CN206730028U - Traction apparatus for cervical vertebrae - Google Patents
Traction apparatus for cervical vertebrae Download PDFInfo
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- CN206730028U CN206730028U CN201721043885.9U CN201721043885U CN206730028U CN 206730028 U CN206730028 U CN 206730028U CN 201721043885 U CN201721043885 U CN 201721043885U CN 206730028 U CN206730028 U CN 206730028U
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Abstract
The utility model provides a kind of traction apparatus for cervical vertebrae, including base, rotation platform, rotary drive assembly, draw platform, traction drive component, neck fixation kit and master control system, according to the cervical spondylosis degree of patient, rotary drive assembly drive rotation platform relative to base mold personification body nature Cervical vertebra it is anteflexion or after the motion mode stretched rotate to proper angle, and then make cervical vertebra be in the angle under it is anteflexion or after stretch state, traction drive Component driver haulage gear carries out the slip of the angle direction along traction slide rail, so as to be drawn to cervical vertebra, using above-mentioned mode of traction, lead and anteflexion state or after stretch in state Cervical vertebra that respectively section neck bone orientation is consistent, more meet medicine principle, the traction therapeutic of cervical vertebra is better.Meanwhile overall dimensions size such as pillow, can is treated at any time on patient's sick bed of public ward, without being equipped with special for treating bed and therapeutic room, has greatly saved medical resource.
Description
Technical field
It the utility model is related to medical instruments field, and in particular to a kind of traction apparatus for cervical vertebrae.
Background technology
Cervical spondylopathy is a kind of common disease and frequently-occurring disease, and with social development, the mode of production and life changes, bow see the mobile phone,
Sitting sees computer, blows that the bad habits such as air-conditioning are more and more common in daily life, and the incidence of disease of cervical spondylopathy rises year by year, and
Increasingly rejuvenation.Relevant investigation display, China patient with cervical Spondylopathy up to 85,000,000 people, increase patient with cervical Spondylopathy about 150 newly every year
Ten thousand people, cervical spondylopathy have been increasingly becoming one of principal disease for threatening China human mortality health.The non-operative treatment of cervical spondylopathy includes leading
Draw, kinesiatrics, massage, physiotherapy, medicine etc., cervical traction therapy is one of most common of which effective ways.Traction can solve
Except musculi colli spasm, articuli intervertebrales disorder is corrected, improves or recover cervical curvature, it is possible to increase on intervertenral space and intervertebral foramen
Lower footpath, intradiscal pressure is reduced, be advantageous to reparation and the Hui Na of interverbebral disc, so as to recover or rebuild Human Cervical Spine Modeling balance,
The stimulated and compressing of spinal cord, nerve root, vertebral artery is released, plays therapeutic action.
The Chinese utility model patent that Authorization Notice No. is CN201216666Y, authorized announcement date is 2009.04.08 discloses
A kind of cervical vertebra radian draw-gear, including pedestal, pedestal are provided with neck brace and draw-gear, and neck brace height can become according to cervical vertebra
Straight degree is adjusted, and is jacked up neck by raising neck brace, makes the anteflexion state of neck at an angle, and draw-gear drives
Neck brace slides on pedestal, so as to be drawn to cervical vertebra, to realize the correction to cervical vertebra, but because lead is in level side
To, and respectively section neck bone orientation is inconsistent in anteflexion state Cervical vertebra, in this direction to cervical traction, not only can not have
Effect recovers cervical curvature, and also cervical vertebra can be caused to damage.In addition, the draw-gear is only capable of adjusting cervical vertebra to anteflexion state, and
Cervical vertebra can not be adjusted to state of being stretched after, the traction therapeutic effect of cervical vertebra is limited.Meanwhile jacked up neck by raising neck brace,
Make the anteflexion state of neck at an angle, it is different from the motion mode that the cervical vertebra under nature is anteflexion, neck will certainly be caused
Mutually moved between support and neck, although displacement very little, active force is very big, and the cervical vertebra wound in damaged condition of patient itself is more crisp
It is weak, pullling power and can cause further to damage to the cervical vertebra tissue of patient beyond this parametrization traction therapeutic, aggravate disease
Feelings, it is extremely disadvantageous to treating.
