KR101598011B1 - Seal marking apparatus - Google Patents

Abstract

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a seal stamping apparatus, and more particularly, to a seal stamping apparatus which can easily adjust the position of a seal stamp on a document according to purposes and uses.
A seal impression apparatus according to the present invention is a seal imprint apparatus comprising: a base member on which a document is placed; A seal disposed at an upper side of the base member and performing a seal operation on the document; A driving part connected to apply a driving force to the seal part; A paint support portion connected to support the seal portion and the seal drive portion; A front and rear conveyance part connected and configured to convey the painting and supporting part forward and backward; And a left and right conveying portion connected to the left and right conveying portions so as to convey the stamping portion to the left and right.
According to the present invention, it is possible to perform the simple stamping operation while the coating roll is rotated according to the operation of the seal driving part, and the coating roll can freely move back and forth and right and left by the forward and backward conveying parts and the left and right conveying parts. There is an effect that can be easily adjusted to fit. Further, the document can be fixed by the document suction means without shaking, and the pressing pad can be prevented from being disturbed by pushing the document when the coating roll is moved, so that the stamping operation can be performed stably and smoothly. In addition, according to the seal stamping apparatus according to the present invention, it is possible to perform a scanning operation of a document in parallel with a stamping process, to easily perform a stitching operation for authenticating a document or an ironing operation for a document, And the efficiency is improved.

Description

{SEAL MARKING APPARATUS}

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a seal stamping apparatus, and more particularly, to a seal stamping apparatus which can easily adjust the position of a seal stamp on a document according to purposes and uses.

In general, banks use a variety of devices for convenience and prompt processing.

For example, when a bank uses a seal, not a signature, to create a document, it is difficult to apply the seal stamp itself to the electronic formatting job. In this case, a signature stamped with a seal stamp is scanned and generated as an image file, and the image file is attached to the corresponding column of the electronic format.

In this method, a sheet of seal imprinted paper is inserted into a scan device, which is then created as an image file, stored separately, and then attached to an electronic form when necessary. Thus, this series of processes has resulted in ineffective processing of busy banking operations.

In order to solve such a problem, Korean Patent Registration No. 10-0960107 discloses an apparatus and method for scanning a seal painting image.

As shown in FIG. 1, the apparatus and method for scanning a seal impression image according to the above-mentioned Japanese Patent Application No. 10-0960107 can scan a seal image and attach it to an electronic document, The present invention relates to a scanning apparatus for a seal coat image, and is a housing which is provided with rollers on both sides and has both ends of the paper and is accommodated in a state in which paper is wound around one or both rollers, A paper cassette in which an opening is formed so as to be stamped; The other side roller is rotated in a state in which a coating is stamped on the paper of the paper cassette exposed through the seal seal window, so that the paper wound on the one side roller is wound on the other side roller, It consists of a body to scan.

The above-described Japanese Patent Application No. 10-0960107 discloses a scanning apparatus for a seal image, which solves the three steps of seal stamp seal, scan and scan image file at one time, However, the above-described conventional scanning device can be used only for the paper 13 formed in a tape shape, and thus there is a limit in use.

More specifically, the contracts used in banks, government offices, general transactions, and the like have a drawback that they can not be used for general purposes because they use standard documents larger than A4 or B4 size.

In addition, the scan device of the seal paint image according to the above-mentioned Japanese Patent Application No. 10-0960107 has a disadvantage in that inconvenience and incompatibility are lacking because the seal can be limitedly stamped on the conveying path of the paper.

It is an object of the present invention to provide a seal stamping apparatus which can easily control the position of a seal stamp on a document according to the purpose and the purpose of use.

It is another object of the present invention to provide a seal impression device which can be easily stamped while adjusting the position of a stamp of a stamp, and can scan a stamped document to improve work efficiency.

In order to achieve the above object, the present invention provides a seal impression apparatus comprising: a base member on which a document is placed; A seal disposed at an upper side of the base member and performing a seal operation on the document; A driving part connected to apply a driving force to the seal part; A paint support portion connected to support the seal portion and the seal drive portion; A front and rear conveyance part connected and configured to convey the painting and supporting part forward and backward; And a left and right conveying portion connected to the left and right conveying portions so as to convey the stamping portion to the left and right.

And a cover member which is disposed on the upper side of the base member so as to be openable and closable and in which the stamping portion, the coating support portion, the seal driving portion, the front and rear conveying portion, and the right and left conveying portions are built.

Wherein the left and right conveying part comprises a conveying screw rod to which the seal part is mounted and which is conveyed and a screw driving device connected to rotate the conveying screw rod and the painting support part comprises a pair of seals which are connected to both ends of the conveying screw rod And first and second support member guide rods that are spaced apart from each other in forward and backward directions at both ends of the cover member so as to be slidably connected to the sealer support member.

Wherein the seal portion is composed of a coating roll which is connected to the conveying screw rod and is formed with an embossed seal portion on its outer surface, the seal drive portion includes a drive spoke rod provided between the seal portion support members, A painting rotation driving gear coupled to the stamping portion so as to be engaged with the painting rotation driving gear, a painting rotation driving motor for generating and applying a rotational force for rotating the driving square, And a paint rotary power transmission device for transmitting a rotational force.

