JPH0530421Y2 - - Google Patents

Description

[Detailed description of the invention] Industrial application field This invention relates to a storage shelf that easily stores X-ray films taken for medical purposes in clinics and hospitals.

BACKGROUND TECHNOLOGY In clinics and hospitals, X-ray films are periodically taken for medical treatment purposes, and the films are stored in envelopes for each patient and stored in piles on storage shelves. The bag is often pulled out and returned to its original position in order to compare the progress of medical treatment or to store newly photographed images.

Conventionally, many cabinets have been proposed in which shelves are tilted and items are placed on the shelves for storage.

Japanese Utility Model Publication No. 18-8236 discloses a document organizing box in which the side edges of files are inserted and supported in shelf receiving grooves provided at an angle on the inner wall. Jitsukai 1978-
Publication No. 152720 describes a card storage box in which the inside of the container is divided by partition plates tilted backward. Utility Model Application Publication No. 50-153078 discloses a shelf board that is composed of a shelf board, side plates that connect to the left and right sides of the shelf board, and partition plates that partition the side boards at a required interval, and that these form a pedestal and that the pedestal is reinforced. A filing cabinet that does not require a front rail is listed.

Problems that the invention aims to solve: Because the shelf surface of conventional storage shelves that are commonly used is horizontal, the storage bags are stacked one above the other, making it difficult to pull out items from the bottom due to their weight, and the original It is difficult to return.

Furthermore, the conventional inclined shelf cabinets and document storage boxes cannot properly support X-ray films due to their weight.

From this point of view, this invention attempts to solve the structural problems and handling problems of the cabinet for storing X-ray films.

Means for Solving the Problem: On the inner surface of both side plates on which the rectangular shelf peripheral frame is provided, shelf supports are provided in two protruding strips with at least a required distance in the front and rear, and the shelf supports are provided with a front and back downward slope at a required downward slope angle. Continuous and parallel shelf support grooves are created with a required interval above and below, and both side edges of the square shelves are inserted into these shelf support grooves, and intermediate support grooves are installed at the same position on the bottom surface of each shelf. The shelf board is installed vertically, intermediate support plate parts are connected and supported on the upper and lower sides, each shelf board is installed with a downward slope at the rear, and a bottom support frame is provided on the upper surface of the rear part of each shelf board,
It's in the medical x-ray film storage cabinet.

Function Since this invention is constructed as described above, each shelf board 7 is supported at a required angle, and X-ray films are stored, for example, in a bag and placed diagonally on each shelf board 7. Therefore, even if the bags are stacked when being pulled up, the weight of each bag is distributed to the bottom receiving frame 10 and reduced, and the weight can be reduced to less than half that of when the bags are stacked horizontally. It is possible. In addition, this shelf board 7 can be arranged vertically by simply inserting both ends into the shelf support grooves 3, 3 of the shelf support bars 4, 4, and the front end of the shelf support board 7 is bent into a curved frame. The support strength can be increased and, for example, the front edge of the wide width can be connected to provide a storage name display.The bottom support frame 10 at the rear end also provides strength, and an intermediate support plate 11 is added to the bottom surface of the shelf board 7. , it becomes a left and right partition plate, and the intermediate support plate 11 has a mounting seat that does not appear on the shelf board, making it smart and not obstructing loading and unloading. This provides rigidity.

Embodiment Below, this invention will be explained with reference to a drawing which is an example of its implementation. 1 is an X-ray film storage shelf of this invention, and the inner surfaces of the side plates 2, 2 disposed on the left and right sides thereof are provided with vertical and downward slopes at a required downward slope angle. A shelf holder 4 that is parallel to the shelf holder and has shelf holder grooves 3 formed at required regular intervals.
are fixed in parallel in two rows, both side plates 2, 2
A top plate 5 is connected and mounted on the upper end surface, and both end surfaces of the bottom plate 6 are connected to the inner surface of the lower end, and a rectangular peripheral frame is provided. Board 7, 7...
Both sides of the square frame are inserted and supported, and a decorative cover plate 8 is attached to the front lower part of the rectangular frame.

