JP3238770U - seal case - Google Patents

Abstract

To provide a seal stamp with vermillion ink that can appropriately adhere ink to the stamp surface when the stamp is stored, does not become unnecessarily bulky due to the inversion of the stamp, and allows easy stamping work. [Means for Solving the Problems] A seal with vermilion padding, comprising a seal case containing a seal and a cartridge case containing vermilion padding supported in a position facing the stamp face of the seal so as to be capable of being pushed, the seal case comprising: On both sides in the width direction of the ink pad, a pair of guide grooves are formed, which are spaced apart in the radial direction of the red ink pad and inclined in the axial direction of the stamp surface, and a guide groove having a standby holding portion and a seal holding portion at both ends of the inclined portion. and the seal can reciprocate in the guide groove via a guide pin provided in the seal. [Selection drawing] Fig. 2

Description

TECHNICAL FIELD The present invention relates to a seal case with vermilion that stores seals in a slidable manner.

As a conventionally known seal case, as in Patent Document 1, a seal is attached to the tip of a flat case, the seal is provided with a sliding plate and an operation part, and the operation part is rubbed in a certain direction, There are seals and seal cases that are configured so that the seal can appear and be stored in the seal case. Therefore, the ink could not be appropriately applied to the stamp surface before the stamp surface was exposed from the stamp case.
In addition, as a seal case with a configuration that allows ink to adhere to the stamp surface even before the stamp surface is exposed from the seal case, a slide push with vermilion padding is provided, as in Patent Document 2. There is a seal case, but the cap had to be removed when stamping, and it took time to take it out and stamp it.
Furthermore, although there is a seal case with a reversing mechanism as in Patent Document 3, the seal case is unnecessarily bulky because the seal is rotated. In addition, since the direction of the stamp using the reversing mechanism as described above changes between when it is stored and when it is stamped, it is difficult to perform the stamping operation.

Jitsukai Sho 63-170160 JP 2000-229466 real climbing 3044523

Therefore, the object of the present invention is to allow the ink to adhere to the stamp surface appropriately during storage even before the stamp surface is exposed from the stamp case, and to prevent unnecessary bulkiness due to the reversal of the stamp. To provide a seal case which facilitates stamping work.

The present invention, which has been devised to solve the above-mentioned problems, is a seal case with vermilion padding comprising a seal case containing a seal, and a cartridge case supporting vermilion in a position facing the stamp surface of the seal in a push-operable manner. On both sides in the width direction of the seal case, there are inclined portions spaced apart in the radial direction of the red ink pad and inclined in the axial direction of the stamp face, and standby holding portions and seal holding portions at both ends of the inclined portions. A pair of guide grooves are formed, and the seal is reciprocally movable in the guide grooves via a guide pin provided on the seal.

A device according to claim 2 is characterized in that, in the device according to claim 1, the standby holding portion or the stamp holding portion is a groove formed by bending from the terminal end of the inclined portion.

The invention of claim 3 is characterized in that, in the invention of claim 1 or 2, the inclined portion is inclined in the direction in which the stamp face is exposed.

The seal case with vermilion pad according to the present invention has inclined portions spaced apart in the radial direction of the vermilion pad and inclined in the axial direction of the stamp surface on both sides in the width direction of the seal case, and standby holding portions at both ends of the inclined portions. A pair of guide grooves having a seal holding portion are formed, and the seal is reciprocally movable in the guide grooves via a guide pin provided on the seal, so the state before the seal face of the seal is exposed from the seal case. Ink can be appropriately adhered to the stamp surface (in a non-stamping state), and the reversal of the seal does not make the seal unnecessarily bulky. In addition, since the direction of the stamp is the same before the stamp face is exposed from the stamp case (non-stamping state) and when the stamp is stamped, stamping work is easy and there is no need to remove the cap.