The Chinese utility model patent that application publication number is CN105662684A, data of publication of application is 2016.6.15 discloses
A kind of traction recovering system, including mobile handcart lowering or hoisting gear, radian traction slave and radian traction engine, radian traction master
Neck brace support and pillow bracket are provided with machine, neck brace support is provided with neck brace band, the rise of mobile handcart lowering or hoisting gear, neck brace band and bed
Height official post cervical vertebra is in anteflexion state between face, and height official post cervical vertebra stretches state, traction engine after being between neck brace band and pillow bracket
It is relative with traction slave to slide, so as to in anteflexion state or after stretch the cervical vertebra of state and draw, but likewise, lead
With under anteflexion state or after to stretch in state Cervical vertebra respectively section neck bone orientation inconsistent, in this direction to cervical traction,
Not only it can not effectively recover cervical curvature, also cervical vertebra can be caused to damage.Meanwhile jacked up neck by raising neck brace, make neck
State is stretched in anteflexion state or after being in by neck brace and pillow bracket height official post cervical vertebra by portion, with the cervical vertebra under nature it is anteflexion or after
The motion mode stretched is different, will certainly cause mutually to move between neck brace and neck, although displacement very little, active force is very big,
The cervical vertebra of patient wound in damaged condition itself is more fragile, and the power of pullling beyond this parametrization traction therapeutic can be to the cervical vertebra group of patient
Further damage is weaved into, has aggravated the state of an illness, it is extremely disadvantageous to treating.
Utility model content
Technical problem to be solved in the utility model be to provide a kind of lead and anteflexion state or after stretch under state
The consistent traction apparatus for cervical vertebrae of neck bone orientation is respectively saved in cervical vertebra.
To achieve the above object, the technical scheme that the utility model is taken is：Traction apparatus for cervical vertebrae, including base, rotation
Platform, rotary drive assembly, traction platform, traction drive component, neck fixation kit and master control system, rotary drive assembly drive
Dynamic rotation platform is rotated relative to base, and rotation platform is provided with the traction slide rail for entering line slip for traction platform, and traction is driven
Dynamic Component driver traction platform enters line slip along traction slide rail, and neck fixation kit is located on traction platform, neck fixation kit
Including neck brace component, pillow bracket component and forehead fixation kit, master control system control rotary drive assembly and traction drive component.
Rotary drive assembly includes electric rotating machine, angle demodulator and regulator bracket, and regulator bracket is fixed on base
On, angle demodulator includes adjuster fixing end and adjuster movable end, and adjuster fixing end is fixedly connected with regulator bracket,
Rotation platform is fixedly connected with adjuster movable end, and electric rotating machine is fixed on regulator bracket, and electric rotating machine driving angle is adjusted
Save the movable end rotation of device.
Rotary drive assembly includes hydraulic push rod and runing rest, and runing rest is fixed on base, rotation platform end
It is hinged in the rotary shaft of runing rest, hydraulic push rod one end is fixed on base, and the other end is fixed on rotation platform, hydraulic pressure
Push rod drives rotation platform to be rotated around the rotary shaft of runing rest.
Rotary drive assembly also includes angular transducer, and angular transducer is connected with master control system.
Traction drive component includes traction electric machine, traction screw mandrel and traction sliding block, and traction sliding block and traction wire rod thread are matched somebody with somebody
Close, traction platform is fixedly connected with traction sliding block.
Traction drive component also includes pulling force sensor, and pulling force sensor is connected with master control system.
Rotation platform is provided with traction drive component mounting groove, and traction drive component upper surface is concordant with rotation platform.
