JP7058848B2 - Stamp sheet body and stand frame using this - Google Patents

Description

Application of Article 30, Paragraph 2 of the Patent Act Date: January 27, 2018 (2018.1.27.28) Location: The 5th Japan Vietnam Festival held in Ho Chi Minh City, Vietnam, "Overlapping" "Oshi Stamp Rally in Vietnam" Venue [Cong Vien 23 Thang 9 (September 23rd Park) Location: Pham Ngu Lao, Dist1, HCM City]

INDUSTRIAL APPLICABILITY According to the present invention, a stamp sheet for accurately imprinting a predetermined position on a mount and a plurality of stamps in which a pattern is divided into parts having different colors are overprinted to complete a colored image like a print. It is about a stand frame that can display stamp images using the body and this stamp sheet body.

When stamping a stamp on a mount, if it is desired to accurately stamp the stamp imprint at a predetermined position, a stamping guide member with a frame is used. The stamping guide member with a frame (Patent Document 1) has a stamping guide frame erected on an L-shaped flat plate, the stamping guide member is set on a mount, and a stamp body is placed on the guide frame of the stamping guide member. Is pressed to adjust the stamping position.

When multiple stamps are printed on top of each other, it is necessary to match each stamp on the mount so that each stamp can be printed in a predetermined position on the mount.

As a stamping guide member used for the above-mentioned alignment, there is a stamp rally overlap stamping dedicated guide (Non-Patent Document 1) manufactured and sold by the applicant. As shown in FIG. 9, the stamp guide frame 101 is erected on the peripheral edge of the mount mounting portion 100 in which the mount (a) is set, and the mount (a) is placed on the inner surface of the lower end of the stamp guide frame 101. The horizontal groove portion 102 is provided, and a slit 103 for inserting a mount communicating with the horizontal groove portion 102 is formed at the lower end of one side 101a of the stamping guide frame 101, and the central portion of the one side 101a is cut out. Then, the mount outside 104 is used.

Jikkai Sho 54-136014

"Overprinted Stamp Rally-Products-Shachihata Stanmprally [Shachihata Stamp Rally], [Search on June 20, 2018 (2018/06/20), Internet <URL: https://www.shachihata.co.jp/stamprally_service /product/overlaid_stamped.html ＞

As described above, the stamping guide member of Patent Document 1 has a stamping guide frame erected on an L-shaped flat plate, the stamp guide is set on a mount, and the stamp body is placed in the guide frame of the stamp guide. It is pressed to adjust the stamping position.

However, the stamp guide member had to be prepared separately from the stamp mount, and the position of the stamp guide frame had to be adjusted manually in order to align the stamp position.

Further, in the above-mentioned stamping guide member of Non-Patent Document 1, the mount (a) is set in the mount mounting portion 100. Then, the stamp (b) is stamped while being guided by the stamp guide frame 101 from above. As a result, the mount (a) set on the stamping guide member can complete a colored print such as a multicolor print without shifting the position even if a plurality of stamps are overlaid and stamped.

However, in the case of stamp rallies, where stamps are stamped on one part of the design at each stamp installation location, participants cannot be expected to prepare stamp guide members, and stamps. It is necessary to prepare for the installation location, and therefore it is necessary to set the mount on the stamping guide member and remove it after stamping, which causes a problem that it takes time.

It is an object of the present invention to provide a stamping sheet body which is provided with a stamping guide function at the time of stamping and which does not require a stamping guide member. In addition, it is also configured to be a stand frame that can display the completed picture using this.

The stamp sheet body according to the present invention is continuously provided with a stamping guide sheet having a window hole in the sheet frame and one end of the stamping guide sheet via a first folding curve, and is laminated on the back surface of the stamping guide sheet. A stamp sheet comprising a stamp sheet to be combined and a back sheet that is connected to the stamping guide sheet at the other end facing the one end via a second folding curve and overlapped with the back surface of the stamp sheet. When the stamping guide sheet, the stamp sheet, and the back sheet are overlapped in this order by bending the first and second folding curves, the stamping guide sheet forms a convex curve, and the above-mentioned It is characterized by being separated from the surface of the stamp sheet.

It is preferable that the length of the stamped guide sheet in the continuous direction is longer than the length of the stamp sheet in the continuous direction.

Further, the stamp sheet body can be used for stacking.

Further, a stand frame can be formed by providing a bottom surface portion connected to the tip end side of the back surface sheet via a third folding curve and connecting the tip end side of the bottom surface portion to the first folding curve.

Further, it is preferable that the means for connecting the stand frame is provided with a tongue piece in the center of the tip of the bottom surface and an opening in the vicinity of the first folding curve, and the tongue piece and the opening are engaged with each other.

The stamp sheet body of the present invention is configured such that the stamping guide sheet has a convex curve from the stamp sheet, and the stamping guide sheet is separated from the surface of the stamp sheet to be the stamped surface. Therefore, when the stamp is stamped on the stamped surface, the stamping guide window hole guides the stamp and can be stamped at a predetermined position on the stamped surface.

By forming the length of the stamped guide sheet in the continuous direction to be longer than the length of the stamp sheet in the continuous direction, the stamped guide sheet can be easily formed into a convex curve, which is special. It is possible to use an inexpensive sheet such as thick paper without using the processed paper.

As mentioned above, since it is possible to stamp at a predetermined position on the stamped surface, it is possible to print a plurality of stamps by dividing the pattern into parts with different colors in a stamp rally to complete a colored print like a print. Is a method in which a stamp of one part constituting a pattern is stamped at each of many dispersed stamp installation locations, and each stamp is superimposed and stamped at a predetermined position on the stamped surface.

Moreover, since the stamp sheet body of the present invention has the above-mentioned structure, the structure is simple and not bulky, and it is easy to carry around the stamp installation location. Further, it is not necessary to provide a stamping guide member at the stamp installation location. In addition, since the stamp is stamped from the stamp guide window hole of the stamp guide sheet integrated with the stamp sheet above the stamped surface, it is not necessary to set or remove the mount on the stamp guide member, and the stamp can be stamped quickly. It can be done.

Further, the stamp is provided with a bottom surface portion connected to the tip end side of the back sheet via a third folding curve, and is connected to the tip end side of the bottom surface portion and the first folding curve to form a stand frame. It is possible to display the completed design by stacking and printing. In this case, since the stamping guide sheet is formed to be convexly curved from the stamp sheet, the stamping guide sheet exhibits a three-dimensional frame.

Further, the stand frame connecting means is characterized in that a tongue piece is provided in the center of the tip of the bottom surface and an opening is provided in the vicinity of the folding curve, and the tongue piece and the opening are engaged with each other. , No need for adhesive tape, and it is easy to assemble.

It is a partially cutaway perspective view which shows the embodiment of this invention. It is a side view which shows the embodiment of this invention. It is a partial notch side view which shows the embodiment of this invention by the stamped state. It is a perspective view which shows the embodiment of this invention by an example of the stamping process. It is a front view which shows the embodiment of this invention in the expanded state. It is a partial notch front view which shows by the 1st step of folding from the unfolded state of the embodiment of this invention. It is a partial notch front view which shows by the 2nd step of folding from the unfolded state of the embodiment of this invention. It is a perspective view which shows the embodiment of this invention by the use state as a stand frame. It is a partial cutaway perspective view which shows the conventional example.

A preferred embodiment of the stamp sheet body according to the present invention and the stand frame using the same will be described with reference to the drawings.

In FIG. 1, reference numeral 1 is a rectangular stamp sheet made of thick paper. A stamping guide sheet 2 is continuously provided on any one of the four sides of the stamp sheet 1 so as to be folded over the surface 1a to be the stamped surface of the stamp sheet 1 via the first folding curve 11.

The stamp sheet 1 of the present invention is not limited to thick paper, but is formed by bending a folding curve such as a thin origami paper, a resin sheet, or a specially processed paper, and forming the stamping guide sheet 2, the stamp sheet 1, and the back sheet 3 described later. The marking guide sheet 2 is not particularly limited as long as it forms a convex curve and is separated from the surface of the stamp sheet 1 when stacked in this order.

Further, the stamp sheet 1 of the present invention is not limited to a quadrangle, and many forms such as a substantially rectangular shape in which the corners of the quadrangle are cut off and a trapezoid having different lengths of the fold curves at both ends can be considered.

Further, a back sheet 3 is continuously provided on the side of the stamping guide sheet 2 facing the first folding curve 11 so as to cover the back surface 1b of the stamp sheet 1 via the second folding curve 21.

That is, the structure of the stamp sheet is formed by bending the first folding curve 11 and the second folding curve 21 and superimposing the stamping guide sheet 2, the stamp sheet 1, and the back sheet 3 in this order. It is what has been done.

Further, as shown in the front view showing the expanded state of FIG. 5, the length (L1) of the stamping guide sheet 2 in the continuous installation direction is formed longer than the length (L2) of the stamp sheet 1.

The continuous installation direction refers to the direction in which the stamp sheet 1, the stamping guide sheet 2, and the back sheet 3 forming the stamp sheet body are arranged, and specifically, the direction perpendicular to the folding curve.
The length L1 in the continuous installation direction is a straight line distance vertically connecting the first folding curve 11 which is one end of the stamping guide sheet to the second folding curve 21 which is the other end facing the marking guide sheet, and is the length in the continuous installation direction. The L2 is a straight line distance vertically connecting the second folding curve 21 which is one end of the stamp sheet 1 to the tip end side 41 of the stamp sheet which is the opposite end.

The first folding curve 11 is bent so that the tip end side 41 of the stamp sheet 1 and one end 21 of the stamping guide sheet 2 are aligned, and the back sheet 3 is bent so as to overlap the back surface of the stamp sheet 1 with the second folding curve 21. Since the length L1 of the stamping guide sheet 2 in the continuous installation direction is longer than the length L2, the entire surface of the stamping guide sheet 2 and the surface of the stamp sheet 1 do not adhere to each other, and the stamping guide sheet 2 and The stamp guide window hole 2a is curved to the front side in a convex shape.

As a result, as shown in FIG. 3, when the stamp (b) is stamped on the surface 1a to be the stamped surface of the stamp sheet 1, the stamping guide window hole 2a guides the stamp to a predetermined position on the stamped surface. It can be stamped.

Further, since the stamp (b) can be stamped at a predetermined position on the stamped surface in this way, a pattern is formed at each of many stamp installation locations as in a stamp rally, for example, as shown in FIG. Even if the stamps of one part (b) and other parts are stamped to complete a colored image such as a print as shown in FIG. 8, the stamp is stamped with the stamp sheet of the present invention. As for the installation location, if stamps of the same standard as the stamp guide window hole 2a are installed, each stamp can be overlaid and stamped at a predetermined position on the stamped surface.

Moreover, since the stamp sheet body of the present invention has the above-mentioned structure, it has a simple structure and is not bulky, and is easy to carry. Further, it is not necessary to provide a stamping guide member at the stamp installation location, and the stamping is performed only from the stamping guide window hole 2a of the stamping guide sheet 2 integrated with the stamping sheet 1 above the stamped surface. Therefore, it is not necessary to set and remove the mount on the stamping guide member, and the stamp can be stamped quickly.

Further, the stamp sheet 1 and the stamping guide sheet 2 are provided with the bottom plate portion 4 provided on the tip end side of the back sheet 3 of the stamp sheet body via the third folding curve 31, and the tip of the bottom plate portion 4 is folded over. It can be connected to the bent part of the first folding curve 11 to form a stand frame having a triangular shape in a side view as shown in FIG. Is. In this case, since the stamping guide sheet 2 is configured to be convexly curved from the stamp sheet body 1, the stamping guide sheet 2 exhibits a three-dimensional frame.

Further, the stand frame has a means for connecting the stamp sheet 1 and the stamped guide sheet 2 with the tips of the bottom plate 4 folded over to the bent portions of the stamp sheet 1, and a tapered trapezoidal tongue piece at the center of the tips of the bottom plate 4. 5 is provided on both sides of the base end with wedge-shaped notches 5a and 5a to prevent them from coming off. The opening 6 is formed by the wire 6a to lock the tongue piece 5. The opening 6 is formed by a U-shaped cut line 6a by bending the boundary side between the stamp sheet body 1 and the stamping guide sheet 2 which are folded on the other side.

Further, the stamp sheet body and the stand frame of the present invention can be easily created by creating the unfolded base plate shown in FIG. 5 and folding it in the steps of FIGS. 6 and 7.

The stamp sheet body in the present invention can be folded and used as a stand frame, but the stamp sheet 2 is taken out by cutting out the first folding curve 11 and the second folding curve 21 of the stamp sheet body, and the postcard. It can also be used as an illustration card.

1 Stamp sheet
11 1st fold curve 2 Stamping guide sheet
21 2nd fold curve 3 Back sheet
31 3rd fold curve 4 Bottom plate 5 Tongue piece 6 Opening
41 Tip edge

Claims (5)

A stamped guide sheet with a window hole in the seat frame,
The stamp sheet is connected to one end of the stamping guide sheet via the first folding curve, and the stamping sheet is overlapped with the back surface of the stamping guide sheet, and the stamping guide sheet and the second folding curve are formed at the other end facing the one end. It is a stamp sheet provided with a back sheet that is continuously provided via and overlapped with the back surface of the stamp sheet.
When the stamping guide sheet, the stamp sheet, and the back sheet are overlapped in this order by bending the first and second folding curves, the stamping guide sheet forms a convex curve, and the stamp is formed. A stamp sheet body characterized by being separated from the sheet surface. The stamp sheet body according to claim 1, wherein the length of the stamping guide sheet in the continuous direction is longer than the length of the stamp sheet in the continuous direction. The stamp sheet body according to claim 1 or 2, which is used for overlapping printing. A bottom surface portion of the stamp sheet body according to claim 1 or 2 is provided continuously on the tip end side of the back sheet via a third folding curve.
A stand frame characterized in that the tip end side of the bottom surface portion and the first folding curve are connected to each other. The means of connection
A tongue piece is provided in the center of the tip of the bottom surface, and an opening is provided in the vicinity of the first folding curve.
The stand frame according to claim 4, wherein the tongue piece and the opening are engaged and connected to each other.

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