CN102512274B - Air bag type lumbar vertebra and cervical vertebra tractor - Google Patents
Air bag type lumbar vertebra and cervical vertebra tractor Download PDFInfo
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- CN102512274B CN102512274B CN 201110434398 CN201110434398A CN102512274B CN 102512274 B CN102512274 B CN 102512274B CN 201110434398 CN201110434398 CN 201110434398 CN 201110434398 A CN201110434398 A CN 201110434398A CN 102512274 B CN102512274 B CN 102512274B
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Abstract
The invention discloses an air bag type lumbar vertebra and cervical vertebra tractor, which comprises three air chambers respectively connected with a pressure sensor, each air chamber is respectively provided with a through hole connected with an air pump, a first air chamber of the three air chambers is connected with a lumbar vertebra air bag A, a second air chamber is connected with a lumbarvertebra air bag B, a third air chamber is connected with a cervical vertebra air bag, and the lateral wall of each air chamber is further provided with a through hole connected with a solenoid valve. The air pump, the pressure sensor and the solenoid valve are further respectively connected with a central controller. By means of combination of circulation of air bag inflation, pressure maintenance and air bag discharging and self-gravity of the human body, the air bag type lumbar vertebra and cervical vertebra tractor generates three-dimensional traction force to perform three-dimension traction on the spinal column. Compared with existing one-dimensional traction, the air bag type lumbar vertebra and cervical vertebra tractor facilitates recovery of curve degree of the spinal column.
Description
Technical field
The invention belongs to technical field of medical instruments, relate to a kind of gasbag-type lumbar vertebra cervical vertebra tractor.
Background technology
Spinal column is as the main support structure of human skeleton, comprised the bone spinal column that is made of elastic joint connection and ligament and colloid elastic cartilage dish.Adult's spinal column comprises 33 vertebras, wherein last 9 rumpbone and coccyxs that are fused into the pelvis rear side.Spinal column a lot of bendings are radially arranged, crooked protruding in the health front side such as cervical region and waist, chest and sacrum portion crooked protruding in the health rear side.These bendings provide certain intensity and balance, are upright walking essential conditions.
Crooked general 35 to 45 degree of cervical spine waist, under this degree of crook, weight is by average relatively being assigned on spinal column surface and the intervertebral disc.When spinal column because wound, disease, heredity, habitual microtrauma or posture be during to the bending forfeiture that causes, body weight can be pressed to intervertebral disc soft, non-sclerotin suppresses liquid flow, causes disc degeneration.Gradually, these patients can show the spinal motion dysfunction, and then cause lubricated and keep the elastic absorption of nutrient ingredients obstacle of spinal column.Intervertebral disc can further be degenerated, and causes the motor function forfeiture, deformity and nervous lesion.The intrinsic joint fluid of intervertebral disc just began to disappear in general 20 years.
The vertebra degeneration is also referred to as osteoarthritis, and its principal character is bony spur hypertrophy, intervertebral disc attenuation.Clinical symptoms show as vertebra stiff, ache, range of activity is dwindled.It is diseases related to be accompanied by dizziness, headache, arm, lower limb numbness and vertebra sometimes.The degeneration of vertebra is divided into four-stage: the phase I, there is aseptic inflammation between vertebral body, and patient has the symptom of aching.This stage does not still have permanent change such as bony spur and disc degeneration, and the chance of root compression is less.Second stage, intervertebral disc have a small amount of degeneration, and bony spur begins a small amount of appearance; The time of sitting has been grown the meeting aching pain in waist and back; Last back pain, it is diseases related to begin vertebra to occur.Phase III, intervertebral disc is thinner, but as yet not " disappearance ".Bony spur is longer, but as yet not " bridging ".Above-mentioned symptom is even more serious, and transfers the persistence outbreak to by the discontinuity outbreak.The quadravalence section, more than one intervertebral disc complete obiteration, bony spur begins to put up a bridge, and various symptoms are lasting and serious.Intervertebral disc is in the process of attenuation, and the probability of root compression is increasing, and during to the intervertebral disc complete obiteration, if this vertebra has been pressed onto nerve root, then this vertebra can't be reset, and only undergos surgery.The problem of spine structure is to produce the main cause of degenerating.
