JP2005238536A - Seal with stand - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a seal with a stand which does not regard an operation to deposit an ink as the number of sealing times to be counted and regards only an operation for a printing surface to come into contact with a seal affixing surface as the number of sealing times, even though a type character is of a transfer sealing type. <P>SOLUTION: The seal with a stand is equipped with a seal which accommodates a vertical actuator for imparting an actuating force and a type character, disposed on a stand having a seal storage part with an open upper end and a stamp pad fitted to the bottom surface. In order for the lower edge of the vertical actuator to achieve the above purpose, a counter which counts the number of sealing times continuously is provided; and a vertical actuator storing hole which positions the lower edge of the vertical actuator below the printing surface of the type character to the counter and accommodates the lower edge of the vertical actuator so as not to allow the upper surface of the stamp pad arranged on the bottom surface of the seal storage part to come into contact with the lower edge of the vertical actuator, are provided at the bottom surface of the seal storage part. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

The present invention relates to a stamp with a stand that continuously counts the number of stamps in conjunction with a stamping operation.

For stamps, counter-linked stamps that have been configured to automatically count the number of times of continuous stamping have already been developed. For example, Japanese Utility Model Publication No. 53-32657 (hereinafter referred to as (A)) and Japanese Utility Model No. 1-34199 (hereinafter referred to as (B)) are known. (A) and (b) are configured so that the knock portion of the counter is pressed by the upper portion of the sheath body or the stopper plate that is pushed up in conjunction with the rise of the sheath body, so that the printing surface is covered. Every time it comes into contact with the marking surface, it is automatically counted.
On the other hand, Japanese Utility Model No. 5-20534 (hereinafter referred to as (C)) is known. (C) is a stamp using a counter circuit, and is automatically counted every time the stamped surface comes into contact with the surface to be printed. If it is not necessary to add the number of stamping operations even though the stamped surface is in contact with the surface to be printed, press the normally closed switch that stops the number of times while pressing the stamp without adding the number of times. Can do.
Shoko 53-32657 Actual fair 1-341499 Reality 5-20534

However, since (A) and (B) are automatically counted every time the printed surface comes into contact with the surface to be printed, so-called transfer marking is performed by applying ink to the printed surface using a stamp pad or the like. In the type, the operation of attaching the ink is also added as the number of times of stamping. For this reason, the printing body needs to be a so-called penetrating mark type in which ink is impregnated in advance.
In addition, (c) is provided with a normally closed switch for cases where it is not necessary to add the number of times, so the printed body can be a transfer seal type, but when applying ink, the normally closed switch is pressed to make the seal. Sometimes it is necessary to release the normally closed switch, and the complexity is contrary to the original purpose of automation.

The present invention has been made paying attention to the above-mentioned problems of the prior art. Even when the printing body is a transfer stamp type, the printing surface is not added as the number of times of stamping when the ink is applied. The purpose is to provide a stamp with a stand that is counted only when it abuts.

The present invention relates to a stamp with a stand in which an up / down actuating body for applying an operating force and a stamp storing a printing body are placed on a stand provided with a stamp storing portion having an upper end opened and a stamp pad on a bottom surface. Lower end of actuating body To achieve the above-mentioned purpose, a counter that continuously counts the number of stamps, an edge with respect to the counter being positioned below the printing surface of the printing body, and an upper and lower side of the stamp pad provided on the bottom surface of the stamp storing portion The stamp with a stand is characterized in that an upper and lower working body storage hole for storing the lower end of the upper and lower operating body is provided in the bottom surface of the stamp storing portion so that the lower end edge of the operating body does not contact.

In the present invention, since the vertical working body storage hole is provided on the bottom surface of the stamp storing portion, when ink is applied to the printing surface with the stamp standing on the stand, the lower edge of the vertical working body is in the vertical working body storage hole. It does not come into contact with the bottom of the stamp seal storage. For this reason, the vertical operating body attached to the counter is not pushed upward, and the number of times is not added to the counter. On the other hand, at the time of printing, since the lower edge of the vertical actuator is provided below the printing surface, the lower edge of the vertical actuator is in contact with the surface to be printed, the vertical actuator is pushed upward, and the counter is activated to perform the printing. Numbers are counted continuously.
Even when the vertical actuator is fixed to the interlocking member, the interlocking member storage hole is provided to store the lower end of the interlocking member. It does not touch the bottom of the stamp storage part. For this reason, the vertical operating body attached to the counter is not pushed upward, and the number of times is not added to the counter. On the other hand, since the lower end edge of the interlocking member is provided below the printing surface at the time of printing, when the lower end edge of the interlocking member abuts on the surface to be printed and is pushed upward, it is attached to the counter in conjunction with this vertical movement. The vertical operating body is pushed upward, the counter is operated, and the number of stamps is continuously counted.

