CN111038124A

CN111038124A - a seal

Info

Publication number: CN111038124A
Application number: CN201911404531.6A
Authority: CN
Inventors: 刘丽君
Original assignee: Zhangjiajie Institute of Aeronautical Engineering
Current assignee: Zhangjiajie Institute of Aeronautical Engineering
Priority date: 2019-12-12
Filing date: 2019-12-12
Publication date: 2020-04-21
Anticipated expiration: 2039-12-12
Also published as: CN112976846A; CN111038124B

Abstract

A seal, the seal is mainly composed of an upper seal (4), a spring (5), and a lower seal (6), and the upper seal (4) is mainly composed of the upper seal head (41), the upper seal limit post (42), the upper seal It is composed of a small head (43) and a stamping part (44). The lower seal (6) has a lower seal limit post (61), and the outer diameter of the lower seal limit post (61) = the lower seal positioning hole (16 ), the outer diameter of the lower seal (6) = the inner diameter of the lower seal hole (12). The seal divides the official seal pattern into two parts, which are located on the upper seal (4) and the lower seal (6) respectively. 4) and the position of the lower seal (6), cover the seals on both sides of the paper respectively, and use the light to obtain a complete official seal pattern. to the degree of coincidence with the original pattern, thus preventing the imitation of the official seal by the printer.

Description

Seal impression

Technical Field

The application belongs to a seal, and particularly relates to a seal for a financial accounting.

Background

Divisional application information:

the original application name: a seal machine for financial accounting;

the original application date: 12 months and 12 days in 2019;

the original applicant: zhang Jiajie aviation industry academy of professional technology;

the original inventor: liulijun;

seal, seal for financial accounting need have identifiability from theory, antifalsification, however, from inkpad, the anti-counterfeiting performance is very limited, when financial staff handles internal bill, the subjectivity of making a fake of general internal staff is lower, however, external bill, financial staff are difficult to discern the true or false of the bill that provides, it is necessary to develop safer seal for financial staff to discern the true or false of bill, especially the duplicate that high resolution printed, the colour is almost the same with the original, there is not the means of discerning, financial staff is difficult to rely on experience to judge true or false, through retrieving, the applicant retrieves a patent that china's bank note paper money making company applied for, 2006100207587, the manufacturing approach of patent name as the anti-counterfeiting seal, its brief explanation is: the invention discloses an anti-counterfeiting stamp and a manufacturing method thereof, wherein the stamp comprises a stamp holder and a stamp face, wherein the stamp face is provided with raised characters, patterns and frames, and is characterized in that anti-counterfeiting patterns formed by intaglio lines with the thickness of 0.03-0.15mm are arranged on the raised parts on the stamp face; the manufacturing method comprises the following steps: vectorizing the seal draft; manufacturing a flower ball and shading by adopting special banknote anti-counterfeiting software; positioning the pattern and characters of the seal, and superposing the manufactured anti-counterfeiting pattern on the pattern surface of the seal; outputting the successfully made seal manuscript into a film through a laser typesetter, wherein the precision is more than or equal to 4000 dpi; making the original film plate into a metal seal by a plate burning corrosion process; the anti-fake pattern on the surface of the seal is converted into black lines, a positioning frame is made, and the black lines are output to form a transparent film through a phototypesetter to make a signature card. The seal manufactured by the method of the invention has the effects of scanning prevention and copying prevention.

The inventor can see that the anti-counterfeiting ink is a shadow line anti-counterfeiting ink with the thickness of 0.03-015mm obtained by adopting a corrosion process, the method is to prevent the stamp from being forged, but the stamp stamped by the stamp has some method to prevent the imitation of woolen cloth, if this technique is applied to a master for a printing process with high precision, there is naturally no problem, but for the inkpad, the definition of the stamp itself covered by the inkpad is limited, the method is not used at all, the applicant searches Chinese patents, anti-counterfeiting patents similar to seal are fewer, official seal is imitated, original official seal elements are not provided, and the copying is almost impossible only by the covered seal, the people who contact the original of the official seal are few, the original seal is not easy to be rubbed, a large number of copied seals are fewer in the original seal rubbing, in fact, it is counterfeit, however, 2006100207587 does not prevent counterfeiting, or, the comparison of a large number of imitation chapters with the original chapters can show that the two are different.

