CN202537733U - Upper body positioning device for non-operative spinal treatment apparatus - Google Patents
Upper body positioning device for non-operative spinal treatment apparatus Download PDFInfo
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- CN202537733U CN202537733U CN2012200397775U CN201220039777U CN202537733U CN 202537733 U CN202537733 U CN 202537733U CN 2012200397775 U CN2012200397775 U CN 2012200397775U CN 201220039777 U CN201220039777 U CN 201220039777U CN 202537733 U CN202537733 U CN 202537733U
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Abstract
The utility model relates to an upper body positioning device for a non-operative spinal treatment apparatus. The upper body positioning device for non-operative spinal treatment equipment comprises a pair of armpit support arms, a vertical adjusting mechanism, a horizontal adjusting mechanism and a longitudinal adjusting mechanism. The armpit support arms support armpits of a patient to position an upper body of the patient on the apparatus. The vertical adjusting mechanism is used for adjusting Z-directional height of the armpit support arms. The horizontal adjusting mechanism is used for adjusting X-directional position of the armpit support arms. The longitudinal adjusting mechanism is used for adjusting Y-directional position of the armpit support arms. The upper body positioning device can be adjusted in multiple directions to the most appropriate position according to the body size of the patient before spinal traction or decompressive therapy. The upper body positioning device is capable of protecting safety of the patient, stable in operation and simple in structure, can be symmetrically adjusted in all directions to achieve best upper positioning, and is applicable to various spinal traction or decompressive apparatuses.
Description
Technical field
This utility model relates to the disease treatment apparatus field, especially a kind of upper body positioner that is applicable to spinal column dragging or spinal column pressure reduction equipment (non-surgical spinal column therapeutic equipment).
Background technology
Spinal disease is mainly taked the expectant treatment method; Wherein the most important thing is spinal column dragging or spinal column pressure reduction method,, the spinal column mechanicalness is elongated through forcing in the pathological changes spinal column; The little joint mobilization of vertebral body; The spinal column loosening all muscles, blood circulation promoting, thus dissimilar spinal diseases is treated in minimizing tissue or nerve compression.In therapeutic process, equipment need be assisted the location of human body position, exerts all one's strength and acts on the lesion locations of lumbar vertebra or cervical vertebra effectively.
Some traction apparatus is used fixing band to pass patient's axillary fossa upper body is bundled on the equipment, yet because treatment can continue 30 minutes basically, the patient is produced rein in sense; Poor blood circulation; Or dyspnea, and it is many to cause the patient to perspire, and brings the hygienic issues in recycling.Some equipment are provided with stay pipe and axil holder at corresponding patient's axillary fossa place, remove the dependence of upper body location to fixing band, but stay pipe are a fixture, can not move.Publication number is a kind of foot-operated lumbar traction bed of CN2288711, and the different practical situations of different patient's width is satisfied in its stay pipe bottom and horizontal control rod screw flight engages adjustable two stay pipe horizontal ranges.And this kind design can not be regulated the Support Position of vertical direction, does not consider that patient's height varies with each individual; Stay pipe length can't be regulated, if the excessive armpit that then can contain the patient of patient's body build causes discomfort.
The utility model content
In order to solve the problem that exists in the prior art, this utility model provides a kind of upper body positioner that is used for spinal column dragging or pressure regulating equipment, and height that can be different according to the patient is fat or thin, and size is come adjusting position and supported brachium.Make the patient comfortable, the upper body location is correct, and not with the external force displacement, pulling force effectively is applied to pathological changes spinal column position when making spinal column dragging or decompression treatment.
