JPH0539111Y2 - - Google Patents

Description

[Detailed description of the invention] (Field of industrial application) The present invention is a floppy disk (so-called 3.5-inch floppy disk) housed in a hard case with small recesses formed in predetermined positions on both sides of the disk. This invention relates to a floppy disk storage container capable of storing floppy disks in a securely and stably held state.

(Prior Art) Conventionally, as containers for floppy disks, records, etc., for example, there is a combination type record case described in Japanese Utility Model Application Publication No. 50-6211, and Public Technical No. 83 of the Japan Institute of Invention and Innovation Publication Technical Report. -There is a rotating floppy case published in issue 11002.

A floppy disk (so-called 3.5-inch floppy disk) is housed in a hard case and has small depressions in predetermined positions on both edges.
Various types of containers are available, for example, a box-shaped container with a partially open opening, and a large number of partition walls arranged at equal intervals within the box-shaped container. There are also devices that have a large number of storage spaces in which a floppy disk can be taken out from an opening and accommodated.

(Problem to be solved by the invention) However, in the conventional method, the floppy disk is simply housed in the storage space of the box-shaped container, so the box-shaped container may be tilted due to unexpected external force. At times, there was a risk that the floppy disk would easily fall out of the storage space, or that the floppy disk would move within the storage space and wobble. Therefore, there is a demand for this type of floppy disk storage container that can accommodate the floppy disk in a secure manner.

(Means for Solving the Problems) Therefore, the present invention focuses on the small depressions that are pre-formed at predetermined positions on both side edges of a so-called 3.5-inch floppy disk, and By providing small protrusions that can be engaged in a detachable manner, it is possible to accommodate a plurality of floppy disks (so-called 3.5-inch floppy disks) while being held securely and stably. The floppy disk storage container according to claim 1 is a container for accommodating a plurality of floppy disks F, each of which has small recesses F1 formed in predetermined positions on both side edges. In the vessel T,
Each of the side walls 2, 3, 4, and 5 and the bottom wall 6 form a box-like body with a part open, and a plurality of partition walls 7 are arranged at predetermined intervals within this box-like body, A container main body T1 provided with a large number of storage spaces 1 capable of accommodating one floppy disk F is formed of an appropriate synthetic resin material, and a plurality of approximately slender rectangular plate shaped bullets are attached to the container main body T1. The spring piece 10 is integrally formed, and a small engagement protrusion 11 that releasably engages with the small recess F1 of the floppy disk F is integrally provided on the tip side of the spring piece 10. A method was adopted to do so.

In addition, in the floppy disk storage container according to claim 2, small depressions F are provided at predetermined positions on both side edges.
In a container T that accommodates a plurality of floppy disks F in which floppy discs 1 and 1 are recessed in advance, each side wall 2, 3,
4, 5 and the bottom wall 6 form a box-like body with a part open state, and a plurality of partition walls 7 are formed in this box-like body.
A storage container main body T1 is formed of a suitable synthetic resin material, and is provided with a large number of storage spaces 1 that can accommodate one floppy disk F by arranging them at predetermined intervals.
This container body T1 is made of a flexible rubber material,
Alternatively, a plurality of elastic engagement bodies 15 integrally formed of a synthetic resin material or the like are fixed, and a small engagement protrusion 16 that removably engages with the small recess F1 of the floppy disk F is projected on the elastic engagement bodies 15. A method was adopted to establish the

Furthermore, in the floppy disk storage container according to claim 3, small depressions F are provided at predetermined positions on both side edges.
In a container T that accommodates a plurality of floppy disks F in which floppy discs 1 and 1 are recessed in advance, each side wall 2, 3,
4, 5 and the bottom wall 6 form a box-like body with a part open state, and a plurality of partition walls 7 are formed in this box-like body.
A storage container main body T1 is formed of a suitable synthetic resin material, and is provided with a large number of storage spaces 1 that can accommodate one floppy disk F by arranging them at predetermined intervals.
The proximal end portions of a plurality of substantially spring-like resilient engaging bodies 17 are attached to the container body T1, and a floppy disk F is attached to the distal end portion of the resilient engaging bodies 17 that can swing elastically A means is adopted in which a small engagement protrusion 18 is protruded and releasably engaged with the small recess F1.

