CN203539557U - Carrying plate for operation - Google Patents

Abstract

The utility model provides a carrying plate for an operation and belongs to the field of medical apparatus technology. The plate comprises left and right boards made of section bars; the lower part of each of the boards is in the shape of an inclined sheet; the inner sides of the two boards are pressed on a center sill; two ends of each of the boards are connected with end cross bars via fixed shafts and sliding shafts; the end cross bars at the two sides are connected together via axis pins; and two clamp heads are mounted on the outer side of each of the two end bars. During the operation, the carrying plate is placed on an operation table, and after the operation is finished, the plate is hoisted away and delivered to a sickbed, the axis pins are pulled out, and the two boards are moved away from two sides of a patient, so a secondary injury is prevented.

Description

Operation plate for carrying

Technical field

This utility model relates to a kind of operation plate for carrying, belongs to technical field of medical instruments.

Background technology

Fracture patient, especially spinal fracture patient is very difficult in perioperative carrying, and manual handling easily brings secondary injury.

Summary of the invention

The present invention is that from centre, discerptible flat board is placed on operating-table by a kind of, after finishing operation, flat board is sling and is transported to after sick bed, flat board is separately withdrawn from patient both sides, thereby need not move health the handling process patient from operating-table to sick bed, all the time in relative static conditions, avoided patient to cause the possibility of secondary injury.

The technical scheme that the invention for solving the technical problem adopts is: the plate that has two blocks of section bars to make, above plate, be flat, a side below plate is oblique type, the inclined-plane of plate in opposite directions, there is a middle Beam centre, the inclined-plane of two plates in left and right is placed on middle Beam, what make left and right two boards forms above a plane, the two ends of left and right two boards are connected with end cross bar by fixed axis, sliding axle respectively, every two end cross bars connect together by vertical pin, in each end cross bar outside, have a dop.For and three-dimensional static mover " on wire rope clip be connected that (the three-dimensional static patient mover of my company is patented, and this patent is the adnexa increasing to three-dimensional static patient mover.Three-dimensional static patient mover omits at this).Finish after operation, shift three-dimensional static patient mover onto operating-table top, 4 clamps on the steel wire rope at four angles of mover are connected with 4 dops on end cross bar respectively, steel wire rope is sling flat board, middle Beam has stayed on operating-table, and owing to having lost lifting of middle Beam, two dull and stereotyped sliding axles slide into bottom land downwards along the arcuate groove on end cross bar, above dull and stereotyped like this, become the inclined-plane to the inside similar with human body back arc, and flat board inclined-plane has below become level.Flat board is sling and is transported to after sick bed, pull up two middle vertical pins of end cross bar, flat board is pulled out from patient's health both sides, then steel wire rope is standing two flat boards to rise and is transporting.

Effect of the present utility model is: in the handling process from operating-table to sick bed, patient must not do any position and moves, thereby has avoided secondary injury.

Accompanying drawing explanation

Below in conjunction with accompanying drawing and example, the utility model is described in further detail

Fig. 1 is front view of the present utility model.

Fig. 2 is left view of the present utility model.

Fig. 3 is right view of the present utility model.

Fig. 4 is A-A cutaway view of the present utility model.

Fig. 5 is that this utility model is from operating-table or the schematic diagram sling of flatcar.

1.9.19.25. dop in figure, 2.13.28.29. dop bearing pin, 3.8.18.24. fixed axis, 4.7.20.22. holds cross bar, 5.10.17.23. sliding axle, 6.21. vertical pin, 11.12.26.27. arcuate groove, 14. right flat boards, Beam in 15., 16. left plates, 30. operating-tables or flatcar, 31.32 steel wire ropes.

The specific embodiment

At Fig. 1. Fig. 2. Fig. 3. Fig. 4. Fig. 5. shown in example in, the inner side of right flat board (14) and left plate (16) is pressed on middle Beam (15), the two ends of right flat board (14) and left plate (16) are respectively by fixed axis (3). and (8). (18). (24) and sliding axle (5). (10). and (17). (23) and end cross bar (4). (7). and (20). (22) are connected, sliding axle (5) therein. (10). (17). (23) are arranged on respectively end cross bar (4). (7). and (20). the arcuate groove of (22) (11). (12). (26). in (27), at end cross bar (4). (7). (20). between (22), use respectively vertical pin (6). (21) are connected, outside at end cross bar is installed with respectively 4 dops (1). and (9). (19). (25).

Claims (1)

1. One kind operation plate for carrying, it is characterized in that: the plate that has two blocks of section bars to make, above plate, be flat, the side below plate is oblique type, and the inclined-plane of plate in opposite directions, there is a middle Beam centre, the inclined-plane of two plates in left and right is placed on to middle Beam upper, what make left and right two boards forms a plane above, and the two ends of left and right two boards are connected with end cross bar by fixed axis, sliding axle respectively, every two end cross bars connect together by vertical pin, in each end cross bar outside, have a dop.

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