Disclosure of Invention

The technical problems to be solved are as follows:

1. the problem that a seal printed by a high-resolution printer is difficult to identify needs to be solved;

2. the problem of counterfeit official seal by using the sectional drawing and ps drawing methods needs to be solved;

3. the problem of offset control during front and back stamping needs to be solved;

4. the problem that after a seal original is embezzled by others, a copied seal and the original are difficult to distinguish is solved.

The technical scheme is as follows: seal machine for financial accounting mainly by fuselage 1, glass door 2, handle 3, go up seal 4, spring 5, seal 6 is constituteed down, fuselage 1 is seal machine's for financial accounting infrastructure, glass door 2, handle 3, go up seal 4, spring 5, lower seal 6 is all indirect or direct mount on fuselage 1, the place ahead at fuselage 1 is installed to the glass door, the glass door is transparent or translucent, glass door lockhole 22 and fuselage lockhole on the glass door correspond, conveniently lock, handle 3 is installed on fuselage 1, utilize cam 32, when handle 3 pushes down, seal 4 is gone up to cam 32 pressure, seal is accomplished jointly to lower seal 6 and last seal 4, go up seal 4 and install on fuselage 1, go up seal 4 and utilize the spring, when not stamping, seal 4 is gone up to spring 5 jack-up.

The machine body 1 mainly comprises a machine body lock hole 11, a lower stamp hole 12, an upper stamp column 13, an upper stamp positioning hole 14, a glass door shaft hole 15 and a lower stamp positioning hole 16, the machine body 1 comprises a left panel, a right panel, an upper panel, a lower panel and a rear panel to form a pentagonal box body, the lower panel is provided with a concave lower stamp hole 12, the lower stamp hole 12 is used for installing a lower stamp 6, the upper panel is provided with the upper stamp column 13, the upper stamp column 13 is used for installing an upper stamp 4, the positions of the lower stamp hole 12 and the upper stamp column 13 are corresponding, an upper stamp positioning hole 14 is arranged above the upper stamp column 13, handle holes 131 are arranged on the left panel and the right panel, the handle holes 131 penetrate through the upper stamp column 13 from the left panel to the right panel, the handle holes 131 are used for installing the handle 3, a glass door shaft hole 15 is arranged at the left front position or the right front position of the upper panel and the lower panel, and the glass door shaft hole 15 is used for installing the glass door 2.

The upper stamp 4 mainly comprises an upper stamp large head 41, an upper stamp limiting column 42, an upper stamp small head 43 and a stamping part 44, wherein the upper stamp limiting column 42 is located at the uppermost part of the upper stamp, the upper stamp limiting column 42 is matched with the upper stamp positioning hole 14, the outer diameter of the upper stamp limiting column 42 = the inner diameter of the upper stamp positioning hole 14, the upper stamp large head 41 is located below the upper stamp limiting column 42, the outer diameter of the upper stamp large head 41 = the inner diameter of a spring hole 132, the upper stamp small head 43 is located below the upper stamp large head 41, the outer diameter of the upper stamp small head 43 is smaller than the outer diameter of the upper stamp large head 41, the upper stamp small head 41 is used for penetrating through a spring 5, and the outer diameter of the upper stamp small head 43 = the inner diameter of an upper stamp outlet 133.

The handle 3 mainly comprises a handle 31 and a cam 32, the handle 3 is L-shaped, the handle 31 is convenient to operate, the cam 32 is positioned above the big head 41 of the upper seal, when the handle is not pressed down, the upper seal 4 moves upwards due to the stretching action of the spring 5, when the handle is pressed down, the cam 32 presses the big head 41 of the upper seal, the spring 5 is compressed, the upper seal 4 is matched with the lower seal 6, and the front and back of the paper are covered with the official seal.

The lower stamp 6 is provided with a lower stamp limiting column 61, the outer diameter of the lower stamp limiting column = the inner diameter of the lower stamp positioning hole 16, and the outer diameter of the lower stamp 6 = the inner diameter of the lower stamp hole 12.