FIG. 4 is an external perspective view of the seal case in which the seal is positioned in the standby holding portion; FIG. 10 is a cross-sectional view of the right side view of the stamp case in which the stamp is positioned in the standby holding portion; FIG. 4 is a front cross-sectional view of the stamp case in which the stamp is positioned in the standby holding portion; FIG. 10 is a cross-sectional view of the right side of the stamp case when the stamp is moved to the inclined portion; FIG. 10 is a cross-sectional view of the right side of the stamp case when the stamp is moved to the stamp standby section; FIG. 4 is a right side view of the stamp case in which the stamp is positioned in the standby holding portion;

Embodiments of the present invention are described below.
FIG. 1 is an external perspective view of a seal case in which a seal according to an embodiment is positioned in the standby holding portion, and FIG. 2 is a cross-sectional view of a right side view of the seal case in which the seal is positioned in the standby holding portion. FIG. 3 is a front cross-sectional view of the stamp case in which the stamp is positioned in the standby holding portion. FIG. 4 is a cross-sectional view of the right side of the stamp case when the stamp is moved to the inclined portion. FIG. 5 is a cross-sectional view of the right side of the stamp case when the stamp is moved to the stamp waiting section. FIG. 6 is a right side view of the stamp case in which the stamp is positioned in the standby holding portion.

The axial direction in the present invention refers to the direction of a line formed when the seal case top surface 41 and the seal case bottom surface 42 shown in FIG. 1 are vertically connected. The radial direction refers to the direction of a line formed by vertically connecting the seal case front side 46 and the back side 45 shown in FIG. Further, the width direction refers to the direction of a line formed by perpendicularly connecting the right side 43 and the left side 44 of the stamp case shown in FIG.

In the present invention, the radial right side refers to the seal case front side 46 shown in FIG. 1, and the radial left side refers to the seal case back side 45 . In the present invention, the axial upper side refers to the seal case top surface side 41 shown in FIG. 1, and the axial lower side refers to the seal case bottom side 42 .

The stamp case 10 has a hollow rectangular parallelepiped shape, and has a pair of guide grooves 11 at symmetrical positions on both sides in the width direction. A pair of guide pins 22a protruding from both side surfaces of a stamp stand 22 provided in the stamp 21 are slidably fitted in the guide groove 11. As shown in FIG. The seal base 22 is formed with a guide pin locking portion 22b that protrudes in the axial direction and contacts the inner wall surface of the seal case 10 to prevent the seal 21 from swinging in the width direction.
The seal case of the present invention is configured such that the seal 21 can be reciprocated along the guide groove 11 at both ends of the guide groove 11 while holding down the guide pin 22a.

A circular opening 12 is provided in the vicinity of the end of the bottom face of the seal case 10 , and a hollow cylindrical holder 13 is provided further outside the bottom face of the opening 12 . In order to expose the seal 21, the right radial bottom surface of the seal case 10 is open.

A cartridge case 24 accommodated in the stamp case 10 has a vermilion pad 23, and an ink pad lid portion 25, which will be described later, is attached to adhere ink to the stamp surface 21a of the stamp 21 by pushing from the bottom side of the stamp case 10. engaged.
The cartridge case 24 is composed of a cylindrical red ink storage portion 24a with an open top and a cylindrical slide pin 24b extending from the center of the bottom of the red ink storage portion 24a to the lower end side. , a vermilion pad 23 for applying ink to the stamp surface 21a of the stamp 21 is accommodated. The vermillion ink containing portion 24a and the slide pin 24b do not need to be cylindrical, and may be square or polygonal. The end of the slide pin 24b protrudes from the opening 12 provided in the stamp case 10 toward the bottom surface in the axial direction. In the non-stamping state, the vermilion pad 23 and the seal surface 21a of the stamp 21 are separated from each other at positions facing each other in the axial direction.

The ink pad cover 25 accommodated in the holding portion 13 of the seal case 10 has a circular bottom portion, which covers the bottom surface of the holding portion 13 while being positioned inside the outer circumference of the holding portion 13, and is pushed from the bottom side. It is possible. The fitting protrusion 27b on the top surface side end of the ink cover 25 is fitted with the fitting recess 27a recessed inwardly in the vicinity of the joint between the slide pin 24b and the red ink accommodating portion 24a. The ink pad cover 25 and the slide pin 24b cooperate with each other.
As a result, when the ink pad cover 25 is pushed from the bottom side, the cartridge case 24 engaged therewith moves upward in the axial direction, and the ink pad 23 accommodated in the ink pad accommodating portion 24a of the cartridge case 24 moves axially. Ink adheres to the stamp surface 21a by contacting the stamp surface 21a of the stamp 21 which is spaced apart at a position facing the upper side.

