JP4711789B2 - Stamping material - Google Patents

Description

  The present invention relates to a printing material that can be printed straight without being bent, and can be used as a stamp that can quickly select what should be used even when a large number of books are stored in a stamp box. It is.

The conventional stamp has a printing surface opposite to the seal imprinted on the lower end surface of the stamp shaft, so that the stamper cannot confirm the correct position of the printing surface from above when performing the stamping operation. Thus, it was difficult to print straight without bending the printing. Therefore, in order to enable the stamper to confirm the correct position of the printing surface from above, irregularities that serve as marks are provided on one end surface of the mark shaft and around the shaft, but such marks may be provided. It is difficult to accurately obtain a correct seal unless carefully stamped. In addition, the above-mentioned mark has the inconvenience that when a necessary one is selected from a stamp box in which similar stamps are arranged, it is necessary to pull out the stamp one by one from the stamp box and invert the print surface for confirmation. Therefore, as shown in Japanese Utility Model Publication No. 23-24414, a display paper with a seal imprinted by this printing surface is pasted on the other end surface of the printing shaft with the printing surface stamped on one end surface. There are many types that have a display surface that corresponds to the print surface, but those that have display paper attached to them cannot be expected to have a long-term display function because the display paper peels off during use or the display surface wears out. Met. Furthermore, depending on the material of the stamping material, the printing surface will be worn out over many years and a clear stamping cannot be obtained. The present situation is that the transparent synthetic resin that is inexpensive and has good appearance is rarely used, such as ores such as or hard metals such as titanium and other hard materials.
Japanese Utility Model Publication No. 2-3414

  The problem to be solved by the present invention is that the above-mentioned problems can be eliminated, and printing can be straightened without bending for many years even if it uses a transparent synthetic resin that is inexpensive and has a good appearance, or a material that is relatively easy to process. It is intended to be an inexpensive stamping material that provides a stamp that can be used quickly when a large number of books are stored in a stamp box. is there.

  The printing material of the present invention that has solved the above-mentioned problems has a main printing surface at one end surface, a main display portion having the same shape as the main imprint printed at the other end surface by this main printing surface, and any cross-sectional shape. The outer periphery of the columnar print portion having the same shape also in this portion is integrally surrounded by a cylindrical shaft portion of the same length as this, and one end is the main print surface of the columnar print portion by the contour printing surface at one end of this cylindrical shaft portion And the other end is a rod-shaped body with a communication hole formed on the imprint display surface surrounding the main display portion of the columnar print portion by the contour display surface at the other end of the cylindrical shaft portion. It is characterized by being. In addition, if any one of the columnar printing portion and the cylindrical shaft portion in the above-described invention is made of a transparent synthetic resin material, it can be interesting because it can be seen through the transparent synthetic resin.

  The present invention is used as it is or cut into a required length and then incorporated into a decorative mantle as necessary to form a stamp, and the cylinder shaft is gripped in the same manner as a stamp shaft of a normal stamp, and the surface of the paper to be printed is covered. The printing is performed by placing the printing surface on the marking surface and pressing it.In the present invention, one end surface is the main printing surface, and the other end surface is the main display portion having the same shape as the main imprint printed on the main printing surface. In addition, the outer periphery of the columnar print portion having the same cross-sectional shape in any part is a rod-like body with a communication hole integrally surrounded by a cylindrical shaft portion having the same length as one end, and one end of the cylindrical shaft portion is Formed on the print surface surrounding the main print surface by the contour print surface at one end, and formed at the imprint display surface surrounding the main display portion by the contour display surface at the other end of the cylindrical shaft-shaped portion Therefore, the stamper who grips the tube shaft part has a communication hole. If you print while checking the position of the printed surface that is formed on the other end of the rod-like body and is not visible by the imprinted display surface that naturally enters the eye, you can obtain an imprint that does not change slightly at the same angle as the imprinted display surface without bending. Can do.