(Function) Therefore, in the floppy disk storage container according to claim 1, one floppy disk F is stored in the storage space 1, and this floppy disk F is placed at the back of the storage space 1. When pushed,
A small engagement protrusion 1 protruding from the tip of the elastic piece 10
1, the side edge of the floppy disk F comes into contact with the elastic piece 10, and when the resilient piece 10 is elastically bent and the floppy disk F is further pushed inwards, the small engagement protrusion 11 moves the floppy disk After sliding the side edge portion of F, it engages with a small recess F1 that has been recessed in advance at a predetermined position, and at this time, the deflection of the resilient piece 10 is released. Then, the floppy disk F is held in the accommodation space 1, and the floppy disk F is held in the accommodation space 1.
Accidental movement of the floppy disk F within the storage space 1 and accidental dropping of the floppy disk F from the storage space 1 are prevented. Note that movement of the floppy disk F in the left-right direction within the storage space 1 is prevented by the partition wall 7 and the side walls 2 and 3.

In addition, in the floppy disk storage container according to claim 2, when the floppy disk F is pushed into the back of the storage space 1, the small engaging protrusion 16 protruding from the tip of the elastic engaging body 15 engages. When the side edges of the floppy disk F come into contact with each other, the small engagement protrusion 16 is elastically deformed, and when the floppy disk F is pushed inwards, the small engagement protrusion 1
6 elastically returns to the small depression F1 of the floppy disk F and engages with the small depression F1. Then, the floppy disk F is held in the storage space 1, and the floppy disk F is prevented from moving unexpectedly within the storage space 1 or falling off from the storage space 1. . still,
Movement of the floppy disk F in the left-right direction within the accommodation space 1 is prevented by the partition wall 7 and the side walls 2 and 3.

Furthermore, in the floppy disk storage container according to claim 3, when the floppy disk F is pushed into the back of the storage space 1, the small engagement protrusion 18 protruding from the tip of the elastic engagement body 17 When the side edges of the floppy disk F come into contact with each other, the entire elastically engaging body 17 except for the proximal portion flexes elastically, and when the floppy disk F is further pushed inwards, After the engagement small protrusion 18 slides on the side edge portion of the floppy disk F, it engages with the small depression F1. At this time, the deflection of the resilient piece 10 is released.
Then, the floppy disk F is held in the storage space 1, and the floppy disk F is prevented from moving unexpectedly within the storage space 1 or falling off from the storage space 1. .
In addition, the floppy disk F in accommodation space 1
Movement in the left-right direction is prevented by the partition wall 7 and the side walls 2 and 3.

(Example) Hereinafter, the present invention will be explained with reference to illustrated examples.

T in the figure is mainly designed to accommodate a plurality of floppy disks F (so-called 3.5-inch floppy disks) in a hard case, each of which has small recesses F1 pre-concaved in predetermined positions on both side edges. The container T shown in FIGS. 1 to 3 shows a suitably formed container made of synthetic resin.
and a bottom wall 6 to form a box-like body with a part open state, and a plurality of partition walls 7 are arranged at predetermined intervals in this box-like body, and the floppy disk F is placed one by one. A container main body T1 provided with a large number of accommodation spaces 1 is integrally formed of a suitable synthetic resin material, and a plurality of substantially elongated rectangular plate-shaped elastic pieces 10 are integrated into this container main body T1. At the same time, a small engagement protrusion 11 having a substantially semicircular plate shape is integrally formed on the tip side of the resilient piece 10, and the engagement protrusion 11 is integrally formed in the shape of a semicircular plate and engages releasably with the small recess F1 of the floppy disk F. It is configured with the following settings.

