KR101457369B1 - An article dispenser with both-side outlets - Google Patents

Abstract

The present invention relates to an integrated document dispenser to output documents on both sides thereof which includes a paper input unit (110,120) to which the document printed on a printer is inputted on the lower side thereof, a front output unit (130) which is formed on the front side thereof, a rear output unit (140) which is formed on the rear side thereof, and a sorting unit (150) which induces the paper inputted through the paper input unit (110,120) to either the front output unit (130) or the rear output unit (140). A top loading unit (160) and a bottom loading unit (170) are formed between the sorting unit (150) and the front and rear output units (130,140), respectively. Filing units (180,190) for filing the paper are formed on the top and bottom loading units (160,170).

Description

{AN ARTICLE DISPENSER WITH BOTH-SIDE OUTLETS}

The present invention relates to a double-sided exhaust type integrated document issuer, and more particularly, a single integrated document issuer is currently shared by financial institutions or government offices. In this case, a single integrated document issuer is installed between two persons, There is a possibility that complaints may occur due to being discharged from a single outlet. Since a document is issued sequentially and another document can not be processed while a document is being discharged, there is a disadvantage that a waiting time of a complainant is lengthened. This problem can be solved by allowing documents to be ejected from left and right sides of a integrated document issuer installed between the persons in charge.

In general, when issuing certified documents of financial institutions such as banks, government offices or ward offices, for example, registration of resident registration, resident registration, copy of registration of corporation, registration of real estate registration, Signing and stamping, stamping (affixing) affixing work according to the type of the certified documents, stitching work in the case of two or more certified documents, and engraving work for the prevention of counterfeiting of two or more documents Conventionally, various types of automatic authentication devices for automating a series of operations related to the issuance of the certification documents have been developed and marketed in order to reduce the heavy work of the certification document staff and to quickly process the certification document issuance task.

On the other hand, in a financial institution or a government office, a single document issuer is shared by two representatives. In this case, since a single document issuer is installed between two persons, the documents printed on both sides are mixed and discharged from one outlet There is a possibility that complaints may occur, and there is a disadvantage in that waiting time of a complainant is lengthened because another document can not be processed while a document is issued and a document is discharged sequentially.

The prior art related to the present invention discloses a document issuing device of Patent Publication No. 2010-0115925, an automatic certifier of Patent Publication No. 1998-076174, an automatic certifying system using the same, and an automatic deflecting device for a printer of Patent No. 1083003 In these related arts, the authentication and the release of the document (or the single sheet) are made only in the semicircle direction, so that it is not only confusing which document is output, but also in the case of the single document, There has been a problem as described above.

SUMMARY OF THE INVENTION The present invention has been conceived to solve the above-mentioned problems, and an object of the present invention is to provide a system and a method for preventing a document from being mixed with each other by allowing a single integrated issuer to simultaneously use two persons, Side discharge type integrated document issuing device capable of issuing another document even if the printing job of the document proceeds on one side.

In order to accomplish the above object, according to an embodiment of the present invention, there is provided a paper input unit for inputting a document printed in a printer on a bottom surface, a front output port, a rear output unit, A sorting unit for guiding the paper that has entered through the input unit to one of the front discharge unit and the rear discharge unit is provided, and upper and lower loading units are provided between the sorting unit and the front and rear discharge units, There is provided a double-sided drain type integrated document issuing machine provided with a seam relief portion for sheet binding.

In the embodiment of the present invention, the sorting section is composed of primary and secondary guides operated by solenoids, respectively. The primary guide guides the sheet, which has entered the sheet feeding section from the printer, toward the front discharge section side or the rear discharge section side In the case of a document composed of a plurality of sheets of paper, the paper is fed toward the upper loading unit, and after the binding process, the secondary guide is discharged to the rear discharging unit .

In the embodiment of the present invention, the operation of the sorting unit is interlocked with a print signal applied to the printer in two computers, that is, the number of sheets and a signal applied from a certain computer, And the document issued by the other computer is ejected only through the rear ejection unit, so that the document is not interlaced.

The two-sided drain type integrated document issuer according to the embodiment of the present invention is configured such that the documents are separated in the front and the back (or left and right) in a state where they are installed between two persons in charge, In addition, since it is possible to shorten the time required for the other party to wait for the issuance of the document until the issuance of the document is completed during the process of issuing the document from the one party, it has a useful effect of improving the efficiency of issuing various kinds of documents .