Preferably, the seal portion may include a transfer member screwed to the transfer screw bar, an ink roll movably installed on the driving bar so as to face the coating roll, and a transfer screw rod And a roll supporting member provided between the conveying member and the driving bar.

The first and second support member guide rods are formed as square rods, and the screw drive device includes an input side bevel gear portion inserted into the second support member guide rods and provided on the impeller support member, A screw driving bevel gear which is coupled to the input side bevel gear portion and is engaged with the input side bevel gear portion, a screw rotation driving motor which generates and applies a rotational force for rotating the feed screw rod, And a screw rotating power transmission device disposed between the guide rods and transmitting rotational force.

In addition, the seal driving portion may include an input side bevel gear portion inserted into the first support member guide rod and installed on the impeller support member, and an output side bevel gear portion coupled to the drive side spiral bevel gear portion, A bevel gear may be further provided.

The above-mentioned coating and rotating power transmission device includes a coating rotating electric pulley installed in a first supporting member guide rod; And a coating rotation driving pulley which is disposed opposite to the coating rotation rotating pulley and is connected to an output shaft of the coating rotation driving motor, and a coating returning belt connected to the coating rotation driving pulley and the coating rotation driving pulley .

The screw rotating power transmission apparatus described above includes a screw rotating electric pulley installed in a second supporting member guide rod; A screw rotation driving pulley disposed opposite to the screw rotation driving pulley and connected to an output shaft of the screw rotation driving motor, and a screw rotation belt connected to the screw rotation driving pulley and the screw rotation driving pulley .

Meanwhile, the seal impression apparatus according to the present invention may further comprise document pressing means for pressing a document placed on the upper surface of the base member.

Here, the document pressing means includes a pressure pad, both end portions of which are bound to the front and rear ends of the cover member, and the document portion excluding the stamped portion is brought into close contact with the upper surface of the base member. And a plurality of pad guiding rods that are horizontally disposed on the impeller supporting member to guide the movement of the pressing pad and apply a pressing force to the pressing pad so as to be in close contact with the upper surface of the base member.

Preferably, the pad guide bar includes first and second pad guide bars vertically spaced back and forth on the upper side of the pad support member so that the bottom surface of the pad is seated and moved, And a third and a fourth pad guiding rods that are horizontally spaced apart from each other in a backward and aft direction on the lower side of the impeller support member to perform a function of bringing the impeller member into close contact with the upper surface of the base member.

On the other hand, the front and rear conveying portion includes a first front-rear conveying rotary shaft provided on the front side of the cover member; A second front-rear feed rotary shaft provided on the rear side of the cover member so as to face the first front-rear feed rotary shaft; A first front-rear conveying pulley and a second front-rear conveying pulley installed at one side and the other end of the first front-rear conveying rotation shaft; Third and fourth front and rear conveying pulleys provided on the second front-rear conveying rotary shaft so as to face the first and second front-rear conveying pulleys; A forward / backward transferring pulley provided on the first front / rear conveying rotary shaft; A front and rear conveying motor connected to the front and rear conveying drive pulleys disposed opposite to the front and rear conveying motor pulleys; And a first front-rear conveying belt connected between the front-rear conveying motor-pulley and the front-rear conveying drive pulley; A second front and rear conveying belt connected between said first and third front and rear conveying pulleys and connected to said impression bearing member; And a third front and rear conveyance belt connected between the second and fourth front and rear conveyance pulleys and connected to the impression bearing member.

The seal impression apparatus according to the present invention may further comprise a document suction unit for applying a downward suction force to a document placed on the upper surface of the base member so that the document is firmly brought into close contact with the upper surface.

Preferably, the document sucking means includes an adsorbing sheet provided at a document seating portion of the base member and formed to have air permeability; A sealing frame on which a receiving space is formed and on which the adsorption sheet is installed; A sheet holder formed in the receiving space of the sealing frame and formed to have air permeability; And a suction fan installed to suck air inside the enclosure.

The seal impression apparatus according to the present invention may include a scanner installed on the painting support unit to scan a document placed on the upper surface of the base member.

In the meantime, at least one of the punching module for punching a document and the stapler module for binding a document can be installed in the base member according to the present invention.

According to the present invention, it is possible to perform a simple stamping operation while rotating the coating roll in accordance with the operation of the seal driving part, and the coating roll can freely move back and forth and right and left by the front and rear conveying parts and the left and right conveying parts, It is possible to easily adjust the seal position according to the purpose and use.

According to the seal impression apparatus of the present invention, the document can be fixed by the document sucking means without shaking, and the pressing pad can be prevented from being disturbed by pressing the document when the coating roll is moved, There is an advantage to be able to perform.

In addition, according to the seal stamping apparatus according to the present invention, it is possible to perform a scanning operation of a document in parallel with a stamping process, to easily perform a stitching operation for authenticating a document or an ironing operation for a document, And the efficiency is improved.

