CN202342383U - Perspective-type four-point angle-adjustable vertebrae operation frame - Google Patents
Perspective-type four-point angle-adjustable vertebrae operation frame Download PDFInfo
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- CN202342383U CN202342383U CN201120464418XU CN201120464418U CN202342383U CN 202342383 U CN202342383 U CN 202342383U CN 201120464418X U CN201120464418X U CN 201120464418XU CN 201120464418 U CN201120464418 U CN 201120464418U CN 202342383 U CN202342383 U CN 202342383U
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- knob
- pad
- frame
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- backup pad
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Abstract
The utility model relates to a perspective-type four-point adjustable angle vertebrae operation frame. The operation frame is composed of an upper mounting plate, two pairs of sliding seats, a pair of slide rails and two pair of support pads, wherein the left and right sides of the front and rear ends of the upper mounting plate are respectively sleeved with one pair of sliding seats which are in sliding rail connection, each sliding seat can slide on the end edge of the upper mounting plate in a left-right manner, the left-left distance of the two pair of support pads is adjusted, thereby adapting to different fatter or thinner bodily forms; and the front and rear sides of the pair of slide rails are respectively sleeved with one pair of support pads, each support pad can slip in a front and rear manner on the slide rails, the fore-and-aft distance of the two pairs of support pads is adjusted, thereby adapting to different height bodily forms; each support pad can adjust the inclination angle, and an easeful prone position is provided; and the upper mounting plate is made of a fibre board which is perspective for X ray, when the vertebrae perspective photography is performed, obstruction of any metal construction member is avoided.
Description
Technical field
This utility model is that relevant a kind of vertebra is operated on frame, refers to that especially a kind of Clairvoyant type four-point adjustable angle vertebra operates on frame.
Background technology
Operate on the general surgical operation that is used for vertebra of frame by four-point adjustable angle vertebra; During use, be this four-point adjustable angle vertebra to be operated on frame on putting on the operating-table, and sufferer is when operation; Be prostrate on this vertebra is operated on frame, and supported by two pairs of supporting pads that left and right sides is oppositely arranged.
But along with the progress in epoch, make a lot of operations or diagnosis all can see through the entity image and carry out correct medical act that therefore a lot of Clairvoyant type surgical apparatuses are developed, for example the Clairvoyant type operating-table.Therefore, sufferer is prostrately operated on frame in aforementioned vertebra and is undergone surgery on the Clairvoyant type operating-table.Though the Clairvoyant type operating-table can provide X-ray (X Ray) to penetrate the radiography function entirely, it is made with metals such as rustless steels operating on the skeleton of frame because of this vertebra, so that X-ray can't penetrate, even can produce the vertebra image and disturb, and can't penetrate radiography entirely.
Therefore, how to develop one practical and possess former four-point adjustable angle vertebra and operate on the advantage of frame, but the Clairvoyant type four-point adjustable angle vertebra that can let X-ray penetrate is again operated on frame, is the difficult problem that relevant dealer demands urgently overcoming.
The utility model content
This utility model main purpose is to provide a kind of Clairvoyant type four-point adjustable angle vertebra to operate on frame; It is a pair of sliding seat that connects with slide rail of left and right sides difference socket in the upper backup pad rear and front end; Make each sliding seat can be in said upper backup pad ora terminalis left and right sides slippage; And adjust two pairs of supporting pads about distance, to adapt to different fat or thin builds.This is to front and back side of slide rail a pair of supporting pad of socket respectively, make each supporting pad can be on said slide rail before and after slippage, and adjust the longitudinal separation of two pairs of supporting pads, to adapt to different height builds.And each supporting pad adjustable tilt angle, so that comfortable front lying position to be provided; Because this upper backup pad is made with the fibre board that can supply x-ray fluoroscopy, so when carrying out the photography of vertebra perspective, do not have the obstruction of any hardware.