The ink with which the vermillion ink 23 is impregnated can be appropriately used regardless of whether it is a pigment-based ink, a dye-based ink, an oil-based ink, or an aqueous ink. For example, as a quick-drying ink for imprinting on coated paper, plastic film, non-absorbent paper such as aluminum and iron, and non-absorbent materials, it is possible to use an oil-based ink in which a colorant or resin is dissolved and mixed in a quick-drying solvent. I can.

In the present embodiment, the red ink pad 23 has a circular shape that can be accommodated in the red ink storage portion 24a of the red ink cartridge. As a material, a general sponge or nonwoven fabric can be used, and more specifically, a compressed urethane or polyester fiber nonwoven fabric is used. The porosity of the ink impregnated body 2 is preferably 70 to 90%.

A small projection 13a for holding the end of the coil spring 26 is provided in the vicinity of the opening 12, and between the small projection 13a and the inner side of the bottom surface of the ink pad 25, the ink pad portion A coil spring 26 is helically wound to urge the bottom surface of 25 downward. After the push operation, the vermilion ink 23 moved upward in the axial direction returns to the position before the push operation due to the downward biasing force of the coil spring 26, and is separated from the stamp surface 21a. This prevents excessive ink from adhering to the stamp surface 21a of the stamp.

The stamp 21 is made of, for example, a cylindrical acrylic material, and a stamp face 21a, which is the end portion on the bottom side, is stamped with characters, figures, etc. to be transferred to an object to be stamped such as paper. The stamp 21 has a constant thickness in the axial direction regardless of its shape, such as a prismatic shape or a cylindrical shape. Materials for the stamp 21 include plastic materials such as acrylic, rubber materials, ceramic materials, ivory, and metals.
The diameter of the guide pin 22a is designed to be substantially equal to or smaller than the width of the guide groove so that it can reciprocate along the guide groove 11 stably in the radial direction.

The guide groove 11 is composed of an inclined portion 32 and a waiting holding portion 31 and a seal holding portion 33 which are grooves parallel to the top surface or the bottom surface of the seal case 10 extending from both ends of the inclined portion 32 and bent. The standby holding portion 31 and the seal holding portion 33 do not need to be parallel to the top or bottom surface of the seal case 10, and can be grooves perpendicular to the top or bottom surface, for example. The standby holding portion 31 and the stamp holding portion 33 do not need to be grooves. It is good as The inclined portion 32 is a groove having a width substantially equal to the diameter of the cylindrical guide pin 22a, and has a constant inclination angle θ in the axial direction with respect to a straight line parallel to the top surface or the bottom surface of the stamp case 10 (Fig. 4). formed by In this embodiment, the inclination angle θ (FIG. 4) of the inclined portion 32 is designed to be an acute angle downward in the axial direction. is displaced to The inclination angle θ may be designed upward in the axial direction. Note that the inclination angle θ can be set arbitrarily. Further, the inclined portion 32 does not need to be straight. For example, a stepped portion may be formed by providing a substantially vertical inclination angle near the center of the inclined portion, or the inclination angle θ may be changed in the middle of the inclined portion. can be

The stand-by holding part 31 is a groove part that extends from the vermillion ink pad 23 side of the inclined part 32 with substantially the same width and is bent and formed parallel to the top surface or the bottom surface of the seal case 10 . The seal part 21 is provided to stand by and hold the red ink pad 23 at a spaced apart position so as to face each other in the axial direction.
In this embodiment, there is no configuration for locking the standby holding portion 31, but as another form, for example, the standby holding portion 31 may be provided with a concave-convex fit so that the guide pin 22a is locked by the standby holding portion. good. The width of the guide groove in the standby holding portion 31 is designed to gradually decrease toward the radial end portion, and the stamp portion 21 cooperating with the guide pin 22a is arranged at a position facing the red ink pad 23 in the axial direction. It is also possible to employ a configuration in which the members are press-fitted and locked.

