JPH0625452Y2 - Tape storage container - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION Industrial Field of the Invention The present invention relates to a container for housing a hub having a center hole around which a magnetic tape or the like is wound and used for transportation.

Conventional technology Conventionally, when a magnetic tape is transported between factories or internationally, it is in a state before being cut into the width or length as a finished product, that is, as it is as an original fabric or just cut from the original fabric to the product width. It is wound around a shaft or hub that has a central hole and stored in a container for transportation. In the following, a pancake is formed by winding a magnetic tape, which is simply cut into a product width from an original fabric, around a hub. For the container of the original fabric, please see Sho 57-2875.
A prefabricated container having a plurality of overlapping partition plates having recesses on the sides as shown in Japanese Patent No. 7 is used. When the ends of the raw fabric shafts put in a plastic bag for each roll are fitted in the recesses, several rolls of the fabric rolls can be laterally stored in the container. The pancake container uses a foamed package capable of storing only one reel in a recess provided on one surface thereof. These foam packages are stacked several times, banded, put in a plastic bag, and then put in a cardboard box.

Problems to be Solved by the Invention However, when the foamed packaging is used for transporting pancakes in this manner, since a container is required for each reel, packing and unpacking become complicated, and the time The labor and financial burden will increase. In addition, since the foam packaging does not have high mechanical strength, the wall thickness of the container is thin, if it is forcibly piled up, strong binding with a band, rough handling, etc., the part with a high external burden ratio will be damaged, The band digs inside. Also, the band may stretch during use. When such a situation occurs, the joint surface between the foamed packaging bodies that are piled up at the time of transportation or the like opens, so that the product inside is not protected and is adversely affected by the outside or damaged.
In particular, when the joint surface is opened, dust easily enters inside, and dust adheres to the surface of the magnetic tape. As a result, a signal error occurs, an image is disturbed in the case of a video tape, a sound skip is caused in the case of an audio tape, and noise is also generated. In addition, since the end face of the magnetic tape of the pancake is received by the foam cushion plate placed inside the foam package, not only the end face is scratched by vibration or the like, but also the cushion plate is scraped off to generate dust inside. Therefore, it is conceivable to store pancakes in a container for transportation. However, the above-mentioned container for raw fabric is not suitable for transporting pancakes.

The present invention has been made in view of such conventional problems. It accommodates a laminated body of hubs having a center hole around which tapes are wound, does not damage each of the tapes, and generates dust. It is an object of the present invention to provide a tape storage container that does not operate.

Means for Solving Problems A means for achieving the above object will be described with reference to FIGS. 1 and 2 corresponding to the embodiment.

This tape storage container is a hub 1 around which a tape 12 is wound.
4 for holding the laminate 10 and its tape laminate 10
A plurality of overlapping partition plates 3 provided with recesses 42 on the sides supporting the
2 and. This tape laminated body holder is provided with a plurality of protective flanges 16 for sandwiching the tape laminated body 10, a support tube 18 inserted through each central hole of the hub 14 and the flange 16, and attached to the support tube 18 to form each protective flange 16. It is composed of tightening tools 20, 22, 24, 26 that apply a clamping force.
Further, the elastic body 41 is installed in the recess 42 of the joining partition plate 32 into which the end of the support tube 18 protruding from the tape laminated body 10 is fitted.

Operation The above means operates as follows.

With the tape laminate holder, multiple protective flanges 1
6 holds the laminated body 10 of the hub 14 around which the tape 12 is wound so as to cover the laminated body 10 from both sides, and thus protects the tape 12 from external damage when the tape laminated body 10 is taken in and out of the container. At that time, the support tube 18 is inserted through the center holes of the hub 14 and the flange 16 to support them, and the fasteners 20, 22, 24, and 26 attached thereto give a clamping force to each flange 16. Therefore, the hubs 1 lined up on the support tube 18
4 is pushed by the flanges 16 on both sides so that their faces are in good contact and aligned. However, there is a slight gap between the flange 16 and the end face of the tape 12, and between the end faces of the tape 12. Because the width of the hub 14 is usually the tape 12
This is because it is formed to be somewhat larger than the width of. Therefore, the end surface of each tape 12 does not come into contact with anything else and is not damaged. Further, when the elastic body 41 is installed in the recess 42 of the stacking partition plate 32, vibrations and shocks applied to the container are absorbed by the elastic body 41, so that the recess 4
The external force transmitted to the tape laminated body 10 from the support tube 18 fitted in the inside 2 becomes weak. Therefore, with a certain tension or more, the tape 1
If 2 is strongly wound around the hub 14, there will be no winding irregularity in which the end surface of the tape 12 shifts due to an external force and becomes a stepped state.

Embodiment An embodiment of the present invention will be described below with reference to the accompanying drawings.