Neck brace component include neck brace motor, neck brace slide rail, neck brace screw mandrel, the first neck brace sliding block, the second neck brace sliding block and a left side,
Right neck brace body, the first neck brace sliding block are fixedly connected with left neck brace body, and the second neck brace sliding block is fixedly connected with right neck brace body, the first neck
Sliding block and the second neck brace sliding block is ask to coordinate with neck brace wire rod thread, the hand of spiral of the first neck brace sliding block and the second neck brace sliding block
On the contrary, neck brace motor driving neck brace screw mandrel rotation.
Heating wire, vibrating motor and electrotherapy module are equipped with neck brace component and pillow bracket component.
Traction apparatus for cervical vertebrae also includes display screen and emergency stop switch, and display screen and emergency stop switch are connected with master control system.
Traction apparatus for cervical vertebrae of the present utility model, including base, rotation platform, rotary drive assembly, traction platform, traction
Drive component, neck fixation kit and master control system, rotary drive assembly driving rotation platform are rotated relative to base, rotated
Platform is provided with the traction slide rail for entering line slip for traction platform, and traction drive Component driver traction platform is carried out along traction slide rail
Slide, neck fixation kit is located on traction platform, and neck fixation kit includes neck brace component, pillow bracket component and forehead fixation group
Part, master control system control rotary drive assembly and traction drive component.According to the cervical spondylosis degree of patient, rotary drive assembly
Driving rotation platform is normally anteflexion with respect to base mold personification body nature Cervical vertebra or after the motion mode stretched rotate to suitable
Angle, so make cervical vertebra be in anteflexion under the angle or after stretch state, it is flat that patients head is fixed on traction by neck fixation kit
On platform, traction drive Component driver haulage gear carries out the slip of the angle direction along traction slide rail, so as to be carried out to cervical vertebra
Traction, using above-mentioned mode of traction, under lead and anteflexion state or after stretch in state Cervical vertebra respectively section neck bone arrangement side
To consistent, to cervical traction on the angle direction, more meet medicine principle, the traction therapeutic of cervical vertebra is better.It is meanwhile whole
Body size size such as pillow, it can arbitrarily move and pick and place, can is treated at any time on patient's sick bed of public ward, nothing
Special for treating bed and therapeutic room need to be equipped with, has greatly saved medical resource, alleviates the nervous situation of the current sick bed of hospital.
Brief description of the drawings
Fig. 1 is the structural representation of specific embodiment of the utility model one；
Fig. 2 is the rear axle side view of one another angle of specific embodiment of the utility model；
Fig. 3 is the front view of specific embodiment of the utility model one；
Fig. 4 is the top view of specific embodiment of the utility model one；
Fig. 5 is the right view of specific embodiment of the utility model one；
Fig. 6 is the structural representation of the rotary drive assembly of specific embodiment of the utility model one；
Fig. 7 is the structural representation of another angle of rotary drive assembly of specific embodiment of the utility model one；
Fig. 8 is the structural representation of the traction drive component of specific embodiment of the utility model one；
Fig. 9 is Fig. 8 A-A direction views；
Figure 10 is the structural representation of the neck brace component of specific embodiment of the utility model one；
Figure 11 is Figure 10 B-B direction view.
In figure, 1- bases；2- rotation platforms；3- draws platform；4- draws slide rail；5- inner slides；6- electric rotating machines；7- angles
Spend adjuster；8- regulator brackets；9- rotary shafts；10- traction electric machines；11- draws screw mandrel；12- draws sliding block；13- pulling force passes
Sensor；14- feed screw nut；The left shroudings of 15-；The right shroudings of 16-；Shrouding before 17-；Shrouding after 18-；19- sliding block rollers；20- optical axises；
21- limit switches；22- neck brace motors；23- neck brace slide rails；24- neck brace screw mandrels；25- the first neck brace sliding blocks；The neck braces of 26- second are slided
Block；The left neck brace bodies of 27-；The right neck brace bodies of 28-；29- torque sensors；30- neckpillows；31- rests the head on；32- forehead fixing bands；33- volumes
Band adjustment seat；34- browband adjusting knobs；35- browband rotating seats；36- browband rotary knobs；37- display screens；38- emergency stop switch.
