JP3092908U - Seal - Google Patents

Abstract

(57) [Summary] [PROBLEMS] To provide a seal in which a gripping body and a seal are quickly and accurately combined with a stamp, by lowering the production cost of the seal, achieving an assembling change and a processing flow, and achieving a high speed. SOLUTION: A gripping body, a seal seat, and a jacket are formed by appropriately cutting an elongated plate body formed by integral molding of a plastic material according to the length of a stamp. The holding body is a hollow frame having a fitting groove, and a stamp is connected to a stamp having a convex edge and a lubrication hole to be positioned at the bottom of the frame. The frame body is engaged with the plug body, and both ends of the frame body are fitted and sealed with the plug body and the cover body for the elastic support limit.

Description

[Detailed description of the device]

[0001]

[Technical field to which the device belongs]

  The present invention relates to a structure of a seal, and in particular, it is formed by integrally molding a plastic material. Use the long strip-shaped gripping body, stamp seat, and sewn body according to the actual length of the stamp die. It is cut into pieces, and the bottom die and the plug body and cover body on both sides are combined. Since it is a seal, it can be removed from the manufacturing method using a well-known multi-set molding die, In addition to saving the cost of the mold, the seal seat and the mold can be joined accurately to ensure the quality of the seal, In addition, the design of the oiling hole in the print seat allows the ink to be sufficiently distributed in the print mold. It has a function to lubricate quickly, improves the quality of the imprint, and is a practical seal. Regarding the structure.

[0002]

[Prior art]

  There are many types of seals stamped on general documents nowadays. Can be divided into various types depending on the filling method. The early seal is the bottom of the wooden base It is a wooden stamp with a rubber stamp joined to the end flats, which has many drawbacks. However, it cannot be pushed unless it is combined with the stamp stand, so it is extremely rare at one time. It is possible to press the seal only a number of times, and it is clear to the ink amount appearing on the front and back marks Not only is it not easy to use due to the difference in thickness, but the quality of the mark is also poor. therefore Even if the wooden seal has a simple structure, most of it is formed by cutting and polishing raw wood. Takes a lot of time and effort in the whole manufacturing process, and appeals for green environmental protection Does not match.

[0003]   For this reason, an inked stamp 10 of plastic injection molding as shown in FIG. Was provided. It is a seal-and-seal seat 12 having a receiving groove 121 at the bottom of the base body 11. The marking die 13 provided with the ink absorbing sponge is joined between the accommodation grooves 121 fitted therein. In addition, the cap body 14 is mounted. Among them, the impression die 13 absorbs ink. Due to the characteristics, it is not necessary to attach the ink to the impression die 13 every time, and it is possible to use a relatively large number of times. The effect of imprinting can be maintained. However, such a seal 10 has a design of the ink injection hole. Since there is no ink, you must add ink directly to the surface of the impression die 13 of the ink absorbing sponge. In addition, it has a function with ink by absorbing and penetrating for a certain time, and in actual use, There are some inconveniences. The size of this seal is the size required by the actual stamp 13. Although it conforms to the law, there are multiple variations in the exposed dimensions of the stamp 13 character, but The main body 11 and the stamp seat 12 are formed by plastic injection molding fitting, and therefore the stamp die 1 Each time the length dimension of 3 is changed, a by-product type is required, and the cost is considerably high. , Does not comply with economic principles. For this reason, most of the contractors have a certain amount of fluctuation due to the size of the print seat 12. A cage is provided to meet the customer's request within this range. therefore The dimensions of the receiving groove 121 of the stamp die 13 and the stamp seat 12 do not match, and the gap 15 may be generated. Often, this is a waste of material for the base body 11 and the print seat 12. Without the appearance of the stamp as a whole, and the correct position of the stamp 13 at the time of stamping. It cannot be grasped, and the mark is biased and the quality of the stamp is affected.