The spinal column dragging device is then for convex curve before keeping the spinal column neck region normal, prevents disc degeneration and arises at the historic moment.General using traction belt and device carry out the tractive exercise to a part, and purpose is to increase interbody space and intervertebral foramina, removes compressing and the vertebrarterial distortion of nerve root, and relieve muscle spasms resets the intervertebral disc of protrusion.
Pelvis (lumbar vertebra cervical vertebra) traction of the lumbar traction that the treatment lumbar spondylosis is arranged commonly used, the prominent disease of lumbar intervertebral disc.Its device can utilize weight, spring scale or screw the non-motor traction bed that screw rod is made pull strength, or uses the motor traction bed of electronic installation automatic control.
Lumbar vertebra long bone thorn (being lumbar vertebra cervical vertebra osteoarthritis), intervertebral disk hernia are urged to sciatic patient, and available lumbar traction improves.Lumbar traction needs bigger strength, uses mechanical traction mostly.Lumbar traction can be divided into batch (-type) and semi-persistent dual mode, and the patient can lie prone or lie on the therapeutic bed.Batch (-type) traction draw approximately seven seconds, stopped 15 seconds, continue twenty to thirty minute; Weight after a period of time, is looked patient's TL by four of body weight/at the beginning (this weight can overcome the frictional force between health and the bed), be increased to gradually body weight 1/2nd till.Semi-persistent traction continues to draw thirty minute to two hours approximately, but repetitiousness traction after rest a few minutes was drawn about six to eight hours in one day altogether.
The strength of the traction during cervical traction is to reach the intervertebral space of cervical vertebra increase and not cause that muscle, joint injury are purpose, and the pull-in time is generally at 15～20 minutes.Overlong time easily causes muscle and the damage of ligament firm static.
Yet above-mentioned lumbar vertebra, cervical traction all are the traction of a dimension orientation or straight line traction, can have certain deformation traction is finished after, and destruction physiology curvature has produced certain adverse influence to rectification and the recovery of vertebra.
Summary of the invention
The technical problem that the present invention solves is to provide a kind of gasbag-type lumbar vertebra cervical vertebra tractor, and this gasbag-type lumbar vertebra cervical vertebra tractor adopts three-dimensional tractive manner, is conducive to recover the physiology curvature, and control automatically, and is easy to operate.
The present invention is achieved through the following technical solutions:
A kind of gasbag-type lumbar vertebra cervical vertebra tractor, comprise three air chambers that are connected with pressure transducer respectively, offer the through hole that is connected with air pump on each air chamber respectively, first air chamber in three air chambers is connected with lumbar vertebra air bag A, second air chamber is connected with lumbar vertebra air bag B, the 3rd air chamber is connected with the cervical vertebra air bag, also offers through hole on the sidewall of each air chamber and is connected with electromagnetic valve; Air pump, pressure transducer, electromagnetic valve also are connected with central controller respectively.
What described lumbar vertebra air bag A, lumbar vertebra air bag B were symmetrical is fixed on the bottom on the holder of lower recess, and the cervical vertebra air bag is arranged in the cervical fixation cover.
Described three air chambers and central controller are distributed on the same circuit board, and three air chambers distribute separately or are interconnected to an integral body, and closely are connected with circuit board.
After expanding, described lumbar vertebra air bag A, lumbar vertebra air bag B or cervical vertebra airbag aeration have arc contact surface.
Described lumbar vertebra air bag A, lumbar vertebra air bag B or cervical vertebra air bag comprise the inner bag of inflation, and the air bag shell with comfortable sense of touch.