Embodiment
The utility model is described in further detail below in conjunction with the accompanying drawings.
The specific embodiment one of traction apparatus for cervical vertebrae of the present utility model, as shown in Fig. 1 to Figure 11, including base 1, rotation
Turn platform 2, rotary drive assembly, traction platform 3, traction drive component, neck fixation kit and master control system, rotation driving group
Part driving rotation platform 2 is rotated relative to base 1, and rotation platform 2 is provided with the traction slide rail for entering line slip for traction platform 3
4, traction drive Component driver draws platform 3 and enters line slip along traction slide rail 4, and neck fixation kit is located on traction platform 3, head
Neck fixation kit includes neck brace component, pillow bracket component and forehead fixation kit, master control system control rotary drive assembly and traction
Drive component.
Two sides of rotation platform 2 bend inwards to form traction slide rail 4, and two sides of traction platform 3 are inwardly formed bending
Side, the inside of bending edge are fixed with the inner slide 5 to match with traction slide rail 4, and traction platform 3 is slided by inner slide 5 and traction
The slip realized along rotation platform 2 that is slidably matched of rail 4, using said structure, the slip of traction platform 3 and rotation platform 2 is matched somebody with somebody
Close Stability Analysis of Structures and be not easy to fail.
As shown in figures 6 and 7, rotary drive assembly includes electric rotating machine 6, angle demodulator 7 and regulator bracket 8,
Regulator bracket 8 is fixed on base 1, and angle demodulator 7 includes adjuster fixing end and adjuster movable end, adjuster are fixed
End is fixedly connected with regulator bracket 8, and rotation platform 2 is fixedly connected with adjuster movable end, and electric rotating machine 6 is fixed on adjuster
On support 8, the rotary shaft 9 of the driving angle adjuster 7 of electric rotating machine 6 rotates, the rotation of the movable end of 9 driving angle adjuster of rotary shaft 7
Rotate into and drive rotation platform 2 to be rotated around rotary shaft 9.Rotary drive assembly also includes angular transducer, angular transducer and master
Control system is connected, and the anglec of rotation of detection rotation platform 2 can be achieved, and feeds data back to master control system, and master control system is controlled again
Rotary drive assembly processed carries out corresponding regulation operation.
As shown in figs. 8 and 9, traction drive component includes traction electric machine 10, traction screw mandrel 11, traction sliding block 12 and drawn
Force snesor 13, draw and feed screw nut 14 is fixed with sliding block 12, traction screw mandrel 11 coordinates with the screw thread of feed screw nut 14, and traction is slided
Block 12 is fixedly connected with traction platform 3, and the driving traction screw mandrel 11 of traction electric machine 10 rotates, and traction sliding block 12 moves along traction screw mandrel 11
It is dynamic, and then drive traction platform 3 to rotate against platform 2 and slide.Pulling force sensor 13 can be by pulling force data feedback to master control
System, master control system control traction drive component to carry out corresponding regulation operation again.
The bottom of rotation platform 2 set by bottom shrouding, left shrouding 15, right shrouding 16, preceding shrouding 17, rear shrouding 18 and
The traction drive component mounting groove that rotation platform 2 surrounds, traction drive component be arranged on groove in, traction drive component upper surface with
Rotation platform 2 is concordant, so as to be made full use of to the lower space of rotation platform 2, avoids taking the sky on the top of rotation platform 2
Between.