The stamp holding portion 33 is a groove portion parallel to the top surface or the bottom surface of the seal case 10, which is formed by bending and extending from the other end of the inclined portion 32 on the vermilion 23 side with substantially the same width. The stamp holding unit 33 is provided to expose the stamp surface 21a to which ink is adhered by the sliding operation in the standby holding unit 31 from the stamp case 10 in a state parallel to the stamp surface. A vertical distance β from the lower end portion 11a of the guide groove to the bottom surface 10a of the stamp case 10 on the seal holding portion side is designed to be smaller than the thickness α of the stamp 21 in the axial direction.
In this embodiment, the stamp holding portion 33 extends from the other end of the inclined portion 32 on the vermilion 23 side and forms a groove parallel to the top surface or bottom surface of the seal case 10 that is bent. However, as another form, for example, the stamp holding portion 33 may be provided with a concave-convex fitting, and the guide pin 22a may be locked by the standby holding portion.
Further, the seal holding portion 33 is a groove formed by bending from the terminal end of the inclined portion 32, and the width of the groove is designed to gradually decrease toward the radial direction end side, and the guide pin 22a is provided. The stamp 21 can also be configured to be press-fitted and locked at the stamping position.

Next, the stamping operation by the stamp case 10 will be described.
When the sealer is not stamping, for example, when the seal case 10 is stored in a pocket of his or her clothes, the seal 21 is held in the standby holding portion 31 at a position spaced apart from the red ink pad 23 in the axial direction. held. The ink pad cover 25 is pressed downward in the axial direction by a coil spring 26 so that the cartridge case 24 engaged with the ink pad cover 25 is held and fixed in the same direction. 21 and the stamp surface 21a of the stamp 21 are maintained, the seal operator is prevented from accidentally touching the stamp surface 21a of the seal stamp 21 and soiling his/her hands, or from excessively attaching ink to the stamp surface 21a. be. Since the area of the bottom surface of the vermillion ink accommodating portion 24a of the cartridge case 24 is larger than the area of the opening portion 12 provided in the seal case 10, the bottom surface of the ink cartridge is more inclined than the opening portion 12 due to the urging force of the coil spring. also does not deviate downward in the axial direction.

When a force stronger than the urging force of the coil spring 26 is applied to the ink pad cover 25 from the bottom to the top in the axial direction, the ink pad 25, which has been biased downward, moves upward in the axial direction. In cooperation with this, the ink pad accommodating portion 24a for accommodating the ink pad 23 engaged with the ink pad cover portion 25 is also moved upward in the axial direction, so that the ink pad 23 and the stamp surface 21a accommodated in the ink pad accommodating portion 24a are moved upward in the axial direction. contacts, and an appropriate amount of ink adheres to the stamp surface 21a. After the above operation, the vermillion ink 23 moved upward in the axial direction returns to the position before the push operation due to the downward biasing force of the coil spring 26, and is separated from the stamp face 21a of the stamp 21. , the stamp surface 21a of the stamp 21 is not coated with excessive ink.

Subsequently, the pair of guide pins 22a projecting outward in the width direction from the stamp case 10 are pushed in to the right in the radial direction. The pushing is usually performed while pressing both ends of the guide pin 22a with two fingers of the hand that carries out the stamping operation. Due to the pushing, the stamp 21 cooperating with the guide pin 22 a moves from the standby holding portion 31 to the inclined portion 32 .
The guide groove 11 is formed with the inclined portion 32 as a boundary at a constant inclination angle θ downward in the axial direction, which is the direction in which the stamp face 21a is exposed, with respect to a straight line parallel to the top surface or the bottom surface of the stamp case 10 . ing. Therefore, in the inclined portion 32, as the guide pin 22a is moved in the radial direction, the stamp 21 cooperating with the guide pin 22a is displaced downward in the axial direction. By providing the inclination in the direction in which the stamp surface 21a is exposed, the operator can press the guide pin 22a with both ends without conflict between the direction in which the pressing force is applied and the direction in which the force is applied for stamping on paper or the like. The stamp face 21a can be exposed while the Moreover, it is not necessary to turn over the seal case 10 itself.
Further, the guide pin 22a is pushed radially to the right of the boundary between the standby holding portion 31 and the inclined portion 32 of the guide groove 11, and the seal 21 fitted to the guide pin 22a is pushed into the inclined portion 32 and the stamp holding portion. 33, the stamp 21 fitted to the guide pin 22a moves along the guide groove 11, and the stamp face 21a, which is the lower end of the stamp 21, becomes parallel to the bottom of the stamp case 10.
A linear distance β from the guide groove lower end portion 11a of the stamp holding portion 33 to the bottom surface 10a of the stamp holding portion side, which is the lower end of the stamp case 10, and the guide groove lower end portion 11a of the stamp holding portion 33 is the axial direction of the stamp 21. , and since the bottom surface 10a of the stamp case 10 on the seal holding portion 33 side is open, the stamp surface 21a of the seal stamp 21 is located closer to the stamp holding portion side than the bottom surface 10a. Further, the stamp face 21a of the stamp 21 is exposed to the outside of the stamp case 10 in parallel with the bottom of the stamp case. In this way, by bringing the stamp surface 21a exposed from the bottom surface of the stamp case 10, to which an appropriate amount of ink adheres, to the object to be stamped such as paper, the adhered ink is transferred to the object to be stamped, and the stamping operation can be performed. I can.