1 is a view for explaining a scan apparatus of a conventional seal paint image,
FIG. 2 is a perspective view illustrating an overall structure of a seal impression apparatus according to an embodiment of the present invention. FIG.
3A and 3B are exploded perspective views for explaining a seal impression apparatus according to an embodiment of the present invention. FIG. 3A is an exploded perspective view showing the upper side and FIG. 3B is an exploded perspective view showing the lower side.
4 is a perspective view illustrating a main driving unit of the seal impression apparatus according to the embodiment of the present invention.
FIGS. 5A to 5C are enlarged views for explaining the detailed components of the seal impression apparatus according to the embodiment of the present invention, wherein FIG. 5A is a perspective view in which a part is separated from part A in FIG. Fig. 5C is an enlarged view of part A of Fig. 3A.
FIG. 6 is an enlarged view of a portion B in FIG. 3 (a) for explaining a seal drive portion of a seal impression apparatus according to an embodiment of the present invention.
FIG. 7 is an enlarged view of a portion C of FIG. 3A showing a side view of a seal impression apparatus according to an embodiment of the present invention. FIG.
8A and 8B are views for explaining the operation of the seal impression apparatus according to the embodiment of the present invention, wherein FIG. 8A is a view showing a state where the seal portion and the document pressing means are located at one side, FIG. And the document pressing means is moved to the center.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to FIGS. 2 to 8B, and the same reference numerals are given to the same constituent elements in FIGS. 2 to 8B. It is to be understood that both the foregoing general description and the following detailed description are exemplary and explanatory and are intended to provide further explanation of the invention as claimed. For example, the description of the bearings for guiding the rotation of the shaft or the rod, the bolt and the snap ring for coupling between the members, and the like will not be described.

FIG. 2 is a perspective view showing an overall external structure of a seal impression apparatus according to an embodiment of the present invention, and FIGS. 3A and 3B are exploded perspective views illustrating a seal impression apparatus according to an embodiment of the present invention, FIG. 3B is an exploded perspective view showing a shape shown from the lower side. FIG. 4 is a perspective view illustrating a main driving unit of the seal impression apparatus according to the embodiment of the present invention.

2 to 4, a seal stamping apparatus according to an embodiment of the present invention is a device for easily and quickly stamping stamps while adjusting the position of stamping on a document, and includes a base member 1, A seal member 2, a stamping portion 3, a seal driving portion 4, a coating support portion 5, a front and rear conveying portion 6, and a left and right conveying portion 7.

The base member 1 is a member for forming a basic skeleton. The base member 1 includes a base plate 11 having a through hole formed therein as shown in Figs. 3A and 3B, a document absorbing means 82 coupled to the base plate 11, And a side plate 12 on which a hinge portion 122 is formed.

The cover member 2 is formed in a shape corresponding to the base member 1 and is openably and closably provided on the hinge portion 122 of the base member 1. [ The cover member 2 is provided with a receiving space therein and is provided with a part 3 constituting a part to constitute a portion 3 which is a blade to be described later, a seal driving part 4, a coating support part 5, a front and rear conveying part 6, Respectively.

FIGS. 5A to 5C are enlarged views for explaining the detailed components of the seal impression apparatus according to the embodiment of the present invention, wherein FIG. 5A is a perspective view in which a part is separated from part A in FIG. Fig. 5C is an enlarged view of part A of Fig. 3A. Figs. 5B and 5C show shapes appearing when some components (a coating roll, a roll supporting member, an ink roll) are separated.

As shown in Figs. 5A to 5C, the stamping portion 3 is a component that is embedded in the cover member 2 and performs a stamping operation on a document placed on the upper surface of the base member 1, A conveying member 32, an ink roll 33, and a roll supporting member 34 are provided.

The coating roll 31 is a cylindrical member having a through hole formed therein, and is connected to a conveying screw rod 71 to be described later, and is formed with an embossed stamped portion 311 protruding with letters or patterns to be stamped on the outer surface thereof .

The conveying member 32 is a member screwed to the conveying screw rod 71, and the painting roll 31 is coupled to the outer surface thereof. The conveying member 32 is a bushing-shaped member having a through-hole formed in the central through hole, and has a seating protruding portion 321 at one end thereof to which a first fitting groove 341 of a roll supporting member 34 And a seating groove portion 322 into which the second fitting groove 342 is inserted and seated is formed in the other end portion.

The ink roll 33 is a member movably installed on the driving bar 41 facing the painting roll 31 and is formed into a cylindrical shape by a material such as a sponge that can absorb and store ink. The ink roll 33 may be inserted into the driving bar 41 by inserting a separate bushing into the central through hole. In this embodiment, however, the ink roll 33 may be a drive shaft 4 The bushing portion 421 is formed integrally with the rotation transmission gear 42 of the frame 421. The bushing portion 421 is formed integrally with the rotation transmission gear 42,

The roll supporting member 34 is a member provided between the conveying member 32 and the driving bar 41 and restrains the conveying member 32 from rotating when the conveying screw rod 71 rotates, And performs a function of restricting the ink roll and the painting roll to each other so that the ink roll 33 and the painting roll 31 interlock and move left and right. In other words, the roll support member 34 functions to convert the rotational motion of the feed screw rod 71 into the translational motion of the painting roll 31.

