shown).Described electronic aerating and exhaust device also is provided with control knob 10, and described control knob 10 is fixed in the ulnar of the wrist portion 11 of glove body 1, and described control knob 10 inside are provided with air bleeding valve 101, and described air bleeding valve 101 is located at and is charged and discharged on the gas flexible pipe 48.
Please with reference to Fig. 2, Fig. 2 is that a kind of cerebral palsy of this utility model is with rehabilitation glove zipper sketch map.Also be provided with a slide fastener 3 on described glove body 1 palmar side, described slide fastener 3 extends to wrist portion 11 positions from the first web part of glove body 1.
2, pneumatic flesh bar:
Please with reference to Fig. 3, Fig. 3 is that a kind of cerebral palsy of this utility model is with the pneumatic flesh bar structural representation under the rehabilitation glove deflated state.Described pneumatic flesh bar 2 comprises elastic steel sheet 21 and arc flexible pipe 22.Described elastic steel sheet 21 is located at the veutro of pneumatic flesh bar 2 finger sections, and width is 0.5-1cm; The dorsal part that described arc flexible pipe 22 is located at pneumatic flesh bar 2 is the top of elastic steel sheet 21, and the veutro of arc flexible pipe 22 and elastic steel sheet 21 are adherent, and arc flexible pipe 22 is softer under deflated state, and dorsal part is shrunk, and whole and elastic steel sheet 21 keeps linearities.
Need to prove that described elastic steel sheet 21 also can be embedded in the veutro wall of arc flexible pipe 22.
Please with reference to Fig. 4, Fig. 4 is that a kind of cerebral palsy of this utility model is with the pneumatic flesh bar structural representation under the rehabilitation glove inflated condition.After described pneumatic flesh bar 2 inflations, arc flexible pipe 22 inside are filled gas, and its dorsal part is curved by gas jack-up, and gas is exerted pressure to arc flexible pipe 22 veutros like the direction of arrow among the figure, 21 bendings of compressing elastic steel sheet.
Please with reference to Fig. 5, Fig. 5 is the cross sectional representation of Fig. 4.After described arc flexible pipe 22 inside are filled gas, its cross section ovalize, the length of major axis is 1.3-1.8cm, the height of arc flexible pipe 22 (the top peak is to the distance of elastic steel sheet 21) is 1.1-1.5cm.
3, electronic aerating and exhaust device:
Please with reference to Fig. 6, Fig. 6 is the electronic aerating and exhaust device structural representation of a kind of cerebral palsy of this utility model with the rehabilitation glove.Described electronic aerating and exhaust device comprises electric air pump 4, power supply 5, multi-functional intervalometer 6, second pressure transducer 7, second steam hose 8, charges and discharge pneumoelectric magnet valve 9 and control box 14.Described electric air pump 4 comprises attaching plug 41, micro-air compressor 42, Compressed Gas holding vessel 43, first pressure transducer 44, first Pressure gauge 45, pressure loading valve 46, second Pressure gauge 47, charges and discharge gas flexible pipe 48, first steam hose 49.Described attaching plug 41 is connected with micro-air compressor 42 through lead; Described micro-air compressor 42 communicates through trachea (not shown) and Compressed Gas holding vessel 43; Described first pressure transducer 44 communicates with Compressed Gas holding vessel 43 through first steam hose 49, and first pressure transducer 44 connects first Pressure gauge 45 and gauge tap 50 respectively through lead; Described pressure loading valve 46 is located at the gas outlet of Compressed Gas holding vessel 43, and is circumscribed with pressure loading valve knob (not shown); A described end that charges and discharge gas flexible pipe 48 is connected other end connection hand body control knob 10 (not shown)s with the pressure loading valve 46 of Compressed Gas holding vessel 43 gas outlets; Charging and discharging on the gas flexible pipe 48 of being connected on the described pressure loading valve 46 also is communicated with second Pressure gauge 47 through trachea.The described pneumoelectric magnet valve 9 that charges and discharge is installed in and charges and discharge on the gas flexible pipe 48, and is positioned at nearly pressure loading valve end; Described second pressure transducer 7 is connected in the mode of branch road through second steam hose 8 and charges and discharge on the gas flexible pipe 48, and junction point is charging and discharging between pneumoelectric magnet valve 9 and glove body control knob 10 (not shown)s.Described power supply 5 is rechargeable batteries, is electrically connected multi-functional intervalometer 6, second pressure transducer 7 respectively and charges and discharge pneumoelectric magnet valve 9.Described intervalometer 6 is electrically connected and charges and discharge pneumoelectric magnet valve 9.Described second pressure transducer 7 also is electrically connected intervalometer 6 respectively and charges and discharge pneumoelectric magnet valve 9.Described electric air pump 4, power supply 5, multi-functional intervalometer 6, second pressure transducer 7, second steam hose 8 and charge and discharge pneumoelectric magnet valve 9 and all be located at control box 14 inside; Described multi-functional intervalometer 6, first Pressure gauge 45, second Pressure gauge 47 and pressure loading valve knob (not shown) all are located on the shell of control box 14.Described control box 14 is rectangular-shaped, long 30cm, and wide 20cm, volume is little, is easy to carry.