[0004]   Further, the cartridge-type stamp 20 shown in FIG. It is the same as the stamp 10 and includes a base body 21, a sealing seal seat 22 having a receiving groove 221, A stamp die 23 having an ink-absorbing sponge bonded between It becomes. The difference is that a pillar with a channel 251 inside is provided at the upper center of the stamp seat 22. A tube 25 is provided, the channel 251 communicates with the receiving groove 221, and the ink tube 26 is provided. The ink in the ink tube 26 is introduced into the printing die 23 of the ink absorbing surface body. It is said that it can be stamped. Among them, the ink tube 26 is centered on the print seat 22. Since ink is introduced at the edges, the ink penetration fits the seal of the small area stamp 23, The quality of the imprint is similar to that of the ink stamp 10 and is not ideal. The mating stamp seat 22 is also formed and fitted by plastic injection molding, and therefore the stamp Due to the change in the length of the mold 23, many sub-molds have to be formed, resulting in high cost. In addition, there are many problems such as the quality of the subsequent imprint is poor. Thus, now The structure of an imprint has many drawbacks, awaiting resolution.

[0005]

[Problems to be solved by the device]

  The main purpose of the present invention is that the gripping body, the seal seat and the trocar are all made of a plastic material. After it is shaped and formed, it is further cut appropriately according to the length of the impression die, and it is cut into an impression die and a plug. By combining with the body and cover body, it can be easily combined and the whole raw Providing a seal that is quick to produce and has the function of saving mold cost And in.

[0006]   Another object of the present invention is to provide a structure between the greasing hole structure provided between the partition plates of the print seat and the grip body. Mutual slide locking design allows the seal to be pulled out after the cover is peeled off, and the lubrication hole The ink can be injected into the minute portion, and the ink quickly soaks into the imprint of the ink absorbing sponge. A seal that has a uniform and fast ink injection function as a whole. To provide.

[0007]   Still another object of the present invention is to make the cover body integrally with the plug body into a hollow body of the grip body. Slide guide that fits and seals, and has a slide structure on the bottom end of the cover separately The body is provided and the recovery spring installed between them connects the grip body to the plug body and cover body. The slide guide body as much as possible, and when the slide guide body is pressed against the slide guide, It slides along with the id body and slides, causing the stamping die at the bottom end to perform the stamping operation, and further as a recovery spring. The gripper is returned to its original position to achieve continuous imprinting and the function of improving imprinting quality. The purpose is to provide a seal that has been injured.

[0008]

[Means for Solving the Problems]