When described gasbag-type lumbar vertebra cervical vertebra tractor was started working, the traction of lumbar vertebra air bag and cervical vertebra air bag was:
Central controller is at first controlled air pump to the cervical vertebra airbag aeration, when the pressure that central controller receives the cervical vertebra air bag reaches default cervical vertebra threshold value, the central controller controls air pump stops to the cervical vertebra airbag aeration, pressure 1～the 10min that keeps the cervical vertebra air bag, central controller cuts out electromagnetic valve then, makes the cervical vertebra air bag deflation;
After the cervical vertebra air bag deflation is finished, central controller control air pump is earlier inflated to lumbar vertebra air bag A, when the pressure of the lumbar vertebra air bag A that central controller receives reached default lumbar vertebra threshold value, the central controller controls air pump stopped to inflate to lumbar vertebra air bag B to lumbar vertebra air bag A inflation and control air pump; When the pressure of the lumbar vertebra air bag B that central controller receives reaches default lumbar vertebra threshold value, the central controller controls air pump is inflated simultaneously to lumbar vertebra air bag A and lumbar vertebra air bag B, stop inflation after making its air pressure increase by 2～8KPa, pressure 1～the 10min that keeps lumbar vertebra air bag A and lumbar vertebra air bag B, central controller cuts out electromagnetic valve then, makes lumbar vertebra air bag A and lumbar vertebra air bag B venting; After rest 1～10min, the central controller controls air pump while is inflated to the lumbar vertebra threshold value of setting to lumbar vertebra air bag A and lumbar vertebra air bag B, stop to inflate and keep pressure 1～10min in the air bag, central controller cuts out electromagnetic valve and makes lumbar vertebra air bag A and lumbar vertebra air bag B venting then, finishes the once circulation of inflation venting.
Described airbag aeration, keep-up pressure, the circulation of air bag deflation is 5, wherein the time that the first time, circulation keep-uped pressure is 1min, the time that circulation for the second time keep-ups pressure is 1.5～2min, the time that circulation for the third time keep-ups pressure is 2～3min, the time that the 4th circulation keep-ups pressure is 4～5min, and the time that the 5th circulation keep-ups pressure is 8～10min.
Described central controller controls air pump, electromagnetic valve also carry out 4～5 circulations finishing the once circulation of inflation venting; Wherein the time that the first time, circulation keep-uped pressure is 1min, the time that circulation for the second time keep-ups pressure is 1.5～2min, the time that circulation for the third time keep-ups pressure is 2～3min, the time that the 4th circulation keep-ups pressure is 4～5min, and the time that the 5th time, the 6th time circulation keep-ups pressure is 8～10min.
Described lumbar vertebra threshold value comprises 60,70, three ranks of 80KPa, and the cervical vertebra threshold value comprises 50,60, three ranks of 70KPa.
Compared with prior art, the present invention has following beneficial technical effects:
Gasbag-type lumbar vertebra cervical vertebra tractor provided by the invention, in use, the holder that is provided with air bag is placed on the user waist location, be with the cervical region fixed cover latter to lie low, after the energising, the central controller controls air pump begins to the cervical vertebra airbag aeration, when the pressure in the air bag reaches default threshold value, keep exitting after a period of time, then successively to lumbar vertebra air bag A, lumbar vertebra air bag B inflation when the pressure in the air bag reaches default threshold value, increases the pressure about 5KPa again, stop to airbag aeration, keep pressure a period of time of air bag, central controller cuts out electromagnetic valve then, makes air bag deflation, and then to lumbar vertebra air bag A, lumbar vertebra air bag B inflates once and keep-ups pressure, and finishes once circulation after the venting; Like this by airbag aeration, keep-up pressure, thereby the circulation of air bag deflation produces three-dimensional pull strength in conjunction with the gravity of human body self, and spinal column is carried out three-dimensional traction; Compare with the traction of existing one dimension, more be conducive to recover the spinal column curvature.
Gasbag-type lumbar vertebra cervical vertebra tractor provided by the invention, utilize the depressed zoarium of charging and discharging of air bag heavily to produce pull strength, utilize the gravity of weight to produce pull strength with existing traction apparatus and compare, easy to use, overcome the traction weight and be not easy to weighing, be not easy to the defective that family uses; And in the process that pull strength produces, be based on the variation of gasbag pressure and weight, by the control that charges and discharge atmospheric pressure being realized the easier realization of control of pull strength, and the distortion of distraction procedure spinal column is more natural.
Gasbag-type lumbar vertebra cervical vertebra tractor provided by the invention, by being set, the sequencing of central controller can realize automatic control, to threshold value be set at 60,70, three shelves of 80KPa, select for use according to practical situation to make things convenient for user, and to time that the increase suitable along with the increase of cycle-index keep-ups pressure that is set at of program, in case after program setting is finished, just can realize charging and discharging the Automatic Cycle of gas.