Traction sliding block 12 is provided with sliding block roller 19, and the inner side of left shrouding 15 and right shrouding 16 is equipped with optical axis 20, sliding block
Roller 19 rolls with optical axis 20 to be coordinated, and can further reduce traction sliding block 12 along the frictional resistance drawn when screw mandrel 11 moves.
Preceding shrouding 17 is provided with limit switch 21, traction sliding block 12 can be carried out spacing, avoids drawing sliding block 12 along traction
The movement of screw mandrel 11 exceedes default code, and traction apparatus for cervical vertebrae or patient are caused to damage.
As shown in Figures 10 and 11, neck brace component includes neck brace motor 22, neck brace slide rail 23, neck brace screw mandrel 24, first
Neck brace sliding block 25, the second neck brace sliding block 26, left neck brace body 27, right neck brace body 28 and torque sensor 29, the first neck brace sliding block 25
It is fixedly connected with left neck brace body 27, the second neck brace sliding block 26 is fixedly connected with right neck brace body 28, the first neck brace sliding block 25 and second
Neck brace sliding block 26 coordinates with the screw thread of neck brace screw mandrel 24, the hand of spiral phase of the first neck brace sliding block 25 and the second neck brace sliding block 26
Instead, neck brace motor 22 drives neck brace screw mandrel 24 to rotate, and the first neck brace sliding block 25 and the second neck brace sliding block 26 are inwardly close or outside
Strut, so as to which the clamping level of the neck to patient is adjusted.Torque sensor 29 can feed back to torque data master control system
System, master control system control neck brace motor 22 to carry out corresponding regulation operation again.
Pillow bracket component includes neckpillow 30 and headrest 31, and neckpillow 30 and headrest 31 are arranged on traction platform 3, and neckpillow 30 is set
At the middle part of neck brace slide rail 23, the comfort level of patient's neck can be increased, the covering traction platform 3 of headrest 31, patients head can be increased
Comfort level.
As shwon in Figures 5 and 6, forehead fixation kit includes forehead fixing band 32, browband adjustment seat 33, browband regulation rotation
Button 34, browband rotating seat 35 and browband rotary knob 36, browband adjusting knob 34 are arranged in browband adjustment seat 33, can adjust volume
The length of head fixing band 32, so as to be adjusted to the head clamping level of patient, browband rotary knob 36 is arranged on browband rotation
Swivel base 35 can be adjusted according to the head state of patient to forehead fixing band 32 with respect to the degree of rotation of browband rotating seat 35.
Heating wire, vibrating motor and electrotherapy module are equipped with neck brace component and pillow bracket component.Heating wire and vibration are set
Motor, comprehensive heating massage can be carried out to neck in treatment, is stimulated circulation.Electrotherapy module is set, during treatment
The electro photoluminescence of certain frequency can be aided with according to the state of an illness, to stimulate neuromuscular, cause contraction of muscle, adjust muscle tone.
Traction apparatus for cervical vertebrae also includes display screen 37 and emergency stop switch 38, display screen 37 and emergency stop switch 38 with master control system
System connection, it can intuitively be shown to adjusting data in therapeutic process by display screen 37, facilitate medical personnel according to controlling in real time
Treatment situation is adjusted to draw-gear, meanwhile, emergency stop switch 38 is set, can be passed through when emergency occurs in use in patient
Emergency stop switch 38 makes draw-gear be stopped, and avoids damaging patient.
Traction apparatus for cervical vertebrae is additionally provided with wireless communication module, and multiple traction apparatus for cervical vertebrae are simultaneously in use, can pass through nothing
Line, which leads to modeling block, realizes the wireless connection of each traction apparatus for cervical vertebrae and medical personnel center, medical personnel can remote monitoring each
The treatment progress of traction apparatus for cervical vertebrae, traction apparatus for cervical vertebrae are additionally provided with audio communication system, when patient has not in distraction procedure
It can be linked up immediately with medical personnel by audio communication system during suitable sense, when treatment end, also cocoa passes through voice call
System calling medical personnel release draw-gear.