That is, the container T is a floppy disk F.
When the floppy disk F is pushed into the back of the storage space 1, the side edge of the floppy disk F comes into contact with the small engaging protrusion 11,
By elastically bending the elastic piece 10, the small engaging projection 11
However, when it engages with the small recess F1 of the floppy disk F, the elastic piece 10 returns elastically and loses its deflection. And the small depression F of the floppy disk F
1 is in an engaged state with the small engagement protrusion 11, so that the floppy disk F is reliably prevented from unexpectedly moving within the accommodation space 1 or falling out of the accommodation space 1. (See Figure 2).

The plurality of partition walls 7 and the side walls 2 and 3 that separate the storage space 1 from each other are spaced so that the thickness of the floppy disk F can be prevented from moving in the left-right direction within the storage space 1. Formed slightly wider. Further, the plurality of partition walls 7 and side walls 2 and 3 are formed in a substantially Y-shaped plate shape, and the side walls 4 and 5 and the bottom wall 6 are formed in a substantially rectangular plate shape, and elastic pieces in a substantially elongated rectangular plate shape. 10 are extended to the lower edge portions of the side walls 4 and 5, respectively, so as to correspond to the respective housing spaces 1. ) may be used to form a plurality of resilient pieces 10). That is, the storage space 1 surrounded by the side walls 2, 3, 4, 5, the plurality of partition walls 7, and the bottom wall 6 is in an open state on the opposite side of the bottom wall 6, and the part near the bottom wall 6 is open. The resilient piece 10 (and the small engagement protrusion 11) is formed so as to face the opening near the bottom wall 6.

As shown in FIGS. 2 and 3, the elastic piece 10 is bent by the side walls 4 and 5 by the amount that the elastic piece 10 is elastically bent when the floppy disk F is pushed into the back of the storage space 1. They may be arranged so as to be located on the inner side of the outer surface, or may be formed so as to be located on the same surface. Furthermore, the small engagement projections 11 may be arranged so as to engage with the small recesses F1 on either side of the floppy disk F.

By the way, the container T shown in FIG. 4 has a substantially thin rectangular circumferential wall 12 and a substantially rectangular side wall 13, and is a substantially thin box-shaped container with one circumferential wall portion and one side wall portion open. It is constructed by integrally molding the unit T2 with a suitable synthetic resin material, and connecting a plurality of the housing units T2 via their connecting protrusions 14a and connecting recesses 14b, and the peripheral wall 1 of the housing unit T2.
2 is connected with an elastic piece 10, and this elastic piece 10
A small engaging protrusion 11 is formed at the tip of the holder. That is, the container T shown in FIG. 4 is designed so that the single container T2 can be manufactured easily (by molding with an appropriate mold), so that the entire container T can be easily manufactured. Further, on both sides of the side wall 13, substantially wedge-shaped guide protrusions are provided (not shown) that gradually become wider as the peripheral wall 12 approaches. It may be formed so that the small recess portion F1 is reliably engaged with the small engagement protrusion 11 that is formed to be relatively thin and accommodated without wobbling. In addition, the small engagement protrusion 11 is disposed approximately at the center of the elastic piece 10 in the width direction, so that it will not engage even if the floppy disk F is inserted into the storage space 1 with the front side and the back side reversed. The matching small protrusion 11 is the small recess F
It is formed to be securely locked to 1.

Further, the storage container T shown in FIG. 5 has a storage container main body T1 in which a plurality of storage spaces 1 each formed to be able to store a single floppy disk F are provided.
A plurality of elastic engaging bodies 15 integrally formed from a relatively flexible rubber material or synthetic resin material are fixed to the elastic engaging bodies 15, and the elastic engaging bodies 15 are engaged with and disengaged from the small recess F1 of the floppy disk F. This elastic engagement body 15 has a protruding small engagement protrusion 16 that can be engaged freely.
are formed, for example, in a generally L-shaped overall cross section, and are fixed so as to fit into fitting recesses provided in the inner corners of the accommodation space 1, respectively. Incidentally, a portion of the side wall 5 where the small engagement protrusion 16 of the elastic engagement body 15 is located is provided with some small depressions or small holes, so that the floppy disk F is pushed into the back of the accommodation space 1 and the small engagement protrusion 16 is provided. The side edges of the floppy disk F come into contact with the protrusions 16, so that the engagement small protrusions 16 can easily deform elastically (easily escape).