1 is a sectional view showing the configuration of a double-sided drain type integrated document issuing device according to a first embodiment of the present invention;
2 is a plan view showing an operating state of a sorting unit,
3 is a sectional view showing an operating state of the sorting unit,
4 is a cross-sectional view illustrating a back discharge process of a single document,
5 is a cross-sectional view showing a back discharge process of a brittle document,
FIG. 6 is a cross-sectional view illustrating a process of discharging a single document,
FIG. 7 is a cross-sectional view showing a process of discharging the entire surface of the document. FIG.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 to 3 show the overall configuration of the double-sided drain type integrated document issuing machine according to the embodiment of the present invention and the operation state of the sorting section. In this embodiment, a document printed on a printer (not shown) A front discharge port 130 is provided on the front surface and a rear discharge port 140 is provided on the rear surface of the paper discharge tray 110. The inside of the paper discharge tray 110 is inserted into the front A sorting unit 150 is provided for guiding to either the discharge unit 130 or the rear discharge unit 140. Between the sorting unit 150 and the front and rear discharge units 130 and 140, And the upper and lower stacking units 160 and 170 are respectively provided with the binding units 180 and 190 for binding sheets of paper.

In this embodiment, the driving mechanism for moving the paper in the document issuer, the alignment mechanism for aligning the paper, and the configuration for the authentication portion for authentication of the paper are identical to those of the conventional art in the art A detailed description thereof will be omitted. In the following, only the process of switching the direction of the paper by the sorting unit and the sorting unit, which are the main constituent elements of the present invention, and discharging them to the front and rear discharge units will be described.

Meanwhile, in the present embodiment, the document issuing machine includes two paper input units 110 and 120, which consider the paper to be discharged in two ways by the printer to be used. The present invention is not limited to this, Is included in the scope of the right.

The sorting unit 150 includes primary and secondary guides 156 and 158 operated by solenoids 152 and 154. The primary guide 156 is connected to the paper input unit 110 The second guide 158 serves to control the paper to be fed to the printer as a sheet of paper (e.g., paper) In the case of a document composed of a plurality of sheets of paper, the paper is fed toward the upper stacking unit 160 so as to be subjected to a binding process, and then discharged to the rear discharging unit 140 So that it can be controlled.

In this embodiment, the control operation of the solenoids 152 and 154 of the sorting unit 150 is interlocked with the print signal applied to the printer by the two computers, that is, the number of sheets and the signal applied from the certain computer, The document issued is only output from the front exhaust unit, and the document issued by the other computer is ejected only through the rear exhaust unit, so that the document is not interlaced.

2, the sorting unit 150 of the present embodiment is configured such that the first and the second guides 156 and 158 are moved in the same direction as the stroke of the solenoids 152 and 154 When the power is not applied to the solenoids 152 and 154, the guides 156 and 158 are advanced to the outside as shown in FIGS. 2A and 3A, When the power is applied to the solenoids 152 and 154, the guides 156 and 158 are retracted inward as shown in FIGS. 2B and 3B, so that the paper can move along the path. do.

2 and 3, reference numeral 132 denotes an entrance roller at the entrance of a path for entering the front discharge unit 130 side from the paper input units 110 and 120, and reference numerals 134 and 136 designate entrance rollers at the front discharge unit 130 side Reference numeral 138 denotes a discharge roller provided on the side of the lower stacking unit 170. Reference numeral 138 denotes a discharge roller disposed on the left end (in the drawing) of the paper P stacked on the lower stacking unit 170 toward the separating unit 190 and the front discharging unit 130 And is a flap guide for switching the direction to be oriented.

Reference numerals 141 and 143 denote the positions at which the paper P enters the rear discharge unit 140 from the paper booting units 110 and 120 and guide the paper P toward the upper loading unit 160 or immediately discharge the paper P to the rear discharge unit 140 Reference numeral 142 denotes a discharge roller provided on the side of the rear discharge unit 140 and 144 denotes an entrance roller for advancing the paper toward the upper loading unit 160. Reference numeral 146 denotes an upper loading unit 160 ).

Reference numeral 151 denotes a support bracket for installing the sorting unit 150; 153, a seesaw type link for connecting the solenoid and the guide; and 155, a return spring for returning the guide to the original position.

4 and 5 illustrate a process in which a document composed of a single sheet of paper is discharged to a rear discharge unit and a process of discharging a document composed of a plurality of sheets of paper to a rear discharge unit after a binding process in the integrated document issuer of this embodiment A description will be made of a process in which a document consisting of a sheet of paper is discharged directly to the rear discharge unit without stitching.