For reaching aforesaid purpose, the technological means that this utility model is taked provides a kind of Clairvoyant type four-point adjustable angle vertebra and operates on frame, and it comprises:
One upper backup pad, it is the fibre board that can supply x-ray fluoroscopy, and bottom surface four corners combine a liner respectively;
Two pairs of sliding seats; It is sheathed on this both sides, upper backup pad front and back end relatively; Each sliding seat offer one be sheathed on this upper backup pad front and back end chute, and end face first knob that can stretch into chute and can lock admittedly and unclamp upper backup pad that is spirally connected, with adjust two pairs of sliding seats about distance;
A pair of slide rail, it is incorporated into each respectively to being socketed on the sliding seat of both sides, upper backup pad front and back end; And
Two pairs of supporting pads, each is socketed on each slide rail front and back side to supporting pad, and wherein each supporting pad comprises:
One travelling carriage, its be provided with one be socketed on slide rail sleeve pipe, this sleeve pipe end face second knob that can lock admittedly and unclamp slide rail that is spirally connected, to adjust each longitudinal separation to supporting pad, this sleeve pipe side direction top is provided with one first articulated section in addition; And
One rotating turret, its top, bottom are hinged with a pad respectively and are provided with one second articulated section, and this first, second articulated section the 3rd knob that can lock admittedly and unclamp that is spirally connected is to adjust the angle of inclination of each pad.
Described Clairvoyant type four-point adjustable angle vertebra is operated on frame, further comprises a lower supporting plate, and this lower supporting plate be for can supply the fibre board of x-ray fluoroscopy, and is incorporated into the liner bottom of these upper backup pad bottom surface four corners, makes and forms a gap between this upper and lower gripper shoe.
Wherein, this fibre board is selected from carbon fiber board, glass mat or bakelite plate.
Wherein, This sliding seat end face is offered the screw that a confession first knob is spirally connected; This screw bottom is provided with first storage tank of a size greater than screw with chute end face adjoining position, so that ccontaining one first folder fills up, and increases the contact area of this first knob and upper backup pad.
Wherein, This sleeve pipe end face is offered the screw that a confession second knob is spirally connected, and this screw is opened in the jut of sleeve pipe end face, and this jut bottom is provided with second storage tank of a size greater than screw; So that ccontaining one second folder fills up, and increases the contact area of second knob and slide rail.
Wherein, this both proximal surface of first, second articulated section is respectively equipped with first fluted disc and second fluted disc, and this first, second fluted disc is via the solid lock of the 3rd knob and unclamp, and is able to be meshing with each other or separate.
Wherein, members such as the travelling carriage of this sliding seat and first knob, slide rail, supporting pad, rotating turret, pad, second knob and the 3rd knob also can adopt carbon fiber, fibre glass or the bakelite that can supply x-ray fluoroscopy to process.
The beneficial effect of this utility model: the vertebra of this utility model is operated on the hardwares such as travelling carriage and rotating turret of sliding seat, slide rail, supporting pad of frame when operation, is to be positioned at the vertebra both sides entirely, and has bigger distance; So vertebra is operated on the collocation of frame and Clairvoyant type operating-table; And carry out vertebra when photography perspective, do not have the obstruction of any hardware, and because of upper backup pad and lower supporting plate for can supply the fibre board of x-ray fluoroscopy made; Therefore; Help shadowgraph, make when carrying out operation on vertebra, can obtain the carrying out of correct diagnosis and operation.
Description of drawings
Fig. 1 operates on the axonometric chart of frame for this utility model Clairvoyant type four-point adjustable angle vertebra.
Fig. 2 a and Fig. 2 b are the profile of Fig. 1 along line A-A and the intercepting of B-B institute.
Fig. 3 this utility model Clairvoyant type four-point adjustable angle vertebra is operated on the sectional perspective exploded view of frame.
Fig. 4 is the three-dimensional exploded view of this utility model supporting pad.
Fig. 5 operates on the top view of frame for this utility model Clairvoyant type four-point adjustable angle vertebra.
Fig. 6 operates on frame for this utility model Clairvoyant type four-point adjustable angle vertebra and is positioned over the axonometric chart of operating-table.
Fig. 7 operates on frame for this utility model Clairvoyant type four-point adjustable angle vertebra and on operating-table, carries out the sketch map of shadowgraph.
The specific embodiment
Be further to disclose the concrete technology contents of this utility model, at first see also graphic, wherein; To shown in Figure 5, basically, it is by a upper backup pad 1 that this utility model Clairvoyant type four-point adjustable angle vertebra is operated on frame like Fig. 1; Two pairs of sliding seats 2, a pair of slide rail 3, and 4 compositions of two pairs of supporting pads.
