JP2000200039A - Label sheet with index card - Google Patents

Abstract

(57) [Summary] [Problem] To simplify the printing process and the storing process in a cassette storing case by integrating an index card function and a label function. SOLUTION: Front and back printing / writing layers 27, 28 divided into at least a label display section 23 and index display sections 25, 26 are peeled off via a bonding layer 29 forming a peeling layer 30 by performing a peeling treatment. Be joined. In the front and back printing / writing layers 27 and 28, a non-peelable portion is formed by providing a non-peeling portion in which the peeling layer 30 is not formed in a part of the bonding layer 29. Is formed.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a label sheet with an index card provided for displaying the contents of information signals and the like recorded on a recording medium stored in, for example, a tape cassette or a disk cartridge.

[0002]

2. Description of the Related Art Recording media for recording information signals such as data signals, video signals, and audio signals are generally stored in a storage device. As the recording medium storage device, a tape cassette used by being mounted on a recording and / or reproducing device such as a tape recorder and a video tape recorder, and a disk-shaped recording medium such as a floppy disk, an optical disk, and a magneto-optical disk can be recorded and / or recorded. 2. Description of the Related Art Disk cartridges used by being loaded into a playback apparatus are widely known.

[0003] A tape cassette or the like is provided in a cassette storage case formed of a transparent plastic or the like. This cassette storage case 100
As shown in FIG. 7, it is composed of a case main body 101 and a lid 102 rotatably combined with the case main body 101. The case body 101 has a storage space 101a sufficient to store the tape cassette 110, and is formed in a rectangular box shape with one main surface and one longitudinal side surface open.

The lid 102 has a main surface 102a having an outer shape sufficient to close the open main surface of the case body 101;
A pocket 102b is formed integrally with one side of the main surface 102a and has an outer shape sufficient to close the open side surface of the case body 101. Pocket 10
2b constitutes a space 102c sufficient to store one side of the tape cassette 110. The case body 101 and the lid 102 are rotatably combined by providing a shaft portion and a shaft hole on the inner surface of both side portions sandwiching the open side surface portion and on both side surfaces of the pocket 102b.

[0005] In the cassette storage case 100, together with the tape cassette 110, the index card 1 as a separate member.
20 and the label sheet 130 are respectively stored. The index card 120 stores the content of the information signal recorded on the tape cassette 110 (for example, a song or a singer).
The index, recording time, or specifications of the magnetic tape are displayed. As shown in FIG. 7, the index card 120 is bent in a U-shape in cross section following the main surface 102a of the lid 102 and the inner surface of the pocket 102b. On the index card 120, ruled lines, display fields, and the like are printed as a guide when recording the index of the above-mentioned music number or the like.

Although the label sheet 130 is not described in detail, a plurality of labels are provided on the backing paper so as to be peelable. On one surface of the label sheet 130, ruled lines, display fields, and the like for writing titles of music titles and the like are printed.

Accordingly, when a user or the like records information signals such as data signals and video signals on the magnetic tape stored in the tape cassette 110, the user takes out the index card 120 stored in the cassette storage case 100, and Fill in according to the ruled lines according to the order of the recorded music etc. The user or the like uses the entry to select the tape cassette 110 as an index for selecting the entry when performing reproduction.

[0008] The user or the like can use the label sheet 130.
The titles of information signals such as data signals and video signals recorded individually on the magnetic tape of the tape cassette 110 are written on the label pieces in the order recorded according to the ruled lines and display columns. In the cassette storage case 100, a plurality of label pieces are attached to a mount so that the label sheet 130 can be rewritten and used.

The index card 120 is folded and bent so that the entered music is visible from the outside of the cassette storage case 100 so that the entry is on the outside, and is loaded into the pocket 102b of the lid 102. You. Further, from the label sheet 130, the label piece on which the music or the like is written is peeled off from the backing paper and the cassette storage case 10
0, the back surface of the index card 120, the surface of the tape cassette 110, or the like.

The user or the like uses the attached label piece to store the cassette storage case 100 storing the tape cassette 110 in which information signals such as desired data signals and video signals are stored. Can be extracted from When the user or the like takes out the tape cassette 110 from the extracted cassette storage case 100 and performs a reproducing operation, the index card 12
The entry of 0 enables a search for the recording position of an information signal such as a data signal or a video signal recorded on the magnetic tape.

