JPS5924550Y2 - Storage form with micro holder - Google Patents

Description

[Detailed Description of the Invention] This invention relates to a storage ledger with a microholder for writing and storing data corresponding to micromaterials stored in the microholder.

Conventionally, microfilm (microfilm) and data cards containing data about this film were each managed separately.

In other words, the microfilms are stored in microholders, and the microholders are organized in an easily searchable state and filed in a binder, while the data regarding each microfilm is printed on a continuous form using a line printer. After that, they were separated into individual cards, created data cards, and these data cards were organized and stored in an easily searchable state.

For this reason, when microfilm is set in a microreader, a separate data card must be referenced for data related to the displayed image, and it takes time to connect the microfilm and data card. However, there was a risk of misaligning the microfilm and the data card.

In addition, conventional methods have simplified the classification and extraction of microfilms,
There are film storage cards that can be viewed on a magnifying projector or on a pure screen with the card mount intact, but this type of film storage card has a rectangular window in the center of the mount, and two films are inserted from both sides of the rectangular window. This is a microfilm holder that is covered with a transparent film and pasted on three edges to form a microfilm holder with one side open.There is almost no space on the card mount to write data, so it is difficult to write the data on the card mount. It was difficult to store.

Furthermore, in conventional film storage cards, it is inconvenient to insert and remove the microfilm because it is necessary to insert and remove the microfilm through the gap between the cardboard mount and the transparent film.

Taking the above points into consideration, this idea makes it easy to put microfilm (materials) in and out of the micro holder, and also allows data related to microfilm to be displayed in the data entry column, making microfilm management easier and easier. The purpose is to provide a storage form with a micro holder that can be carried out rationally.

Hereinafter, embodiments of this invention will be described with reference to the accompanying drawings.

Figure 1 shows a thin strip (sheet 1-) of continuous paper (continuous form) 10 forming a storage form with a micro holder according to this invention.
shows.

This continuous paper 10 is provided with a marginal zone 12 on both sides with the slitter line 11 as a boundary, and a large number of marginal punch holes 13, 13 are punched in this marginal zone 12.

This marginal punch hole 13 guides the feeding of the continuous paper 10 in the longitudinal direction.

Further, the continuous paper 10 is provided with 14 perforations for bursting extending in the width direction at predetermined intervals in the longitudinal direction, and by cutting along the perforations 14 for bursting, the unit form 15 is created. It is formed.

Each unit form 15 has a data entry field 17 of a predetermined size and a rectangular window 18 formed on its surface.

The rectangular window 18 is preferably formed near a corner of the unit form 15.

This allows the remaining space to be used more effectively as the data entry column 17.

As shown in FIG. 2, two transparent films 19 are pasted to cover the rectangular window 18 from both sides.

Of both transparent films 19, the film that is attached from the data entry field 17 side is attached at three peripheral parts by heat sealing or the like, forming a bag-like micro holder 20 with one side open.

This micro holder 20 is heat sealed (high frequency sealing or ultrasonic sealing may be used) along parallel partition lines 21.

) and is divided into a plurality of sections (four sections in the illustrated example).

Each compartment has a bag-like structure with an open end, and is configured as a micromaterial storage section 22, in which micromaterials such as microfilms are stored.

In order to take up a larger space in the data entry field 17, it may be formed on the back side of the unit form, and data regarding the image taken on the microfilm is printed in each data entry field 17 using a printer (not shown) or the like.

A micro holder 20 is attached to the continuous paper 10 in advance, and when the continuous paper 10 is guided to the marginal punch hole 13 and transported in the longitudinal direction, a high-speed printer or typewriter directly connected to a computer is used. A tag corresponding to the image on the microfilm is printed on the data entry 17.

At this time, the continuous paper has enough space to insert the required amount of data.

Thereafter, the continuous paper 10 is cut along the birthing perforations 14 to form each unit form 15, while the data written in the data entry column 17 of each unit form 15 is
The microfilm corresponding to the evening is stored in the material storage section 22 of the micro holder 20.

The unit form 15 containing the microfilm is bound in a file such as a binder and stored.

In this case, it is preferable that the thickness of the microfilm storage part is not thicker than other parts.

Therefore, this microfilm can not only be reused for reading etc. while stored in the micro holder 20 of the unit form 15, but also can be used for reuse such as reading.
If you read the data written in 7, you can immediately understand the contents of the microfilm.

In addition, when storing the unit form 15, the marginal zone 1
2 is unnecessary, the marginal zone 12 obtained by cutting the continuous paper 10 along the slitter line 11 may be removed.

Next, a first modification of this invention will be explained with reference to FIGS. 3 to 5.

The storage form with a micro holder shown in this first modification differs from the one described in the first embodiment only in the micro holder 25, so the same members are given the same reference numerals and their explanations will be omitted.

The micro holder 25 is made of two transparent sheets with the same width and different lengths) 26. Align one end of 27 and attach the three peripheral edges with heat sealing etc. to form a bag-like structure with one side open. , this bag-like structure is sealed along parallel partition lines 28 to divide it into a plurality of compartments.

Each compartment takes the form of a micromaterial storage section 29, and has a bag-like structure with one side open, through which microfilm is taken in and taken out.

The micro holder 25 configured in this manner is attached so that the long transparent film 26 side covers the rectangular window 18 of each unit form 15.