After completing the stamping operation, the operator pushes the guide pins 22a protruding from the stamp case 10 to both sides in the width direction in the stamp holder 33 to the left in the radial direction. The pressing causes the axial and radial positions of the cooperating stamp 21 to be displaced along the guide groove 11 .
By pushing the guide pin 22a up to the seal standby portion 31, the seal 21 can be spaced apart from the vermilion pad 23 in the axial direction and waited. As a result, even when the seal stamp case 10 is stored in a pocket of a garment, for example, when stamping is not stamped, the stamp operator may accidentally touch the stamp face 21a of the seal stamp 21 and get their hands dirty, or may use excessive ink. is prevented from adhering to the stamp face 21a.

As described above, the seal case 10 of the present invention is provided with the inclined portion 32 inclined in the axial direction in the guide groove, and is in a state before the stamp surface of the seal is exposed from the seal case 10 (unsealed state). Since the orientation of the stamp 21 is the same at the time of stamping, it is not necessary to invert the stamp case 10 itself before applying ink to the stamp surface 21a and stamping. In addition, by providing the inclination in the direction in which the stamp surface 21a is exposed, the operator can press the guide pin 22a with both ends without conflict between the direction in which the pushing force is applied and the direction in which the force is applied for stamping on paper or the like. In this state, the stamp surface 21a can be exposed to stamp on paper or the like.

While the present invention has been described in connection with what is presently considered to be the most practical and preferred embodiments, the invention is not limited to the embodiments disclosed herein and is subject to the claims. It should be understood that it can be changed as appropriate within the range that does not contradict the gist or idea of the invention that can be read from the scope and the entire specification, and that the seal case that accompanies such changes is also included in the technical scope.

10 Seal case 10a Bottom surface of seal holder side 11 Guide groove 11a Guide groove lower end 12 Opening 13 Holding section 13a Small protrusion 21 Seal stamp 21a Stamp surface 22 Stamp base 22a Guide pin 22b Guide pin locking section 22c Guide pin protrusion lower end 23 Red ink 24 Cartridge case 24a Red ink accommodating portion 24b Slide pin 25 Ink pad lid portion 26 Coil spring 27 Engaging portion 27a Fitting concave portion 27b Fitting convex portion 31 Standby holding portion 32 Inclined portion 33 Stamp holding portion θ Inclined angle

Claims (3)

A seal case containing a seal,
A seal stamp with vermillion ink, comprising: a cartridge case containing vermillion ink;
On both sides in the width direction of the seal case, there are inclined portions that separate the red ink in the radial direction and are inclined in the axial direction of the stamp face, and guide grooves having standby holding portions and stamp holding portions on both end sides of the inclined portions. A seal stamp with a seal stamp, characterized in that a pair of seal stamps are formed, and the seal stamp is reciprocally movable in the guide groove via a guide pin provided in the seal stamp. 2. The seal stamp with vermilion pad according to claim 1, wherein said standby holding portion or said seal holding portion is a groove formed by bending from the terminal end of said inclined portion. 3. A seal stamp with vermilion pad according to claim 1, wherein said inclined portion is inclined in a direction in which said stamp face is exposed.

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