By wireless communication module, medical personnel can each traction apparatus for cervical vertebrae in remote control group, and according to disease
The treatment plan that disease information calls attending doctor to output is sent to tractor, meanwhile, using audio communication system, patient can also
It is self-service to open treatment, the working strength of medical personnel is greatly reduced, improves the operating efficiency of medical personnel.
Traction apparatus for cervical vertebrae of the present utility model, in use, base 1 is in horizontal direction, the driving angle of electric rotating machine 6 is adjusted
Section device 7 rotates, and angle demodulator 7 drives rotation platform 2 to be rotated around rotary shaft 9, makes the angle change of rotation platform 2 and base 1,
And then make patient cervical vertebra be in it is anteflexion or after stretch state, master control system is diagonal according to the data message of the detection of angular transducer
Degree adjuster 7 is adjusted in real time.
When rotation platform 2 is parallel with base 1, traction apparatus for cervical vertebrae is in neutral position angle, the cervical vertebra of patient and normal
Supine position is consistent, and traction platform 3 slides on rotation platform 2, and then carries out the traction in horizontal direction to cervical vertebra；
Rise when rotation platform 2 rotates, form positive-angle with the horizontal plane of base 1, now, cervical vertebra is by rotation platform 2
Thrust, bent to patient body front, anteflexion state is presented, traction platform 3 is slided on rotation platform 2, and then cervical vertebra is entered
Row is with horizontal direction in the traction in positive-angle direction；
Decline when rotation platform 2 rotates, form negative angle with the horizontal plane of base 1, now, cervical vertebra is by rotation platform 2
Pulling force, to patient body rear after stretch, stretch state after presentation, traction platform 3 is slided on rotation platform 2, and then cervical vertebra is entered
Row is with horizontal direction in the traction in negative angle direction.
Traction apparatus for cervical vertebrae of the present utility model, according to the cervical spondylosis degree of patient, rotary drive assembly driving rotation
Platform is rotated to proper angle relative to the motion mode that the anteflexion of base mold personification body nature Cervical vertebra is stretched with after, and then is made
Cervical vertebra be in anteflexion under the angle or after stretch state, traction drive Component driver haulage gear carries out the angle along traction slide rail
The slip in direction, so as to being drawn to cervical vertebra, using above-mentioned mode of traction, lead with anteflexion state or after stretch state
Respectively section neck bone orientation is consistent in Cervical vertebra, to cervical traction on the angle direction, more meets medicine principle, cervical vertebra
Traction therapeutic is better.Meanwhile traction apparatus for cervical vertebrae of the present utility model, overall dimensions size such as pillow, can arbitrarily it move
Dynamic to pick and place, can is treated at any time on patient's sick bed of public ward, without being equipped with special for treating bed and therapeutic room,
Medical resource has greatly been saved, has alleviated the nervous situation of the current sick bed of hospital.
The specific embodiment two of traction apparatus for cervical vertebrae of the present utility model, the difference of itself and embodiment one are that rotation is driven
Dynamic component includes hydraulic push rod and runing rest, and runing rest is fixed on base, and rotation platform end is hinged on runing rest
Rotary shaft on, hydraulic push rod one end is fixed on base, and the other end is fixed on rotation platform, hydraulic push rod driving rotary flat
Platform rotates around the rotary shaft of runing rest.
Claims (10)
1. traction apparatus for cervical vertebrae, it is characterised in that driven including base, rotation platform, rotary drive assembly, traction platform, traction
Dynamic component, neck fixation kit and master control system, rotary drive assembly driving rotation platform are rotated relative to base, rotary flat
Platform is provided with the traction slide rail for entering line slip for traction platform, and traction drive Component driver traction platform is slided along traction slide rail
Dynamic, neck fixation kit is located on traction platform, and neck fixation kit includes neck brace component, pillow bracket component and forehead fixation group
Part, master control system control rotary drive assembly and traction drive component.