The upper stamp column 13 mainly comprises a handle hole 131, a spring hole 132 and an upper stamp outlet 133, the handle hole 131 is positioned at the upper part of the upper stamp column 13, the inner side of the upper stamp column where the handle 131 is positioned is hollow, the upper stamp limiting column 42 can conveniently move up and down, and the spring hole 132 and the upper stamp outlet 133 are hollow pore passages.

The upper seal 4 and the lower seal 6 are distributed on the upper seal and the lower seal after the seal patterns are complete seal patterns or characters are split, the stamped patterns are complete official seal patterns after being irradiated to light, the offset of the patterns or the characters on the front and the back of the paper cannot exceed 0.1mm, and the offset is the offset value of the distance from one face of the paper to the reference object and the designed distance from the other face of the paper to the reference object.

Has the advantages that: the seal machine for financial accounting utilizes seal and lower seal, splits into upper and lower two parts with complete seal content, utilizes the offset of control when stamping, and is difficult to control the position of tow sides when ordinary official seal is stamped, and printer, duplicator also are difficult to accurate control the position of tow sides to play anti-fake effect, in addition, through the method of adding the lock, prevent other people from obtaining the parameter of seal original paper, thereby duplicate the seal.

Drawings

FIG. 1 is a schematic view of a financial accounting seal machine;

FIG. 2 is a schematic view of an explosive structure of a financial accounting seal machine;

FIG. 3 is a right side view of an exploded view of a seal machine for financial accounting;

FIG. 4 is a schematic front view of an exploded structure of a seal machine for financial accounting;

FIG. 5 is a schematic illustration of a fuselage structure;

FIG. 6 is a schematic view of the upper stamp structure;

figure 7 is a schematic view of the handle construction,

in the figure, 1 is a machine body, 2 is a glass door, 3 is a handle, 4 is an upper stamp, 5 is a spring, 6 is a lower stamp, 11 is a machine body lock hole, 12 is a lower stamp hole, 13 is an upper stamp column, 14 is an upper stamp positioning hole, 15 is a glass door shaft hole, 16 is a lower stamp positioning hole, 21 is a paper feeding hole, 22 is a glass door lock hole, 23 is a glass door shaft, 31 is a handle, 32 is a cam, 41 is an upper stamp large head, 42 is an upper stamp limiting column, 43 is an upper stamp small head, 44 is a stamping part, 61 is a lower stamp limiting column, 131 is a handle hole, 132 is a spring hole, and 133 is an upper stamp outlet.

Detailed Description

The applicant describes specific embodiments of the present application with reference to the attached drawings:

seal machine for financial accounting mainly by fuselage 1, glass door 2, handle 3, go up seal 4, spring 5, seal 6 is constituteed down, fuselage 1 is seal machine's for financial accounting infrastructure, glass door 2, handle 3, go up seal 4, spring 5, seal 6 is all indirect or direct mount on fuselage 1 down, the place ahead at fuselage 1 is installed to the glass door, the glass door is transparent or translucent, only so adopt transparent or translucent material conveniently to look over the position of stamping, handle 3 installs on fuselage 1, utilize cam 32, when handle 3 pushes down, seal 4 is gone up in the cam 32 pressure, accomplish the stamping, it installs on fuselage 1 to go up seal 4, go up seal 4 and utilize the spring, when not stamping, seal 4 is gone up in spring 5 jack-up, seal 6 and last seal 4 accomplish the stamping jointly down.

Fig. 1 is a schematic view of the structure of a financial accounting seal machine, fig. 2 is a schematic view of the explosion structure of the financial accounting seal machine, fig. 3 is a schematic view of the right side of the explosion structure of the financial accounting seal machine, fig. 4 is a schematic view of the front view of the explosion structure of the financial accounting seal machine, and the structure of the financial accounting seal machine is known from fig. 1 to fig. 4.