  The invention of claim 1 is a seal having a function of imprinting a document with a stamp, The seal is formed by integrally molding plastic material into a long strip shape, and the stamp length can be adjusted appropriately. It is provided with a gripping body formed by cutting, a stamp seat and a construction body, and further, a stamp die, two plug bodies and The two cover bodies are combined, and the grip body, the stamp seat and the trocar body are integrally made of a plastic material. Reduces production costs and cuts assembly flow by forming and then cutting In addition to simplifying, the gripping body and the seal seat were quickly and accurately combined with the stamp mold. The signature is the seal.   According to a second aspect of the present invention, in the seal according to the first aspect, the plug body has two sides of the grip body. , The two cover bodies are fitted to the outside of the plug body, and the cover body A slide guide body with elastic support function is housed and positioned at each bottom end. , The seal is slidably fitted to the bottom of the grip, and the stamp is glued to the bottom of the seal, The seat was sewn with a sword, and it was considered as a continuous seal with a continuous stamping function as a whole. The seal is characterized by the fact that   According to a third aspect of the present invention, in the seal according to the second aspect, the frame structure has a hollow grip body. And a convex block is provided to correspond to the edge of the inner wall of the plug, and the plug block is formed by the convex block. The seal is characterized by being fitted into the hollow portion of the grip body and sealed.   According to a fourth aspect of the invention, in the seal according to the second aspect, the stamp is H-shaped and the middle stage The partition plate is provided with a slightly penetrating oil hole, and the inner edge of the two blades has a convex edge. Fitting grooves are provided in the bottom end surface on the second side of the grip body, and the sign seat has a convex edge to fit the grip body. The seal is characterized by being fitted to the female groove.   According to a fifth aspect of the present invention, in the seal according to the second aspect, a character or a character imprinted by the stamp die is used. Is an ink-absorbing sponge having a pattern, and is also adhered to the bottom end face of the partition plate of the imprint seat. , After the print seat is separated from the gripper in a timely manner, inject an appropriate amount of ink from the oiling hole. It is used as a seal, which is characterized in that it can be introduced into a stamp and used for stamping. It   According to a sixth aspect of the present invention, in the seal according to the second or fourth aspect, both wings of the stamp seat are provided. A guide edge is formed on the upper edge of the plate, and it is also locked on both inner edges of the inverted U-shaped body. A rim is formed and the closure body is interengaged with the guide edge of the imprint seat by a locking edge. It is used as a seal.   The invention of claim 7 is the seal according to claim 2 or claim 4, Some guide grooves are provided on the bottom end face, and a guide groove is also provided on the frame bottom end face of the grip body. These guide grooves are used as accommodating spaces when there is too much adhesive to bond the stamps. Ensures that the stamp die is firmly and firmly adhered, and that the adhesion surface integrity is secured. The signature is the seal.   According to the invention of claim 8, in the seal according to claim 2, the outer wall edge of the plug body is suitable. A fitting groove is provided in the corresponding portion, and an engagement body is provided on the edge of the inner wall of the cover body. The bar body is mutually fitted with the fitting groove of the plug body by the engaging body, It is used as a seal.   The invention of claim 9 is the seal according to claim 2 or 4, wherein the plug body is On the two sides of the bottom end, there is a sliding groove with the same shape as the gripping groove of the grip body, so that when the seal is removed The seal is characterized by being slidably removed by the slide groove. .   According to a tenth aspect of the invention, in the seal according to the second aspect, the cover is housed in the bottom edge of the cover body. Grooves are provided and the guide blocks are respectively positioned below the two side wall edges of the accommodation groove. Are extended, holes are provided in the upper wall edge, and a slide guide body corresponding to the accommodation groove is formed. And a recovery spring separately on the upper wall edge corresponding to the hole of the slide guide body. A spring accommodating groove for accommodating the upper end is provided, and two side walls corresponding to the guide block A guide groove that is limited between the guide blocks and is extended is provided in the The slide body is slidably accommodated with upper and lower limits, and the elastic support of the recovery spring is transparent. The seal is characterized by generating a continuous stamping operation.

[0009]

[Embodiment of device]

  The present invention provides a kind of seal, which utilizes the integral molding of plastic material to produce long strips. After forming the structure with the grip body, the seal seat and the cover body of the If necessary, cut the grip body, stamp seat and cover body freely. It is a stamp that is a combination of a stamp die and plug bodies on both sides and a cover body. Unlike the manufacturing method that uses multi-set molds, the mold cost is greatly saved. In addition, it is possible to ensure accurate joining of the stamp and die and the quality of stamping. By the design, it has a uniform and quick injection function of the ink in the impression die to improve the imprint quality. Therefore, the present invention has novelty and practicality.

[0010]

【Example】

  Shown in FIGS. 3, 4 and 5 is the structure of the seal of the invention, which is the gripper 3 0, stamp seat 40, stamp die 50, plug bodies 60 at both ends, cover body 70, and bushing body 80 It is composed of.

[0011]   The grip body 30 of the seal has a hollow frame structure, and a slight guide groove is formed on the bottom end surface of the frame body. 31 is provided, and a fitting groove 32 is provided on the bottom end surface near both sides, and it is provided on both sides of the frame. Each plug body 60 is fitted and sealed so that the grip body 30 and the plug body 60 are simultaneously formed. In addition, it can be a basic constituent means of an inked continuous seal and a non-inked rubber seal.