At this time, in order to more smoothly attach the micro holder 25 to the unit form 15, a vinyl chloride resin-based heat-activated adhesive may be applied in advance to the periphery of the rectangular window 18.

In this case, since the microfilm is guided by the long transparent film 26 at the entrance of the micro holder 250, it can be taken in and taken out easily.

6 and 7 show a second modification of this invention.

The storage form with micro holder shown in this second modification has a plurality of rectangular windows 30, for example four rectangular windows 30, formed in parallel near the corner of each unit form 15.

Each rectangular window 30 is covered with two transparent films 31 from both sides.

At least three peripheral parts of both transparent films 31 are connected to the unit form 1.
At the same time, the partition portion 15A between the rectangular window 30 and other rectangular windows is also pasted.

Of both transparent films 30, an opening is formed on one side of the film on the side where the data entry column is formed.

As a result, the transparent film 31 covering each rectangular window 30 forms a bag-like structure as a whole, and forms a micro data storage section with one side open inside.

FIG. 8 shows a third modification of this invention.

The storage ledger with micro holders shown in this third modification differs from those described in the above-described embodiments in that the micro holders 35 are formed in the storage ledger 36.

One side edge of the storage ledger 36 is arranged at regular intervals along the flow direction of the continuous forms 37, and is removably attached.

The storage ledger 36 has a rectangular shape and is made of relatively thick sheets of paper, and a rectangular window 38 is bored near the corner of the storage ledger 36.

For example, a micro holder 25 shown in FIGS. 3 to 5 is attached so as to cover this rectangular window 38, and a micro material storage section 29 divided into a plurality of pieces is formed within this micro holder 25. be done.

While a microfilm is stored in the micromaterial storage section 29, data regarding this microfilm is formed in a data entry column 39.

This data entry column 39 is formed on the front surface of the storage ledger 36, but may be formed on the back surface in order to secure a larger space for data entry.

In the storage ledger 36, a microfilm is stored in the micro holder 35, and the microfilm is stored in a file such as a binder with the date corresponding to the microfilm displayed in the data entry column 39.

As described above, the storage form with a micro holder according to the present invention is effective for storing piping sketches at a gas company, instruction manuals at a home appliance manufacturer, and other micro materials, for example.

In other words, when storing piping sketches, private houses, factories,
This is particularly effective when a company building collapses or burns down due to an earthquake, fire, etc., and it is necessary to restore and reassemble the piping that existed before the accident.

At that time, the piping sketch is made into a microfilm, and the data (details of the piping situation) corresponding to the image on the microfilm is written in the data entry column.

As a result, the state of the piping can be easily confirmed by checking the details written in the data entry column while visually checking the piping sketch.

As mentioned above, in the storage form with a micro holder according to this invention, a unit form of divided paper sheets or a storage ledger (one side of which is attached to this unit form) is used to enter and save data. A data entry field and a rectangular window were formed, and the rectangular window was covered with a transparent film to form a transparent bag-like micro holder.
Since the information can be displayed in the data entry column, microfilm management can be performed rationally.

In this case, since the micro holder has a bag-like structure and the unit form also has great flexibility, it is possible to easily and smoothly take in and take out the micro materials.

[Brief explanation of the drawing]

Fig. 1 is a diagram showing an embodiment of a storage form with a micro holder according to this invention, Fig. 2 is a sectional view taken along line III in Fig. 1, and Fig. 3 is a diagram showing a first modification of this invention. , FIG. 4 is a sectional view taken along the line IV-IV in FIG. 3, FIG. 5 is a sectional view taken along the line ■-■ in FIG. 3, and FIG. 6 is a diagram showing a second modification of this invention. FIG. 7 is a sectional view taken along line VII-VII in FIG. 6, and FIG. 8 is a diagram showing a third modification of this invention. 10, 37...Continuous paper, 11...Slitter wire, 12
... Marginal zone, 14 ... Perforation for bursting, 15 ... Unit ledger, 17.39 ... Data entry column, 18.30 ... (Rectangular) window, 19.2
6.27...Transparent film, 20.25.35...
Micro holder, 21.28...Partition line, 22.29
...Micro data storage section, 36...Storage ledger, 39
... Data entry column.

Claims (1)

[Scope of Claim for Utility Model Registration] 1. In order to write and save data, a data entry column and an open rectangular window are formed in each sectioned sheet of paper, and the window is covered with a transparent film. A storage form with a micro holder, characterized in that a transparent bag-like micro holder with one side open is formed by pasting at least three peripheral parts. 2. The micro holder is provided so as to cover a rectangular window formed near the corner of the paper sheet, while the micro holder is divided into a plurality of compartments, forming a partitioned micro material storage section, and each storage A storage form with a micro holder according to claim 1 of the utility model registration claim, which is displayed in a data entry field corresponding to micro materials stored in a department. 3. The micro data storage section is formed by sealing the partitions of a transparent bag-like micro holder, and each storage section forms a bag with one side open. A storage form with a micro holder. 4. The micro data storage section has a plurality of rectangular windows formed in parallel in the paper sheet, and at least three of each of the rectangular windows
A storage form with a micro holder according to claim 1 or 2 of the utility model registration claim, in which the peripheral edge is covered with a transparent film.