The method for using and the operation principle thereof of the rehabilitation glove of this utility model are: the port the external civil power of attaching plug 41 accesses after the energized, drives micro-air compressor 42 injecting compressed air in Compressed Gas holding vessel 43; First pressure transducer, 44 induced compression gas storage tanks, 43 internal pressures; And can the Real Time Observation pressure value through first Pressure gauge 45; After treating that pressure reaches certain force value (this force value is generally 0.8-1.0Mpa), gauge tap 50 breaks off, and micro-air compressor 42 quits work; To prevent hypertonia in the Compressed Gas holding vessel 43, by excessively inflation; Extract attaching plug 41, this moment, the rehabilitation hand of this utility model covered into removable duty; Open slide fastener 3, each position of having dressed glove body 1 to patient's hands to the patient is corresponding one by one with glove body 1 each position, drawing slide fastener 3; Press the on and off switch (not shown, as to be to be connected with power supply 5, and to be arranged on the shell of control box 14) of power supply 5 through lead; Set multi-functional intervalometer 6, pneumatic flesh bar 2, ventilating control pressure, the frequency that charges and discharge gas and state that selection needs to take exercise are held time, and charge and discharge pneumoelectric magnet valve 9 after multi-functional intervalometer 6 is started working and are opened; Compressed Gas in the Compressed Gas holding vessel 43 are through pressure loading valve 46 decompression backs (this moment can be through observing the pressure that second Pressure gauge 47 shows, pressure and air mass flow that turn pressure loading valve knob is regulated inflation according to self needs), and injection charges and discharge gas flexible pipe 48; And then be injected in the pneumatic flesh bar 2; Pneumatic flesh bar 2 crooked drive patients finger bendings are clenched fist, and the blowing pressure in pneumatic flesh bar 2 reaches the pressure value of setting, after then second pressure transducer 7 is responded to through second steam hose 8; Make and charge and discharge pneumoelectric magnet valve 9 closures; Stop inflation, pneumatic flesh bar 2 maintains inflated condition and keeps certain the blowing pressure, after the time that reaches setting; Multi-functional intervalometer 6 controls charge and discharge pneumoelectric magnet valve 9 and open; Gas in the pneumatic flesh bar 2 is discharged in the air through charging and discharging pneumoelectric magnet valve 9, and patients finger returns to the naturalness of elastic steel sheet 21, promptly stretches; Second pressure transducer 7 is judged the inflation/deflation state through the gas pressure that 8 inductions of second steam hose charge and discharge in the gas flexible pipe 48; After keeping the deflated state certain hour, multi-functional intervalometer 6 controls charge and discharge " inflation, time-out, venting " circulation of pneumoelectric magnet valve 9 beginning new rounds.