In order to reach above-mentioned purpose of design; This utility model provides a kind of upper body positioner that is used for the non-surgical spinal column therapeutic equipment; It is characterized in that; Said upper body positioner comprises: fixing head, sliding rail, sliding block, vertical motor, and said sliding rail longitudinally is arranged on the therapeutic equipment, and said fixing head is connected on the said sliding rail through said sliding block; Said vertical motor is connected an end of said fixing head, longitudinally slides through the said fixing head of said vertical driven by motor; Article two, major axis plate, two crankshaft cheeks, horizontal direction motor, two stop bolt and two springs; Said two major axis plates are set in parallel on the said fixing head; The corner of said crankshaft cheek and said major axis plate pivotal connection and near an end of said major axis plate, said major axis plate and said fixing head pivotal connection; Said horizontal direction motor is connected between two ends of said two crankshaft cheeks, said two ends of said two crankshaft cheeks each other away from, and the distance between the two is greater than the distance between said two major axis plates; The other end of said two crankshaft cheeks respectively is provided with crankshaft cheek and prolongs piece, and extend the inside between said two major axis plates respectively, and every spring connects prolonging between the piece near near end patient's armpit and said crankshaft cheek of said major axis plate; A said bolt that stops to be set on every major axis plate, and to be arranged on the said crankshaft cheek prolongation piece outside in the horizontal direction; Two armpit support arms and two support arms are installed module; Each armpit support arm bottom is provided with adjutage; The bottom of said adjutage is provided with terminal plug; Each support arm install module be arranged on a said major axis plate near near the end patient's armpit, and have the space of the said adjutage that is used to hold said armpit support arm, said adjutage can vertically be extracted out or send back in said support arm installed module; Wherein said horizontal direction is the direction of line between two armpits of patient; Said longitudinal direction is the longitudinal direction of patient body; Said vertical direction is the planar direction perpendicular to horizontal direction and longitudinal direction composition.
Alternatively, the space that is used to hold said adjutage is a circular opening, and the diameter of described hole and the diameter of said adjutage closely cooperate.
Alternatively, the hole that said support arm is installed the minor diameter of module is provided with rail groove, and the bottom of said adjutage is provided with terminal plug, and said rail groove cooperates with said terminal plug.
Alternatively; Said support arm is installed the module head portion and is had the revolution space that is provided with in order to rotate the armpit support arm, rotates need upwards extract said armpit support arm before the said armpit support arm out and break away from said rail groove until the terminal plug of said adjutage and get into said revolution space.
Alternatively, be provided with little pintle in the said revolution space, limit the rotational angle of said armpit support arm through stopping said terminal plug.
Alternatively, said little pintle is arranged on and allows said armpit support arm to rotate the position of 0-180 degree.
Alternatively, said little pintle is arranged on and allows said armpit support arm to rotate the position of 0-90 degree.
Alternatively, a sliding rail and corresponding sliding block are set respectively in the both sides of said fixing head.
Preferably, said armpit support arm is a cattle horn shape, and sweep is to the inside bend of therapeutic equipment.
Preferably, said armpit support arm outer setting cushion.
The upper body positioner that is used for spinal column dragging or pressure regulating equipment of this utility model can be fixedly connected with therapeutic equipment.Comprise the support arm that stretches out in outside the body, and it is laterally, vertically and vertically mobile to be implemented in the device side support arm, and can realizes the device that support arm is flexible.
As preferably, the upper body positioner can connect external remote control.
The beneficial effect of this utility model provides a kind of upper body positioner that is used for spinal column dragging or pressure regulating equipment; Before spinal column dragging or decompression treatment, according to the situation of patient's build, the multi-direction most favorable position that is adjusted to; The protection patient safety, operate steadily, simple in structure; All directions all can realize the symmetry adjusting, reach best upper body locating effect, are applicable to various spinal column draggings or pressure regulating equipment.
Other feature and advantage according to method and apparatus of the present disclosure will appear in the following accompanying drawing of incorporating this paper into and the detailed description of hereinafter to this utility model or illustrate, accompanying drawing and the detailed description of this utility model is used to explain jointly the certain principles of this utility model.
Description of drawings
Fig. 1 has shown the side view according to the upper body positioner of an embodiment of this utility model;
Fig. 2 has shown the Hrizontal perspective plane graph according to the upper body positioner of an embodiment of this utility model;
Fig. 3 A, 3B, 3C have shown that the support arm according to an embodiment of this utility model prolongs sketch map.