Further, the storage container T shown in FIG. 6 has a storage container main body T1 in which a plurality of storage spaces 1 each formed to be able to store one floppy disk F are provided.
The proximal end portions of a plurality of substantially spring-like resilient engaging bodies 17 are attached to the spring-like engaging bodies 17, and a small recessed portion of the floppy disk F is attached to the distal end portion of the resilient engaging bodies 17 which can swing elastically. A small engagement protrusion 18 that removably engages with F1 is provided in a protruding manner, and this elastic engagement body 17
is formed, for example, by appropriately bending a metal wire, and its base end portion is fixed so that the small engagement protrusion 18 is located in a notch appropriately cut out in the side wall 5 at the back of the housing space 1. There is. That is, when the floppy disk F is pushed into the inner part of the housing space 1, the side edge of the floppy disk F comes into contact with the small engagement protrusion 18, and the tip portion of the elastic engagement body 17 including the small engagement protrusion 18 When the floppy disc F bends resiliently and is further pushed inward, the small engaging protrusion 18 slides on the side edge of the floppy disk F, and then engages with the small recess F1, and the resilient engaging body 17 It is configured to eliminate deflection.

By the way, the engagement small projections 11, 16, 18
is formed into a substantially semi-disc shape, and is designed to allow the floppy disk F to be relatively smoothly engaged and disengaged from the small recess F1.

The specific configuration, shape, dimensions, and material of the container T, the specific shape, dimensions, and number of the accommodation space 1, the side walls 2, 3, the side walls 4, 5, the bottom wall 6, the partition wall 7, and the engaging portion 8 Specific shape, dimensions, and number of elastic pieces 10, specific configuration, shape, dimensions, and number of elastic pieces 10, specific shape, dimensions, and arrangement position of small engaging protrusions 11, housing unit T2, and peripheral wall 1
2. Side wall 13, connection protrusion 14a, connection recess 14b
The specific configuration, shape, and dimensions of the elastic engagement body 15, the specific configuration, shape, dimensions, and material of the small engagement protrusion 16, the specific configuration of the elastic engagement body 17, Shape, dimensions, material, small engagement protrusion 18
The specific shape, dimensions, arrangement position, etc. of are not limited to the illustrated example, etc., and can be set freely as appropriate.

As shown in FIG. 3, the container T of the present invention has a base A that is placed directly on a tabletop, etc., and is rotatably mounted on the upper part of the base A in a substantially horizontal plane. At the same time, a plurality of (for example, four) block placement parts 30 are arranged at equal intervals (for example, 90 mm) in a horizontal plane.
It is also possible to form a mounting base consisting of mounting bases B arranged at intervals of 30 degrees, and to be able to be detachably attached to the block mounting portion 30 of the mounting base B of this mounting base. That is, a groove-shaped or dovetail-shaped engaging portion 8 is provided at an appropriate position of the container T (for example, a part of the side walls 2, 3, 4, and 5), and this engaging portion 8 is placed on the block. A dovetail provided in section 30,
Alternatively, it may be configured so that it can be attached by engaging with the dovetail groove-shaped engagement portion 34.
It should be noted that the specific means for attaching the container T to the block mounting portion 30 (for example, the specific shape, dimensions, etc. of the engaging portion 8)
number, etc.) can be freely set as appropriate without being limited to the illustrated example.

The mounting base shown in Fig. 3 is formed so that another mounting base B can be added to the top of the mounting base B, and other mounting bases can be attached to this mounting base B as necessary. B is added and a container T is removably attached to the block mounting portion 30 of the mounting base B, so that even more floppy disks F can be accommodated.

Moreover, the base A includes a substantially disk-shaped base portion 20 that is formed so as to be able to be stably placed on a tabletop or the like,
A substantially short cylindrical receiving portion 21 is integrally connected to the center of the base portion 20 so as to protrude upward.
It is made of a synthetic resin material or a metal material as appropriate.