FIG. 1 is a partial vertical sectional view showing a state in which a holder provided in a magnetic tape storage assembly type container to which the present invention is applied is attached to a magnetic tape laminate. In the figure, 10 is a hub 14 (14a, 14b, 14c, 14d ...) On which a magnetic tape 12 (12a, 12b, 12c, 12d ...) Is wound.
It is a multi-layered stack of (pancakes). A tool for holding such a magnetic tape laminate 10 is a magnetic tape laminate 1
A protective flange 16 that holds 0 from the left and right, a support tube 18 that passes through the center holes of the hub 14 and the protective flange 16,
The fastener is attached to the support tube 18 and applies a clamping force to the protective flange 16, and is symmetrically attached to the magnetic tape laminate 10. In FIG. 1, the magnetic tape laminated body arranged on the right side of the magnetic tape 12d wound around the hub 14d, the protective flange mounted on the right side, and a part of the fastening tool are omitted. The protective flange 16 is a ring body made of cardboard or the like, the outer diameter of which is slightly larger than the outer diameter of the magnetic tape 12 wound around the hub 14, and the inner diameter of which is smaller than that of the hub 1.
Equal to 4 inner diameter. Further, the support tube 18 is an elongated circular tube made of vinyl chloride or the like, and has an outer diameter through which the hub 14 is inserted.
It is slightly smaller than the diameter of each central hole of the protective flange 16. The tightening tool is the sleeve 20, the sleeve retainer plate 22, the bolt 2
4, a nut 26 and the like are combined. The sleeve 20 is a circular tube made of vinyl chloride, etc.
It is used by fitting it on the outer circumference of both ends of the. that time,
The inner end faces thereof are respectively corresponding protective flanges 16
Contact with. The outer edges of both ends of the support tube 18 are tapered to facilitate the fitting of the sleeve 20. Further, the sleeve pressing plate 22 is a metal circular plate having a bolt insertion hole at the center thereof, and the vicinity of the outer circumference thereof contacts the outer end surface of the sleeve 20, respectively. Bolt 24
Is a little longer than the support tube 18 and is inserted through the inside thereof. Both ends thereof are threaded, and nuts 26 for holding the sleeve pressing plate 22 are fitted therein.
By changing the degree of screwing of these nuts 26 into the bolts 24, the tightening force applied to the protective flange 16 via the sleeve pressing plate 22, the sleeve 20, etc. can be adjusted.

When such a magnetic tape laminated body holder is used, the two protective flanges 16 sandwich the magnetic tape laminated body 10 and cover it from both sides, so that when the magnetic tape laminated body 10 is taken in and out of the container, the magnetic tape 12 is protected from external damage. Protect. At that time, the support tube 18 is inserted through the center holes of the hub 14 and the flange 16 to support them, and the tightening tool 20 attached thereto,
Since the hubs 22, 24, and 26 give a clamping force to the flanges 16, the hubs 14 arranged on the support tube 18 are pushed by the flanges 16 on both sides, and their surfaces are in good contact with each other and aligned. However, there are slight gaps between the flange 16 and the end faces of the magnetic tape 12a, between the end faces of the magnetic tapes 12a and 12b, and the like. This is because the width of the hub 14 is usually formed to be slightly larger than the width of the magnetic tape 12. Therefore, the end surface of each magnetic tape 12 does not come into contact with anything else and is not damaged. The magnetic tape laminate 10 and the flanges 16 on both sides are covered with a plastic bag 28 to block ingress of dust from the outside.