[0012]   When in the form of a continuous seal with ink, the gripping body 30 and the plug body 60 are separately provided with a seal seat 40, The stamp die 50, the covering body 80 and the cover body 70 are combined. Of which, the seal 40 Has an H shape, and the middle partition plate 41 is provided with a slightly penetrating lubricating hole 411. The convex edge 421 is provided on the inner edge of the blade 42 of the above, and the convex edge 421 fits the grip body 30. The seal plate 40 is fitted into the female groove 32 and is locked to the bottom end of the grip body 30.   The impression die 50 is an ink-absorbing sponge having a letter or pattern to be imprinted, And is joined to the bottom end surface of the partition plate 41 of the stamp seat 40, so that the stamp seat 40 is timely removed from the grip body 30. After being separated, an appropriate amount of ink was added to the oiling hole 411 and introduced into the printing mold 50. To use.

[0013]   Separately, a guide edge 422 is formed on the upper edge of the two blades 42 of the imprint seat 40, and inner edges on both sides are formed. An inverted U-shaped body 80 with a locking edge 81 on it can be locked on it. Next, the mark A slight guide groove 412 is provided on the bottom end surface of the partition plate 41 of the seat 40, and this guide groove 412 is provided. Each of the guide grooves 31 provided on the bottom end surface of the frame body has an excessive amount of adhesive when the die 50 is bonded. It is used as a storage space at the time and has the effect of firmly and firmly adhering the stamp 50. , To ensure the integrity of the adhesive surface.

[0014]   Further, the plug body 60 is provided with a convex block 61 on the edge of the inner wall so that the frame body of the grip body 30 can be formed. It is used to fit and seal in the hollow part, and the fitting groove is provided at an appropriate part of the outer wall edge. 62 is provided, and the same sliding groove 6 as the shape of the fitting groove 32 of the grip body 30 is provided on the two sides of the bottom end. 3 is provided as a recess, and is separated from the convex edge 421 when the stamp seat 40 is removed.   Further, an engaging body 701 is provided on the inner wall edge of the cover body 70 so that The housing groove 71 is formed in the fitting groove 62 of the lug body 60 and is formed at the bottom edge. The position guide blocks 711 project from the lower side of the two side wall edges of 71, respectively. A hole 712 is provided at the edge, and the slide guide body 72 of the accommodation groove 71 is accommodated therein. And a spring is housed in the upper wall edge portion corresponding to the hole 712 of the slide guide body 72. A groove 721 is provided and a recovery spring 73 is housed therebetween.

[0015]   Further, the two side wall portions of the slide guide body 72 corresponding to the guide block 711 are A guide groove 722 is provided, and the guide groove 722 is extended between the guide blocks 711. The slide guide body 72 is stretched so that the slide guide body 72 is vertically restricted in the accommodation groove 71. It is possible to perform continuous imprinting operation through the elastic support of the recovery spring 73. It

[0016]   Composed by the above-mentioned construction means, a continuous type seal structure is formed as a whole, And the structure of the grip body 30, the imprint seat 40, and the sleeve body 80. Design, that is, it is formed by integrally shaping plastic material into a long-line structure (Fig. 3)), and after being fitted to each other, appropriately cut according to the length of the impression die 50 to be formed. As a result, a quick and accurate combination of the grip body 30, the seal seat 40, and the construction body 80 is secured. To be done.

[0017]   The imprinting operation when the present invention is applied to the continuous stamp will be described below. First, The user holds the grip body 30 downward (such as A and B in FIG. 6), and The bottom edge of the cover body 72 is pressed against the paper, and further between the cover body 70 and the slide guide body 72. Of the grip body 30, the plug body 60 and the cover body 70 By moving the body relative to the slide guide body 72, The bottom seal plate 40 and the stamp die 50 can be stamped gently downward. After completing the imprint, The grip 73, the plug body 60, and the cover body 70 are pushed back to their original states by the elasticity of the connector 73. It is returned and a stable continuous imprinting function is achieved.

[0018]   Next, in the embodiment of the non-inked rubber stamp (see FIGS. 7 and 8), the A rubber stamp die 50 'of a rubber stamp with a stick is adhered to the bottom end surface of the frame body of the grip body 30 for further gripping. If the plug body 60 on the second side of the holding body 30 is combined, the non-inked rubber seal becomes plastic. As a result, the grip body 30 has the convenience that the rubber stamp die 50 'can be converted and stamped. To do.