[0011]

As described above, in the conventional cassette storage case 100, the index card 120 and the label sheet 130, which are separately formed, are stored together with the tape cassette 110 in the storage space 101a. It had been. Therefore, in the conventional cassette storage case 100, in the manufacturing process, the index card 120 and the label sheet 13 are not used.
In this case, automatic supply devices for accommodating 0 and 0 have to be installed in at least two places.

The conventional index card 120 and the label sheet 130 have different materials, and are manufactured in different processes. In addition, conventional index card 1
20 and the label sheet 130 also separately print ruled lines and display columns. In particular, a plurality of label sheets 130 are prepared, but in general, once used, they are often discarded. The label sheet 130 is a single sheet, and is stored in the tape cassette 11 when stored.
It is stored in the cassette storage case 100 sandwiched between the index card 120 and the index card 120, but has a problem that it is easily dropped and lost. If the label sheet 130 is lost or discarded, the label sheet 130 needs to be diverted from the one stored in another cassette storage case.

Accordingly, the present invention provides a method of printing a ruled line or a display field for writing an index or a title of a recorded content by integrating an index card function and a label function, or manufacturing in a cassette storage case. It has been proposed for the purpose of providing a label sheet with an index card that simplifies the process.

[0014]

According to the present invention, there is provided a label sheet with an index card according to the present invention, in which at least front and back printing / writing layers divided into a label display section and an index display section are subjected to a peeling treatment. It is releasably bonded via the bonding layer thus formed. In the front / back printing / writing layer, a non-peelable part is formed by providing a non-peelable part in a part of the bonding layer, and an index display part is formed in the non-peelable part.

According to the label sheet with an index card according to the present invention configured as described above, since the label sheet has the label display section and the index display section, the storage processing in the cassette storage case, the printing processing of the ruled lines and the display fields are performed. Is streamlined. Further, in the label sheet with the index card, since the index display portion is configured as a non-peelable portion, the index display portion is bent in accordance with the shape of the cassette storage case without causing erroneous peeling. Furthermore, the label sheet with the index card is retained without losing the spare label piece even when one label piece is used.

[0016]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings. A label sheet 1 with an index card shown as an embodiment is used for an 8 mm tape cassette 2 and is provided in a cassette storage case 3 as shown in FIG. The cassette storage case 3 is the same as a conventional cassette storage case, and includes a case main body 4 formed of transparent plastic or the like, and a lid 5 rotatably combined with the case main body 4. .

The case body 4 has a rectangular storage space 6 sufficient to store the tape cassette 2, and
It is formed in the shape of a rectangular box with one main surface and one longitudinal side surface open. The cover 5 has a main surface 7 having an outer shape enough to close the open main surface of the case body 4.
And a pocket 8 integrally formed on one side of the main surface 7 and having an outer shape sufficient to close the open side surface of the case body 4. The pocket 8 forms a space 9 between the main surface 7 and the pocket 8 for accommodating one side of the tape cassette 2. The case body 4 and the lid 5 are rotatably combined with each other by providing a shaft portion and a shaft hole on inner surfaces of opposing side surfaces sandwiching the open side surface portion and on both side surfaces of the pocket 8.

The tape cassette 2 is, as shown in FIG.
An 8 mm wide magnetic tape 13 is hung between a pair of tape reels 14 and housed in a case body 12 formed by butt-connecting a pair of upper halves 10 and lower halves 11 made of transparent plastic or the like. . Although not described in detail, the tape cassette 2 has an opening on one side of the case body 12 on which the magnetic tape 13 runs, and is opened and closed by a lid 15. When the tape cassette 2 is loaded into the recording / reproducing apparatus, the lid 15 rotates to open one side of the case main body 12 to expose the magnetic tape 13 to the outside.

The label sheet 1 includes a cassette storage case 3
A rectangular sheet having a width substantially equal to that of the storage space 6 is stored in the cassette storage case 3 together with the tape cassette 2 with one end side bent in a U-shape. The label sheet 1 has a developed length including a portion approximately twice as large as the main surface portion 7 of the lid 5 and an L-shaped portion of the bottom surface and the rising portion of the pocket 8. Label sheet 1 is shown in FIG.
As shown in FIG. 3, the first area 16 to the fourth area 19 are divided.

The first area 16 and the second area 17 have substantially the same outer dimensions as the main surface 7 of the lid 5. The third region 18 has an outer dimension substantially equal to the bottom surface of the pocket 8. The fourth region 19 has an outer dimension substantially equal to the rising portion of the pocket 8 facing the main surface 7 of the lid 5. The first area 16 and the second area 17 are separated by a first folding line 20. Second
The region 17 and the third region 18 are divided by a second folding line 21. The third area 18 and the fourth area 19 are separated by a third fold line 22.