Description of reference numerals:
30, cushion; 40, spinal column dragging or pressure regulating equipment; 110, armpit support arm; 120, support arm is installed module; 1210, rail groove; 1220, limited bolt; 130, adjutage; 1310, terminal plug; 140, major axis plate; 150, crankshaft cheek; 1510, crankshaft cheek prolongs piece; 160, spring; 170, horizontal direction motor; 180, rotating shaft; 190, stop bolt; 210, fixing head; 220, sliding rail; 230, sliding block; 240, vertical motor;
Should be understood that accompanying drawing is not necessarily to scale, what it appeared is the reduced representation in a way to each characteristic of describing this utility model ultimate principle.The design feature that this utility model disclosed herein is specific comprises for example specific size, direction, position and shape, is partly confirmed by concrete specified application and environment for use.
In the accompanying drawings, identical Reference numeral refers to this utility model part identical or of equal value in institute's drawings attached.
The specific embodiment
Below will be in detail with reference to each embodiment of this utility model, its example is presented in accompanying drawing and the hereinafter description.Although described this utility model, should be appreciated that this description is not intended to this utility model is limited to these exemplary embodiments in conjunction with exemplary embodiment.On the contrary, this utility model not only is intended to cover these exemplary embodiments, and covers essence and the various substitutes in the scope, modification, equivalent and other embodiment that is included in this utility model that is limited appended claims.
This utility model provides a kind of upper body positioner that is used for spinal column dragging or pressure regulating equipment; Before spinal column dragging or decompression treatment, according to the situation of patient's build, the multi-direction most favorable position that is adjusted to; The protection patient safety, operate steadily, simple in structure; All directions all can realize the symmetry adjusting, reach best upper body locating effect, are applicable to various spinal column draggings or pressure regulating equipment.
The upper body positioner that is used for spinal column dragging or pressure regulating equipment of this utility model can be fixedly connected with therapeutic equipment.Comprise the armpit support arm that stretches out in outside the body, can realize horizontal, vertical, vertical the moving that the armpit support arm is surperficial with respect to therapeutic equipment, and can realize the device that support arm is flexible.
This utility model provides a kind of upper body positioner that is applicable to spinal column dragging or spinal column pressure reduction equipment.For in spinal column dragging or spinal column pressure reduction therapeutic process; No matter patient's height is fat or thin; Can both realize the upper body location of patient on therapeutic equipment well through the armpit support arm, the armpit support arm is wanted and can on X, Y, three directions of Z, be realized scalable, and the plane that wherein X, Y is constituted is as the bed surface of therapeutic equipment; The Z direction is perpendicular to X, the planar vertical direction of Y, promptly perpendicular to the direction of bed surface.Hereinafter directions X is called horizontal direction, i.e. the direction of line between two armpits of patient; The Y direction is called longitudinal direction, i.e. the longitudinal direction of patient body (or bed body); The Z direction is called vertical direction.
For this reason, the upper body positioner of this utility model comprises: vertical guiding mechanism, horizontal adjusting mechanism, vertical guiding mechanism.Vertical guiding mechanism is used to adjust the height of armpit support arm on the Z direction; Horizontal adjusting mechanism is used to adjust the position of armpit support arm on directions X; Vertically guiding mechanism is used to adjust the position of armpit support arm on the Y direction.
Preferably, said vertical guiding mechanism, horizontal adjusting mechanism and vertically guiding mechanism all be embedded in the mattress of spinal column dragging or spinal column pressure reduction equipment, and on mattress, hollow out and leave the space, for stretching out the outside armpit support arm of mattress activity interval is provided.
Preferably, vertically guiding mechanism comprises fixing head, sliding rail, sliding block, vertical driving device.Sliding rail longitudinally is arranged on traction or the pressure regulating equipment, and fixing head is connected on the sliding rail through sliding block, and vertically the drive device drives fixing head slides in the vertical.Vertically driving device can be arranged on the sliding block, perhaps is connected an end of fixing head.Vertically driving device can be a manual actuation, also can be motor-driven.Through electric pushrod or other modes promote to regulate the armpit support arm in the Y direction position, patient that can adaptive different heights.