At present, the seal is engraved with a unit name, some units have a department official seal, no matter what kind of characters are, from the structural angle, the seal can be roughly divided into letter characters and pictographic characters, no matter what kind of characters have basic structure, and the characters are composed of points and lines, so that the writing is convenient, Chinese characters, Japanese, Korean and Korean are different from the letter characters in that the stroke number is relatively large, English letters are composed of curves and points, and at most, the curves and the points are composed of two parts, and dozens of strokes are arranged on most Chinese character strokes, so that the Chinese characters are structurally and compactly viewed, the application is to disassemble Chinese character strokes, disassemble Chinese characters into two parts, one part is distributed on an upper seal, one part is distributed on a lower seal, after the seal is stamped, the official seal is distributed on two sides of paper, the paper faces light, and the complete font can be viewed, thus, even if the printer has high performance and the printed official seal is difficult to distinguish true from false, the printer and the duplicator are difficult to ensure that the page does not deviate during double-sided printing, and the position deviation of the upper seal and the lower seal of the device is ensured within 0.1mm from the perspective of mechanical manufacturing, so that the mechanical manufacturing can be easily achieved, however, the paper is soft, and the deviation of the paper from 0.1mm during the double-sided printing is difficult to achieve, so that the paper has good scratching and the official seal directly designed by utilizing the PS technology, the deviation value within 0.1mm cannot be ensured during the double-sided printing, obvious font deviation phenomenon can be seen when light is irradiated, and many bills are also multi-layer carbon copy paper, the multi-layer carbon copy paper is thin, manual stamping is adopted, the font of the front side and the back side is ensured to be seen to have compact structure, and the difficulty is higher, in addition, if the cutout is used, the front and back positions of the cutout are ensured to be matched when the stamping position is designed, and the difficulty is higher.

FIG. 5 is a schematic view of the structure of the machine body, wherein the machine body 1 mainly comprises a machine body lock hole 11, a lower stamp hole 12, an upper stamp post 13, an upper stamp positioning hole 14, a glass door hole 15 and a lower stamp positioning hole 16, the machine body 1 comprises a left panel, a right panel, an upper panel, a lower panel and a rear panel which form a five-square box body, the lower panel is provided with a concave lower stamp hole 12, the lower stamp hole 12 is used for mounting a lower stamp 6, the upper panel is provided with an upper stamp post 13, the upper stamp post 13 is used for mounting an upper stamp 4, the positions of the lower stamp hole 12 and the upper stamp post 13 are corresponding, the upper stamp positioning hole 14 is arranged above the upper stamp post 13, the left panel and the right panel are provided with handle holes 131, the handle holes 131 penetrate through the upper stamp post 13 from the left panel to the right panel, the handle holes 131 are used for mounting a handle 3, the glass door hole 15 is arranged at the left front or right front of the upper panel and the lower panel, the glass door 2 is transparent or semitransparent, so that the stamping condition can be conveniently observed, and the paper feeding hole 21 is convenient for paper feeding.

FIG. 6 is a schematic structural diagram of an upper stamp 4, the upper stamp 4 is mainly composed of an upper stamp large head 41, an upper stamp limiting column 42, an upper stamp small head 43, and a stamping part 44, the upper stamp limiting column 42 is located at the uppermost side of the upper stamp, the upper stamp limiting column 42 is matched with the upper stamp locating hole 14, the outer diameter of the upper stamp limiting column 42 = the inner diameter of the upper stamp locating hole 14, so that the upper stamp does not rotate left and right and only moves up and down when working, the upper stamp large head 41 is located below the upper stamp limiting column 42, the outer diameter of the upper stamp large head 41 = the inner diameter of the spring hole 132, so that the upper stamp large head 41 does not shake when moving up and down in the spring hole 132, thereby obtaining a good stamping effect, the upper stamp small head 43 is located below the upper stamp large head 41, the outer diameter of the upper stamp small head 43 is smaller than the outer diameter of the upper stamp large head 41, the upper stamp small head 41 is, due to the existence of the upper stamp big end 41, the extension and contraction of the spring can be only performed on the section of the upper stamp small end 43, and the outer diameter of the upper stamp small end 43 = the inner diameter of the upper stamp outlet 133, so that the upper stamp 4 can be prevented from shaking.

