KR100376369B1 - Automatic document issue device - Google Patents

Abstract

The automatic document dispenser according to the present invention is guided to the discharge port of the laser printer and tilted upwards 25 to 30 degrees upwards to enable alignment of the front and rear sides of the paper, and to the right to align the paper aligned to the guide object from side to side. An alignment table to align, a braid unit for braiding the sheet aligned from the alignment table from top to bottom, a conveying unit disposed on the upper side of the guide and arranged to convey the braided paper, and a sheet which is braided and transported in the braid unit A sealing portion for sealing at an upper end of the upper end of the laser printer, one end of which is hinged by a hinge shaft and one end of the laser printer, so that the document is discharged without the need for installing a document feeding means such as a shelf. Since it can be fixed to mount, the installation space is reduced, and it is possible to efficiently utilize the inside of the kiosk. Since sealing is done without using perforation used for counterfeit prevention, excessive load is not applied to the whole machine, which leads to long service life of the machine and to flatten documents in a down-up manner. It is possible to ensure that the storage of the document has an excellent effect possible.

Description

Automatic document issue device}

The present invention relates to a document dispenser for automatically issuing the output of the laser printer, more specifically, to be able to easily align the issued paper with a relatively simple structure is manufactured at low cost and down the stapler It is possible to be folded by the up method, so that the document can be stored reliably, and the structure is complicated and the sealing is performed by gluing the seal instead of the heavy punching machine, which reduces the burden on the machine, which extends the service life, and the laser outputs the paper. The present invention relates to a document dispenser which is easy to use by having a hinge structure to facilitate opening and closing of a printer.

Currently, the device that automatically issues the output of the laser printer is in charge of the main function of automatically issuing various certificates such as registered copies and resident registration copies which are embedded in the document issuing device. The document processing interlock is arranged on the output part of the laser printer, and the seal and non-present person of the head of the department in charge is stamped on the end of the document output from the laser printer, the authentication letter is stamped, the documents are aligned left and right and issued. In the case of more than one sheet, the punching work is performed, and after the punching work is finished, in the case of two or more sheets, the stapler is operated and the certificate is issued in such a manner that it is discharged after the knitting work is performed.

The document processing interlock disposed on such a laser printer has a separate shelf on the printer and a document processing interlock on the printer to receive the paper output from the laser printer. Since the space to install the module is relatively small, it is inconvenient, and because the perforation must be performed to prevent forgery of the document, the perforator is heavy, complicated in construction, expensive, and heavy, which causes a lot of stress on the machine itself. The machine's durability life is shortened, power consumption is high, maintenance costs are high, and noise is severely generated during operation. Also, the up-down stapler is used to staple the back of the document. Easily separated, high risk of losing documents There.

SUMMARY OF THE INVENTION The present invention has been made to solve such a problem, and has been developed to make the document processing interlocker mounted on a laser printer more compact and convenient to use.

An object of the present invention can be fixed to be mounted on the discharge unit of the laser printer from which the document is discharged without the need to install a document supply means such as a separate shelf to reduce the installation space efficiently utilize the inside of the document issuing device It is possible to provide a document dispenser that is capable of doing so.

Another object of the present invention is to seal without using a perforation used to prevent the forgery of the document (unnecessary load is applied to the entire machine, so that the durability life of the machine is long and to reliably prevent forgery of the document) It is possible to provide a document dispenser.

Still another object of the present invention is to provide a document dispenser that performs a sealing method in which a simple structure is manufactured at a low price, low power consumption, low maintenance cost, low noise, and anti-counterfeiting.

Still another object of the present invention is to provide a document issuing machine capable of carrying out the stapling of documents in a down-up manner and ensuring the storage of the documents.

Yet another object of the present invention is easy to install by being detachably installed on the laser printer and easy to use because it can be installed to be compatible with the existing document dispenser is easy to use and the contents in the laser printer without leaving after installation It is to provide a document dispenser capable of easily exchanging or repairing the service.

These objects of the present invention are achieved by the document dispenser according to the present invention, which forms a hinge portion at the rear end of the laser printer to pivotally fix the document processing interlocker so that documents discharged from the discharge portion of the laser printer can be inserted.

With reference to the accompanying drawings, a document dispenser according to the present invention will be clearly understood by the embodiments described in detail below.

1 is a perspective view of a document processing synchronizer of the document issuing machine according to the present invention.

FIG. 2 is a partially enlarged perspective view of the document processing interlock of the document issuing machine of FIG.

3 is a schematic longitudinal sectional view of a document processing interlocker;

4 is a schematic longitudinal sectional view in which a document processing interlock is installed on a laser printer;

Fig. 5 is a partially enlarged perspective view showing a state in which the document body is hinged and fixed on the laser printer of the frame body of the document processing synchronizer.

6 is a schematic cross-sectional view of an alignment portion of a document processing interlocker.

Fig. 7 is a schematic side view of a document processing interlocker

Fig. 8 is a schematic sectional view showing the operation of the feed roller of the feed unit of the document processing interlock.

Fig. 9 is a schematic enlarged longitudinal sectional view of the seal of the document processing interlock.

Explanation of symbols on the main parts of the drawings

40.Guide 41.Alignment 42.Flat Section

43. Feeding section 44. Sealing section 45. Frame body

In the document dispenser A according to an embodiment of the present invention, as shown in the drawing, a laser printer 2 is disposed in the lower portion of the dispenser case 1 and disposed on the laser printer 2. And one end includes a document processing interlocker 4 hinged to one end of the laser printer 2. The document processing interlock 4 is connected to the discharge port 21 of the laser printer 2, the guide table 40 inclined upward by 25 to 30 degrees to be able to align the front and rear of the paper, and the guide ( An alignment table 41 for aligning the sheets arranged on the right side so as to be able to align the sheets arranged on the right and left, a braiding portion 42 for braiding the sheets aligned on the alignment table 41 from the top to the bottom; The transfer unit 43 is disposed on the upper portion of the 40 and is aligned, and conveys the sheet sewn, and the sealing portion 44 for sealing the upper end of the sheet is sewn and conveyed from the braid portion 42. The guide 40, the alignment table 41, the uneven portion 42, the conveying portion 43 and the sealing portion 44 forms a basic structure of the document processing interlocker and is disposed on the laser printer (2) It is installed on (45).

One end of the frame body 45 has a support shaft 451 is formed in the transverse direction and is fixed to the upper end of the laser printer (2), in the middle of the support shaft 451 heat radiation of the upper end of the laser printer (2) The positioning table 452 is provided so as to be fixed on the groove 22 so that the position of the document processing synchronizer 4 can be set. In this embodiment, both ends of the support shaft 451 is hinged to the hinge portion 453 which is fixed to both sides of the laser printer (2).

Since the guide 40 formed in the lower portion of the frame body 45 adjacent to the discharge port 21 of the laser printer 2 is inclined upward 30 degrees in this embodiment, passes through the discharge port 21. Since one sheet of paper is aligned below the guide 40 by gravity, front and rear of the discharged paper are automatically aligned. In this way, the sheets whose front and rear are aligned by the guide 40 are aligned side by side by the alignment table 41 which is reciprocated left and right.

The alignment table 41 is formed on the frame body 45 above the guide table 40. The alignment table 41 aligns the left and right sides of the paper is aligned back and forth while the alignment plate 412 driven by the drive motor 411 reciprocated left and right. The alignment plate 412 is attached to the lower portion of the rack 413 reciprocated left and right by the drive motor 411 is reciprocated left and right.

At the upper end of the guide 40, a conveying roller 431 of the conveying unit 43 for raising and lowering the driven sheet is disposed. The transfer part 43 is driven by a drive motor 432 attached to one side of the frame body 45, driven belt 433 driven by the drive motor 432, and driven by the driven belt 433. The driven shaft 434, the feed roller 431 disposed in the middle of the driven shaft 434 and rotated together with the driven shaft 434, and the lifting drive member 435 to raise and lower the feed roller 431 It consists of. In the present embodiment, the elevating driver 435 in contact with the paper and conveying the paper is used as a solenoid operated elevating drive. However, the solenoid elevating drive may be used instead of the one-way bearing or other driving means.

A braid portion 42 for braiding the sheets arranged adjacent to the guide 40 is provided. The staple portion is composed of a stapler 421 is moved up and down so that the top end of the sheet aligned on the guide 40 can be sewn from above and the drive belt 422 for moving the position of the stapler 421.