Wherein, Upper backup pad 1 is one can supply the rectangular fiber plate of x-ray fluoroscopy; For example carbon fiber board, glass mat or bakelite (Bakelite) plate is made, and these upper backup pad 1 bottom surface four corners combine respectively, for example pass through upper backup pad 1 and are bolted in a liner 11 with screw; And, chat sliding seat 2 in the slippage of the left and right sides of upper backup pad 1 with after avoiding hindering with this upper backup pad 1 bed hedgehopping.
Two pairs of sliding seats 2 are to be sheathed on this both sides, upper backup pad 1 front and back end (left and right sides) relatively, like Fig. 2 a and shown in Figure 3, are convenient explanation, only disclose single sliding seat 2 as representative.This sliding seat 2 is a C shape pedestal, and it offers a chute 21 towards upper backup pad 1 ora terminalis, so that be sheathed on this both sides, upper backup pad 1 front and back end, this sliding seat 2 is vertically offered the screw 22 that is connected with chute 21, so that supply one first knob 23 to be spirally connected.Therefore; When unscrewing first knob 23, make itself and chute 21 unclamp upper backup pad 1, make sliding seat 2 can these upper backup pad 1 forward and backward both sides left or move to right slide to the precalculated position after; First knob 23 of screwing again forms the location and make itself and chute 21 lock this upper backup pad 1 admittedly.
Wherein, screw 22 bottoms of this sliding seat 2 and chute 21 end face adjoining positions are provided with first storage tank 221 of a size greater than screw 22, so that ccontaining one first folder pad 24, in order to increase the contact area of first knob 23 and upper backup pad 1.
Each is able in upper backup pad 1 synchronous left and right sides slippage sliding seat 2 in order to make homonymy; Therefore this is incorporated into each respectively to being socketed on the sliding seat 2 of both sides, upper backup pad 1 front and back end to slide rail 3; That is each combines a slide rail 3 to sliding seat 2 end faces, and a pair of supporting pad 4 of the front and back side socket of each slide rail 3.
Like Fig. 2 b and shown in Figure 4, each supporting pad 4 is by a travelling carriage 41, one rotating turrets 42 and 43 compositions of a pad.Travelling carriage 41 1 sides be provided with one be socketed on slide rail 3 sleeve pipe 411, the screw 412 that these sleeve pipe 411 end faces are vertically offered one second knob 44 that is spirally connected through this second knob 44 being unscrewed or screwing, makes each supporting seat 4 can be in slide rail 3 front and back slippage and location.Wherein, this screw 412 is the juts 413 that are opened in sleeve pipe 411 end faces, and these jut 413 bottoms are provided with second storage tank 414 of a size greater than screw 412, so that ccontaining one second folder pad 415, in order to increase the contact area of second knob 44 and slide rail 3.Wherein, these sleeve pipe 411 side direction tops are provided with one first articulated section 416 in addition, and rotating turret 42 pushes up, the bottom is hinged with a pad 43 respectively and is provided with one second articulated section 421, and this first, second articulated section the 416, the 421st is spirally connected by 45 of one the 3rd knobs.Therefore, through the 3rd knob 45 being unscrewed or screwing, the angle of inclination that can adjust this rotating turret 42 and pad 43 is with fixing.
Wherein, When implement this first, second articulated section 416,421; Both proximal surfaces are respectively equipped with first fluted disc 417 and second fluted disc 422; This first, second fluted disc 417,422 is via the solid lock of the 3rd knob 45 and unclamp, and is able to be meshing with each other or separate, in order to adjust the angle of inclination of this rotating turret 42 and pad 43.
Further, liner 11 bottoms of these upper backup pad 1 bottom surface four corners can a further lower supporting plate 5, this lower supporting plate 5 rectangular fiber plate identical with upper backup pad 1 that be size; For example carbon fiber board, glass mat or bakelite plate; Make to form a gap between the two, the advantage in this gap is that tolerable sliding seat 2 is adjusted flexibly first; Second tolerable X-ray cassette inserts in this gap, is beneficial to shadowgraph.