Gasbag-type lumbar vertebra cervical vertebra tractor provided by the invention draws by the circulation of specific inflation venting, has the advantage of using instant effect: slight lumbar vertebra, cervical vertebra move back the shape sexually transmitted disease (STD) and become, and according to drawing once a day, general two weeks can take effect.
Description of drawings
Fig. 1 is connection diagram of the present invention;
Fig. 2 is a kind of distribution schematic diagram of air chamber integrated design;
Fig. 3 is the assembling sketch map of a kind of specific implementation of the present invention;
The sketch map of arranging of two lumbar vertebra air bags when Fig. 4 is unaerated;
The sketch map of the cervical vertebra air bag when Fig. 5 is unaerated;
Fig. 6 is arranged on the assembling sketch map of a kind of specific implementation in the cervical fixation cover for the cervical vertebra air bag;
Wherein: 1 is air chamber; 2 is air bag; 3 is air pump; 4 is electromagnetic valve; 5 is pressure transducer; 6 is central controller; 7 is holder; 8 is firm banking; 9 is the air chamber lower house; 10 is the air chamber upper shell; 11 is the cervical fixation cover; 12 is cervical vertebra air bag mounting yoke; 13 is fixing band; 14 are the cervical vertebra air bag after expanding.
The specific embodiment
Below in conjunction with accompanying drawing the present invention is done to describe in further detail, the explanation of the invention is not limited.
Referring to Fig. 1, a kind of gasbag-type lumbar vertebra cervical vertebra tractor comprises:
Three air chambers 1 that are connected with pressure transducer 5 offer the through hole that is connected with air pump 3 respectively on each air chamber 1 respectively, and each air chamber 1 also is connected with an air bag 2 respectively, also offer through hole on the sidewall of air chamber 1 and are connected with electromagnetic valve 4; Air pump 3, pressure transducer 5, electromagnetic valve 4 also are connected with central controller 6 respectively;
First air chamber in three concrete air chambers is connected with lumbar vertebra air bag A, and second gas is connected with lumbar vertebra air bag B, and the 3rd air chamber is connected with the cervical vertebra air bag;
To air bag 2 inflations, the concrete control mode according to central controller can adopt corresponding three air bags of an air pump, perhaps the implementation of a corresponding air bag of air pump to air pump 3 by air chamber 1.
Fig. 1, Fig. 2 have represented the distribution mode of two kinds of air chambers respectively, and wherein shown in Figure 2 is a kind of design of integral type, can be that the position concerns specifically and arranges according to air chamber and air bag specifically.
For reduced volume, three air chambers 1 and central controller 6 can be distributed on the same circuit board, three air chambers 1 distribute separately or are interconnected to an integral body, and closely are connected with the maintenance seal with circuit board; And the test point of pressure transducer 5 is arranged on the bottom of each air chamber 1.
Referring to Fig. 3, Fig. 4, Fig. 5, a kind of specific implementation shown in Figure 6, air chamber 1 is made of air chamber lower house 9 and air chamber upper shell 10, and air chamber upper shell 10 is provided with the through hole that connects electromagnetic valve 4; 3 air chambers are the integrated design, and air chamber closely is connected with the circuit board at central controller 6 places, and pressure transducer 5 is arranged on the bottom of air chamber, each air chamber all with one independently air pump 3 be connected; To be installed in behind the above-mentioned unit construction in the space of holder 7 and firm banking 8 formation, the bottom of holder 7 also is provided with to two conduit through holes of the input gas of lumbar vertebra air bag A and B to lower recess, and other necessary through holes.