Adjacent to the braid portion 43, a seal portion 44 which seals on the braided paper is provided. The sealing portion 44 includes a winding roller 442 for winding the sealing tape 441, a driven roller 443 to which the sealing tape 441 is fixed and driven, and the winding roller 442 and the driven roller ( Wedge-shaped partition pieces 445 and seals are formed to extend to a portion through which paper at the bottom of 443 passes, and seal tapes 441 pass through and separate seal marks 444 attached on seal tapes 441. It consists of an adhesive roller 446 for fold-adhesive 444. On the sealing tape 441, a plurality of sealing marks 444, which are cut to a certain length to perform sealing and a mark such as 'sealing' is printed on the surface, are bonded, and the sealing tape 441 passes through the divided piece 445. It is a structure that is in contact with the sealing portion of the paper conveyed in a state separated about half from the seal tape 441. In particular, since the seal 44 is disposed to be bonded to the seal needle 444 (not shown) of the braid portion 43, the seal mark 44 cannot be dismantled without removing the seal mark 444. It has the effect of disabling forgery of documents.

The automatic document dispenser (A) according to the present invention having such a configuration is provided with guides 40 adjacent to the discharge port 21 when the paper on which a predetermined matter is printed is discharged from the discharge port 21 of the laser printer 2. The guide 40 of the present invention is inclined upward by about 30 degrees in the exit direction, so the discharged paper is automatically loaded at the bottom of the guide 40 so that the top and bottom of the paper are aligned neatly. . When the output of the paper is terminated in the state that the top and bottom of the paper is aligned in this way, the drive motor 411 of the alignment table 41 installed on the frame body 45 is operated to align the plate 412 to the left and right to move one side of the paper. The sides will be struck so that the left and right sides of the paper will be aligned. The stapler 421 of the staple portion 42 located above the guide 40 is moved to a predetermined position by the driving belt 422 in a state where the top, bottom, left and right sides of the output paper are aligned in such a manner as to be lowered downward. As the upper end of the paper is bent and then moved to a certain position again, the upper end of the paper is bent by the same operation. When the braiding operation is completed, the driving belt 422 is operated so that the stapler 421 is returned to one side of the frame body 45 in its original position. When the braiding operation is completed in this way, the solenoid driving body 435 is operated while the feed roller 431 of the feed unit 43 is lifted upward to bring the feed roller 431 into contact with the unwrapped paper, and the driving motor 432 Since the driven belt 433 is driven to rotate, the driven shaft 434 is rotated so that the feed roller 431 is rotated and the sheet folded is conveyed in the discharge port direction. When the unwrapped paper is conveyed in this way, the seal mark 444 attached to the seal tape 441 of the seal portion 44 is moved from the seal tape 441 to the position at which the sealed sheet passes, as shown in FIG. Since the paper is passed through the paper, the seal mark 444 is attached to the paper while the seal mark 444 is attached to the paper, and the seal mark 444 is folded in the folded state. Will be discharged. In this way, when the seal 444 is attached to the paper, the take-up roller 442 is driven to rotate the seal tape 441 so that the seal 444 is placed in the separated state half-turned to the standby position. Thus, the winding roller 442 is intermittently driven by the stepping motor so that the sealing mark 444 of the sealing tape 441 can advance to the designated position one by one. In this way, the sealing unit 44 can prevent the forgery of the issued document by wrapping the curled position so that the issued document is not forged, thereby replacing the perforation function of preventing the forgery, so that the document issuer is not overwhelmed.

In addition, the document dispenser according to the present invention is rotated around the support shaft 451 of the frame body 45 to lift the one end of the document dispenser in order to replace the contents, such as toner of the laser printer, so that the contents of the laser printer can be easily It will be exchangeable.

Automatic document issuer according to the present invention as described above can be guided to the discharge port of the laser printer and can be aligned to the left and right guide guides inclined 25 to 30 degrees upward, so that the paper aligned to the guide object can be aligned left and right. Alignment bar for aligning to the right side so as to align the right side, and the uneven portion to segregate the sheet aligned in the alignment from the top to the bottom, the conveying portion disposed in the upper portion of the guide and aligned to convey the sewn sheet, and sewn in the sewn portion A seal for sealing at the upper end of the paper to be conveyed, one end of which is hinged by a hinge shaft and one end of the laser printer, so that the document is discharged without the need for installing a document feeder such as a shelf. The installation space can be reduced by being able to be mounted on the discharge part, so that the inside of the kiosk can be efficiently used. Since the sealing is done without using the perforation used to prevent the forgery of the document, excessive load is not applied to the whole machine, which increases the service life of the machine and down-ups the document. It is possible to carry out in a manner so that it is possible to ensure the storage of the document has an excellent effect.

