JPH0444382Y2 - - Google Patents

Description

[Detailed Description of the Invention] Industrial Application Field The present invention relates to a slide file used for holding and storing a large number of slide mounts in an orderly arrangement.

BACKGROUND ART Conventionally, a slide file for holding and storing a large number of slide mounts in an orderly manner is disclosed in Japanese Utility Model Application Publication No. 126677/1983.

Problems to be Solved by the Invention The above-mentioned conventional slide file has eave-shaped mount holding pieces formed on both sides of the mount holding surface in the direction in which the slide mount is inserted, and a peripheral wall that holds the outer periphery of the slide mount. However, since the mount pressing pieces on both sides simply protrude inward, there was a drawback that the inserted slide mount was likely to fall off.

SUMMARY OF THE INVENTION In view of the drawbacks of the prior art, it is an object of the present invention to provide a slide file in which there is no risk that the slide mount held thereon will accidentally fall off.

Means for Solving the Problems The present invention has the following technical means for achieving its purpose.

In other words, the structure consists of a mount holding surface that holds the slide mount, eave-shaped mount press pieces protruding from both sides of the mount holding surface in the direction in which the slide mount is inserted, and a peripheral wall that holds the outer periphery of the slide mount. In the slide file formed by forming a frame, a wall surface is formed between the insertion end of the mount presser piece and the peripheral wall, and the slide mount insertion opening formed by the mount presser piece is configured to be inside the peripheral wall. At the same time, the insertion end side of the mount presser piece is configured to have a biasing elasticity in a direction toward the mount holding surface side.

Function To hold the slide mount in the individual frame of the slide file, hold both ends of the slide mount with your fingers and insert it into the surrounding wall, and then insert it into the slide mount insertion slot of the mount holding piece.
The slide mount is reliably held down by the biasing elasticity of the mount holding piece in the direction of the mount holding surface.

Example An embodiment of the present invention will be described with reference to the drawings.

In the drawing, 1 is a slide file, and this slide file 1 is formed with mount holding surfaces 2 arranged in an orderly manner vertically and horizontally.
Each mount holding surface 2 is formed with eave-shaped mount pressing pieces 3, 3 protruding inward on both sides of the slide mount insertion direction.
A peripheral wall 4 that holds the outer periphery of the slide mount is formed on the mount holding surface 2, thereby forming an individual frame 5. The insertion end side of each of the mount presser pieces 3 has elasticity biased toward the mount holding surface 2, and is slightly bent toward the mount holding surface 2. Moreover, between each mount holding piece 3 and the peripheral wall 4,
Slide mount insertion slot 6 of mount holding piece 3
The wall surface 7 is formed such that it is closer to the inside than the peripheral wall 4. The pair of opposing wall surfaces 7, 7 match the width of the slide mount, and therefore the distance between the peripheral walls 4, 4 is slightly larger than the width of the slide mount.

In order to hold the slide mount 8 on the slide file 1 configured as described above, the slide mount 8 is inserted between the peripheral walls 4 and 4 of the individual frame 5, and then inserted into the insertion opening 6 between the mount holding pieces 3 and 3. insert. In this state, the slide mount 8 is pressed down by the biasing elasticity of the mount pressing pieces 3, 3, and is securely held so that it will not fall off inadvertently. When inserting and holding the slide mount 8 in this way, hold both ends of the slide mount 8 with your fingers, but the space between the peripheral walls 4 is larger than the width of the slide mount 8 by the width of the wall surface 7. Therefore, the finger holding the slide mount 8 enters inside the surrounding walls 4, 4, and the insertion operation of the slide mount 8 can be easily performed. Since the finger can be inserted inside, the operation can be easily performed in the same way as when inserting the device. Also, a wall surface 7 is placed on the opposite side of the wall surface 7 of the mount holding piece 3.
By forming a, the biasing elasticity can be further increased.

Effects of the invention The invention consists of a mount holding surface that holds the slide mount, eave-shaped mount press pieces protruding from both sides of the mount holding surface in the direction in which the slide mount is inserted, and a peripheral wall that holds the outer periphery of the slide mount. In the slide file formed by forming an individual frame, a wall surface is formed between the insertion end of the mount holding piece and the peripheral wall, so that the slide mount insertion opening formed by the mount holding piece is located inside the surrounding wall. In addition, the structure is such that the insertion end of the mount holding piece has a biasing elasticity in the direction toward the mount holding surface, so that the held slide mount is securely held by the urging elasticity of the mount holding piece. This has the effect of allowing a large number of slide mounts to be stored in an orderly manner without the risk of them being pressed down and accidentally falling off.

[Brief explanation of drawings]

The drawings show one embodiment of the present invention, and FIG. 1 is an overall plan view of the slide file with some illustrations omitted;
FIG. 2 is an enlarged perspective view of the main parts. DESCRIPTION OF SYMBOLS 1...Slide file, 2...Mount holding surface, 3...Mount holding piece, 4...Peripheral wall, 5...
...Individual frame, 6...Slide mount insertion slot, 7...
...Wall surface, 8...Slide mount.

Claims (1)

[Scope of utility model registration request] An individual frame is formed of a mount holding surface that holds the slide mount, eaves-shaped mount press pieces protruding from both sides of the mount holding surface in the direction in which the slide mount is inserted, and a peripheral wall that holds the outer periphery of the slide mount. In the slide file, a wall surface is formed between the insertion end of the mount presser piece and the peripheral wall, and the slide mount insertion opening formed by the mount presser piece is configured to be inside the peripheral wall, and the mount presser A slide file characterized in that the insertion end side of the piece has a biasing elasticity in a direction toward the mount holding surface side.