JPS5835495Y2 - Continuous photo mount - Google Patents

Description

[Detailed description of the invention] The present invention relates to a mount for continuous photographs, and more specifically, to easily affix consecutive photographs when a plurality of consecutive photographs taken are to be stitched together and used as materials. This invention relates to a serial photo mount that can be folded to a standard size, filed, saved, and written on.

When photographing a construction site such as a road, mountain construction, or bridge and using it as a document, it is impossible to take a single photograph because construction is being carried out over a wide area.

Therefore, I take photos in separate sections and later stitch together the multiple photos I took in separate sections.

At that time, the conventional photo mount, which consists of a binding part and Muyopi adhesive part and covered with a transparent sheet, is only available in standard sizes, and it is possible to paste multiple long photographs in succession. I can't.

In addition, in conventional photo mounts having a memo field, the adhering section for adhering photos is extremely narrow, making it impossible to adhere a plurality of consecutive photos in succession.

As described above, conventional photo mounts have drawbacks such as the inability to affix a plurality of long continuous photos in succession.

Therefore, it is possible to stitch together multiple photographs using cellophane tape, etc., position the photographs between each other, cover them with a bag-like transparent sheet, or use a mount of an appropriate size that is not the standard size. It is usually used by gluing the back side of the paper and pasting it together.

However, as mentioned above, it is time-consuming to join multiple consecutive photos together with cellophane tape, or to prepare mounts of appropriate sizes and paste them together, and it is difficult to save them. It is also difficult to file because it is not a standard size.

Furthermore, there is the disadvantage that there is no memo section for memorandum when a series of photographs are stitched together with sellotape.

The purpose of the present invention is to eliminate the above-mentioned difficulties, and to make it possible to easily paste consecutive photographs in a row when a plurality of consecutive photographs are to be stitched together and used as materials.
In addition, when storing, it can be folded to a standard size for easy filing, and there is a memo field at the bottom for memorandum.By dividing it into standard sizes, it can also be used as a regular photo mount. Use a mount that is multiple times the size of the B5 standard in the direction, set a mark in advance to mark the crease when folding this mount to B5 size, and place a mark on one side of the mount that spans the mount that is multiple times the B5 size. B
A binding section is provided for each of the 5 sizes, and a marking is provided to mark the binding section for cutting out the remaining binding section. Each of them has a memo field extended thereon, and an adhesive is applied between the binding part and the memo field of each of the B5 standard size mounts to form a photo pasting part, and a transparent sheet covers each of the photograph pasting parts. is welded onto a B5 standard size mount at either the side edge on the binding section side or the edge on the memo field side.

Provides serial photo mounts.

Embodiments of the present invention will be sequentially described below with reference to the drawings.

For example, as shown in Figure 1, a mount 1 with a size of two consecutive standard size sheets with a memo field extended below them.
0 is prepared, a binding part 11 of a constant width is left on the upper part of the mount 10, and the remaining part is used as a photo pasting part 13 leaving a memo field I2, and an adhesive is applied to this photograph pasting part 13.

The method for applying the adhesive on the surface of the mount 10 is to set parallel ruled lines at regular intervals in the vertical or horizontal direction on the surface of the mount 10, and then press one button on the surface of the mount 10 divided by the ruled lines. Various methods can be considered, such as applying the adhesive to each section or applying the adhesive to the entire photo pasting section 13.

The surface of the photo pasting part 13 coated with adhesive is covered with a transparent sheet 16 made of synthetic resin or the like divided into standard sizes,
It is removably attached to the surface of the mount 10 using an adhesive applied to the surface of the mount 10.

The reason why the transparent sheet 16 is divided into standard sizes is that the transparent sheet 16 can be easily peeled off when pasting a series of photographs on the surface of the photo pasting section 13, and the front surface of the transparent sheet 16 can be easily removed without wrinkles. This is to cover the surface of the attached photo.

The vicinity of the upper end of each divided transparent sheet 16 is horizontally welded to the upper edge of the photograph pasting section 13 on the mount 10.

For example, two binding holes 18 for filing and binding are bored in the binding part 11 for each standard size on the upper part of a mount 10 in which a plurality of sheets of standard size are consecutively arranged.

Note that the transparent sheet 16 that saves the surface of the mount 10 may be made to cover only the surface of the photo pasting section 13 excluding the binding section IN at the top of the mount IO for filing purposes, but depending on the case, it may cover only the surface of the photo pasting section 13 excluding the binding section IN at the top of the mount IO. The upper part of the mount 10 is also covered with a transparent sheet 16, and the transparent sheet 16 is penetrated to make a binding hole 18 for filing in the upper part of the mount 10. When filing the serial photo mount, the transparent sheet 16 is used. 16 may be bound 1 together with the mount IO, so that the transparent sheet 16 is more firmly fixed to the mount 10.

On the surface of the mount 10, there are 20 broken lines in the vertical direction for each standard size.
At the same time, a broken line 20 is also printed on the horizontal boundary between the memo field I2 and the normal standard size mount.

This was done so that when using the continuous photo mount as a normal standard width mount, all you have to do is cut it out along the broken line, and also so that the continuous photo mount can be used as a normal standard size mount. This is because it is used as a folding line when folded to the size of the mount and filed.

In addition, except for the upper binding part 10 of the standard size mount on the left side, a broken line 20 is printed in the horizontal direction on the surface of the binding part 11 below the binding hole I8 at the top of the multiple standard width mounts 10 on the right side. , when filing and storing the continuous photo mount, remove the left end along the broken line 20,
The binding part 11 of the mount 10 is cut out, the mount 10 is folded so that the binding part 11 does not overlap, and the mount 10 can be filed.