The handle 3 mainly comprises a handle 31 and a cam 32, the handle is L-shaped, the handle 31 is convenient to operate, the cam 32 is positioned above the big head 41 of the upper seal, when the handle is not pressed down, the upper seal 4 moves upwards due to the stretching action of the spring 5, when the handle is pressed down, the cam 32 presses the big head 41 of the upper seal, the spring 5 is compressed, therefore, the upper seal 4 is matched with the lower seal 6, and the front and the back of the paper are covered with the official seal.

And lower seal 6 has lower seal spacing post 61, and the external diameter of lower seal spacing post = the internal diameter of lower seal locating hole 16, and like this, the external diameter of lower seal 6 = the internal diameter of lower seal hole 12, and like this, lower seal is fixed in lower seal hole 12, can not remove, has prevented that the positive and negative that the lid came out from the situation that the dislocation appears.

The seal patterns of the upper seal 4 and the lower seal 6 are complete seal patterns or characters which are distributed on the upper seal and the lower seal after being split, the stamped patterns are complete official seal patterns after being irradiated by light, the offset of the patterns or the characters on the front and the back of the paper can not exceed 0.1mm, the offset is a deviation value between the distance from one face of the character and the pattern to a reference object and the designed distance, and the distance between the other face of the character and the pattern to the reference object must be noted, in the official seal, the distance exists between the character and the character, the distance between the stroke and the stroke is also the distance, the distance between the normally designed character and the character or the distance between the stroke and the stroke can not be understood as the offset, and the offset refers to the offset outside the normal font, so that: the two words of 'guarantee' are taken as an example for explanation, if we shift the left side part by 0.2mm to the right, then both the single side and the side of the Chinese character will shift 0.2mm to the right, if the shift of one character is hard to be detected, the whole shift will be easily detected, and the two characters will be found to have overlapping parts.

It should be noted that, the method for splitting the upper stamp and the lower stamp by using the chinese character strokes is described in the embodiments of the present application, and the compactness of the font and the degree of moving are determined by looking up the light, in the specific product design process, as long as any line is split between the upper stamp and the lower stamp by using any line, and the compactness of the line and the degree of moving are determined by looking up the light, the font can also be understood as a special line, and in terms of the official seal, the font is taken as the main, and a part of the official seal also has a pattern or line, and by limiting the positions of the upper stamp and the lower stamp, the deviation of the upper stamp and the lower stamp is ensured to be within the allowable range, which belongs to the protection range of the present application.

Claims

1. A seal is characterized in that: the seal mainly comprises an upper seal (4), a spring (5) and a lower seal (6), the upper seal (4) mainly comprises an upper seal big head (41), an upper seal limiting column (42), an upper seal small head (43) and a stamping part (44), wherein the upper seal limiting column (42) is positioned at the uppermost part of the upper seal (4), the upper seal limiting column (42) is matched with the upper seal positioning hole (14), the outer diameter of the upper seal limiting column (42) = the inner diameter of the upper seal positioning hole (14), the upper seal big head (41) is positioned below the upper seal limiting column (42), the outer diameter of the upper seal big head (41) = the inner diameter of a spring hole (132), the upper seal small head (43) is positioned below the upper seal big head (41), the outer diameter of the upper seal small head (43) is smaller than the outer diameter of the upper seal big head (41), the upper seal small head (41) is used for penetrating through the spring (5), and the outer diameter of the upper seal small head (43) = the inner diameter of an upper seal outlet (133);

the lower stamp (6) is provided with a lower stamp limiting column (61), the outer diameter of the lower stamp limiting column (61) is = the inner diameter of the lower stamp positioning hole (16), and the outer diameter of the lower stamp (6) is = the inner diameter of the lower stamp hole (12).

2. The signature of claim 1, wherein: the upper seal (4) and the lower seal (6) are characterized in that seal patterns are distributed on the upper seal (4) and the lower seal (6) after the seal patterns or characters are split, the stamped patterns are irradiated to light to form complete official seal patterns, the offset of the patterns or characters on the front and back sides of the paper cannot exceed 0.1mm, and the offset is the deviation value between the distance from one side of the paper to the reference object and the designed distance from the other side of the paper to the reference object.