KR100969489B1

KR100969489B1 - A stamp

Info

Publication number: KR100969489B1
Application number: KR1020100036153A
Authority: KR
Inventors: 송하경
Original assignee: 주식회사모나미
Priority date: 2010-04-20
Filing date: 2010-04-20
Publication date: 2010-07-14

Abstract

The present invention relates to a stamp for marking, to maximize the buffer storage capacity of the ink while preventing the outflow of the ink.
That is, the present invention is a stamp for stamping the seal body is configured to elastically appear, the ink buffer filter for temporarily storing and supplying the ink so that the ink can be constantly supplied to the seal body, It is separated by an air layer and consists of a core binding buffer filter that receives ink directly through a connecting core and temporarily stores it.
Accordingly, the present invention comprises an ink buffer filter composed of a stamped body close buffer and a core-bound buffered filter separated by an air layer, thereby increasing the buffer capacity of the ink supplied from the ink supply filter to the stamp body and increasing the ink buffer capacity. The inertial flow of ink is blocked by the air layer to prevent the outflow of ink.

Description

Stamp for emblem {A stamp}

The present invention relates to a stamp for stamping, and more particularly, in a stamp for stamping, an ink buffer filter for temporarily storing and supplying ink so that ink can be uniformly supplied to the stamp body is a seal body close buffer and the close buffer. It is intended to prevent leakage of ink while maximizing the buffer storage capacity of the ink by separating the filter and the air layer, and is configured by the core binding buffer filter to temporarily receive the ink directly through the connecting core.

In general, the stamp for the ballot is used for the balloting process for voting in the election process, the stamp body is provided at the bottom of the stamp body, and the stamp is stamped on the ballot paper with ink.

As mentioned above, the stamp for stamping has an uncomfortable problem in that the ink must be immersed in the stamp body every time it is used, so that the stamp body is composed of a porous stamp body having a porous ink absorption space, so that the ink can be used without being buried. Although the stamp was developed and used in late years, the number of times of use was limited to a certain number of times. A stamp has been developed and used that has ink filling means inside the stamp body so that ink can be supplied to the porous stamp body so that ink can be continuously supplied to the porous stamp body.

On the other hand, the conventional mark for stamping as described above can be used without the ink in the stamping process, but when the pressing force is weak during the stamping process, the stamping state becomes blurred and unclear, and when the pressing force is strong, the ink is excessively leaked out and the stamping is performed. There was a problem that the state becomes an unstable seal state.

Therefore, the applicant of the present invention is connected to the ink filling means accommodated in the stamp body 10, such as Utility Model Registration Publication No. 440400, the porous stamp body 20 and the porous stamp body bound to the stamp body 10 (20) is composed of an elastic stamp means for elastically projecting, the elastic stamp means is the rear end of the porous stamp body 20 accommodated in the stamp receiving portion 12 formed integrally at the lower end of the stamp body (10) To support the support jaw 21 formed on the porous stamping body 20 so that the blade spring 31 for elastically supporting the blade and the porous stamping body 20 protruding elastically by the blade spring 31 are not separated. And an ink supply filter 41 accommodated in the ink receiving portion 11 formed in the stamp body 10, wherein the ink filling means includes a stamp support cap 32 that is fitted to the human body receiving portion 12. , Coupled to the rear end of the ink supply filter 41 and the porous stamp 20 Marking stamp composed of a connecting core 42 for connecting ink buffer filter 43 to supply ink and a spring support plate 44 for supporting the edge spring 31 on the upper surface of the ink buffer filter 43. The application has been registered.

However, the conventional stamp for a conventional mark as described above has an ink buffer filter 43 for buffering and storing ink supplied through the ink supply filter 41 in one plate shape, so as to increase the ink buffer capacity. When thickened to increase the content of the ink, there was a problem such as inertia leakage caused by the ink weight.

Thus, the present invention is to solve the problem of the inertia outflow of the ink when the conventional stamp is made of one ink buffer filter as described above to increase the flow rate of the buffer ink.

That is, according to the present invention, in a stamp for a stamp configured to elastically engrave an ink buffer, an ink buffer filter for temporarily storing and supplying ink so that ink can be supplied to the stamp body in a constant manner is a seal body close buffer and the seal body close buffer. It is separated by a filter and an air layer, and consists of a core binding buffer filter which receives ink temporarily through a connection core and temporarily stores it.

Therefore, the present invention comprises an ink buffer filter composed of a seal body close buffer and a core binding buffer filter separated by an air layer, thereby increasing the buffer capacity of the ink supplied from the ink supply filter to the porous stamp body and increasing the ink buffer capacity. Due to the inertial flow of the ink is blocked by the air layer to prevent the outflow of the ink.

1 is an exploded perspective view of a conventional stamp.
2 is a cross sectional view of a conventional stamp for stamping.
Figure 3 is an exploded perspective view showing an embodiment according to the present invention.
Figure 4 is a cross-sectional view showing an embodiment according to the present invention.
5 is a partially enlarged cross-sectional view of an embodiment according to the present invention.

Hereinafter, described in detail by the accompanying drawings as follows.

The present invention is to maximize the buffer capacity of the ink supplied from the ink supply filter to the stamp body to prevent inertia leakage of the ink.