As shown in Figure 1; Be that this utility model Clairvoyant type four-point adjustable angle vertebra is operated on the axonometric chart of frame; The left and right sides of this upper backup pad 1 front and back end is a pair of sliding seat 2 that connects with slide rail 3 of socket respectively, makes each sliding seat 2 can be in said upper backup pad 1 ora terminalis left and right sides slippage, and locks admittedly through the operation to first knob 23 of each sliding seat 2; And then adjust two pairs of supporting pads 4 about distance, to adapt to different fat or thin builds.And this is to the sleeve pipe 411 of a pair of supporting pad 4 of front and back side difference socket of slide rail 3; Make each supporting pad 4 can be on said slide rail 3 before and after slippage; And lock admittedly through the operation to second knob 44 of each sleeve pipe 411, and then adjust the longitudinal separation of two pairs of supporting pads 4, to adapt to different height builds.In addition, lock through the operation of the 3rd knob 45 admittedly first, second articulated section of each supporting pad 4 416,421, and then adjust the angle of inclination of two pairs of supporting pads 4, so that comfortable front lying position to be provided.
As shown in Figure 5, because hardwares such as the travelling carriage 41 of this utility model sliding seat 2, slide rail 3, supporting pad 4 and rotating turret 42 are to be positioned at the vertebra both sides entirely when operation; And has bigger distance W; So, when carrying out the photography of vertebra perspective, do not have the obstruction of any hardware; And because of upper backup pad 1 and lower supporting plate 5 for can supply the fibre board of x-ray fluoroscopy made so that the vertebra center can contrast on the central axis C in Fig. 5.
Further, aforementioned upper backup pad 1 four corners can directly be positioned on the bed board of operating-table after combining liner 11, as long as liner 11 is higher than sliding seat 2 root edges, make each sliding seat 2 have mobile space, and can make whole group vertebra operate on frame can arbitrarily not slide.
As shown in Figure 6; Being Clairvoyant type four-point adjustable angle vertebra shown in Figure 1 to be operated on frame on directly being positioned on the bed board 61 of Clairvoyant type operating-table 6, and shown in Figure 7, then is that sufferer is prostrate on Clairvoyant type four-point adjustable angle vertebra is operated on four supporting pads 4 of frame; And help the entity image; For example shadowgraph makes when carrying out operation on vertebra, can obtain the carrying out of correct diagnosis and operation.
Further; Has the total perspective function for making this utility model vertebra operate on frame; Therefore; The material that the members such as travelling carriage 41, rotating turret 42, pad 43, second knob 44 and the 3rd knob 45 of this sliding seat 2 and first knob 23, slide rail 3, supporting pad 4 also can adopt X-ray to have an X-rayed, for example carbon fiber, fibre glass or bakelite are processed.
So via the enforcement of this case, the effect that it gained is, this vertebra is operated on the hardwares such as travelling carriage and rotating turret of sliding seat, slide rail, supporting pad of frame when operation; Be to be positioned at the vertebra both sides entirely, and have bigger distance, so; This vertebra is operated on the collocation of frame and Clairvoyant type operating-table, and when carrying out the photography of vertebra perspective, does not have the obstruction of any hardware; And because of upper backup pad and lower supporting plate for can supply the fibre board of x-ray fluoroscopy made, therefore, help shadowgraph; Make when carrying out operation on vertebra, can obtain the carrying out of correct diagnosis and operation, can be rated as vertebra and operate on frame institute quantum jump one of not seen before.
Claims (7)
1. a Clairvoyant type four-point adjustable angle vertebra is operated on frame, it is characterized in that comprising:
One upper backup pad, it is the fibre board that can supply x-ray fluoroscopy, and bottom surface four corners combine a liner respectively;
Two pairs of sliding seats; It is sheathed on this both sides, upper backup pad front and back end relatively; Each sliding seat offer one be sheathed on this upper backup pad front and back end chute, and end face first knob that can stretch into chute and can lock admittedly and unclamp upper backup pad that is spirally connected, with adjust two pairs of sliding seats about distance;
A pair of slide rail, it is incorporated into each respectively to being socketed on the sliding seat of both sides, upper backup pad front and back end; And
Two pairs of supporting pads, each is socketed on each slide rail front and back side to supporting pad, and wherein each supporting pad comprises:
One travelling carriage, its be provided with one be socketed on slide rail sleeve pipe, this sleeve pipe end face second knob that can lock admittedly and unclamp slide rail that is spirally connected, to adjust each longitudinal separation to supporting pad, this sleeve pipe side direction top is provided with one first articulated section in addition; And
One rotating turret, its top, bottom are hinged with a pad respectively and are provided with one second articulated section, and this first, second articulated section the 3rd knob that can lock admittedly and unclamp that is spirally connected is to adjust the angle of inclination of each pad.