In this case, a broken line 20 for cutting is also printed in the horizontal direction on the binding part 11 on the top of the mount 10 on the left end, and in some cases, only the binding part 11 of the standard size of the mount on the right end is left and the upper part of the mount on the left is printed. The photo mount may be filed by folding the binding section IN of the photo mount and folding the mount on the left side.

At each intersection point 22 of the broken lines 20 printed on the surface of the mount 10, a round hole 24 with a diameter of about 2rrrm is bored to facilitate folding when folding the mount for continuous photographs.
When cutting the mount 10 along the broken line 20, the broken line 20
The mount 10 should not be cut beyond this point.

Further, in the above embodiment, as a mark for folding and cutting, the dashed line 20 is not printed on the surface of the mount 10, but a protrusion is provided on the surface of the mount along the folding line, or the middle part is omitted and only the ends are printed. Various methods of creating a pond, such as adding a boundary line to the pond, can also be considered.

Next, reference 1 describes the dimensions of the serial photo mount in this example.

The size is JIS standard B5 size paper lined up in the direction of two principals, with a memo field 12 extending below, and the overall width is 514 mm and the vertical width is 273 mm.
It has a rectangular shape, 20++ m from the top + 1 downward
It is a large binding section 1N, and a portion 162 mm below it becomes a photo pasting section 13, and the remaining portion below it becomes a memo field 12.

A pair of binding holes 18 having a diameter of 4WIL are drilled in the center of the binding portion IN for each standard size.

In addition, as another embodiment, as shown in FIG. 3, a memo field 12 is extended on the right side of a mount 10 made of two sheets of standard size in a row in the vertical direction, and binding sections 11 of a constant width are provided at the upper and lower ends, respectively. The binding part is left and the remaining part is used as a photo pasting part 13. An adhesive is applied to the surface of the photograph pasting part 13, and the surface of the photograph pasting part 13 is covered with a removable transparent sheet 16. You can also think of something that covers it.

When using the continuous photo mount as a mount for continuous photos with a configuration similar to that on the ground, peel off the transparent sheet H6 on the surface of the photo pasting section 13, and place a plurality of photos I4 in succession on the mount 10 to apply the adhesive on the surface of the mount. Paste with adhesive and use transparent sheet H6 again
is attached to the photo attachment part I3 so as to cover the surface of the photo.

However, the serial photo mount is that'=! If you want to make one file, cut out the binding holes 18 at the top of the mount along the broken line 20, excluding the left edge, fold the mount 10 to the standard size along the broken line 20, and use the binding holes 18 at the left end to cut out the 18 binding holes at the top of the mount along the broken line 20. Make sure to bind it.

In addition, when filing a mount IO with the size of three JIS standard B5 sheets arranged in the longitudinal direction, cut out the 18 binding holes at the top of the mount along the broken line 20, excluding the center. The mount 10 may be folded from left and right along the broken line 20 to a standard size, and filed and bound using the binding hole 18 in the center, or the mount may be filed using a standard sized mount at one of the left and right ends.

Furthermore, when filing a plurality of consecutive mount MOs, it is sufficient to remove appropriate positions, cut out the binding holes 18 at the top of the mount, fold them into a bellows shape, and file, in the same manner as described above.

In addition, when the said mount for continuous photographs is used as a mount of a normal standard size, the mount 10 may be cut into a standard size along the broken line 20, and used.

As described above, according to the serial photo mount according to the present invention, a plurality of consecutive photographs can be easily and consecutively pasted onto the mount.

Furthermore, by folding the serial photo mount to which the photos have been successively pasted as described above into a standard size along the broken line, it can be easily filed and stored.

Furthermore, there is a memo column at the bottom of the serial photo mount, which is convenient for making notes when the serial photos are used as reference materials in government regulatory agencies, civil engineering offices, etc.

Furthermore, the continuous photographic mount can be used as a normal photographic mount by dividing it into standard sizes.

Although various preferred embodiments of the present invention have been explained, the present invention is not limited to these embodiments, and it goes without saying that many modifications can be made without departing from the spirit of the invention. That's true.

[Brief explanation of the drawing]

The drawings show an embodiment of the present invention; FIG. 1 is a plan view of the serial photographic mount, and FIG. 2 is a front view thereof. FIG. 3 is a plan view of the continuous photo mount made by vertically consecutiveing two standard-sized mounts. 10... Mounting paper, 11... Binding section, 12... Memo field, 13... Photo pasting section, 16... Transparent sheet,
18... Binding hole, 20... Broken line, 22... Intersection point, 24... Round hole.

Claims (1)

[Scope of utility model registration request] Using a mount that is multiple times the size of B5 standard in one direction, a mark is provided in advance to mark the fold when folding this mount to B5 size, and on one side edge that spans the mount that is multiple times the size of B5 standard, A binding section is provided for each B5 size of the mount, and a mark is provided to mark the binding section to be cut out while leaving an arbitrary binding section. A memo field is extended to each side edge, and an adhesive is applied between the binding part and the memo field of each of the B5 standard size mounts to form a photo pasting part, and each of the photos is pasted. A transparent sheet covering the section is welded onto a B5 size mount by pressing a button on either the side edge on the binding section side or the side edge on the memo section side, and a plurality of sheets are attached between each of the B5 standard size mounts. A continuous photo mount that allows continuous photos to be pasted one after the other.