That is, the present invention consists of an ink buffer filter coupled to the porous stamp body 20 and the ink supply filter 41 coupled to the ink buffer filter and the connection core 42, as shown in Figs. Elasticity by the ink filling means, the blade spring 31 for elastically supporting the rear end of the porous stamp body 20 accommodated in the blade body receiving portion 12 at the lower end of the stamp body 10, and the blade spring 31 By supporting the support jaw 21 formed in the porous stamping body 20 so that the protruding porous stamping body 20 does not deviate, it is composed of a stamping body support cap 32 which is fitted to the blade receiving part 12. In a stamp for a porous stamping body configured to be elastically immersed, a stamp body adhesion buffer filter (1) and the seal body adhesion buffer filter (1) in which the ink buffer filter is adhered viscous to the rear surface of the porous stamp body (20). And separated by air layer (3) and through connecting core (42) It is configured as a core binding buffer filter (2) for storing temporary receiving ink directly.

In the center of the core binding buffer filter (2) is formed a core binding hole (2a) is coupled to the connecting core 42, as shown in Figure 3, the air layer between the seal body close buffer (1) ( 3) It is preferable to carry out by penetrating the supply of air for formation.

On the other hand, in the practice of the present invention, the ink buffered and stored in the core binding buffer filter (2) flows over the air layer (3) to the seal body tight buffer filter (1) in the stamping process, the seal body tight buffer filter ( The buffer ink stored in 1) is configured to include a spring support plate 44 for supporting the spring 31 on the back of the core binding buffer filter 2 to flow to the porous stamping body (20).

Hereinafter, the use process of the present invention will be described.

As described above, in the stamp for the porous stamping body 20 configured to be elastically immersed, the stamping filter-adhering buffer 1 and the blade in which the ink buffer filter is adhered to the rear face of the porous stamping body 20 by viscous adsorption. When applied to the present invention composed of a core binding buffer filter (2) which is separated by the human body close buffer (1) and the air layer and directly receives the ink through the connection core, the ink stored in the ink supply filter The ink is supplied to and stored in the core binding buffer filter 2 of the ink buffering filter through the connection core 42, and when the ink is completely filled in the core binding buffering filter 2, it is supplied to the seal close buffering filter 1. Thus, the filling of the ink is made.

As described above, if vibration is applied in the flow direction of the ink in the storage, distribution and use of the ink in the state in which the filling of the seal adhesive buffer 1 is completed, the ink filled in the seal adhesive buffer 1 is It is bound and stored by the viscous force with the seal adhesion buffer filter (1), the ink on both sides by the air layer between the core binding buffer filter 2 and the seal adhesion buffer filter (1) to maintain the separated state inertial flow This is to be avoided.

As described above, when the ink is sealed in a state in which the core binding buffer filter 2 and the seal adhesion buffer filter 1 divided into two are separated and stored as described above, the seal binding buffer filter 1 Ink is flowed into the seal body so that the seal is made smoothly.

Then, the ink of the core binding buffer filter 2 is pumped by the pumping action by the stamping spring 31 pressurizing the core binding buffer filter 2 according to the pressing force of the stamping process. Ink supply is made smoothly.

Accordingly, the present invention comprises an ink buffer filter composed of a stamped body close buffer and a core-bound buffered filter separated by an air layer, thereby increasing the buffer capacity of the ink supplied from the ink supply filter to the stamp body and increasing the ink buffer capacity. The inertial flow of ink is blocked by the air layer to prevent the outflow of ink.

1: stamping filter
2: core binding buffer filter
2a: Core Bond
3: air layer
10: stamp body
11: ink receiving portion 12: stamp receiving portion
20: porous stamp 21: support jaw
31: edge spring 32: blade support cap
41: ink supply filter 42: connection filter
43: ink buffer filter 44: spring support plate
51: handle 52: stamp cap

Claims

Ink filling means consisting of an ink buffer filter coupled to the porous stamp body 20, an ink supply filter 41 to be coupled through the ink buffer filter and the connecting core 42, and the stamp body at the bottom of the stamp body (10) The blade stamping body 31 elastically supporting the rear end of the porous stamping body 20 accommodated in the part 12, and the porous stamping body 20 so as not to be detached from the porous stamping body 20 which protrudes elastically by the blade spring 31. In the stamp for the support configured to support the support jaw 21 formed in the (20) to be inserted into the seal receiving portion 12, the stamping body support cap 32 is configured to make the porous stamping body elastically immersed,
The ink buffer filter is separated by the seal body adhesion buffer filter (1) and the seal body adhesion buffer filter (1) and the air layer (3) which is adhered viscous to the back of the porous stamp body 20, the connection core 42 The stamp for a landmark, characterized in that consisting of the core binding buffer filter (2) for temporarily receiving the ink directly through.

The method of claim 1;
In the center of the core binding buffer filter (2) is formed a core binding hole (2a) to which the connecting core 42 is coupled, the air for forming the air layer (3) between the seal body close buffer filter (1) Stamp for stamping characterized in that the supply is made through.

The method of claim 2;
The ink buffered in the core binding buffer filter 2 flows into the seal body tight buffer filter 1 over the air layer 3 in the stamping process, and the buffer ink stored in the seal body tight buffer filter 1 is a porous blade. Stamp for stamping characterized in that it has a spring support plate (44) for supporting the spring 31 stamped on the back of the core binding buffer filter (2) to flow to the human body (20).