2. Clairvoyant type four-point adjustable angle vertebra as claimed in claim 1 is operated on frame; It is characterized in that; Further comprise a lower supporting plate; This lower supporting plate be for can supply the fibre board of x-ray fluoroscopy, and is incorporated into the liner bottom of these upper backup pad bottom surface four corners, makes and forms a gap between this upper and lower gripper shoe.
3. Clairvoyant type four-point adjustable angle vertebra as claimed in claim 2 is operated on frame, it is characterized in that this fibre board is selected from carbon fiber board, glass mat or bakelite plate.
4. Clairvoyant type four-point adjustable angle vertebra as claimed in claim 1 is operated on frame; It is characterized in that; This sliding seat end face is offered the screw that a confession first knob is spirally connected; This screw bottom is provided with first storage tank of a size greater than screw with chute end face adjoining position, so that ccontaining one first folder fills up, and increases the contact area of this first knob and upper backup pad.
5. Clairvoyant type four-point adjustable angle vertebra as claimed in claim 1 is operated on frame; It is characterized in that; This sleeve pipe end face is offered the screw that a confession second knob is spirally connected, and this screw is opened in the jut of sleeve pipe end face, and this jut bottom is provided with second storage tank of a size greater than screw; So that ccontaining one second folder fills up, and increases the contact area of second knob and slide rail.
6. Clairvoyant type four-point adjustable angle vertebra as claimed in claim 1 is operated on frame; It is characterized in that; This both proximal surface of first, second articulated section is respectively equipped with first fluted disc and second fluted disc; This first, second fluted disc is via the solid lock of the 3rd knob and unclamp, and is able to be meshing with each other or separate.
7. Clairvoyant type four-point adjustable angle vertebra as claimed in claim 1 is operated on frame; It is characterized in that members such as the travelling carriage of this sliding seat and first knob, slide rail, supporting pad, rotating turret, pad, second knob and the 3rd knob also can adopt carbon fiber, fibre glass or the bakelite that can supply x-ray fluoroscopy to process.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201120464418XU CN202342383U (en) | 2011-11-21 | 2011-11-21 | Perspective-type four-point angle-adjustable vertebrae operation frame |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201120464418XU CN202342383U (en) | 2011-11-21 | 2011-11-21 | Perspective-type four-point angle-adjustable vertebrae operation frame |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202342383U true CN202342383U (en) | 2012-07-25 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201120464418XU Expired - Fee Related CN202342383U (en) | 2011-11-21 | 2011-11-21 | Perspective-type four-point angle-adjustable vertebrae operation frame |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202342383U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105992579A (en) * | 2013-10-18 | 2016-10-05 | 迈柯唯有限公司 | Patient-supporting unit for a device for supporting a patient, who is to be x-rayed, during an operation |
| US11744758B2 (en) | 2020-02-03 | 2023-09-05 | Alphatec Spine, Inc. | Patient positioning system |
-
2011
- 2011-11-21 CN CN201120464418XU patent/CN202342383U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105992579A (en) * | 2013-10-18 | 2016-10-05 | 迈柯唯有限公司 | Patient-supporting unit for a device for supporting a patient, who is to be x-rayed, during an operation |
| US10335097B2 (en) | 2013-10-18 | 2019-07-02 | MAQUET GmbH | Patient-supporting unit for a device for supporting a patient, who is to be X-rayed, during an operation |
| US11744758B2 (en) | 2020-02-03 | 2023-09-05 | Alphatec Spine, Inc. | Patient positioning system |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20120725 Termination date: 20161121 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |