RU50913U1 - SELF-PRINTING FOR MANUAL STAMPING - Google Patents

Abstract

The invention relates to printing equipment, and more specifically to the office equipment for stamping and can be used in clerical office work. A self-type-setting stamp for manual stamping is claimed in which the means for producing an impression in the form of a substrate for mounting printing signs is made of individually taken elements fixed on the basis of a round or rectangular shape, while the elements are made in the form of rings and circles or rectangular frames and rectangles on the elements made dovetail mounting rollers and / or bounding frames forming and delimiting the stamping plane, and the elements are fixed on the base in the form of a combination of a straight nyh frames and rectangles or circles or rings and circles and rectangles or rings and frames. Elements in the plan can be made curly, for example, in the form of a pentagon or a hexagon, dovetail mounting rollers on the elements are made curved, circular closed or concentric double or triple, or rectangular closed or congruent double or triple

or in the form of straight lines arranged in parallel, and the bounding frames are made single or double, of the same or different width, and the stamping surfaces of the bounding frames are made in the form of a dashed or dot-dash line. The invention extends the functionality and improves ease of use.

Description

The invention relates to printing equipment, and more specifically to the office equipment for stamping and can be used in clerical office work.

A stamp is known in which the stamp plane is formed by restrictive frames and printing symbols or characters that are displayed on the level of the stamp plane by replacing some characters with others. [one]

The disadvantage of this stamp is the limited content of the printing characters and the difficulty of replacing some characters with others.

Self-typing printing is known in which the substrate and the printing signs include a magnetic structural element that allows you to hold the signs on the substrate. [2]

The disadvantage of this substrate is the offset of the printing marks during stamping and, as a consequence, the inability to obtain two identical prints.

It is also known a device for printing with interchangeable printing characters and signs made on the principle of self-typing. In the specified device in the substrate are mounted parallel mounting rollers of dovetail locks, and interchangeable

the printing marks are made with grooves-antagonists of the profile of the mounting rollers. [3]

The disadvantage of this device is the limited application due to design features in the material of manufacture.

The closest in technical essence and technical result achieved to the claimed object is a rectangular or round seal made of elastic material with landing slots made on it in the form of dovetail mounting rollers of parallel or closed round coaxial type. Accordingly, interchangeable printing marks for such printing are made with grooves-antagonists of the profile of the mounting rollers. [four]

The disadvantage of this substrate is the limited functionality.

The technical result of the invention is the expansion of functionality and increased ease of use.

The technical result is achieved by the fact that in a self-type-setting stamp for manual stamping, the substrate is made of separately taken elements fixed on the basis of a round or rectangular shape, while the elements are made in the form of rings and circles or rectangular frames and rectangles, dovetail-type mounting rollers are made on the elements tail ”and / or bounding boxes forming and

delimiting the stamping plane, and the elements are fixed on the base in the form of a combination of rectangular frames and rectangles or rings and circles or circles and rectangles or rings and frames. Moreover, the elements in the plan can be made curly, for example in the form of a pentagon or a hexagon, and dovetail mounting rollers on the elements are made curved, circular closed or concentric double or triple, or rectangular closed or congruent double or triple, and round elements can be made in the form of straight lines arranged in parallel, as well as in the form of a combination of round closed and rectilinear parallel. Bounding frames on the elements can be made single or double, identical or different in width of the stamping plane. Alternatively, the stamping surface of one of the double bounding frames can be made in the form of a dashed or dash-dotted line.

As the material of the elements, elastic polymeric materials with high relaxation characteristics are used, in particular rubbers, rubbers, copolymers of ethylene with propylene, silicone polymeric materials, polyurethanes, etc.

The elements themselves can be made according to traditional technologies of processing and molding of elastic polymeric materials: casting, extrusion, hot pressing, etc.

As you know, the seal for manual stamping in the classical sense is a printing form round, rectangular, oval, triangular, etc. with the restrictive and / or delimiting frames located on it, as well as the printing signs and / or symbols located on the plane of the printing form in a certain order, and, in fact, making the "face" of the print. Naturally, the bounding boxes are the same constituent part of the stamping plane as the printing signs and / or symbols located on the printing form. [5]

At the same time, the intensive development of office work and, accordingly, the extensive development of office equipment led to the development of self-typing seals and stamps, the essence of which is that the consumer independently compiles a printed form in the order and composition of the printed characters, dialing them from the cash register. In fact, such a press with a dial-in ticket office can be described as a mini-printing house. Such a mini-printing house has a significant drawback - the inability to make changes to the overall composition of the picture. In addition, in case of mechanical damage to the printing mark, the latter can be replaced from the set-up box. However, if other printing components of the print are damaged, for example, bounding frames, the entire print (more precisely, the substrate) must be replaced.

The claimed technical solution allows the replacement of any printing element without changing the overall pattern (composition) or with

making such changes. This is the meaning and advantage of the claimed technical solution and its significant differences from the known.

Since the claimed technical solution relates to devices, the general meaning, features and advantages of its most complete, but not exhaustive way can be explained by illustrative materials.

Figure 1-9 presents exemplary embodiments of the elements as components of the substrate.

Figure 10, 11 and 12 presents options for replacing elements with a change in the overall print pattern.

The self-type printing substrate elements are (see FIG. 1) a ring or a rectangular frame 10 with a bounding frame 11 made thereon with a stamping plane 12. The same ring or frame 13 (see FIG. 2) is made with a double bounding frame 14 and 15 with stamping planes 16 and 17 of different widths. Naturally, the inner diameter (or dimensions in the case of a rectangular frame) of the elements in Figs. 1 and 2 are the same. The element in the form of a ring (or frame) (see Figure 3) contains a mounting roller 18. Elements with completed restrictive, and more precisely demarcation frames 19 and 20 and 21 (see Figure 4 and 5) are similar to those in Figure 1 and 2. Elements (see Fig.6 and 7) are rings (or rectangular frames) with double 22 and 23 (Fig.6) and single 24 (Fig.7) mounting rollers made on them. On round

(or rectangular) elements (see Fig. 8 and 9) made mounting rollers in the form of parallel straight lines 25, 26 and 27 (Fig. 8) or in the form of a closed ring 28 (Fig. 9).

It will be apparent to those skilled in the art that the above-described elements on a print can be easily replaced if necessary, but it is even more obvious that the number of possible combinations of elements forming a self-typeset printing substrate can be almost unlimited.

Example 1. On the basis of 29 coaxially securing individual elements (starting from the center) in the following order Fig. 9 - Fig. 6 - Fig. 5 - Fig. 3 - Fig. 1. The resulting print is presented in Figure 10.

Example 2. In print (Figure 10), replace the element of Fig. 9 with the element of Fig. 8 and the element of Fig. 5 with the element of Fig. 4. The resulting print has the pattern shown in Fig.11.

Example 3. On the basis of 29 coaxially securing individual elements (starting from the center) in the following order Fig. 8 - Fig. 7 - Fig. 5 - Fig. 3 - Fig. 2. The resulting print is presented in Fig.12.

As can be seen from the description and examples of specific performance, the claimed technical solution extends the functionality and increases the usability.

Sources of information taken into account when preparing the application:

1. The patent of Germany No. 19525518 C1, M. cl. In 41 K 1/06, publ. 1996 g

2. Patent Fr. No. 2766416, M. cl. B 41 K 1/08, publ. 1997,

3. US Patent No. 4392430, N. cl. 101-381, publ. 1983

4. US patent No. 2222333, N. cl. 101-381, publ. November 11, 1940 prototype.

5. RF patent for industrial sample No. 44380, publ. May 16, 1998

Claims (9)

1. Self-type-setting stamp for manual stamping, comprising means for producing an impression in the form of a substrate for mounting printing signs, characterized in that the substrate is made of separately taken elements fixed on the basis of a round or rectangular shape, while the elements are made in the form of rings and circles or rectangular frames and rectangles, dovetail mounting rollers and / or bounding frames forming and delimiting the stamping plane are made on the elements, and the elements are fixed on the base in in the form of a combination of rectangular frames and rectangles or rings and circles or circles or circles and rectangles or rings and frames. 2. The seal according to claim 1, characterized in that the elements in the plan are made curly in the form of a pentagon or hexagon. 3. The seal according to claim 1, characterized in that the dovetail mounting rollers on the elements are made curved, annular closed or concentric double or triple. 4. Printing according to claim 1, characterized in that the dovetail mounting rollers on the elements are rectangular closed or congruent double or triple. 5. Printing according to claim 1, characterized in that the dovetail mounting rollers on the round elements are made in the form of straight lines arranged in parallel. 6. The seal according to claim 1, characterized in that the dovetail mounting rollers are made in the form of a combination of straight parallel and curved closed. 7. The seal according to claim 1, characterized in that the bounding frames on the elements are single or double. 8. The seal according to claim 7, characterized in that the stamping surface of the double bounding frames is made of the same or different widths. 9. The seal according to claim 7, characterized in that the stamping surface of the bounding frames is made in the form of a dashed or dot-dash line.