In addition, the rehabilitation glove of this utility model also can grip article through control knob 10 auxiliary patients with cerebral palsy.Charge and discharge under the state that pneumoelectric magnet valve 9 continues to inflate in 6 controls of multi-functional intervalometer, click control knob 10, the glove inflation, the five fingers through bending can grip article; Click control knob 10 again, stop inflation, keep this state; Click control knob 10 again, air bleeding valve 101 venting, the glove the five fingers stretch, and put down the article that grip.
Those skilled in the art should know; The electronic aerating and exhaust device that this utility model adopts is not limited in this; Can also be with reference to Chinese patent document CN 200520075422.1; On October 11 2006 day for announcing, patent name is the electronic aerating and exhaust device in " medical electronic intermittence aerating gasbag ".Perhaps with reference to prior art: this is dashed forward by Austria, the micro-air compressor of model: 3/4HP; Fly and, the air compressor of model: Z-0.036/8.
A kind of cerebral palsy of embodiment 2 this utility model is with rehabilitation glove (two)
Please with reference to Fig. 7, Fig. 7 is that the another kind of cerebral palsy of this utility model is with rehabilitation hand nested structure sketch map.Described rehabilitation hand is arranged with glove body 1, and described glove body 1 is to be processed by elastomeric material, is provided with wrist portion 11, palmar hand 12 and finger section 13.Described finger section 13 comprises thumb sleeve 131, forefinger sleeve 132 and connects fingerstall tube 133.Described thumb sleeve 131, forefinger sleeve 132 dorsal part midline positions respectively are provided with a pneumatic flesh bar 2, and described fingerstall tube 133 dorsal parts that connect are provided with two pneumatic flesh bars 2.Described pneumatic flesh bar 2 extends to wrist portion 11 positions from finger tip, charges and discharge gas flexible pipe 48 with four of electronic aerating and exhaust device (not shown) respectively independently of one another and is connected.Described electronic aerating and exhaust device also is provided with control knob 10; Described control knob 10 is fixed in the ulnar of the wrist portion 11 of glove body 1; Described control knob 10 inside are provided with four air bleeding valves 101, and described four air bleeding valves 101 are located at four respectively and are charged and discharged on the gas flexible pipe 48.The design of the setting of slide fastener, pneumatic flesh bar is with embodiment 1 on the described glove body 1.
The structure of electronic aerating and exhaust device is basically with embodiment 1 among this embodiment.But the hose connection situation with charging and discharging gas independently of one another for pneumatic flesh bar among this embodiment; Then establish four separate gas flexible pipes 48 that charge and discharge on the glove body 1; Four separate air bleeding valves 101 are established in control knob 10 inside, and described four separate charge and discharge gas flexible pipe 48 and four corresponding one by one getting final product of separate air bleeding valve 101.
A kind of cerebral palsy of embodiment 3 this utility model is with rehabilitation glove (three)
Please with reference to Fig. 8, Fig. 8 is that another cerebral palsy of this utility model is with rehabilitation hand nested structure sketch map.Described rehabilitation hand is arranged with glove body 1, and described glove body 1 is to be processed by elastomeric material, is provided with wrist portion 11, palmar hand 12 and finger section 13.Described finger section 13 is provided with five branch fingerstall tubes 134.The dorsal part midline position of described minute fingerstall tube 134 respectively is provided with a pneumatic flesh bar 2.Described pneumatic flesh bar 2 extends to wrist portion 11 positions from finger tip and compiles, and is connected with the gas flexible pipe 48 that charges and discharge of electronic aerating and exhaust device (not shown).Described electronic aerating and exhaust device also is provided with control knob 10, and described control knob 10 is fixed in the ulnar of the wrist portion 11 of glove body 1, and described control knob 10 inside are provided with air bleeding valve 101, and described air bleeding valve 101 is located at and is charged and discharged on the gas flexible pipe 48.The design of the setting of slide fastener, pneumatic flesh bar and electronic aerating and exhaust device is with embodiment 1 on the described glove body 1.