As will be described in detail later, the label sheet 1 has ruled lines and display fields printed on the front and back main surfaces of the first area 16 and the second area 17, respectively. Label sheet 1
As described later, the front surface of the first region 16 is configured as a label display unit 23, and the back surface is configured as a handling instruction display unit 24, as described later. In the label sheet 1, the front surface of the second region is configured as a first index display unit 25, and the back surface is configured as a second index display unit 26.

As shown in FIG. 4, the label sheet 1 has a three-layer structure in which a first high-quality paper 27 on the front side and a second high-quality paper 28 on the back side are joined by an adhesive layer 29 constituting an intermediate layer. It is constituted by. Label sheet 1 contains the first
Basis weight of 50 g / m 2 for the high quality paper 27 and the second high quality paper 28
So-called cardboard of ² to 100 g / m ² is used. The label sheet 1 includes the first high-quality paper 27 and the second
By forming the front and back main surfaces using the high quality paper 28, printing characteristics or writing characteristics are imparted to these front and back surfaces.

Therefore, the label sheet 1 enables the above-described ruled lines and display columns to be printed on the front and back main surfaces of the first area 16 and the second area 17 and also allows the tape cassette 2 to be printed.
And the index of the contents of information signals and the like recorded on the magnetic tape 13 or the writing of specifications such as the length and type of the magnetic tape 13 is enabled. Further, the label sheet 1 is integrally formed with the label display section 23, the first index display section 25, and the second index display section 26 to enable simultaneous printing, thereby streamlining the printing process. Further, the label sheet 1 uses the first high quality paper 27 and the second high quality paper 28 so that the cassette storage case 3 can be used.
Even when an excessive external force is applied, the main surface 7 of the lid 5 is reinforced to protect the stored tape cassette 2 and the like.

When the first high-quality paper 27 and the second high-quality paper 28 are made of a paper having a larger basis weight, the label sheet 1 becomes too thick as a whole and has a poor appearance.
This causes inconveniences such as difficulty in storing in the existing cassette storage case 3 or inability to perform the bending process neatly. In addition, the label sheet 1 cannot exert the reinforcing effect of the cassette storage case 3 when the first high-quality paper 27 and the second high-quality paper 28 are sheets of smaller basis weight.

In the label sheet 1, the pressure-sensitive adhesive layer 29 has the first
In joining the high quality paper 27 and the second high quality paper 28, the first high quality paper 27 and the second high quality paper 28 can be formed by slightly applying pressure without the need of a solvent, heat or catalyst. And a pressure-sensitive adhesive that joins them. In addition, as shown in FIG.
A release layer 30 is formed on the adhesive layer 29 on the high quality paper 27 side.

The release layer 30 is formed by applying a pressure-sensitive adhesive constituting the pressure-sensitive adhesive layer 29 on the second high-quality paper 28 and then performing a release treatment such as a so-called silicon treatment or a polymer lamination treatment. The release layer 30 allows the second high quality paper 28 to be released by reducing the adhesive strength of the adhesive layer 29. The release layer 30 is formed at a portion corresponding to the first region 16 of the second high quality paper 28.

When the above-described release layer 30 is formed in the first region 16, the label sheet 1 is formed on the adhesive layer 29 by leaving the adhesive layer 29 on the entire outer peripheral portion or a part of the corner portion or the like. Is formed by applying silicon. In other words, the label sheet 1 is formed with the release layer 30 such that the first region 16 is bordered by the non-release layer or separated by the non-release layer. In the label sheet 1, the second area 17 to the fourth area 19 are configured so that the first high-quality paper 27 and the second high-quality paper 28 cannot be separated. In the label sheet 1, the second high-quality paper 28 constituting the label display section 23 from the above-described configuration is the same as the first high-quality paper 28.
The high-quality paper 27 is used as a backing sheet and is made to be a part which can be peeled off.

As shown in FIG. 2, the label display section 23 has two large and small strip-shaped label pieces 31, 3 respectively.
2 and a label piece 33 on which a number of display fields are printed are formed to be peelable by the above-described configuration. For example, these label pieces 31 to 33 are subjected to a peeling process after a tune or the like is entered, and are appropriately adhered to the surface of the cassette storage case 3, the third area 18 or the surface of the tape cassette 2, and other tapes. The identification with the cassette is performed.