Furthermore, the mounting base B includes a substantially cylindrical support portion 25 whose cylindrical center is arranged along the substantially vertical direction;
The pillar part 25 is composed of a plurality of block mounting parts 30 arranged at equal intervals in a horizontal plane on the outer periphery thereof, and is integrally made of a suitable synthetic resin material. The support section 25 has an insertion section 2 at the bottom.
6 is provided, and an insertion hole 27 is provided in the upper part, and the insertion part 26 is formed to be insertable into the receiving part 21 of the base A and rotatable with respect to the receiving part 21, and the insertion part 26 is formed so as to be rotatable with respect to the receiving part 21. 27 is formed so that the insertion portion 26 can be inserted into it and is rotatable with respect to the insertion portion 26.

Further, the block mounting section 30 is disposed at a slight inclination with respect to the cylindrical center of the column section 25 so that its surface faces diagonally upward, and is formed into a trapezoidal shape having two right-angled corners. a substantially rectangular bottom wall 32 that is connected to the lower edge of the back wall 31 and perpendicular to the back wall 31; 31 and a substantially trapezoidal side wall 33 that is connected to the side edges of the bottom wall 32 and perpendicularly to the back wall 31 and the bottom wall 32. 33 has a substantially dovetail-shaped engagement portion 34 projecting therefrom. Note that this engaging portion 34 may be provided protrudingly from the bottom wall portion 32. Furthermore, the block mounting section 30 may be arranged such that the bottom wall section 32 is substantially orthogonal to the cylindrical center of the support section 25.

By the way, the specific configuration, shape, dimensions, and material of the mounting base, the specific configuration, shape, and material of the base A, the specific shape, dimensions, and specific shape of the base portion 20, the specific shape, dimensions, and mounting base of the receiving portion 21. The specific configuration and shape of B,
The material, the specific attachment means to the base A, the specific addition means for the other mounting base B, the specific shape and dimensions of the support section 25, the specific shape and dimensions of the insertion section 26, and the diameter of the insertion hole section 27. Specific shape, dimensions, block placement part 3
The specific configuration, shape, dimensions, number, arrangement state, etc. of 0 can be freely set as appropriate without being limited to the illustrated example.

The present invention is constructed as described above. Next, an example of its use will be described. The floppy disk F is inserted into the storage space 1 of the storage container T from the side where the small recess F1 is provided. When this floppy disk F is forcibly pushed into the inner part of the housing space 1, the resilient piece 10 is bent (or the small engagement protrusion 16 of the elastic engagement body 15 is elastically deformed, or
The elastic engagement body 17 is bent), and the engagement small protrusion 11
(or the small engagement protrusion 16 or the small engagement protrusion 18) is engaged with the small recess F1 of the floppy disk F, and the floppy disk F is securely held within the accommodation space 1. . In addition, when taking out this floppy disk F from the storage space 1,
By forcibly pulling out the floppy disk F, the small engaging protrusion 11 (or the small engaging protrusion 1
6, or the engagement between the small engagement protrusion 18) and the small recess F1 of the floppy disk F is released;
taken out.

In addition, when using a mounting base as shown in FIG. Attach the container T to each. and,
A floppy disk F is housed in a housing space 1 of a housing T. If necessary, insert the insertion part 26 of another mounting base B into the insertion hole 27 of the mounting base B to add another mounting base B, and accommodate it in each of the block mounting parts 30 of the other mounting base B. The floppy disk F is further accommodated in the accommodation space 1 of the accommodation container T by attaching the containers T respectively.

Furthermore, when taking out a desired floppy disk F, etc., it is possible to find the desired floppy disk F, etc. while rotating the mounting base B, and then take it out.

Note that the floppy disks F and the like are arranged in the storage space 1 so that they can be organized according to the recorded contents for each container T or for each mounting base B.
be accommodated in. Moreover, the containers T can be removed from the mounting base B and stored in another location (an optimal storage location), or the containers T can be connected to each other.