  Moreover, the printed surface is not engraved with the required depth, and the portion excluding the printed surface is a communication hole from one end to the other, so there is no clogging of the vermilion without cleaning the marking surface. Continuous printing can be continued, and even if the printing surface is worn away by continuous use, it can be used for a long time. Furthermore, since the cross-sectional shape is the same in any part, it is possible to form a long stamp material and cut it into a required length to produce a large number of the same imprints. In addition, even when a large number of stamps obtained in this way are stored side by side in a stamp box, the necessary stamps can be immediately known from the imprint display surface formed on the other end of the rod-shaped body with a communication hole. Therefore, it is possible to quickly select what should be used from the stamp box. In addition, if at least one of the columnar printing portion and the cylindrical shaft portion is made of a transparent synthetic resin material, it will look good and extremely interesting, especially if the columnar printing portion is made of a transparent synthetic resin material. Since it is possible to see through from the top to the bottom during the stamping, the confirmation of the printing surface becomes easier and the proper stamping angle can be known more reliably.

Next, a preferred embodiment of the present invention will be described in detail with reference to the drawings.
In FIG. 1, one end surface is formed on the main print surface 11, the other end surface is formed on the main display portion 12 having the same shape as the main imprint obtained by the main print surface 11, and the cross-sectional shape is any A column-shaped printing portion made of a transparent hard synthetic resin such as an acrylic resin having the same shape in the portion, and 2 is the same acrylic resin that has the same length as this column-shaped printing portion 1 and integrally surrounds the outer periphery of the columnar printing portion 1 The cylindrical shaft portion 2 is made of a transparent hard synthetic resin such as the cylindrical shaft portion 2 having the same length as the above-described columnar printing portion 1 and one end surface of which is a contour printing surface 21 surrounding the main printing surface 11. At the same time, the other end surface is a contour display surface 22 surrounding the main display surface 12, and the cylindrical shaft portion 2 is integrated with the columnar print portion 1 at a part of the connection portion 14 so that the vertical communication hole 5 is formed as a whole. Constructs a lotus-like rod-shaped body with communication holes One end of the rod-shaped body with the communication hole is formed on the printing surface 3 surrounding the main printing surface 11 of the columnar printing portion 1 by the contour printing surface 21 at one end of the cylindrical shaft portion 2, and the other end is a cylinder. It is formed on the imprint display surface 4 that surrounds the main display portion 11 of the columnar print portion 1 by the contour display surface 22 at the other end of the shaft portion 2, and becomes a stamping material having a shape that connects the stamp surfaces from the top to the bottom, Since the marking surface can be confirmed from above when it is held in the hand, it has a function of pressing the marking image straight without bending.

  In addition, in order to obtain such a printing material, laser processing is performed from one end of the rod-shaped material to the other end, a mold molding technique using an injection molding method or shell sand, a photocurable liquid resin or powder resin, metal powder, wax, etc. Three-dimensional laminate molding method (photo molding method) that laminates while changing the properties of materials, laser sintering type rapid prototyping technology that laminates powder materials such as metal, resin and sand with laser It goes without saying that mass production can be easily performed by using all the techniques for producing other rod-like bodies with communication holes.

  As described above, the present invention easily obtains a stamp that can be printed straight without being bent, and can quickly select which one to use even when a large number of books are stored in a stamp box. In addition, since it can be easily obtained by applying a known manufacturing technique of a rod-shaped body with communication holes, it can be provided at a low cost.

It is a partially cutaway perspective view showing a preferred embodiment of the present invention. It is a top view similarly. It is a bottom view similarly. It is a perspective view similarly cut | disconnected and shown in the middle.

Explanation of symbols

1 Column-shaped printing part
11 Main printing surface
12 Main display surface 2 Tube shaft
21 Contour printing surface
22 Contour display surface 3 Printing surface 4 Display surface 5 Communication hole

Claims (2)

   One end surface is the main printing surface (11), the other end surface is the main display portion (12) having the same shape as the main imprint imprinted by the main printing surface (11), and the cross-sectional shape is the same in any part The outer periphery of the columnar printing part (1), which is the shape, is integrally surrounded by a cylindrical shaft part (2) of the same length, and one end is defined by the contour printing surface (21) at one end of the cylindrical shaft part (2). The columnar printing part (1) is formed on the printing surface (3) surrounding the main printing surface (11), and the other end is formed by the contour display surface (22) at the other end of the cylindrical shaft part (2). A stamping material, characterized in that it is a rod-like body with a communicating hole formed on a seal impression display surface (4) surrounding the main display portion (11) of the portion (1). The printing material according to claim 1, wherein at least one of the columnar printing portion (1) and the cylindrical shaft portion (2) is made of a transparent synthetic resin material.

Images