Alternatively, a sliding rail and a sliding block can be set, in order to guarantee the stationarity of fixing head lengthwise movement, sliding rail can roughly be arranged on the centrage of fixing head.Two or more sliding rail and corresponding sliding block also can be set alternatively.
Preferably, horizontal adjusting mechanism comprises horizontal drive apparatus and two major axis plates, and two major axis plates are set in parallel on the fixing head, and on the major axis plate, rotating shaft are set, and with the fixing head pivotal connection, makes two major axis plates in the plane of fixing head, to rotate.Horizontal drive apparatus is arranged on an end (support arm is installed module and is arranged on the relative other end, and hereinafter will be described) of major axis plate, and is connected between two major axis plates.Horizontal drive apparatus can through electric pushrod or other modes make two major axis plates near or away from, thereby make two armpit support arms being symmetricly set on two major axis plate other ends on directions X, relatively move.Because major axis plate and fixing head pivotal connection, thus two major axis plates horizontal drive apparatus is installed the end each other near the time, two ends that the armpit support arm is installed each other away from, vice versa, realizes the action that extends out or clamp of armpit support arm thus.Horizontal drive apparatus can be a manual actuation, also can be motor-driven.
Preferably, horizontal adjusting mechanism can comprise further that two crankshaft cheeks, two stop bolt and two springs.A crankshaft cheek, one are set respectively on each major axis plate stop bolt and a spring.Crankshaft cheek is arranged on an end (support arm is installed module and is arranged on the relative other end) of major axis plate; The corner of crankshaft cheek and major axis plate pivotal connection; Two crankshaft cheeks are installed the horizontal drive apparatus that is connected with push-down between the end of module away from support arm, these two ends each other away from, the distance between the two is greater than the distance between two major axis plates; Increase the push rod stroke of horizontal drive apparatus, increased adjusting range and adjustment precision.Alternatively, crankshaft cheek, major axis plate, fixing head can a shared rotating shaft be realized pivotal connection.
The other end of two crankshaft cheeks respectively is provided with crankshaft cheek and prolongs piece; Two crankshaft cheeks prolong piece and extend the inside between two major axis plates respectively; Every spring is connected near support arm and installs between end and the crankshaft cheek prolongation piece of major axis plate of module; Provide make two support arms install modules each other near bias force, make that two armpit support arms can inwardly clamp in the use.On each major axis plate, be provided with one and stop bolt, be arranged on the outside that crankshaft cheek prolongs the piece directions X.When passing through horizontal drive apparatus along directions X shortening push rod; Two crankshaft cheeks extend out end each other near, through the effect of rotating shaft, what make two crankshaft cheeks is provided with two ends that crankshaft cheek prolongs piece each other away from (promptly; Outwards move along directions X); But owing to stop the restriction of bolt, the outside motion that crankshaft cheek prolongs piece has driven the support arm that is equipped with of major axis plate and the end of module is installed has outwards moved, thus realized two support arms install modules each other away from.When passing through horizontal drive apparatus along the directions X elongate pushrod; Two crankshaft cheeks extend out end each other away from, through the effect of rotating shaft, what make two crankshaft cheeks is provided with two ends that crankshaft cheek prolongs piece each other near (promptly; Inwardly move along directions X); The end of module be installed inwardly move because the effect of spring, crankshaft cheek prolong the support arm that is equipped with that the inside motion of piece driven the major axis plate, thus realized two support arms install modules each other near.Realized the position adjustment of armpit support arm on directions X by the way.Alternatively; Crankshaft cheek, major axis plate, fixing head can a shared rotating shaft be realized pivotal connection; Perhaps crankshaft cheek and major axis plate and major axis plate and fixing head are provided with rotating shaft respectively, and the rotating shaft of major axis plate and fixing head is arranged on the position between the rotating shaft that stops bolt and crankshaft cheek and major axis plate.