The roll supporting member 34 has a pair of first fitting grooves 341 that are fitted to both sides of the conveying member 32 at one side of the plate formed in the form of surrounding the upper side of the coating roll 31 and the ink roll 33 And a pair of second fitting grooves 342 which are fitted to both sides of the ink roll 33 are formed on the other side.

FIG. 6 is an enlarged view of a portion B in FIG. 3 (a) for explaining a seal drive portion of a seal impression apparatus according to an embodiment of the present invention.

The seal drive section 4 is a component for applying a drive force to the seal section 3 as shown in Figs. 5A, 5B and 6, and includes a driving spindle 41, a coating rotation transmission gear 42, A gear 43, a painting bevel gear 44, a painting rotation drive motor 45, and a painting rotation power transmission device 46. [

The driving bar 41 is a bar-shaped member provided between the sub-support members 51, which will be described later, and is formed of a hexagonal bar. In addition to the hexagonal rods, the driving rods 41 may be formed of square rods such as triangular rods, square rods, and octagonal rods.

The painting rotation transmission gear 42 is a gear connected to the driving bar 41. The rotation transmission gear 42 is a gear that is inserted into the driving bar 41 and can be transported to the right and left, Respectively. A bushing portion 421 is extended and formed in the painting rotation transmission gear 42 so as to insert the ink roll 33 as described above.

The painting rotation driven gear 43 is coupled to the conveying member 32 of the stamped portion 3 so as to be engaged with the painting rotation transmission gear 42 as a gear for directly rotating the painting roll 31.

As shown in Fig. 6, the painting rotary bevel gear 44 includes an input side bevel gear portion 441 which is inserted into the first supporting member guide rod 52 and is mounted on the impeller supporting member 51, And an output side bevel gear portion 442 engaged with the input side bevel gear portion 441.

The coating rotation driving motor 45 is a component for generating and applying a rotational force for rotating the driving rods 41. The coating rotation driving motor 45 is a component for rotating the driving rods 41, And transmits a rotating force to the driving bar 41 via the painting rotary power transmission device 46. [

The painting rotary power transmission device 46 is constituted by a gear drive system that is arranged between the painting rotation drive motor 45 and the driving spiral rod 41 and transmits rotational force by arranging a plurality of gears to transmit the driving force However, in the present embodiment, a belt power transmission system is used.

More specifically, as shown in FIG. 5B, the coating rotary power transmitting device 46 includes a coating rotating electromagnetic pulley 461 mounted on a first supporting member guide rod 52, a rotating rotating electromagnetic pulley 461, And a coating rotation driving pulley 462 and a coating rotation driving pulley 462 connected to the output shaft of the coating rotation driving motor 45, (463). Here, the rotation rotation pulley 461 and the coating rotation driving pulley 462 are formed as a timing pulley in consideration of the accuracy of operation, and the coating rotation belt 463 is a timing belt Respectively.

The coating support portion 5 is a member connected to support the seal portion 3 and the seal drive portion 4 and includes a support member 51 that is a seal connected to both ends of the feed screw rod 71, A first support member guide rod 52 and a second support member guide rod 53 which are connected to the support member and are slid and are spaced apart from each other at both ends of the cover member 2 in the forward and backward directions.

The impeller support member 51 is a pair of members which are connected to one end and the other end of the driving screw rod 71 and the driving spiral rod 41. The first and second support member guide rods 52, 53 so as to be moved back and forth.

5B and 6, the imprint supporting member 51 is formed by bending a plate-shaped member and includes a first vertical part 511 to which the driving screw rod 71 and the driving bar 41 are connected, A flat portion 512 bent perpendicularly to the first vertical portion 511 and connected to the second and third front and rear conveyance belts 68 and 69 to be described later, And a second vertical portion 513 connected to the first and second support member guide rods 52 and 53. [ At this time, the flat portion 512 is fastened to the second and third front and rear conveyance belts 68, 69 by the belt fixing plate 68a.

The first and second support member guide rods 52 and 53 are formed of a hexagonal bar so as to transmit a rotational force to a member to be connected. In addition to the hexagonal rods, the first and second support member guide rods 52 and 53 may be formed as triangular rods, square rods, and octagonal rods.

As shown in Fig. 4, the front and rear conveying section 6 is a constituent element for conveying the painting and supporting section 5 back and forth. The front and rear conveying section 6 includes a first front and rear conveying rotary shaft 61 provided in front of the cover member 2, A second front and rear conveying rotary shaft 62 provided at the rear side of the cover member 2 so as to face the conveying rotary shaft 61 and a first front and rear conveying pulley 63 provided at one side and the other side of the first front and rear conveying rotary shaft 61 Rearward conveying pulleys 64 'provided on the second front-rear conveying rotary shaft 62 so as to face the first and second front and rear conveying pulleys 63 and 63' and the first and second front and rear conveying pulleys 63 and 63 ' , And 64 '.