FIG. 2 is a perspective view showing a process of accommodating the four magnetic tape laminated bodies with the holders and the like thus mounted in a container. In the figure, 30 is an outer box of a container assembled without the upper lid, and 32 is a rectangular partitioning partition plate having a recess in which an elastic body such as rubber is installed on the side dividing the inside of the outer box. Incidentally, 34 is a pallet. The outer box 30 of this container has a bottom plate placed on a lower metal frame 36, and left and right fixed side plates 38 (38
a, 38b), the front and rear insertion side plates 40 (40
a) and 40b) are inserted into the grooves at both ends of each fixed side plate 38 to stand up, and they are prevented from coming off. Assembling is convenient because the container can be folded when returned. In addition, since the magnetic tape laminated body 10 having four holders mounted thereon is horizontally mounted on the joining partition plate 32, the positions are selected from the guide grooves arranged inside the left and right fixed side plates 38, respectively. A pair of lower partition plates 32 (3
2a ₁ , 32a ₂ ), a pair of partition plates 32b (32
b ₁ , 32b ₂ ), a pair of upper partition plates 32c (32c ₁ ,
32c ₂ ) in order, and then fit them. At this time, since the lower partition plate 32a receives the ends of the support tubes 18 projecting from the two magnetic tape laminated bodies 10 located on the lower side, a U-shaped elastic body is provided at a predetermined position on the upper long side thereof. 41
(41a, 41b) installed semi-circular recess 42 (42
a, 42b) are arranged respectively. Also, partition plate 3
2b has the same recesses on both long sides and the upper partition plate 32c has a lower long side at a position corresponding to them. While the recesses 42 and the like on the upper long sides of each of the partition plates 32 receive and support the ends of the support pipes 18 fitted therein, the recesses and the like on the lower long sides press down from there. Support. The left and right holes at the center of the partition plate 32b ₁ are for handles. However,
Since such a magnetic tape laminate 10 is heavy,
An electric lifter is used from the work of stacking the magnetic tape 12 to the work of fitting the magnetic tape 12 into the recess 42 of the partition plate 32. Therefore, the sleeve pressing plate 22, bolts 24, nuts 26, etc. are mounted on the partition plate 32, and then the support rod of the electric lifter is pulled out from the support pipe 18. Finally, as shown in FIG. 3, the upper lid 44 is closed, and the rubber band 46 attached thereto is hung on the receiving metal fitting 48 on the fixed side plate 38, and the storage of the magnetic tape laminate 10 in the container is completed. After that, the transportation of the container is started. that time,
Since the elastic body 41 is installed in the recess 42 or the like of the joining partition plate 32, vibrations and impacts applied to the container are absorbed by the elastic body 41, and the support tube 18 causes the tape laminated body 10 to move.
The external force transmitted to is weakened. Therefore, if the magnetic tape 12 is strongly wound around the hub 14 with a certain tension or more, the external force during transportation does not cause a winding irregularity in which the end surface of the magnetic tape 12 shifts and becomes a stepped state.

FIG. 4 is a perspective view showing another example of a magnetic tape storage assembly type container to which the present invention is applied. In the figure, 50 (50a-
50d) is a rectangular partition plate that is spliced in four steps and has the same splicing partition plate as a pair. Each of these has three semi-circular recesses on one long side and two on the other long side, and semi-circular recesses in which U-shaped elastic bodies are installed. When the number of the recesses is made different in this way, the partition plates 50a and 50 are used when the magnetic tape accommodates a long laminate having a large diameter.
Two holes 52 (52a, 5a, 5a) formed from the respective recesses of b.
2b) is used, and when accommodating a short-diameter laminated body, three holes 54 (54a, 54b, 54c) formed by the respective recesses of the partition plates 50b and 50c are used. This is convenient because magnetic tape laminated bodies having different diameters can be stored in the container. The other structure of the container except the partition plate 50 is the same as that of the above-described embodiment.

As is clear from each of the above-mentioned embodiments, the number of the partitioning plates, the size and shape of each partitioning plate, the number of recesses provided therein, the position, etc. It can be appropriately changed according to the size, the number, and the like.
Alternatively, only one end protruding from the magnetic tape laminate may be fitted in a recess on the side of the overlapping partition plate, and the other end may be fitted in a through hole of the partition plate to be supported.

Effect of the Invention According to the present invention described above, it is possible to store the tape laminated body in a container and perform suitable transportation without damaging the tape due to external force or dust or the like caused by the external force. Also, it is excellent in operability (handling) such as economy and packing and unpacking.

[Brief description of drawings]

FIG. 1 is a partial vertical sectional view showing a state in which a holder provided in a magnetic tape storage assembly type container to which the present invention is applied is attached to a magnetic tape laminate. FIG. 2 is a perspective view showing a process of housing the magnetic tape laminate in a container. FIG. 3 is a perspective view showing a state where the magnetic tape laminate is housed in a container. FIG. 4 is a perspective view showing another example of the magnetic tape storage assembly type container to which the present invention is applied, in which the overlapping partition plate is extracted. 10 ... Magnetic tape laminate, 12 ... Magnetic tape, 14
...... Hub, 16 …… Protective flange, 18 …… Support tube, 2
0, 22, 24, 26 ... Tightening tool, 32 ... Repeating partition plate, 41 ... Elastic body, 42 ... Recess

 ─────────────────────────────────────────────────── ─── Continuation of the front page (56) References Shown 60-177119 (JP, U) Shown 48-60279 (JP, U) Shown 56-81854 (JP, U) Shown 57- 28757 (JP, Y2) Actual public Sho 34-7933 (JP, Y2)

Claims (1)

[Scope of utility model registration request] 1. A tape laminated body holder comprising a tool for holding a laminated body of a hub around which a tape is wound, and a plurality of overlapping partition plates having recesses on sides supporting the tape laminated body. A plurality of protective flanges for sandwiching the tape laminated body, and a support tube for inserting the hubs and the central holes of the protective flanges,
It is composed of a tightening tool that is attached to the support tube and gives a clamping force to each protective flange, and an elastic body is installed in the recess of the joining partition plate that fits the end of the support tube protruding from the tape laminated body. Characteristic tape storage container.