The label pieces 31 to 33 are formed by performing a so-called half blanking process on the outer peripheral portion. Label piece 33
Are perforated for each display column, and can be cut off for each of these display columns. The above-described first fold line 20 to third fold line 22 may be formed by perforating the first high quality paper 27 and the second high quality paper 28. The label sheet 1 has a first fold line 2 formed by integrally forming a label display section 23, a first index display section 25, and a second index display section 26.
Perforation processing of the 0 th to third fold lines 22 and each label piece 3
It is possible to simultaneously perform 1 to 33 half blanking processes, and the process is rationalized.

The first index display section 25 is composed of a display printed on the second area 17 of the first high quality paper 27 and ruled lines as shown in FIG. In the first index display section 25, the magnetic tape 1 of the tape cassette 2 is displayed.
3, the contents of information signals such as data signals and video signals recorded on one side are written in accordance with the order of recording in accordance with the ruled lines. Similarly, the second index display unit 26
As shown in FIG. 3, it is composed of a display printed on the second area 17 of the second high quality paper 28 and ruled lines. In the second index display section 26, the contents of information signals such as data signals and video signals recorded on the other side of the magnetic tape 13 of the tape cassette 2 are written in accordance with the recording order in accordance with the ruled lines.

The label sheet 1 configured as described above
5A is folded such that the first region 16 overlaps the second region 17 via the first folding line 20 as shown by an arrow a in FIG. Further, in the label sheet 1, the second area 17 in which the first areas 16 are overlapped is bent so as to be orthogonal to the third area 18 via the second folding line 21. In the label sheet 1, the fourth area is connected to the third area 18 via the third fold line 22 as shown by the arrow b in FIG.
And bend in the orthogonal state.

Accordingly, the label sheet 1 is formed in a U-shape so as to face the fourth area 19 via the third area 18 with respect to the second area 17 as shown in FIG. It is bent. The label sheet 1 is folded such that the first area 16 is superimposed on the second area 17 so that, for example, the handling instruction display section 24 printed on the first high quality paper 27 side is on the front side.

The label sheet 1 that has been subjected to the bending process as described above has the U-shaped bent portion fitted into the pocket 8 as shown in FIG.
Is stored inside. In this state, a part of the label sheet 1 is inserted into the pocket 8 to protect the tape cassette 2 stored in the cassette storage case 3. The cassette storage case 3 is supplied to a user or the like after the label sheet 1 and the tape cassette 2 are stored in the inside by the above-described process and then appropriately covered with, for example, an overlap film.

The label sheet 1 has a label display section 23, a first index display section 25 and a second index display section 26 which are integrally formed. May be installed at one place in the process. Therefore, the label sheet 1 aims to rationalize and simplify the manufacturing process.

The user or the like removes the exterior and rotates the lid 5 with respect to the case body 4 to operate the cassette storage case 3.
Take out the tape cassette 2 from the inside. When the user or the like loads the taken-out tape cassette 2 into the recording / reproducing apparatus and performs a recording operation of an information signal or the like, the user writes, for example, a title on the label piece 31 of the label display unit 23 of the label sheet 1. The user or the like peels off the label piece 31 from the label sheet 1 and attaches it to, for example, the front side of the third area 18. The user or the like also writes individual recording contents on each label of the label piece 33 and affixes it to an appropriate place such as the tape cassette 2 or the cassette storage case 3.

Further, the user or the like uses the contents of information signals such as data signals and video signals recorded on the tape cassette 2 as an index on the first index display section 25 or the second index display section 26 of the label sheet 1. Fill in the ruled lines according to the recorded order. The user or the like enters the first index display section 25 in which the content of the information signal has been entered.
Alternatively, the second index display portion 26 is stored in the cassette storage case 3 so that the second index display portion 26 can be visually recognized from the outside via the main surface portion 7 of the lid 5.

Therefore, the user or the like displays the above-mentioned title or the like on the cassette storage case 3 by using the label pieces 31 to 33 provided on the label display section 23 of the label sheet 1 so that the data signal or the video signal or the like is displayed. It is possible to easily select a desired tape cassette 3 even if the number of tape cassettes 2 on which the information signal is recorded increases. Also,
When the user or the like reproduces an information signal such as a data signal or a video signal recorded on the selected predetermined tape cassette 2, the index information written in the first index display section 25 or the second index display section 26. It is possible to easily search for a recording position of a predetermined information signal by utilizing the information.

As described above, the label sheet 1 includes the label display section 23 and the first and second index display sections 24,
25 are integrally formed. Therefore, even when one label piece is peeled off from the label display section 23 and used, there is no risk that the label sheet 1 will be lost unlike a conventional label sheet. Can be peeled off and replaced, thereby improving usability.