The front and rear conveying motor 66 are connected to the front and rear conveying drive pulleys 65 and the front and rear conveying drive pulleys 65 ' A first front and rear conveyance belts 67 connected between the front and rear conveyance motor pulley 65 and the front and rear conveyance drive pulleys 65 'and the first and third front and rear conveyance pulleys 63 and 64, A second front and rear conveyance belt 68 connected to the supporting member 51 via the first and second front and rear conveying pulleys 68a and 68b and a second front and rear conveyance belt 68a connected between the second and fourth front and rear conveyance pulleys 63 ' And a third back and forth conveying belt 69 connected to the supporting member 51 through the intermediary of the supporting member 51.

FIG. 7 is an enlarged view of a portion C of FIG. 3A showing a side view of a seal impression apparatus according to an embodiment of the present invention. FIG.

The left and right conveying unit 7 is a constituent element connected and configured to convey the stamping unit 3 to the left and right as shown in Fig. 7, in which the conveying member 32 of the stamping unit 3 is screw- A feed screw rod 71 rotatably mounted on the member 51 and a screw drive device connected to rotate the feed screw rod 71. [

The screw driving device includes an input side bevel gear portion 721 which is inserted into the second support member guide rod 53 and is mounted on the impeller support member 51 and an input side bevel gear portion 721 which is coupled to the feed screw rod 71, A screw rotation drive motor 73 for generating and applying a rotation force for rotation of the feed screw rod 71 and a screw driving bevel gear 72 for driving the screw rotation drive motor 73 And a screw rotating power transmitting device 74 which is disposed between the second supporting member guide rods 73 and 73 and transmits the rotating force.

The screw rotating power transmitting device 74 is disposed opposite to the screw rotating electric pulley 741 and the screw rotating electric rotating pulley 741 provided in the second supporting member guide rod 53 and the screw rotating driving motor 74 A screw rotation drive pulley 742 connected to the output shaft and a screw rotation belt 743 connected to the screw rotation drive pulley 741 and the screw rotation drive pulley 742.

8A and 8B are views for explaining the operation of the seal impression apparatus according to the embodiment of the present invention, wherein FIG. 8A is a view showing a state where the seal portion and the document pressing means are located at one side, FIG. And the document pressing means is moved to the center. 8A and 8B show a shape in a state in which the cover member 2 is removed to facilitate understanding.

4, 6, 8A, and 8B, the seal stamping apparatus according to the present invention presses the document placed on the upper surface of the base member 1, thereby making the stamping operation by the stamped portion 3 more stable Document pressing means 81 is further provided.

The document pressing means 81 includes a pressing pad 811 formed as an in-plane member to press the document and a plurality of pad guiding rods 812 as means for raising the pressing pad 811 at the same time in front of and behind the sealing portion 3 ). Here, the pad guide rod 812 performs an action to lift the pressing pad 811 when the seal portion 3 is moved, and to press the pressing pad portion except for the sealing portion so as to be in close contact with the upper surface of the base member .

The pressing pad 811 is formed of a rubber plate, a synthetic resin plate, a stretchable fabric or the like having elasticity, and both ends thereof are bound to the front and rear ends of the cover member 2.

The pad guide bar 812 is horizontally disposed in a plurality of positions between the pair of sealing members 51 so as to guide the movement of the pressing pad 811 and to apply a pressing force so that the pressing pad 811 is in close contact with the upper surface of the base member .

More specifically, as shown in the enlarged part of FIG. 8A, the pad guiding rod 812 is provided with a front portion and a rear portion on the upper side of the impeller support member 51 so that the bottom surface of the pressure pad 811 is raised and seated, The first and second pad guide rods 812a and 812b that are spaced apart from each other and the upper surface of the pressing pad 811 to press the pressing pad 811 against the upper surface of the base member 1, And third and fourth pad guide rods 812c and 812d which are horizontally spaced back and forth below the support member 51.

At this time, both ends of the third and fourth pad guide rods 812c and 812d are coupled to the guide rod bracket 813, which is coupled to the inside of the seal support member 51.

On the other hand, the seal impression apparatus according to the present invention comprises a document sucking means 82 for firmly attaching the document to the upper surface of the base member 1 at the time of stamping.

As shown in FIGS. 3A and 3B, the document sucking means 82 is provided with a suction sheet 821, a sealing frame 822, a sheet holding member 823, and a sheet holding member 823 so as to apply a downward suction force to a document placed on the upper surface of the base member 81, (823) and a suction fan (824).

The absorbent sheet 821 may be formed of a cloth or the like having a breathable hole, which is provided at a document seating portion of the base member 1 and has fine ventilation holes.

The airtight frame 822 is formed in a rectangular frame shape having a receiving space formed therein. The airtight frame 822 is formed with a seat mounting opening for mounting the suction sheet 821 thereon and a fan mounting opening for installing the suction fan 824 have.