To the foregoing description 1-3, need to prove that described pneumatic flesh bar 2 is provided with elastic steel sheet 21 and arc flexible pipe 22, can not only train the passive back of the body in patients with cerebral palsy metacarpophalangeal joints and finger tip joint to stretch, and can also temper the bending of clenching fist of finger; Because adduction of thumb person's finger is general separately difficult; Therefore; Described even fingerstall tube 133 is designed for placing company's fingerstall tube of middle finger, the third finger and little finger, not only can simplify the structure of the rehabilitation glove of this utility model, also is convenient to the wearing of the rehabilitation glove of this utility model; Described slide fastener 3 also can make things convenient for the wearing of the rehabilitation glove of this utility model, and guarantees the applying of glove body 1 and patient's hand, prevents glove body 1 displacement and influences train on; The electronic aerating and exhaust device that this utility model adopted can be through pneumatic flesh bar 2 different connection states and multi-functional intervalometer 6 set charge and discharge gas frequency and the blowing pressure; Thereby can make the patient of different demands select according to the needs of oneself, make this utility model the rehabilitation glove treatment more targetedly, the scope of application is wider; Described control knob 10 is arranged at the ulnar of wrist portion 11, makes things convenient for patient oneself control to assist and carries out gripping of article; Described electronic aerating and exhaust device all is installed in control chamber 14 inside basically, makes the rehabilitation glove of this utility model carry more convenient; Described electronic aerating and exhaust device is provided with gas storage tank 43, be convenient to temper hand function under the mobile status, for example go-cart when outdoor, outdoor activities with hand exercise neglect neither; The maximum inflation pressure of described electronic aerating and exhaust device exceeds with the pressure that glove material can bear, and is generally 0.7-0.9MPa; Described pneumatic flesh bar 2 is designed to be connected with the gas flexible pipe 48 that charges and discharge of electronic aerating and exhaust device independently of one another; Then can need charge and discharge the pneumatic flesh bar 2 at this finger place of gas according to the control knobs that charge and discharge gas flexible pipe 48 correspondences 10 selections, reach the purpose of selectivity exercise certain or some finger; Described elastic steel sheet 21 can adopt the SUP10 spring steel, and elasticity is stronger, is prone to bending under the gas effect, and the life-span is long; Described arc flexible pipe 22 adopts the Polypropylence Sheet (be soft, elasticity is little, and the Polypropylence Sheet that tension stress is strong is like the PET lining) of high tensile force resistance to process; Described glove body 1 can be used high-strength material, and for example nylon etc. is processed.
The above only is a preferred implementation of the present invention; Should be pointed out that for those skilled in the art, under the prerequisite that does not break away from the inventive method; Can also make some improvement and replenish, these improvement and replenish and also should be regarded as protection scope of the present invention.
Claims (10)
1. a cerebral palsy is used the rehabilitation glove, and it comprises the pneumatic flesh bar that glove body, aerating and exhaust device and tail end are connected with aerating and exhaust device, it is characterized in that, described pneumatic flesh bar is arranged on the dorsal part of glove body; The veutro of described pneumatic flesh bar is provided with elastic steel sheet, and dorsal part is provided with the arc flexible pipe, and described arc flexible pipe dorsal part under deflated state is shrunk.
2. rehabilitation glove according to claim 1 is characterized in that the veutro of described arc flexible pipe and elastic steel sheet are adherent.
3. rehabilitation glove according to claim 1 is characterized in that, described elastic steel sheet is embedded in the veutro wall of arc flexible pipe.
4. according to claim 2 or 3 described rehabilitation glove, it is characterized in that the cross section ovalize when described arc flexible pipe is in inflated condition.
5. rehabilitation glove according to claim 4; It is characterized in that; Described glove body is provided with finger section; Described finger section is provided with thumb sleeve, forefinger sleeve and connects the fingerstall tube, and described thumb sleeve, forefinger sleeve dorsal part center line position respectively are provided with a pneumatic flesh bar, and the described fingerstall tube dorsal part that connects is provided with two pneumatic flesh bars.
6. rehabilitation glove according to claim 4 is characterized in that described glove body is provided with finger section, and described finger section is provided with five branch fingerstall tubes, and fingerstall tube dorsal part respectively was provided with a pneumatic flesh bar in described minute.