(Effect of the invention) Therefore, the floppy disk F according to claim 1
In the case of the container T which accommodates a plurality of floppy disks F, each side wall 2, 3, 4, 5 is and a bottom wall 6 form a box-like body with a portion open, and a plurality of partition walls 7 are arranged at predetermined intervals within this box-like body to accommodate one floppy disk F. A container main body T1 provided with a large number of possible accommodation spaces 1 is formed of an appropriate synthetic resin material, and a plurality of substantially elongated rectangular plate-shaped resilient pieces 10 are integrally formed in this container main body T1. With,
A small engagement protrusion 11 that removably engages with the small recess F1 of the floppy disk F is integrally provided on the tip end of the resilient piece 10, so that the recess is formed in the floppy disk F in advance. The floppy disk F can be easily locked in the storage space 1 by using the small recess F1, and once the floppy disk F is stored in the storage space 1 of the container T, it will not be damaged by unexpected external force. This makes it possible to reliably prevent the floppy disk F from easily falling out of the storage space 1 or shaking within the storage space 1, and to store the storage container T while holding the floppy disk F completely and stably. It can now be accommodated in space 1. In addition, movement of the floppy disk F in the left-right direction within the accommodation space 1 can be reliably prevented by the partition wall 7 and the side walls 2 and 3. Moreover, the structure of the container T itself is very simple, suitable for mass production, can be provided at low cost, has high overall strength and robustness, has excellent durability, and is easy to handle, and can accommodate this type of floppy disk. It will be the best as a vessel T.

In particular, since the floppy disk F in which the small recess F1 is previously recessed can be accommodated as is, the accommodation space 1 can be set relatively small (thin) and a large number of floppy disks F can be accommodated.
This is an excellent storage container T for floppy disks F that has excellent storage capacity and can utilize space more effectively.

Moreover, even if the storage container T is placed so that the direction in which the floppy disk F is taken out is horizontal, the floppy disk F will not jump out of the storage space 1, so that the upper space can be used efficiently and effectively. Become.

Further, in the container T for floppy disks F according to claim 2, the container T for accommodating a plurality of floppy disks F has small recesses F1 formed in advance at predetermined positions on both side edges. and each side wall 2,
3, 4, 5 and the bottom wall 6 form a box-like body with a part open state, and a plurality of partition walls 7 are arranged at predetermined intervals within this box-like body, and a floppy disk F is formed. A container main body T1 provided with a large number of storage spaces 1 capable of accommodating one sheet is formed of an appropriate synthetic resin material, and the container main body T1 is made of a flexible rubber material, synthetic resin material, etc. A plurality of elastic engagement bodies 15 integrally formed are fixed, and the elastic engagement bodies 15 are
Since a small engagement protrusion 16 that removably engages with the small recess F1 of the floppy disk F is provided in the floppy disk F, the floppy disk F once accommodated in the accommodation space 1 of the container T is protected from unexpected external forces. Accommodation space 1 by etc.
The small engagement protrusion 16 of the elastic engagement body 15 prevents the elastic engagement body 15 from easily falling off or rattling within the housing space 1.
As a result, this can be reliably prevented, and the floppy disk F can be stored safely and stably in the storage space 1 of the container T. In addition, movement of the floppy disk F in the left-right direction within the accommodation space 1 can be reliably prevented by the partition wall 7 and the side walls 2 and 3.

Moreover, since the elastic engagement body 15 can be constructed separately from the container main body T1, the production and assembly of the container T can be easily performed. Since it is integrally formed of a resin material or the like, there is no risk of damaging the floppy disk F.

Furthermore, in the container T for floppy disks F according to claim 3, in the container T for accommodating a plurality of floppy disks F, small depressions F1 are provided in advance at predetermined positions on both side edges. and each side wall 2,
3, 4, 5 and the bottom wall 6 form a box-like body with a part open state, and a plurality of partition walls 7 are arranged at predetermined intervals within this box-like body, and a floppy disk F is formed. A container main body T1 provided with a large number of storage spaces 1 capable of accommodating one sheet is formed of an appropriate synthetic resin material. A small engagement protrusion 18 that removably engages with the small recess F1 of the floppy disk F is provided on the tip end of the elastic engagement body 17 which is elastically swingable when the floppy disc F is attached. Therefore, the floppy disk F, once stored in the storage space 1 of the container T, can be prevented from easily falling off from the storage space 1 or shaking within the storage space 1 due to unexpected external force. This can be reliably prevented by the engagement small protrusion 18 of the resilient engagement body 17, and the floppy disk F can be safely and stably moved into the accommodation space 1 of the container T.
It can now be stored while being held inside. In addition, a floppy disk F in accommodation space 1
Movement in the left-right direction can be reliably prevented by the partition wall 7 and the side walls 2 and 3.