The sheet support 823 is a member that is built in the receiving space of the sealing frame 822 and is formed to have air permeability, and has a function of supporting the adsorption sheet 821, which is raised on the upper side, when the suction force is applied, . In the present embodiment, the sheet support 823 is formed of a rectangular parallelepiped having a honeycomb-shaped vent hole and is inserted into the sealing frame 822 to be installed.

The suction fan 824 is constituted by two blowing fans installed in the fan mounting opening of the closing frame 822 so as to suck air inside the closing frame 822.

Meanwhile, in the seal impression apparatus according to the present invention, as shown in FIG. 4, a scanner 83 is installed so as to scan a document placed on the upper surface of the base member 1.

The scanner 83 is provided with both end portions on a supporting member 51 which is a seal of the painting support portion 5 so as to perform a scanning operation in conjunction with the movement of the seal portion 3. [

In addition, if the scanner 83 can effectively read the image of the document and can easily install the scanner on the auxiliary support member 51 described above, the scanner 83 can be selected and applied to the scanner in the market. In the present embodiment, a model (Model name HD06G-YO1) of Canon Components Inc. (manufactured by Canon Inc.), which is designed to facilitate the scanning of A4 size paper, is formed by applying a rectangular bar shape.

Meanwhile, the seal stamping apparatus according to the present invention further comprises a punching module 84 for punching a document and a stapler module 85 for binding documents.

The punching module 84 includes a punching module frame 841 mounted on the base member 1 and a punching device 842 installed in the center of the punching module frame 841 as shown in Figs. . The perforating device 842 can be selected and installed as a device for perforating a hole in a document. For example, a punch device disclosed in Korean Patent Registration No. 10-0390573 may be selected and installed. The above-mentioned Patent No. 10-0390573 discloses a perforated pinhole assembly 10 having a perforated pin 11 protruded downward at an upper portion thereof and a support body 12 having a guide portion 12 formed at its lower portion, And a perforation hole 22 formed in the guide part 12 of the support main body 1 so as to be vertically movable up and down and having a perforation hole 21 fitted to the perforation pin 11, And a drive unit 3 for moving the perforated lifting body 2 up and down so that the perforated lifting body 2 is moved upward to perform the perforating operation .

The stapler modules 85 are arranged in a pair so as to be spaced apart from the right and left sides of the punching module frame 841. And the stapler module 85 can select and mount a known stapler module as a module for stapling the document. For example, an electric stapler disclosed in Korean Patent Registration No. 10-1018165 may be selected and installed.

Meanwhile, the seal impression apparatus according to an embodiment of the present invention includes a power switch for turning on / off power to the cover member 2, an operation button (not shown) for inputting an operation signal, a lamp And a printed circuit board having a built-in microcomputer or the like for controlling the driving of the seal driving part 4, the front and rear conveying part 6 and the left and right conveying part 7 in accordance with the input signal of the operation button A control unit (not shown) is incorporated.

Hereinafter, the operation of the seal impression apparatus according to one embodiment of the present invention will be described.

The cover member 2 is first opened upward with respect to the hinge portion 122 and the paper is fed to the base member 1, And then the cover member 2 is closed and returned to its original position. At this time, the document (a) is pulled by the suction force by the operation of the suction fan 824 and is in tight contact with the adsorption sheet 821.

In this state, a process of performing a stamping operation on a document placed on the upper surface of the adsorption sheet 821 will be described. When the stamp rotation driving motor 45 is driven under the control of the control unit, A rotational force is transmitted to the first support member guide rods 52 through the coating rotary power transmission device 46 composed of the drive pulley 461, the drive pulley 462 for painting rotation, and the paint rotation belts 463, The rotational force of the support member guide rod 52 is transmitted to the input side bevel gear portion 441 and the output side bevel gear portion 442 so that the driving spiral rod 41 is rotated. Thereafter, the rotation of the driving rotary bar 41 causes the rotation of the painting rotary gear 42. As the rotation of the painting rotary driven gear 43 engaged with the rotation rotary gear 42 is rotated, the coating roll 31 is rotated And the embossed-embossed portion 331 protruded on the outer surface thereof performs a stamping operation while being in contact with the upper surface of the document. In the course of the rotation of the coating roll 31, the positive embossed portion 331 comes in contact with the ink roll 33 to receive ink.

Meanwhile, when the position of the seal of the document (a) is to be adjusted in the left-right direction, the screw rotation drive motor 73 may be rotated under the control of the control unit.

7B, the screw rotation drive motor 73 is rotated in the forward or reverse direction by the drive signal applied from the control unit, and the screw rotation drive pulley 742 is rotated on the screw rotation drive motor 73, The input side bevel gear portion 721 is rotated while the second support member guide rods 53 are rotated in succession via the output side bevel gear portion 722 Is rotated. When the output side bevel gear portion 722 is rotated, the feed screw rod 71 is rotated in the forward or reverse direction as shown in FIG. 5B, and rotational force is applied to the feed member 32 screwed thereto, A roll supporting member 34 is provided between the driving screw bar 71 and the driving bar 41 so that the feeding member 32 does not rotate but performs translational motion when the feeding screw bar 71 rotates. Accordingly, since the coating roll 31 coupled to the conveying member 32 is moved to the left and right, the position of the stamping can be adjusted to the left and right.