Preferably; Vertical guiding mechanism has two support arms module and two armpit support arms is installed; Each support arm install module be arranged on a major axis plate near near the end patient's armpit (end relative) with horizontal drive apparatus; And having the lower semisection that is used to hold the armpit support arm or the space of its adjutage, the armpit support arm can be extracted out in support arm is installed module or send back to, thereby is implemented in the height adjustment on the Z direction.The line that two support arms are installed between the module is a directions X.The armpit support arm is a cattle horn shape roughly, has certain radian, and this radian is roughly consistent with the camber line of human body oxter metastomium.The radian part of two armpit support arms is along the inside subtend setting of directions X.
Alternatively; Support arm is installed module and is had rail groove; The lower semisection of armpit support arm (perhaps adjutage can be set in addition) is contained in the rail groove; In the time of need being adjusted at the height on the Z direction, can the armpit support arm upwards being extracted out or press downward to, the lower semisection of armpit support arm or its adjutage move along rail groove up or down.Cooperating between the lower semisection of armpit support arm or its adjutage and the support arm installation module has certain frictional force, can guarantee that the armpit support arm locatees at an arbitrary position.Preferably, the lower semisection of armpit support arm or its adjutage are provided with terminal plug, and terminal plug and rail groove closely cooperate, and locate at an arbitrary position to guarantee the armpit support arm.
Alternatively; Said support arm is installed the module head portion and is had the revolution space that is provided with in order to rotate the armpit support arm, rotates need upwards extract said armpit support arm before the said armpit support arm out and break away from said rail groove until the terminal plug of said adjutage and get into said revolution space.
Alternatively, the armpit support arm can be installed the certain angle of module internal rotation at support arm, and rotatable 0-180 degree rotates the 0-90 degree usually and gets final product, and rotating limit device can be set in support arm is installed module, the rotational angle of restriction armpit support arm.Generally speaking; The radian part of two armpit support arms inwardly subtend is arranged so that two horizontal ranges between the armpit support arm top narrow down; If patient body broad then be inconvenient to use, this moment, rotatable two armpit support arms partly turned to radian other direction; Increase the horizontal range between two armpit support arm tops, make things convenient for the patient to use the upper body positioning equipment.
This utility model is through being provided with vertical guiding mechanism, horizontal adjusting mechanism, vertical guiding mechanism, realized any adjustment of two armpit support arms in three directions, can the upper body location be provided for different patients thus.The vertical guiding mechanism of this utility model, horizontal adjusting mechanism, vertical guiding mechanism can have numerous embodiments, are not limited to above-mentioned concrete mode, and any alternative structure that is equal to all is applicable to this utility model.
In addition, alternatively, vertically guiding mechanism can be provided with slide rail on moving direction, also can use other move mode, for example wheeled move etc.
Preferably, the upper body positioner of this utility model can connect external remote control, realizes any adjustment of two armpit support arms in three directions through remote control.Concrete remote control circuit and remote control unit can utilize prior art.
Specifically describe upper body positioner with reference to the accompanying drawings according to an embodiment of this utility model.
As shown in Figure 1, all be embedded in cushion 30 according to most of construction package of the upper body positioner that is used for spinal column dragging or pressure regulating equipment of an embodiment of this utility model, cushion 30 outsides are visible to be armpit support arm 110.In fact, the upper body positioner of this utility model mainly relies on armpit support arm 110 to realize patient's upper body location.In use, according to patient's height build, adjust the height, the width between two armpit support arms 110 of armpit support arm 110 and, armpit support arm 110 is just in time placed under patient's axillary fossa in the position of cushion 30 on vertically.
The upper body positioner of this utility model comprises fixing head 210, sliding rail 220, sliding block 230, vertical motor 240.Sliding rail 220 longitudinally is arranged on spinal column dragging or the pressure regulating equipment 40, and fixing head 210 is connected on the sliding rail 220 through sliding block 230, thereby makes that fixing head 210 can be with respect to spinal column dragging or pressure regulating equipment 40 longitudinal sliding motions.Vertically motor 240 is connected an end of fixing head 210, drives fixing head 210 through vertical motor 240 and slides.