Claims (16)

In a document dispenser in which a laser printer is arranged in the lower part of the dispenser case, and a document processing interlocker is arranged on the discharge port of the laser printer, The document dispenser is hinged by a hinge axis having one end of the frame body of the document dispenser transversely formed on the top of the laser printer adjacent to the discharge port of the laser printer, and the document dispenser is centered on the hinge axis. Document dispenser, characterized in that rotatably fixed. The document dispenser according to claim 1, wherein the document processing interlocker attaches a seal to one end of the issued document to prevent forgery of the document. The document dispenser according to claim 1, wherein the document processing synchronizer is provided with a guide table which is disposed at an angle of about 25 degrees to about 45 degrees upward in a document progress direction so that the top and bottom of the discharged document are aligned. 2. The document processing interlock according to claim 1, wherein the document processing interlocker is connected to the discharge port of the laser printer and tilts the guide table inclined at a predetermined angle upwards of the document progression so that the front and rear of the paper can be aligned, and the paper aligned to the guide object. An alignment table for aligning to the right so that the paper can be aligned with the right side; Automatic document dispenser comprising a sealing to perform. According to claim 1, wherein the laser printer and the document processing interlock has one end of the frame body of the document processing interlocker is hinged on the laser printer, the support shaft is formed in the transverse direction at one end of the frame body hinged Both ends of the support shaft are hinged to the upper end of the laser printer by hinges fixed to both sides of the laser printer, and the lower end of the support shaft is fixed to the heat dissipation groove of the upper end of the laser printer, thereby positioning the document processor. Document dispenser, characterized in that the positioning table is installed to enable the setting of. 5. The document dispenser according to claim 4, wherein the alignment table aligns the left and right sides of the sheet having the front and rear aligned while the alignment plate driven by the driving motor is reciprocated left and right. 5. The document dispenser according to claim 4, wherein the conveying roller of the conveying part is driven up and down to be able to contact the guide from the top of the guide. 8. The document dispenser according to claim 7, wherein the conveying roller of the conveying part is lifted and driven by a solenoid lifting drive. The method of claim 4, wherein the transfer unit is a drive motor attached to one side of the frame body, the driven belt driven by the drive motor, the driven shaft driven by the driven belt, and the driven shaft Automatic document dispenser, characterized in that composed of a feed roller which is disposed in the middle and rotated together with the driven shaft, and the lifting drive for lifting the feed roller up and down The stapler of claim 4, wherein the stapling portion which is installed adjacent to the guide stand and stabilizes the aligned sheet is moved to move the position of the stapler and the stapler which is raised and lowered so as to stagger the top of the sheet aligned with the guide object from the top to the bottom. Document dispenser characterized in that it comprises a belt The method of claim 4, wherein the sealing portion is formed to extend close to the winding roller for winding the sealing tape to which a plurality of seal marks are bonded, the driven roller to which the sealing tape is fixed and driven, and the conveyed paper is passed. Automatic document issuing machine comprising a split piece for separating the seal attached to the sealing tape at the tip 12. The automatic document dispenser according to claim 11, wherein an adhesive roller is provided outside the portion through which the paper adjacent to the divided piece passes, so as to bend and seal the seal attached to the paper. 3. The automatic document dispenser according to claim 2, wherein the seal table is brought into contact with the paper to be conveyed in a state in which a portion of the seal tape is separated from the seal tape when the seal tape passes through the divided pieces. 12. The automatic document dispenser according to claim 11, wherein the divided pieces are formed in a wedge shape so that the sealing mark is easily separated from the sealing tape. The document dispenser according to claim 2, wherein the seal is attached to the needle stitches to prevent forgery of the document. According to claim 4, The seal is automatic document dispenser, characterized in that the sealing mark is arranged to be bonded on the knitting needle of the knitting portion 43