If it is desired to adjust the seal position of the document in the forward and backward directions, it may be performed by rotating the forward and backward conveying motors 66 under the control of the control unit.

4, 5B, 8A and 8B, the forward and backward conveying motors 66 are rotated in the forward or reverse direction by a drive signal applied from the control unit, and the forward and backward conveying drive pulleys 65 ' And the front and rear conveying electric pulley 65 are rotated via the first front and rear conveying belts 67. [

When the front and rear conveying electric pulley 65 is rotated, the first front and rear conveying rotational shaft 61 is rotated so that the first front and rear conveying pulleys 63 and the second front and rear conveying pulleys 63 'coupled thereto are rotated, The second and the front and rear conveyance belts 68 and 69 connected to the second front and rear conveyance pulleys 63 and 63 'and the third and fourth front and rear conveyance pulleys 64 and 64' perform orbital motion. When the second and the front and rear conveyance belts 68 and 69 perform the orbital motion, the supporting member 51, which is a combined edge through the belt fixing plate 68a, is interlocked to perform translational motion in the forward and backward directions The transfer screw bar 71 coupled to the seal supporting member 51 is moved back and forth so that the coating roll 31 coupled thereto is moved back and forth so that the seal position can be adjusted back and forth.

The first and second pad guiding rods 812a and 812b, which are coupled to the impeller supporting member 51 when the supporting member 51 is moved back and forth by the operation of the front and rear transfer unit 6 as described above, The pressing pad 811 is lifted up convexly along the moving direction, and the operation and movement of the sealing portion 3 in the inner space becomes possible.

Since the pressure pad 811 is moved via the bottom surfaces of the third and fourth pad guide rods 812c and 812d, the pressure pad 811 is pressed to the upper surface of the adsorption sheet 821, Can be prevented from being disturbed, and even a decorated document can be flatly unfolded, so that the sealing operation can be performed smoothly.

When the seal supporting member 51 is moved back and forth and the pressing pad 811 is lifted by the first and second pad guiding rods 812a and 812b and the document needs to be scanned, The scanner 83 can be operated to perform the scanning operation. If a punching operation for authentication is required for the sealed and scanned document, the punching module 84 mounted on the base member 1 is used, and if the document is stapled, the stapler module 85 is used .

It is to be understood that the present invention is not limited to the above-described embodiment, and that various modifications and changes may be made without departing from the scope of the present invention as defined in the appended claims. It will be understood by those of ordinary skill in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined by the appended claims.

The terms used in the above embodiments are used only to describe specific embodiments and are not intended to limit the present invention. The singular expressions include plural expressions unless the context clearly dictates otherwise. In the present application, the terms "comprises" or "having" and the like are used to specify that there is a feature, a number, a step, an operation, an element, a component or a combination thereof described in the specification, But do not preclude the presence or addition of one or more other features, integers, steps, operations, elements, components, or combinations thereof.

1: base member 2: cover member
3: stamp part 31: stamp roll
32: conveying member 33: ink roll
34: Roll supporting member 4: Sealing drive part
41: Driving bar 42: Painted rotary gear
43: Paint rotating driven gear 44: Paint rotating bevel gear
45: Coating rotation drive motor 46: Coating rotation power transmission device
5: paint support part 51:
52: first support member guide rod 53: second support member guide rod
6: forward / backward feed 61: first forward / backward feed rotation axis
62: second forward / backward feed rotary shaft 63: first forward / backward feed pulley
63 ': second forward / backward feed pulley 64: third forward / backward feed pulley
64 ': fourth forward / backward feed pulley 65: forward / backward feed forward pulley
65 ': forward / backward conveying drive pulley 67: first forward / backward conveying belt
68: second forward / backward conveying belt 69: third forward / backward conveying belt
7: Transfer to the left and right 71: Feed screw
72: screw driven bevel gear 73: screw rotating drive motor
74: screw rotating power transmission device 81: document pressing means
82: Document suction means 83: Scanner
84: Punching module 85: Stapler module
a: Document

Claims (15)