In the present embodiment, a sliding rail 220 and corresponding sliding block 230 are set, with the stationarity of guaranteeing that fixing head is interactive respectively in the both sides of fixing head.
With reference to Fig. 2, the upper body positioner of this utility model further comprises two major axis plates 140, two crankshaft cheeks 150, horizontal direction motor 170 and two springs 160.Article two, major axis plate 140 is set in parallel on the fixing head 210; Two crankshaft cheeks 150 are arranged on an end of major axis plate 140, and (support arm is installed module 120 and is arranged on the relative other end; Hereinafter will be described in detail); The corner of crankshaft cheek 150 and major axis plate 140 be through rotating shaft 180 pivotal connections, and major axis plate 140 and fixing head 210 be also through rotating shaft 180 pivotal connections, i.e. crankshaft cheek 150, major axis plate 140 shared rotating shafts 180 and fixing head 210 pivotal connections in the present embodiment; Make two major axis plates 140 in the plane of fixing head 210, to rotate, two crankshaft cheeks 150 also can rotate in parallel plane.
Be connected with the horizontal direction motor 170 of push-down between the end of two crankshaft cheeks 150; Two ends of this of crankshaft cheek 150 each other away from; Distance between the two is greater than the distance between two major axis plates 140; Increase the push rod stroke of horizontal direction motor 170, increased adjusting range and adjustment precision.The other end of two crankshaft cheeks 150 respectively is provided with crankshaft cheek and prolongs piece 1510; Extend inside between two major axis plates 140 respectively; Every spring 160 is connected the end of the major axis plate 140 of module being installed near support arm and prolongs between the piece 1510 with crankshaft cheek, provide make two support arms install modules 120 mutual near bias force.On each major axis plate 140, be provided with one and stop bolt 190, be arranged on crankshaft cheek and prolong the outside of piece 1510 at directions X.When passing through horizontal direction motor 170 along directions X shortening push rod; Two crankshaft cheeks 150 extend out end each other near; Effect through rotating shaft 180; What make two crankshaft cheeks 150 is provided with two ends that crankshaft cheek prolongs piece 1510 each other away from (that is, outwards moving along directions X), but owing to stop the restriction of bolt 190; The outside motion that crankshaft cheek prolongs piece 1510 has driven the support arm that is equipped with of major axis plate 140 and the end of module 120 is installed has outwards moved, thus realized two support arms install modules 120 each other away from.When passing through horizontal direction motor 170 along the directions X elongate pushrod; Two crankshaft cheeks 150 extend out end each other away from; Effect through rotating shaft 180; What make two crankshaft cheeks 150 is provided with two ends that crankshaft cheek prolongs piece 1510 each other near (that is, inwardly moving along directions X), because the effect of spring 160; The inside motion that crankshaft cheek prolongs piece 1510 has driven the support arm that is equipped with of major axis plate 140 and the end of module 120 is installed has inwardly moved, thus realized two support arms install modules 120 each other near.
With reference to Fig. 3 A, 3B and 3C, the upper body positioner of this utility model further comprises two armpit support arms 110 and two support arms installation modules 120.Each armpit support arm 110 bottom is provided with adjutage 130, and the bottom of adjutage 130 is provided with terminal plug 1310.Each support arm install module 120 be arranged on a major axis plate 140 near near the end patient's armpit (end relative) with horizontal direction motor 170; And has a space of the adjutage 130 that is used to hold armpit support arm 110; Adjutage 130 can be extracted out in support arm is installed module 120 or send back to, thereby is implemented in the height adjustment on the Z direction.In the present embodiment, the space that is used to hold adjutage 130 is a circular opening, and the diameter of the diameter of hole and adjutage 130 closely cooperates, and makes it have certain frictional force.The hole both sides that support arm is installed the minor diameter of module 120 are provided with rail groove 1210, cooperate with two terminal plugs 1310 of adjutage 130, make to extract adjutage 130 out according to rail groove 1210.In the present embodiment, it is the big hole of diameter that support arm is installed above the module 120, and distance is consistent between its diameter and two terminal plug 1310 outer ends, and this major diameter hole is the space of the setting in order to rotate armpit support arm 110.When needs rotate armpit support arm 110, need upwards extract out earlier armpit support arm 110, get into the revolution space of major diameter holes until two terminal plugs 1310 of adjutage 130 groove 1210 that de-orbits, this moment can left rotation and right rotation armpit support arm 110.Step place between major diameter hole and minor diameter hole is provided with little pintle 1220, limits the rotational angle of armpit support arm 110 through bar ends plug 1310.The angle that can rotate as required is provided with the position of little pintle 1220.Armpit support arm 110 can be installed the certain angle of module 120 internal rotation at support arm, and for example rotatable 0-180 degree rotates the 0-90 degree usually and gets final product.