Moreover, since the resilient engaging body 17 can be constructed separately from the container main body T1, the manufacturing and assembly of the container T can be easily performed, and the resilient engaging body 1
Since 7 is approximately spring-shaped, it is relatively strong and has excellent durability.

[Brief explanation of the drawing]

The drawings illustrate the present invention; FIG. 1 is a perspective view of the container, FIG. 2 is a longitudinal cross-sectional view of the container, FIG. 3 is an exploded perspective view showing an example of use, and FIG. 4 is another embodiment. A perspective view of the container in a partially disassembled state in the example,
5 and 6 are longitudinal sectional views of other containers, respectively. T...container, T1...container body, T2...
Single storage unit, 1...Accommodation space, 2...Side wall, 3...
Side wall, 4... Side wall, 5... Side wall, 6... Bottom wall, 7
...Partition wall, 8...Engaging portion, 10...Bullet piece, 1
DESCRIPTION OF SYMBOLS 1... Engagement small projection, 12... Peripheral wall, 13... Side wall, 14a... Connection convex part, 14b... Connection recessed part,
15...Elastic engagement body, 16...Engagement small protrusion, 17
... Resilient engagement body, 18 ... Engagement small projection, A ... Base, 20 ... Base part, 21 ... Receiving part, B ... Placement base, 25 ... Support column, 26 ... Insertion Section, 27
...Insertion hole section, 30...Block placement section, 31...
...Back wall part, 32...Bottom wall part, 33...Side wall part, 3
4... Engaging part, F... Floppy disk, F1
...Kokubobe.

Claims (1)

[Claims for Utility Model Registration] 1. In a container for accommodating a plurality of floppy disks, each of which has small recesses formed in advance at predetermined positions on both side edges, a portion is A container main body is formed by forming a box-like body in an open state, and having a plurality of partition walls arranged at predetermined intervals within the box-like body to provide a large number of storage spaces capable of accommodating one floppy disk. It is made of a suitable synthetic resin material, and a plurality of substantially elongated rectangular plate-shaped elastic pieces are integrally formed on the main body of the container, and a floppy disk is attached to the tip of the elastic pieces. A floppy disk storage container characterized by integrally protruding a small engagement protrusion that removably engages with a small recess. 2. In a container for accommodating a plurality of floppy disks, each of which has small recesses formed in advance at predetermined positions on both side edges, a box-like body with a portion of the side wall and bottom wall in an open state is used. A plurality of partition walls are arranged at predetermined intervals within this box-shaped body, and a container body having a large number of storage spaces capable of accommodating one floppy disk is formed from an appropriate synthetic resin material. A plurality of elastic engaging bodies integrally formed of flexible rubber material or synthetic resin material are fixed to this container body, and these elastic engaging bodies are connected to and detached from the small recess of the floppy disk. A floppy disk storage container characterized by having a protruding small engaging protrusion that can be freely engaged. 3. In a container for accommodating a plurality of floppy disks, each of which has small recesses formed in advance at predetermined positions on both side edges, a box-shaped body with a portion of the side wall and bottom wall in an open state is used. A plurality of partition walls are arranged at predetermined intervals within this box-shaped body, and a container body having a large number of storage spaces capable of accommodating one floppy disk is formed from an appropriate synthetic resin material. The proximal end portions of a plurality of substantially spring-like resilient engaging bodies are attached to this container body, and a small depression of the floppy disk is attached to the tip end of the resilient engaging body that can swing elastically. 1. A floppy disk storage container, characterized in that a small engagement protrusion that releasably engages with the section is provided.