JP3173306U - File case with 3 pockets - Google Patents

Abstract

Provided is a file case in which a file case is formed with a total of three pockets including a front pocket and a back pocket, and the material is subdivided to facilitate storage and retrieval.
SOLUTION: A V-shaped partition sheet 2 is sandwiched in a case body 1 folded in an upward direction, and a side periphery including a lower end is welded to a welder to fix three pockets of a middle pocket 4, a front pocket 5 and a back pocket 6. Form. Further, the upper end of each V-shaped partition sheet is extended outwardly to form a front pocket cover cover 7 and a back pocket cover cover 8. By surface printing and back surface printing provided on the front pocket and the back pocket, The file case is configured so that a double printed surface or a single printed surface overlapped with each other is externally viewed by putting in and out the material.
[Selection] Figure 1

Description

  This device relates to a file case with three pockets.

Conventionally, this type of file case is disclosed in Japanese Utility Model Publication No. 64-42180. This publication describes that a W pocket is formed by putting one partition film in a resin film folded in half as a case.
Japanese Utility Model Publication No. 64-42180

However, in today's information society, there is a problem that the number of pockets is still insufficient in the W pocket in order to categorize and accommodate materials. Further, since the pocket of the publication does not have a cover cover, there is a risk that the stored data may be lost due to coming out or jumping out.
Further, the file case of the publication has a problem that the printing surface is lacking except that a writing frame such as a narrow name is provided on the protruding portion above the partition film.

  The present invention makes the partition sheet in the file case V-shaped to form three pockets on the inside, front and back, and the upper end of each V-shaped partition sheet is folded outward to extend both the front and back pockets. The file cover is formed by forming a front cover and a back print on the pocket so that the double and single print surfaces can be externally exposed by putting in and out of the material. It was.

  According to the present invention, since the file case includes three pockets including the inside pocket and the front and back, it is possible to remarkably easily store and take out the material.

  Since the cover covers of the front and back pockets are formed by extending the upper ends of the V-shaped partition sheets, there is an effect that the data and the like in the pockets are prevented from popping out and coming out.

  Since the front surface printing and the back surface printing are formed in the pocket, an effect is obtained that the printed surface combining the front and the back is externally viewed.

FIG. 1 shows a first embodiment, in which (a) is a perspective view showing a cover cover in an unfolded state, and (b) is an explanatory view as seen from a longitudinal side view. In the same manner, with front and back printing formed, (a) is a front view showing a state where double printing is externally viewed, and (b) is a cover cover unfolded to accommodate material S in a pocket. A front view showing a state where only surface printing is visible, It is explanatory drawing of 2nd Example, The left side of (a) is a back side printing of a partition sheet and the printing surface of a cover cover, The right side is a front perspective view which shows the surface printing of a front pocket according to a member, (b) is a file case. Front view showing a state in which a triple print surface in which the cover cover is covered and the print surface of the cover cover is overlapped with the print surface of the front and back surfaces in an assembled state is externally viewed. Explanatory drawing of the third embodiment as viewed from the longitudinal side

1 is a case body 2 is a V-shaped partition sheet 2a is a vertical partition sheet 3 is welder weld-stop 4 is a middle pocket 5 is a front pocket 6 is a back pocket 7 is a cover cover for the front pocket 7a is a cover cover for the front or back pocket 8 is the back cover of the back pocket 9 is the surface printing 10 is the back printing 11 is the printing surface of the lid cover S is the document

  In the present invention, a V-shaped partition sheet is sandwiched in a case body folded in two upwards, and the side periphery including the lower end is welded and welded to form three pockets of an inner pocket, a front pocket, and a back pocket. Front and back pocket covers are formed by extending the upper ends of the upper and lower pockets of the shape partition sheet, and surface and back prints are formed on the front and back pockets. The file case is constructed so that the multiples are externally viewed.

  FIGS. 1 and 2 show a file case according to a first embodiment of the present invention, in which a V-shaped partition sheet 2 is inserted into a case body 1 which is folded in two upwards with a resin sheet and includes a lower end. Welding welds 3 on the side circumference to form three pockets, middle pocket 4, front pocket 5 and back pocket 6, and the upper ends of the V-shaped partition sheet 2 are extended outwardly to extend the front and back. The lid covers 7 and 8 of the pockets 5 and 6 are formed. Further, as shown in FIG. 2, for example, A, C, E, and G alphabet prints are formed on the front surface print 9 at intervals in the front and back pockets 5 and 6 at intervals, and the back surface print 10 When the alphabet letters B, D, and F are formed so as to be positioned between the characters on the surface printing, and the material S is not placed in the pockets 5 and 6, the surface printing is performed as shown in FIG. 2 and 10 printed on the back side are combined with the alphabet letters of A and B, C, D, E, F, and G. As shown in the figure, the back print 10 is changed according to the material so that only A, C, E, and G of the front print 9 are externally viewed. In addition, a landscape print is formed on the front surface print 9 and a snow print is formed on the back surface print 10 so that the snow landscape is externally displayed, a problem is formed on the front surface print 9, and an answer print is formed on the back surface print 10. By doing so, various composite printing surfaces can be externally viewed.

  In addition, the V-shaped partition sheet 2 may be folded and extended only at one upper end to form a cover cover for the front or back pocket, and the other pocket may be opened to make it easier to take out materials. Further, the surface print 9 is made transparent and the back print 10 is made opaque so that the double design can be seen through the surface print.

  FIG. 3 shows a second embodiment in which a printing surface 11 is also formed on the lid cover in addition to the front surface printing 9 and the back surface printing 10 so as to be externally viewed as a triple printing surface. As in the previous embodiment, A and G alphabet prints are formed on the back print 10, C, D and E alphabet prints are formed as the front print 9, and the lid cover is formed by extending the partition sheet. As shown in FIG. 3B, the alphabets B and F are formed upside down as the printing surface 11 of FIG.

  FIG. 4 shows a third embodiment of the file case, in which a vertical partition sheet 2a is sandwiched in a main body 1 folded in an upward direction, and a side periphery including a lower end is welded and welded 3 to prevent a front pocket 5 and a back surface. An example in which two pockets 6 are formed is shown. The upper end of the partition sheet 2a may be extended outward to form the cover cover 7a of the front pocket 5 or the back pocket 6. Other configurations and operations are the same as those of the first embodiment.

  The present invention is designed to increase or decrease the number of pockets in a file case that accommodates and carries materials etc. to 2-4, etc., so that the double-composite or single-printed surface can be seen externally by front and back printing. It is widely used.

Claims (3)

  A V-shaped partition sheet is sandwiched in the case body folded in two upwards, and the side periphery including the lower end is welded and welded to form three pockets of a middle pocket, a front pocket and a back pocket, and the V-shaped partition A file case with three pockets, wherein the upper end of each sheet is outwardly extended to form a cover cover for the front pocket and a cover cover for the back pocket.   2. A front partition and a back pocket are formed by inserting a vertical partition sheet in the case body, and a cover cover for the front pocket or the back pocket is formed by extending the partition sheet outwardly. File case.   The file case according to claim 1 or 2, wherein front and back prints are formed on the front pocket and the back pocket so that the double-sided or single-sided printing surface overlapped by loading and unloading the material. .

Images