Do not show in the accompanying drawing that the top that said support arm is installed module 120 has ring cover, the width of annulus is the semidiameter of big circular cell size and small circular hole.Adjutage 130 passes the middle part of ring cover, and terminal plug 1310 is blocked by ring cover, is used for preventing that armpit support arm 110 and adjutage 130 integral body from installing module 120 from support arm and breaking away from.
Preferably, armpit support arm 110 is a cattle horn shape, to the equipment inside bend.
Preferably, armpit support arm 110 outer setting cushions improve the comfort level that the patient uses.
The upper body positioner of this utility model is when bringing into use; Can be according to patient's height build, adjust armpit support arm width and vertically on the position, the armpit support arm is just in time placed under patient's axillary fossa; Fat excessively like the patient, build is strong excessively (can be envisioned as when lying low thickness blocked up); Can extract the armpit support arm out one section again,, and reach the effect of effective protection with the applying patient.
Preceding text have presented the certain exemplary embodiments of this utility model in order to describe and purpose of description.These exemplary embodiments and non exhaustive, or this utility model is restricted to disclosed precise forms, significantly, according to many modifications of above-mentioned teaching with to change all be feasible.Selecting and describing these exemplary embodiments is certain principles and practical application thereof in order to explain this utility model, thereby those skilled in the art are made and uses each exemplary embodiment of this utility model, and various substitute and modification.In fact the scope of this utility model is limited appending claims and equivalent thereof.
Claims (10)
1. a upper body positioner that is used for the non-surgical spinal column therapeutic equipment is characterized in that, said upper body positioner comprises:
Fixing head, sliding rail, sliding block, vertical motor; Said sliding rail longitudinally is arranged on the therapeutic equipment; Said fixing head is connected on the said sliding rail through said sliding block; Said vertical motor is connected an end of said fixing head, longitudinally slides through the said fixing head of said vertical driven by motor;
Article two, major axis plate, two crankshaft cheeks, horizontal direction motor, two stop bolt and two springs; Said two major axis plates are set in parallel on the said fixing head; The corner of said crankshaft cheek and said major axis plate pivotal connection and near an end of said major axis plate, said major axis plate and said fixing head pivotal connection; Said horizontal direction motor is connected between two ends of said two crankshaft cheeks, said two ends of said two crankshaft cheeks each other away from, and the distance between the two is greater than the distance between said two major axis plates; The other end of said two crankshaft cheeks respectively is provided with crankshaft cheek and prolongs piece, and extend the inside between said two major axis plates respectively, and every spring connects prolonging between the piece near near end patient's armpit and said crankshaft cheek of said major axis plate; A said bolt that stops to be set on every major axis plate, and to be arranged on the said crankshaft cheek prolongation piece outside in the horizontal direction;
Two armpit support arms and two support arms are installed module; Each armpit support arm bottom is provided with adjutage; The bottom of said adjutage is provided with terminal plug; Each support arm install module be arranged on a said major axis plate near near the end patient's armpit, and have the space of the said adjutage that is used to hold said armpit support arm, said adjutage can vertically be extracted out or send back in said support arm installed module;
Wherein said horizontal direction is the direction of line between two armpits of patient; Said longitudinal direction is the longitudinal direction of patient body; Said vertical direction is the planar direction perpendicular to horizontal direction and longitudinal direction composition.