7. according to claim 5 or 6 described rehabilitation glove, it is characterized in that described pneumatic flesh bar is respectively with independently to charge and discharge gas separately hose connection.
8. rehabilitation glove according to claim 7 is characterized in that, the described gas flexible pipe that charges and discharge connects a control knob in the ulnar of glove body wrist, and described control knob is fixed on the glove body, is provided with air bleeding valve in the described control knob.
9. rehabilitation glove according to claim 7 is characterized in that the palmar of described glove body is provided with slide fastener, and described slide fastener extends to wrist portion from tiger.
10. according to claim 5 or 6 described rehabilitation glove; It is characterized in that; Described aerating and exhaust device is electronic aerating and exhaust device, and described electronic aerating and exhaust device comprises micro-air compressor, Compressed Gas holding vessel, power supply, multi-functional intervalometer, first Pressure gauge, first pressure transducer, second Pressure gauge, second pressure transducer, first steam hose, second steam hose, charges and discharge the pneumoelectric magnet valve; Described electric air pump is provided with attaching plug; Described attaching plug lead connects micro-air compressor; Micro-air compressor connects the Compressed Gas holding vessel through steam hose, and shows the compression pressure in the Compressed Gas holding vessel through first Pressure gauge; Described first pressure transducer is connected with the Compressed Gas holding vessel by first steam hose, and the inflation work of control electric air pump, prevents the Compressed Gas holding vessel is excessively inflated; Place, the gas outlet of described Compressed Gas holding vessel is provided with pressure loading valve, and described pressure loading valve is with to charge and discharge gas hose connection, and described pressure loading valve is connected and shows post-decompression gas pressure with second Pressure gauge; The described pneumoelectric magnet valve that charges and discharge is located at the nearly pressure loading valve end that charges and discharge the gas flexible pipe; The described pneumoelectric magnet valve that charges and discharge is connected with power supply, second pressure transducer and multi-functional intervalometer, is charged and discharged pressure, time and the frequency of gas by multi-functional intervalometer and the control of second pressure transducer; Described second pressure transducer is connected in through second steam hose and charges and discharge charging and discharging on the gas flexible pipe between pneumoelectric magnet valve and the glove body; Described power supply is electrically connected multi-functional intervalometer, second pressure transducer respectively, charges and discharge the pneumoelectric magnet valve; Described second pressure transducer is electrically connected and charges and discharge the pneumoelectric magnet valve.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012201098677U CN202568751U (en) | 2012-03-22 | 2012-03-22 | Recovery gloves for cerebral palsy |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012201098677U CN202568751U (en) | 2012-03-22 | 2012-03-22 | Recovery gloves for cerebral palsy |
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|---|---|
| CN202568751U true CN202568751U (en) | 2012-12-05 |
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| CN2012201098677U Expired - Fee Related CN202568751U (en) | 2012-03-22 | 2012-03-22 | Recovery gloves for cerebral palsy |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104840336A (en) * | 2015-05-28 | 2015-08-19 | 无锡市精神卫生中心 | Training apparatus for rehabilitation of hand functional grasping and extending |
| CN105919772A (en) * | 2016-04-12 | 2016-09-07 | 哈尔滨易奥秘科技发展有限公司 | Wearable hand rehabilitation training device |
| CN112353630A (en) * | 2020-09-28 | 2021-02-12 | 东华大学 | Pneumatic wrist exoskeleton auxiliary component |
-
2012
- 2012-03-22 CN CN2012201098677U patent/CN202568751U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104840336A (en) * | 2015-05-28 | 2015-08-19 | 无锡市精神卫生中心 | Training apparatus for rehabilitation of hand functional grasping and extending |
| CN105919772A (en) * | 2016-04-12 | 2016-09-07 | 哈尔滨易奥秘科技发展有限公司 | Wearable hand rehabilitation training device |
| CN112353630A (en) * | 2020-09-28 | 2021-02-12 | 东华大学 | Pneumatic wrist exoskeleton auxiliary component |
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