The shelf board 7 is made by cutting a steel plate of a required thickness into a required length, bending its front edge downward by a required width, and then bending its tip edge backwards and upwards by a required width to form the front end of the shelf board 7. A front edge frame 9 is formed, an L-shaped bottom support frame 10 is welded to the upper surface of the rear end, and intermediate support plates 11 having bent mounting portions at the upper end are welded to the lower surface at required intervals. Note that the bottom shelf 12 has a bottom plate 6.
The upper ends of support plates 13, 13 erected above are continuously supported. In addition, as shown in FIG. 7, the shelf holder 4a protruding from the inner surface of the rear edge of the side plate 2 is opened in an L shape like the shelf holder groove 3a, and the rear edge of each shelf 7 is not open. It may be made to abut against the hole surface and be supported in a predetermined manner. Further, the lowermost decorative cover plate 18 has a front edge surface 7a having the same structure as the shelf plate 7, as shown in FIG.
The lowermost shelf board 12a is made by extending the lower part downward to make it wider, and the intermediate support plate 11a is arranged inside thereof, and the shelf board 7 is formed by simply fitting both edges of this into the shelf support grooves 3, 3a of the shelf support members. It may also be possible to attach the decorative cover plate 18 and the decorative cover plate 18.

Since this invention is as described above, each shelf board 7 is supported at an angle of 45 degrees in the embodiment, and the bag 14 containing the X-ray film is tilted diagonally as shown by the dotted line in FIG. can be accommodated. Therefore, even if the bags are stacked when being pulled up, the weight of each bag is distributed and supported by the bottom support frame 10, and the angle can be set as required to reduce the pulling force. In addition, the shelf boards 7 can be arranged vertically by simply inserting both ends into the shelf receiving grooves 3, 3a of the shelf supports 4, 4, and the front end of the shelf board 7 is bent into a square frame. In order to increase the support strength, for example, the wide front edge surface 7a can be provided with a storage name display 15, etc. using a rubber net plate 16, and the bottom support frame 10 at the rear end also provides strength. Since the intermediate support plate 11 is provided, it also serves as a partition plate, and the mounting seat does not appear on the shelf board, making it smart and not obstructing loading and unloading.In terms of strength, it is connected vertically in a straight line, so it has great rigidity. You can get it.

Effects Based on the above, this device allows heavy items such as X-ray films to be stacked and stored freely, making it easy to search for medical treatment in clinics and clinics, and convenient for organizing and storing. be. Furthermore, each shelf board is structurally robust, and the entire storage shelf can be assembled and manufactured easily.

[Brief explanation of the drawing]

The drawings show an example of the implementation of this invention, in which Fig. 1 is a partially cutaway front perspective view, Fig. 2 is a central vertical sectional view, and Fig. 3 is a side plate with the shelf board removed. Inside view, Figure 4 is a cross-sectional view taken along the line A-A in Figure 3, Figure 5 is a bottom perspective view of a single shelf board, Figure 6 is an enlarged side view of a single shelf board, and Figure 7 is a side plate. FIG. 8 is an enlarged partial plan view showing a second embodiment of the shelf support groove provided in the shelf support member near the rear edge, and FIG. 8 is an explanatory perspective view showing the second embodiment of the lowermost shelf board. 1...X-ray film storage shelf, 2...Side plate, 3...Shelf support groove, 4...Shelf support bar, 5...Top plate,
6... Bottom plate, 7... Shelf board, 8... Decorative cover board, 9...
...Front frame edge, 10...Bottom support frame, 11...Span support plate.

Claims (1)

[Scope of utility model registration request] On the inner surfaces of the side plates 2, 2 on which the rectangular shelf peripheral frame is provided, shelf supports 4, 4 are provided in two protruding strips with a required spacing at least in the front and rear, and these shelf supports 4, 4 are provided with a required backward downward inclination angle. Shelf support grooves 3, 3 are opened in parallel from front to back and with a required interval above and below, and both side edges of each shelf board 7 are inserted into these shelf support grooves 3, 3, and each shelf Intermediate support plate 11 is placed at the same position on the bottom surface of plate 7.
The medical treatment apparatus is characterized in that each shelf board 7 is installed with a downward slope at the rear by connecting and supporting an intermediate support plate part above and below, and a bottom support frame 10 is provided on the upper surface of the rear part of each shelf board 7. X-ray film storage shelf.