What lumbar vertebra air bag A and B were symmetrical is fixed on the bottom on the holder 7 of lower recess, and the cervical vertebra air bag is arranged in the cervical fixation cover.Figure 4 shows that a kind of concrete lumbar vertebra air bag A and the shape of B unaerated expansion, Figure 5 shows that the shape that a kind of concrete cervical vertebra air bag unaerated is expanded; This kind design has arc contact surface with cervical region after making airbag aeration, charges and discharge gas like this and just can produce afterwards three-dimensional pull strength; Other satisfy the design that has arc contact surface afterwards of expanding and also can accept; Because the lumbar vertebra air bag is set to two, can also further produce horizontal pull strength after latter two lumbar vertebra airbag inflation of supplemental inflation;
Shown in Figure 6 is the assembling sketch map that the cervical vertebra air bag is arranged on a kind of specific implementation in the cervical fixation cover, cervical fixation cover 11 with bionic design provides a supporting role, the cervical vertebra air bag is arranged within the cervical vertebra air bag mounting yoke 12, and fixing band 13 is used for cervical fixation cover 11 is fixed with forehead in traction; 14 are depicted as the cervical vertebra air bag after the expansion, can see having arc contact surface.
Air pump 3, pressure transducer 5, electromagnetic valve 4 also are connected with central controller 6 respectively, and the gas that charges and discharge of air bag 2 is controlled by central controller 6:
When described gasbag-type lumbar vertebra cervical vertebra tractor was started working, the traction of lumbar vertebra air bag and cervical vertebra air bag was:
Central controller is at first controlled air pump to the cervical vertebra airbag aeration, when the pressure that central controller receives the cervical vertebra air bag reaches default cervical vertebra threshold value, the central controller controls air pump stops to the cervical vertebra airbag aeration, pressure 1～the 10min that keeps the cervical vertebra air bag, central controller cuts out electromagnetic valve then, makes the cervical vertebra air bag deflation;
After the cervical vertebra air bag deflation is finished, central controller control air pump is earlier inflated to the lumbar vertebra air bag A in two lumbar vertebra air bags, when the pressure of the lumbar vertebra air bag A that central controller receives reached default lumbar vertebra threshold value, the central controller controls air pump stopped to inflate to lumbar vertebra air bag B to lumbar vertebra air bag A inflation and control air pump; When the pressure of the lumbar vertebra air bag B that central controller receives reaches default lumbar vertebra threshold value, the central controller controls air pump is inflated simultaneously to lumbar vertebra air bag A and lumbar vertebra air bag B, stop inflation after making its air pressure increase by 2～8KPa, pressure 1～the 10min that keeps lumbar vertebra air bag A and lumbar vertebra air bag B, central controller cuts out electromagnetic valve then, makes lumbar vertebra air bag A and lumbar vertebra air bag B venting; After rest 1～10min, the central controller controls air pump while is inflated to the lumbar vertebra threshold value of setting to lumbar vertebra air bag A and lumbar vertebra air bag B, stop to inflate and keep pressure 1～10min in the air bag, central controller cuts out electromagnetic valve and makes lumbar vertebra air bag A and lumbar vertebra air bag B venting then, finishes the once circulation of inflation venting.
60,70,80KPa the concrete lumbar vertebra threshold value with central controller identification is made as three shelves:, the cervical vertebra threshold value lacks 10KPa than each shelves of lumbar vertebra threshold value, selects for use according to practical situation to make things convenient for user; Further inflation after reaching threshold value is in order to increase by two displacements between the air bag, thereby increases horizontal pull strength;
Described central controller controls air pump, electromagnetic valve also carry out 4～5 circulations finishing the once circulation of inflation venting; Wherein the time that the first time, circulation keep-uped pressure is 1min, the time that circulation for the second time keep-ups pressure is 1.5～2min, the time that circulation for the third time keep-ups pressure is 2～3min, the time that the 4th circulation keep-ups pressure is 4～5min, and the time that the 5th time, the 6th time circulation keep-ups pressure is 8～10min.
In use, the holder that is provided with air bag is placed on the user waist location, be with the cervical region fixed cover latter to lie low, after the energising, the central controller controls air pump begins to the cervical vertebra airbag aeration, when the pressure in the air bag reaches default threshold value, keep exitting after a period of time, then successively to lumbar vertebra air bag A, lumbar vertebra air bag B inflation, when the pressure in the air bag reaches default threshold value, increase the pressure about 5KPa again, stop to airbag aeration, keep pressure a period of time of air bag, central controller cuts out electromagnetic valve then, make air bag deflation, and then to lumbar vertebra air bag A, lumbar vertebra air bag B inflates once and keep-ups pressure, and finishes once circulation after the venting; Like this by airbag aeration, keep-up pressure, thereby the circulation of air bag deflation produces three-dimensional pull strength in conjunction with the gravity of human body self, and spinal column is carried out three-dimensional traction.