[0019]

[Effect of device]

  As can be seen from the above description, the present invention has many advantages as follows.   1. The length can be changed at will to improve the imprint quality. That is, the grip of the present invention The holding body is a hollow frame made by integrally molding plastic material and appropriately cut according to the length of the die. No matter how large the length dimension area of the stamp die, Can be cut freely and can be combined and bonded accurately, ensuring the accuracy of the imprint position.   2. The production cost can be saved. That is, the gripping body, the seal seat and the trocar of the present invention are It is appropriately cut and combined according to the need, and therefore the mold cost at the time of production is greatly reduced. Can save   3. It has the convenience of converting stamps. That is, the grip body has a stamp In addition to being able to be joined to the seat, the rubber of the general non-inked rubber stamp is directly attached to the bottom of the frame of the gripping body. The stamps can be joined and the convenience of stamp conversion is achieved.   4. It is equipped with the function of injecting ink and allowing it to permeate uniformly. That is, the present invention A slight oiling hole is provided on the partition plate of the stamping seat, and it communicates with the stamping die that is joined to the bottom end surface. In addition, a mutual slide lock structure is provided between the print seat and the bottom of the grip body, and -After peeling off the body, you can directly pull out the seal and inject ink from the oil hole Can be quickly injected into the stamp mold and allowed to soak, achieving a uniform and rapid diffusion function. To achieve.   5. It has the function of continuous stamping. In other words, the present invention is designed so that the bottom edge of the inner wall of the cover is covered by Ride guide body is fitted, and slide guide body and cover body slide type Due to the mating design, the recovery spring between them elastically supports and limits the gripper, which When pressing the gripping body downward, perform a relative slide motion with the slide guide body, When the imprint seat and the impression die at the bottom end of the grip body are pressed down to imprint, and the down pressure disappears. , It recovers automatically by elasticity and has a very good continuous imprinting function.

[0020]   Taken together, the seal of the present invention utilizes the integral molding of plastic material to form a long grip body. After forming the structure with the seal and cover, the actual length of the stamp is required. , The grip body, the stamp seat, and the cover body are freely cut, and the bottom die and It is a seal made by combining the plug body and the cover body on both sides. Unlike the manufacturing method that uses the mold of the method, while significantly saving the cost of the mold , It is possible to secure the accurate joining of the imprint seat and the imprint and the imprint quality, and to design the lubrication hole of the imprint seat. It has a more uniform and rapid injection function of ink in the impression die, and can improve the impression quality. Therefore, the present invention has novelty and practicality, and meets the requirements for utility model registration. It

[Brief description of drawings]

FIG. 1 is a side sectional view of a conventional ink stamp.

FIG. 2 is a side sectional view of a conventional cartinge type ink stamp.

FIG. 3 is a view showing a molded state of a grip body, a print seat, and a cover body of the present invention.

FIG. 4 is an exploded perspective view of a stamp of the present invention.

FIG. 5 is a perspective view of a stamp of the present invention.

FIG. 6 is a view showing a stamping operation in which the present invention is applied to an inked continuous stamp.

FIG. 7 is a three-dimensional exploded view of the grip of the present invention used in a non-inked rubber stamp mold.

FIG. 8 is a view showing a combination of the grip body of the present invention used in a non-inked rubber stamp mold.

FIG. 9 is a combined side sectional view of another gripper configuration of the present invention.

[Explanation of symbols]

10 Seal with ink 11 units 12 seal seat 121 accommodation groove 13 marking type 14 traditional body 15 gap 20 Cartridge type seal with ink 21 units 22 seal seat 221 accommodation groove 23 marking type 24 conventional body 25 columns 251 channels 26 ink tubes 30 gripper 31 guide groove 32 fitting groove 40 sign 41 Partition plate 411 Lubrication hole 42 wings 421 convex edge 422 guide edge 50 stamp type 50 'rubber stamp type 60 plug body 61 convex mass 62 fitting stop groove 63 sliding groove 70 cover body 701 engagement body 71 storage groove 711 Guide block 712 hole 72 Slide guide body 721 Spring accommodation groove 722 Guide groove 73 spring 80 Conventional body 81 Locking edge