Hereinafter, a first embodiment of the present invention will be described in detail with reference to FIGS. 1, 2, 3, and 4. FIG.
The stamp main body 1 includes an inner cylinder 3 fitted with a printing body 2. Here, as the printed body 2, rubber stamps composed of raw rubber, vulcanizing agents, fillers, softeners, colorants, anti-aging agents, other additives, etc., sponge rubber so that ink can be occluded, etc. A porous stamping material having innumerable continuous pores can be used.
The stamp main body 1 is attached to the lower end of the holder 5 whose lower end is open. A cylindrical guide 15 having an upper end and a lower end is provided on the outer periphery of the lower end of the holder 5. The counter 8 is attached to the outer side surface of the holder 5 in such a direction that the counter display portion 81 can be seen outside. The counter 8 is capable of accumulating the movement of one frame of a known mechanism, and the vertical movement body 9 attached to the counter 8 causes the feed dog to rotate by shifting the shift gear in a ratchet manner. The vertical operating body 9 is loosely inserted into a guide 15 provided on the outer periphery of the lower end of the holder 5 and is always provided so that the lower end edge 91 of the vertical operating body is located below the printing surface. The shape of the guide 15 corresponds to the vertical operating body 9 as long as the vertical operating body 9 can slide. The vertical operating body 9 gives an operating force to the counter 8 by raising and lowering the lower end edge 91 of the vertical operating body in contact with the surface 17 to be printed. The shape of the vertical operating body 9 is preferably a prismatic shape or a cylindrical shape, but is not particularly limited. The counter 8 is provided with a reset knob 82 for returning the counted number.

The stamp with the stamp main body 1 attached to the lower end of the holder 5 is placed on a cylindrical stand 10 provided with a stamp storing portion 13 having an open upper end and a stamp pad 11 built in the bottom surface. The stamp storing portion 13 can be freely formed in a round shape, a square shape or the like in accordance with the stamp face of the stamp. The stamp pad 11 is an ink occlusion body that can impregnate ink. The material can be used in the present invention as long as it is a material / structure capable of impregnating and retaining ink, such as felt, a porous body made of synthetic resin, a porous body made of ceramic, a porous body made of sintered metal, and the like.
A guide storage notch 16 is provided at the upper peripheral edge of the stand 10. The guide storage notch 16 is partially cut away at the upper edge of the stand 10 and has a shape corresponding to the guide 15 provided in the holder 5. Further, a vertical working body storage groove 14 is provided from the lower end of the guide storage cutout 16 toward the bottom surface along the inner wall of the stamp storage section 13. An upper and lower working body accommodation hole 14 a is provided at a depth at which the upper and lower working body lower edge 91 and the bottom surface of the stamp housing portion 13 do not contact with each other at the lower bottom surface of the vertical working body accommodation groove 14. The shape of the vertical working body storage groove 14 is made to correspond to the shape of the vertical working body.

The first embodiment of the present invention has the above structure, and the operation thereof will be described in detail. The stamp with a stand according to the first embodiment of the present invention holds the stamp in a state where the stamp stands on the stand 10 when not in use. In use, first, the holder 5 is pressed downward with the stamp placed on the stand 10. By this operation, the printing surface 21 attached to the lower end of the holder 5 is pressed several times by the stamp pad 11, and ink adheres to the printing surface 21. When ink is attached to the printing surface 21, the lower end edge 91 of the vertical operating body 9 of the vertical operating body 9 fits in the vertical operating body storage groove 14 and does not contact the bottom surface of the stamp storage section 13. Therefore, the up-and-down operation body 9 attached to the counter 8 is not pushed upward, and the number of times is not added to the counter 9. After the ink is attached to the printing surface 21, the stamp is taken out from the stamp storing portion 13 and the holder 5 is pressed downward against the surface 17 to be printed, so that the surface contacts the surface 17 to be printed. . At this time, since the lower end edge 91 of the vertical operation body abuts on the surface 17 to be printed, the vertical operation body 9 is pushed upward, the counter 8 is operated, and the number of printing is continuously counted.

Next, a second embodiment of the present invention will be described in detail with reference to FIG. 5, FIG. 6, FIG. 7, and FIG.
The stamp main body 1 includes a substantially convex inner cylinder 3 fitted with a printing body 2 and a substantially cylindrical interlocking member 4 in which a lower portion of the inner cylinder 3 is internally provided. Here, as the printed body 2, rubber stamps composed of raw rubber, vulcanizing agents, fillers, softeners, colorants, anti-aging agents, other additives, etc., sponge rubber so that ink can be occluded, etc. A porous stamping material having innumerable continuous pores can be used. The stamp main body 1 is attached to the lower end of the holder 5 whose lower end is open. Since the interlocking member 4 is normally springed downward by a spring 6 attached between the holder 5 and the interlocking member 4, the interlocking member lower end edge 41 of the interlocking member 4 is placed below the printing surface 21 so that the printing body 2 is mounted. doing. The interlocking member 4 can move up and down using the elastic force of the spring 6. The holder 5 is provided with a counter window 7, and the counter 8 is built in such a direction that the counter display portion 81 can be seen from the counter window 7. The counter 8 is capable of accumulating the movement of one frame of a known mechanism, and the vertical movement body 9 attached to the counter 8 causes the feed dog to rotate by shifting the shift gear in a ratchet manner. Further, the counter 8 is provided with a reset knob 82 for returning the counted number, and this knob 82 protrudes to the outside of the holder 5. Since the vertical operating body 9 is fastened by the upper surface recess of the interlocking member 4 and the lower end of the vertical operating body 91, the vertical operating body 9 applies an operating force to the counter 8 by being pressed as the interlocking member 4 rises.