Claims (5)
1. gasbag-type lumbar vertebra cervical vertebra tractor, it is characterized in that, comprise three air chambers that are connected with pressure transducer respectively, offer the through hole that is connected with air pump on each air chamber respectively, first air chamber in three air chambers is connected with lumbar vertebra air bag A, second air chamber is connected with lumbar vertebra air bag B, and the 3rd air chamber is connected with the cervical vertebra air bag, also offers through hole on the sidewall of each air chamber and is connected with electromagnetic valve; Air pump, pressure transducer, electromagnetic valve also are connected with central controller respectively;
What described lumbar vertebra air bag A, lumbar vertebra air bag B were symmetrical is fixed on the bottom on the holder of lower recess, and the cervical vertebra air bag is arranged in the cervical fixation cover; After expanding, described lumbar vertebra air bag A, lumbar vertebra air bag B or cervical vertebra airbag aeration have arc contact surface
When gasbag-type lumbar vertebra cervical vertebra tractor was started working, the traction of lumbar vertebra air bag and cervical vertebra air bag was:
Central controller is at first controlled air pump to the cervical vertebra airbag aeration, when the pressure that central controller receives the cervical vertebra air bag reaches default cervical vertebra threshold value, the central controller controls air pump stops to the cervical vertebra airbag aeration, pressure 1～the 10min that keeps the cervical vertebra air bag, central controller cuts out electromagnetic valve then, makes the cervical vertebra air bag deflation;
After the cervical vertebra air bag deflation is finished, central controller control air pump is earlier inflated to lumbar vertebra air bag A, when the pressure of the lumbar vertebra air bag A that central controller receives reached default lumbar vertebra threshold value, the central controller controls air pump stopped to inflate to lumbar vertebra air bag B to lumbar vertebra air bag A inflation and control air pump; When the pressure of the lumbar vertebra air bag B that central controller receives reaches default lumbar vertebra threshold value, the central controller controls air pump is inflated simultaneously to lumbar vertebra air bag A and lumbar vertebra air bag B, stop inflation after making its air pressure increase by 2～8KPa, pressure 1～the 10min that keeps lumbar vertebra air bag A and lumbar vertebra air bag B, central controller cuts out electromagnetic valve then, makes lumbar vertebra air bag A and lumbar vertebra air bag B venting; After rest 1～10min, the central controller controls air pump while is inflated to the lumbar vertebra threshold value of setting to lumbar vertebra air bag A and lumbar vertebra air bag B, stop to inflate and keep pressure 1～10min in the air bag, central controller cuts out electromagnetic valve and makes lumbar vertebra air bag A and lumbar vertebra air bag B venting then, finishes the once circulation of inflation venting.
2. gasbag-type lumbar vertebra cervical vertebra tractor as claimed in claim 1 is characterized in that, described three air chambers and central controller are distributed on the same circuit board, and three air chambers distribute separately or are interconnected to an integral body.
3. gasbag-type lumbar vertebra cervical vertebra tractor as claimed in claim 1 is characterized in that, described lumbar vertebra air bag A, lumbar vertebra air bag B or cervical vertebra air bag comprise the inner bag of inflation, and the air bag shell with comfortable sense of touch.
4. gasbag-type lumbar vertebra cervical vertebra tractor as claimed in claim 1, it is characterized in that, described airbag aeration, keep-up pressure, the circulation of air bag deflation is 5, wherein the time that the first time, circulation keep-uped pressure is 1min, the time that circulation for the second time keep-ups pressure is 1.5～2min, the time that circulation for the third time keep-ups pressure is 2～3min, and the time that the 4th circulation keep-ups pressure is 4～5min, and the time that the 5th circulation keep-ups pressure is 8～10min;
Central controller controls air pump, electromagnetic valve also carry out 4～5 circulations finishing the once circulation of inflation venting; Wherein the time that the first time, circulation keep-uped pressure is 1min, the time that circulation for the second time keep-ups pressure is 1.5～2min, the time that circulation for the third time keep-ups pressure is 2～3min, the time that the 4th circulation keep-ups pressure is 4～5min, and the time that the 5th time, the 6th time circulation keep-ups pressure is 8～10min.