2. traction apparatus for cervical vertebrae according to claim 1, it is characterised in that rotary drive assembly includes electric rotating machine, angle
Degree adjuster and regulator bracket, regulator bracket are fixed on base, and angle demodulator includes adjuster fixing end and regulation
Device movable end, adjuster fixing end are fixedly connected with regulator bracket, and rotation platform is fixedly connected with adjuster movable end, rotation
Motor is fixed on regulator bracket, the movable end rotation of electric rotating machine driving angle adjuster.
3. traction apparatus for cervical vertebrae according to claim 1, it is characterised in that rotary drive assembly includes hydraulic push rod and rotation
Turn support, runing rest is fixed on base, and rotation platform end is hinged in the rotary shaft of runing rest, hydraulic push rod one end
It is fixed on base, the other end is fixed on rotation platform, and hydraulic push rod drives rotation platform to be revolved around the rotary shaft of runing rest
Turn.
4. the traction apparatus for cervical vertebrae according to Claims 2 or 3, it is characterised in that rotary drive assembly also includes angle and passed
Sensor, angular transducer are connected with master control system.
5. traction apparatus for cervical vertebrae according to claim 1, it is characterised in that traction drive component includes traction electric machine, led
Draw screw mandrel and traction sliding block, traction sliding block and traction wire rod thread coordinate, and traction platform is fixedly connected with traction sliding block.
6. traction apparatus for cervical vertebrae according to claim 5, it is characterised in that traction drive component also includes pull sensing
Device, pulling force sensor are connected with master control system.
7. traction apparatus for cervical vertebrae according to claim 5, it is characterised in that rotation platform is pacified provided with traction drive component
Tankage, traction drive component upper surface are concordant with rotation platform.
8. traction apparatus for cervical vertebrae according to claim 1, it is characterised in that neck brace component includes neck brace motor, neck brace is slided
Rail, neck brace screw mandrel, the first neck brace sliding block, the second neck brace sliding block and left and right neck brace body, the first neck brace sliding block are fixed with left neck brace body
Connection, the second neck brace sliding block is fixedly connected with right neck brace body, the first neck brace sliding block and the second neck brace sliding block with neck brace screw mandrel spiral shell
Line coordinates, and the hand of spiral of the first neck brace sliding block and the second neck brace sliding block is on the contrary, the driving neck brace screw mandrel rotation of neck brace motor.
9. traction apparatus for cervical vertebrae according to claim 1, it is characterised in that be equipped with electricity in neck brace component and pillow bracket component
Heated filament, vibrating motor and electrotherapy module.
10. traction apparatus for cervical vertebrae according to claim 1, it is characterised in that traction apparatus for cervical vertebrae also include display screen and
Emergency stop switch, display screen and emergency stop switch are connected with master control system.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721043885.9U CN206730028U (en) | 2017-08-21 | 2017-08-21 | Traction apparatus for cervical vertebrae |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721043885.9U CN206730028U (en) | 2017-08-21 | 2017-08-21 | Traction apparatus for cervical vertebrae |
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| CN206730028U true CN206730028U (en) | 2017-12-12 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112022469A (en) * | 2020-08-05 | 2020-12-04 | 浙江中医药大学附属第三医院 | Cervical vertebra traction rotary bone setting device |
| CN112545732A (en) * | 2020-12-22 | 2021-03-26 | 吉林大学第一医院 | Be used for horizontal draw gear of cervical vertebra |
-
2017
- 2017-08-21 CN CN201721043885.9U patent/CN206730028U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112022469A (en) * | 2020-08-05 | 2020-12-04 | 浙江中医药大学附属第三医院 | Cervical vertebra traction rotary bone setting device |
| CN112545732A (en) * | 2020-12-22 | 2021-03-26 | 吉林大学第一医院 | Be used for horizontal draw gear of cervical vertebra |
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