The stamp with the stamp main body 1 attached to the lower end of the holder 5 is placed on a cylindrical stand 10 provided with a stamp storing portion 13 having an open upper end and a stamp pad 11 built in the bottom surface. Here, the stamp pad 11 is an ink occlusion body that can impregnate ink. The material can be used in the present invention as long as it is a material / structure capable of impregnating and retaining ink, such as felt, a porous body made of synthetic resin, a porous body made of ceramic, a porous body made of sintered metal, and the like.
The stamp storing portion 13 can be freely formed in a round shape, a square shape or the like in accordance with the stamp face of the stamp. On the bottom surface of the stamp storing portion 13, an interlocking member storing hole 12 is provided outside the outer periphery of the built-in stamp pad 11. The interlocking member storage hole 12 is provided at a depth at which the interlocking member lower edge 41 does not come into contact with the bottom surface of the stamp storage part 13 when the stamp is placed on the stand.

The second embodiment of the present invention has the structure as described above. Next, the operation will be described in detail. The stamp with a stand according to the second embodiment of the present invention holds the stamp in a state of standing on the stand 10 when not in use. In use, first, the holder 5 is pressed downward with the stamp placed on the stand 10. By this operation, the printing surface 21 attached to the lower end of the holder 5 is pressed several times by the stamp pad 11, and ink adheres to the printing surface 21. When ink is attached to the printing surface 21, the interlocking member lower end edge 41 is accommodated in the interlocking member storage hole 12 and does not contact the bottom surface of the stamp storage part 13. Therefore, the up-and-down operation body 9 attached to the counter 8 is not pushed upward, and the number of times is not added to the counter 8.
After the ink is attached to the printing surface 21, the stamp is taken out from the stamp storage portion 13 and the holder 5 is pressed downward against the printing surface 17, so that the inner cylinder 3 is lowered against the bias of the spring 6. Then, the printing surface 21 provided on the lower end surface of the inner cylinder 3 abuts on the surface to be printed 17 so that the marking can be performed. Since the interlocking member 4 moves up and down at the time of stamping, the up-and-down actuating body 9 attached to the counter 8 is pushed upward in conjunction with the up-and-down motion, and the counter 8 is actuated to continuously count the number of stamps. .

In addition, although this invention was demonstrated by the said 1st Example and the 2nd Example, this invention is not limited to these Examples.

The perspective view of the stamp with a stand concerning a 1st example AA sectional view of FIG. Central longitudinal sectional view of the stand according to the first embodiment Central longitudinal cross-sectional view of the stamp showing the state of marking on the surface to be stamped in the first embodiment Partial cutaway sectional view of a stamp with a stand according to the second embodiment Lower right enlarged sectional view of FIG. Partial cutaway sectional view of a stand according to the second embodiment Partial cutaway sectional view of a stamp showing a state in which the surface to be stamped is stamped in the second embodiment

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Stamp main body 2 Printing body 21 Printing surface 3 Inner cylinder 4 Interlocking member 41 Interlocking member lower end edge 5 Holder 6 Spring 7 Counter window 8 Counter 81 Counter display part 82 Reset knob 9 Vertical operation body 91 Vertical operation body lower end edge 10 Stand 11 Stamp Pad 12 Interlocking member storing hole 13 Stamp storing portion 14 Vertical working body storing groove 14a Vertical working body storing hole 15 Holder 16 Guide storing notch 17 Printed surface

Claims (1)

A stand that includes a counter that counts the number of stamps continuously, an up-and-down actuating body that applies an operating force to the counter, and a stamp that houses the printing body, and a stamp housing portion that has an upper end and a stamp pad on the bottom. In the stamp with a stand placed on the upper and lower working body, the lower edge of the upper and lower working body is positioned below the printing surface of the printing body, and the upper surface of the stamp pad provided on the bottom surface of the stamp storing portion and the lower edge of the upper and lower working body are not in contact with each other. A stamp with a stand, characterized in that an upper and lower working body accommodation hole for accommodating the lower end edge of the upper and lower working body is provided on the bottom surface of the stamp accommodation section.

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