5. gasbag-type lumbar vertebra cervical vertebra tractor as claimed in claim 1 is characterized in that, described lumbar vertebra threshold value comprises 60,70, three ranks of 80KPa, and the cervical vertebra threshold value comprises 50,60, three ranks of 70KPa.
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| CN 201110434398 CN102512274B (en) | 2011-12-16 | 2011-12-16 | Air bag type lumbar vertebra and cervical vertebra tractor |
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| CN 201110434398 CN102512274B (en) | 2011-12-16 | 2011-12-16 | Air bag type lumbar vertebra and cervical vertebra tractor |
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| CN102512274B true CN102512274B (en) | 2013-09-18 |
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Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| EP2251454B1 (en) | 2009-05-13 | 2014-07-23 | SiO2 Medical Products, Inc. | Vessel coating and inspection |
| CN105105902A (en) * | 2015-04-23 | 2015-12-02 | 安徽清大德人医疗科技股份有限公司 | Double-air-channel monitor system of cervical vertebra therapeutic instrument |
| CN108309532B (en) * | 2015-08-24 | 2020-09-25 | 泉州台商投资区连进信息技术有限公司 | Cervical vertebra and lumbar vertebra tractor |
| CN207837706U (en) * | 2016-11-02 | 2018-09-11 | 江苏安惠医疗器械有限公司 | Healthy device |
| CN108762484B (en) * | 2018-04-17 | 2020-12-08 | 西北工业大学 | Pneumatic simulation method for realistic touch sense in physical man-machine interaction |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2456660Y (en) * | 2000-12-22 | 2001-10-31 | 白明 | Fixer for neck tracting |
| CN1454575A (en) * | 2002-05-17 | 2003-11-12 | 吴周果 | Traction chair |
| CN201019888Y (en) * | 2007-04-18 | 2008-02-13 | 陆银春 | Portable cervical vertebra therapeutic equipment |
| CN201492554U (en) * | 2009-09-22 | 2010-06-02 | 陈绍安 | Inflatable cervical vertebra and lumbar traction frame |
| CN202376272U (en) * | 2011-12-16 | 2012-08-15 | 陕西巴赫曼健康产品有限公司 | Air bag type lumbar vertebra and cervical vertebra tractor |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH119620A (en) * | 1997-06-25 | 1999-01-19 | Miyuki Nakano | Towing device for spina or cervical vertebrae |
-
2011
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Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2456660Y (en) * | 2000-12-22 | 2001-10-31 | 白明 | Fixer for neck tracting |
| CN1454575A (en) * | 2002-05-17 | 2003-11-12 | 吴周果 | Traction chair |
| CN201019888Y (en) * | 2007-04-18 | 2008-02-13 | 陆银春 | Portable cervical vertebra therapeutic equipment |
| CN201492554U (en) * | 2009-09-22 | 2010-06-02 | 陈绍安 | Inflatable cervical vertebra and lumbar traction frame |
| CN202376272U (en) * | 2011-12-16 | 2012-08-15 | 陕西巴赫曼健康产品有限公司 | Air bag type lumbar vertebra and cervical vertebra tractor |
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Effective date of registration: 20151230 Address after: 050000, No. 1, unit 7, building 186, Zhonghua North Street, Xinhua District, Hebei, Shijiazhuang, 502 Patentee after: Zhao Hongjiang Address before: 710065 Shaanxi city of Xi'an Province Tang Yan Road No. 35 block H of modern city 3105 Patentee before: Shaanxi Bachmen Health Products Co., Ltd. |
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Effective date of registration: 20190712 Address after: 510000 No. 128, Sanxiangdong Road, Xinya Street, Huadu District, Guangzhou City, Guangdong Province Patentee after: Guangzhou Nikon Medical Technology Co., Ltd. Address before: Room 301, No. 1 Office Building, Zone A, Zhongda Marine Biotechnology Research and Development Base, No. 9 Xincheng Avenue, Songshan Lake High-tech Industrial Development Zone, Dongguan City, Guangdong Province Patentee before: Dongguan Younikangtong Medical Technology Co., Ltd. |
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