In a seal stamping apparatus,
A base member on which a document is placed;
A seal disposed on the base member and performing a seal operation on the document;
A driving part connected to apply a driving force to the seal part;
A paint support portion connected to support the seal portion and the seal drive portion;
A front and rear conveyance part connected and configured to convey the painting and supporting part forward and backward;
A left and right conveying unit connected and configured to convey the seal unit to the left and right; And
And a document sucking means for applying a downward suction force to the document placed on the upper surface of the base member so that the document stuck more firmly on the upper surface. The method according to claim 1,
And a cover member which is disposed on the upper side of the base member so as to be openable and closable and in which the seal portion, the paint support portion, the seal drive portion, the front and rear transfer portion, and the right and left transfer portions are incorporated. 3. The method of claim 2,
Wherein the left and right conveying part includes a conveying screw rod to which the seal part is installed and conveyed and a screw driving device connected to rotate the conveying screw rod,
Wherein the coating support portion includes a pair of supporting members which are connected to both ends of the conveying screw rod and first and second supporting members which are spaced apart from each other at both ends of the cover member so as to be slidably connected to the supporting portion, 2 support member guide rods. The method of claim 3,
Wherein the seal portion is composed of a coating roll which is connected to the conveying screw rod and is conveyed and formed with an embossed portion on the outer surface thereof,
Wherein the seal driving portion includes a driving rotary bar that is installed between the seal supporting members, a rotation rotary gear connected to the driving rotary bar, a rotary driven gear engaged with the rotary barrel to be engaged with the rotary rotary gear, A paint rotation drive motor for generating and applying a rotation force for rotation, and a paint rotation power transmission device disposed between the paint rotation drive motor and the drive spiral and transmitting a rotational force. 5. The method of claim 4,
Wherein the seal portion is provided with a conveying member screwed to the conveying screw rod, an ink roll movably installed on the driving mandrel facing the coating roll, And a roll supporting member provided between the driving spiral rods. 5. The method of claim 4,
Wherein the first and second support member guide rods are formed as square rods,
Wherein the screw driving device includes a driving bevel gear portion which is inserted into the second supporting member guide rod and is mounted on the bearing portion supporting member, and a screw driving portion including an output side bevel gear portion engaged with the input side bevel gear portion, A bevel gear, a screw rotation drive motor for generating and applying a rotation force for rotating the feed screw rod, and a screw rotation power transmission device disposed between the screw rotation drive motor and the second support member guide rod for transmitting a rotational force Wherein the seal is sealed by a seal. The method according to claim 6,
Wherein the seal driving unit includes a first rotating bevel gear unit including an input side bevel gear unit inserted into the first support member guide rod and installed on the impeller support member and an output side bevel gear unit engaged with the input side bevel gear unit, Further comprising:
Wherein the coating rotary power transmission device comprises: a coating rotating electric pulley installed on a first supporting member guide rod; And a coating rotating belt connected to the coating rotating driving pulley and the coating rotating driving pulley, the coating rotating driving pulley being disposed opposite to the coating rotating driving pulley and connected to the output shaft of the coating rotating driving motor,
The screw rotating power transmission device includes a screw rotating electric pulley installed in a second supporting member guide rod; A screw rotation driving pulley disposed opposite to the screw rotation driving pulley and connected to an output shaft of the screw rotation driving motor, and a screw rotation belt connected to the screw rotation driving pulley and the screw rotation driving pulley Characterized in that the seal impression device. The method of claim 3,
And document pressing means for pressing the document placed on the upper surface of the base member. 9. The method of claim 8,
Wherein the document pressing means includes a pressurizing pad having both ends bound to the front and rear ends of the cover member and allowing the document portion excluding the stamped portion to be brought into close contact with the upper surface of the base member; And
And a plurality of pad guiding rods that are horizontally disposed on the impeller supporting member so as to guide the movement of the pressing pad and apply a pressing force so that the pressing pad is in close contact with the upper surface of the base member. 10. The method of claim 9,
The pad guide bar may include first and second pad guide bars vertically spaced apart from each other on the upper side of the sealer support member so that the bottom surface of the presser pad can be seated and moved and the upper surface of the presser pad is pressed, And a third and a fourth pad guiding rods which are horizontally spaced apart from each other in the backward and rearward direction below the perforated support member so as to perform a function of bringing the upper and lower surfaces of the pad support member into close contact with each other. The method of claim 3,
The front-
A first front-rear feed rotary shaft provided at a front side of the cover member;
A second front-rear feed rotary shaft provided on the rear side of the cover member so as to face the first front-rear feed rotary shaft;
A first front-rear conveying pulley and a second front-rear conveying pulley installed at one side and the other end of the first front-rear conveying rotation shaft;
Third and fourth front and rear conveying pulleys provided on the second front-rear conveying rotary shaft so as to face the first and second front-rear conveying pulleys;
A forward / backward transferring pulley provided on the first front / rear conveying rotary shaft;
A front and rear conveying motor connected to the front and rear conveying drive pulleys disposed opposite to the front and rear conveying motor pulleys; And
A first front and rear conveyance belt connected between the front and rear conveyance motor pulley and the front and rear conveyance drive pulleys;
A second front and rear conveying belt connected between said first and third front and rear conveying pulleys and connected to said impression bearing member; And
And a third front and rear conveyance belt connected between the second and fourth front and rear conveyance pulleys and connected to the impression bearing member. delete The method according to claim 1,
The document sucking means includes an adsorbing sheet provided at a document seating portion of the base member and formed to have air permeability;
A sealing frame on which a receiving space is formed and on which the adsorption sheet is installed;
A sheet holder formed in the receiving space of the sealing frame and formed to have air permeability; And
And a suction fan installed to suck air inside the enclosure. The method according to claim 1,
And a scanner installed on the painting support so as to scan the document placed on the upper surface of the base member. The method according to claim 1,
Wherein at least one of a punching module for punching a document and a stapler module for binding a document is provided on the base member.

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