In a general label sheet 40, as shown in FIG. 6A, an adhesive layer 42 is formed on the entire surface of a mount 41, and the surface of the adhesive layer 42 is subjected to a silicon treatment to form a release layer. 43, and the label forming layer 44 is bonded via the release layer 43. In such a label sheet 40, when it is subjected to a bending process or used for a long period of time, erroneous peeling is likely to occur at the peripheral edge 45 of the label forming layer 44 as shown in FIG.

As described above, the label sheet 1 has the first high-quality paper 27 as the front side and the second high-quality paper 28 as the front side depending on the use form.
Is appropriately bent through the fold line 22 of FIG.
In the label sheet 1, a release layer 30 is formed on an inner peripheral portion so that the first region 16 is bordered by the adhesive layer 29 or a part of the adhesive layer 29 is left, and the release layer 3 is formed.
A label display portion 23 is formed corresponding to “0”. When the above-described bending process is performed on the label sheet 1 with such a configuration, erroneous peeling does not occur from the bent portion. Further, even when the label sheet 1 is used for a long period of time, erroneous peeling does not occur from a peripheral portion or the like. As shown in FIG. 6 (B), the label sheet 1 holds the bonded state of the first high-quality paper 27 and the second high-quality paper 28.

Note that the present invention is not limited to the above-described embodiment of the label sheet 1 stored in the cassette storage case 3 together with the 8 mm tape cassette 2, but
Appropriate printing is performed on the label display section 23, the first index section 25 or the second index section 26. Of course, the present invention can be applied to a label sheet for an appropriate information recording medium such as a video tape cassette, a magneto-optical disk, or a floppy disk. In this case, the label sheet is appropriately displayed or printed with a ruled line, so that the label display section 23 and the first index section 25 are provided.
Alternatively, a second index portion 26 is formed.

[0042]

As described above in detail, according to the indexed label sheet of the present invention, a non-peelable portion is provided on a part of the bonding layer for bonding the front and back layers via the release layer, and the non-peelable portion is provided. Since the label display unit and the index display unit are integrated by forming an index display unit in this non-peelable part, the display columns and ruled lines are printed at the same time as well as perforations and half-cut processing. Can be performed at the same time, and the installation of an automatic supply device for supplying the material into the storage case can be performed in one place, and the process is greatly streamlined and simplified. In addition, the label sheet is prevented from losing label pieces, and for example, user's convenience can be improved by effectively storing instruction manuals.

[Brief description of the drawings]

FIG. 1 is an exploded perspective view of a cassette storage case for storing a label sheet and a tape cartridge according to the present invention.

FIG. 2 is a plan view of the label sheet in a developed state.

FIG. 3 is a bottom view of the label sheet in a developed state.

FIG. 4 is a longitudinal sectional view of a main part of the label sheet.

FIG. 5 is an explanatory view of a folding operation of the label sheet;
FIG. 3A shows a state before bending, and FIG. 3B shows a state after bending.

FIGS. 6A and 6B are diagrams showing a state in which erroneous peeling occurs between the general label sheet and the label sheet, wherein FIG. 6A shows a general label sheet and FIG. 6B shows a label sheet.

FIG. 7 is an exploded perspective view of a conventional cassette storage case for storing a label sheet, an index card, and a tape cartridge.

[Explanation of symbols]

1 label sheet, 2 tape cassette, 3 cassette storage case, 8 pockets, 16 first area, 17
2nd area, 18 3rd area, 19 4th area, 2
0 1st fold line, 21 2nd fold line, 22 3rd fold line, 23 label display section, 24 instruction display section, 2
5 first index display section, 26 second index display section, 27 first high quality paper, 28 second high quality paper,
29 adhesive layer, 30 release layer, 31 label piece, 32 label piece, 33 label piece

Claims (3)

[Claims] 1. A front / back printing / writing layer divided at least into a label display section and an index display section is releasably bonded via a bonding layer which has been subjected to a peeling treatment. A label sheet with an index card, wherein a non-peelable portion is provided in a part of the bonding layer to form a non-peelable portion, and the index display portion is formed in the non-peelable portion. 2. The printing / writing layer has a basis weight of 50 g / m.
^{2. The} label sheet with an index card according to claim 1, wherein the label sheet is made of a raw material of ^{2 to} 100 g / m < ² >. 3. One of the printing / writing layers is formed with a plurality of label pieces at a releasable portion, and a handling instruction is printed on the other printing / writing layer. The label sheet with an index card according to claim 1.