2. the upper body positioner that is used for the non-surgical spinal column therapeutic equipment as claimed in claim 1 is characterized in that, the space that is used to hold said adjutage is a circular opening, and the diameter of described hole and the diameter of said adjutage closely cooperate.
3. the upper body positioner that is used for the non-surgical spinal column therapeutic equipment as claimed in claim 2; It is characterized in that; The hole that said support arm is installed the minor diameter of module is provided with rail groove, and the bottom of said adjutage is provided with terminal plug, and said rail groove cooperates with said terminal plug.
4. the upper body positioner that is used for the non-surgical spinal column therapeutic equipment as claimed in claim 3; It is characterized in that; Said support arm is installed the module head portion and is had the revolution space that is provided with in order to rotate the armpit support arm, rotates need upwards extract said armpit support arm before the said armpit support arm out and break away from said rail groove until the terminal plug of said adjutage and get into said revolution space.
5. the upper body positioner that is used for the non-surgical spinal column therapeutic equipment as claimed in claim 4 is characterized in that, is provided with little pintle in the said revolution space, limits the rotational angle of said armpit support arm through stopping said terminal plug.
6. the upper body positioner that is used for the non-surgical spinal column therapeutic equipment as claimed in claim 5 is characterized in that, said little pintle is arranged on and allows said armpit support arm to rotate the position of 0-180 degree.
7. the upper body positioner that is used for the non-surgical spinal column therapeutic equipment as claimed in claim 5 is characterized in that, said little pintle is arranged on and allows said armpit support arm to rotate the position of 0-90 degree.
8. the upper body positioner that is used for the non-surgical spinal column therapeutic equipment as claimed in claim 1 is characterized in that, a sliding rail and corresponding sliding block are set respectively in the both sides of said fixing head.
9. like the arbitrary described upper body positioner that is used for the non-surgical spinal column therapeutic equipment of claim 1-8, it is characterized in that said armpit support arm is a cattle horn shape, sweep is to the inside bend of therapeutic equipment.
10. like the arbitrary described upper body positioner that is used for the non-surgical spinal column therapeutic equipment of claim 1-8, it is characterized in that said armpit support arm outer setting cushion.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012200397775U CN202537733U (en) | 2012-02-08 | 2012-02-08 | Upper body positioning device for non-operative spinal treatment apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012200397775U CN202537733U (en) | 2012-02-08 | 2012-02-08 | Upper body positioning device for non-operative spinal treatment apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202537733U true CN202537733U (en) | 2012-11-21 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012200397775U Expired - Lifetime CN202537733U (en) | 2012-02-08 | 2012-02-08 | Upper body positioning device for non-operative spinal treatment apparatus |
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| Country | Link |
|---|---|
| CN (1) | CN202537733U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103892953A (en) * | 2014-04-23 | 2014-07-02 | 王黎锋 | Spine malformation three-dimensional correction therapeutic instrument |
-
2012
- 2012-02-08 CN CN2012200397775U patent/CN202537733U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103892953A (en) * | 2014-04-23 | 2014-07-02 | 王黎锋 | Spine malformation three-dimensional correction therapeutic instrument |
| CN103892953B (en) * | 2014-04-23 | 2016-05-11 | 王黎锋 | Deformity of spine three-dimensional correction therapeutic equipment |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C56 | Change in the name or address of the patentee | ||
| CP01 | Change in the name or title of a patent holder |
Address after: 230601, Anhui Hefei economic and Technological Development Zone, Tianmen Road, Fairview Road, South Gate Lake Industrial Park, No. 6 workshop Patentee after: ANHUI RYZUR EXXON MEDICAL EQUIPMENT CO., LTD. Address before: 230601, Anhui Hefei economic and Technological Development Zone, Tianmen Road, Fairview Road, South Gate Lake Industrial Park, No. 6 workshop Patentee before: Anhui Ryzur Medical Equipment Co., Ltd. |
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| CX01 | Expiry of patent term |
Granted publication date: 20121121 |
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| CX01 | Expiry of patent term |