Claims (10)

[Scope of utility model registration request] 1. A stamp having a function of imprinting a document with a stamp, wherein the stamp is formed by integrally molding a plastic material into a long strip, and further cut appropriately according to the length of the stamp. A grip body, a stamp seat and a troupe body, and further, a stamp die, two plug bodies and two cover bodies are combined, and the grip body,
By reducing the production cost and simplifying the assembly flow by forming the imprint seat and the overhanging body integrally from a plastic material and then cutting them, the gripping body and imprint seat can be quickly and easily
A seal, characterized by the exact combination. 2. The seal according to claim 1, wherein the plug body is fitted to two sides of the grip body, the two cover bodies are fitted to the outside of the plug body, and the bottom end of the cover body is fitted respectively. A slide guide body with an elastic support function is received and positioned, a print seat is slidably fitted to the bottom of the gripping body, a print die is adhered to the print seat bottom, and a construction body is installed on the print seat. The stamp is characterized by being a continuous stamp having a continuous stamping function as a whole. 3. The seal according to claim 2, wherein the gripping body has a hollow frame structure, and a convex block is provided in a projecting manner so as to correspond to an edge of the inner wall of the plug, and the plug body is gripped by the convex block. A seal, which is fitted in a hollow part of the body and sealed. 4. The seal according to claim 2, wherein the seal seat is H-shaped, a middle-stage partition plate is provided with a slightly penetrating oil-filling hole, and two vane inner edges are provided with convex edges. A seal, wherein a fitting groove is provided in the bottom end surface on the second side of the grip body, respectively, and the stamp seat is fitted to the fitting groove of the grip body by a convex edge. 5. The seal according to claim 2, wherein the stamp is an ink absorbing sponge having a letter or a pattern to be stamped, and is adhered to a bottom end surface of the partition plate of the stamp, so that the stamp is held at a proper time. A seal which is characterized in that after being separated from each other, an appropriate amount of ink can be injected from an oiling hole and introduced into a stamp for imprinting. 6. The seal according to claim 2 or 4, wherein guide edges are formed on upper edges of both vanes of the seat, and locking edges are formed on both inner edges of the inverted U-shaped projecting body. A seal, wherein the sleeve is formed and the sleeve is interengaged with the guide edge of the imprint seat by a locking edge. 7. The seal according to claim 2 or 4, wherein a slight guide groove is provided on a bottom end surface of the partition plate of the stamp, and a guide groove is also provided on a bottom end surface of the frame of the grip body. , The guide groove serves as a storage space when the adhesive for adhering the impression die is excessive, whereby the impression die is firmly and surely adhered, and the consistency of the adhesive surface is secured, stamp. 8. The seal according to claim 2, wherein a fitting groove is provided at an appropriate portion of an outer wall edge of the plug body, and an engaging body is provided on a side wall edge of the cover body, and the cover body is provided by the engaging body. A seal characterized by being mutually fitted with a fitting groove of a plug body. 9. The seal according to claim 2 or 4, wherein a slide groove having the same shape as the fitting groove of the gripping body is provided on two sides of the bottom end of the plug body, and the slide groove is removed when the seal is removed. A seal characterized by being slidably removed by a groove. 10. The seal according to claim 2, wherein a housing groove is provided at a bottom edge of the cover body, and the limiting guide blocks are respectively extended from below two side wall edges of the housing groove.
A hole is provided in the upper wall edge and a slide guide body corresponding to the accommodation groove is accommodated therein, and a spring accommodation groove for accommodating the recovery spring upper end is separately provided in the upper wall edge corresponding to the hole of the slide guide body. The guide groove is provided on the two side wall portions corresponding to the guide block and is extended between the guide blocks so that the slide guide body is accommodated slidably with the upper and lower limits, and the elastic support of the recovery spring is transmitted. A seal, characterized by generating a continuous stamping action.