In the following description, the back discharge unit refers to a portion where a document issued by the computer located on the left side of the integrated document issuing unit is discharged, and the front discharge unit refers to a portion where the document issued and processed by the computer located on the right side of the integrated document issuing unit is discharged .

4 (a), (b), and (c) of FIG. 4, the document processed by the left computer is a sheet of paper and the document consisting of this sheet does not need a separate binding process. The primary guide 156 of the sorting unit 150 is retracted and the secondary guide 158 is rotated in the reverse direction ) Is maintained in the advanced state.

In this state, the straight path from the paper loading unit 110 to the rear discharge unit 140 is opened, and the paper P does not come in contact with the primary guide 156 retracted by the solenoid 152, The path is directly changed to the rear discharge unit 140 and is discharged as it is.

In the case where the documents issued by the left computer are made up of a plurality of sheets, they are loaded on the upper stacking unit 160, are aligned, are chucked in the chucking unit 180, and then discharged to the rear discharging unit 140 This is because the primary guide 156 and the secondary guide 158 are both driven by the respective solenoids 152 and 154 as shown in Fig. 5 (a), (b), (c) The path of the paper P from the paper loading section 110 to the upper loading section 160 is opened so that the paper P is separated from the first and second guides 156 and 158 The sheet P comes in contact with the upper inclined fixing guide 141 and enters the entering roller 144 while being sequentially stacked on the upper stacking unit 160. In the stacking process, Aligned in the horizontal and vertical directions by the aligned aligner , Becomes bind-in is made in bind-in unit 180.

The sheet is discharged to the rear discharge unit 140 by the discharge rollers 142 while the sheet is moved in the reverse direction by the discharge rollers 146 provided on the side of the upper stacking unit 160 after the binding operation is completed in the upper stacking unit 160 do.

6 and 7 illustrate a process in which a document composed of a sheet of paper is discharged to a front discharge unit and a process in which a document composed of a plurality of sheets of paper is discharged to a front discharge unit after a binding process in the integrated document issuer of the present embodiment.

6 (a) and 6 (b), since the document issued and processed by the right computer is a sheet of paper, the document consisting of this sheet does not need a separate binding process, the primary guide 156 of the sorting unit 150 is kept in the advanced state when the sheet P printed in the printer is sequentially entered into the sheet feeding unit 110 as shown in FIG. At this time, since the path of the secondary guide 158 is blocked by the primary guide 156, no operation signal is applied and the advanced (standby) state is maintained.

In this state, the path from the paper loading unit 110 to the front discharge unit 140 is opened, and the paper P is brought into contact with the primary guide 156 and is guided to the lower loading unit 140 via the entrance rollers 132, The flap guide 138 installed at the front of the lower stacking unit 170 is lifted so that the paper P is discharged to the front stacking unit 130 as it is. do.

In the case where the documents issued by the right side computer are composed of a plurality of sheets, the sheets are stacked on the lower stacking unit 170, sorted, processed in the staple unit 190 and discharged to the front discharge unit 130 , It is maintained in the forward state of the primary guide 156 as shown in FIG. 7 (a), (b), (c), and (d) The paper P is brought into contact with the primary guide 156 and loaded on the lower stacking unit 170 via the entry rollers 132. As a result, At this time, the flap guide 138 provided on the front side (left side in the figure) of the lower stacking unit 170 is opened downward, that is, toward the staple unit 190, The flap guide 138 is lifted to the front discharge portion 130 and the lower flap 138 is lifted to the front discharge portion 130. At the same time, The discharge rollers 136 mounted on the paper rollers 170 are driven to discharge the sheet P that has been stitched to the front discharge unit 130.

According to the embodiment of the present invention described above, even if two users use a single integrated document issuer at the same time, the document requested to be issued by the user is discharged toward the discharge port toward itself, so that there is no problem that the other person is mixed with the document requested to be issued, Even if the user presses the issuance button without waiting for the issuance of the document from the other side until the issuance of the document is completed in the process of issuing the document, the corresponding document is discharged to the self, thereby shortening the waiting time for issuing the complaint document, The efficiency of issuing documents such as documents can be improved.

P: paper 110, 120: paper input unit
130: front discharge unit 132: entry roller
134, 136: discharge roller 138: flap guide
140: rear discharge portion 141, 143: fixing guide
142: discharge roller 144: entry roller
146: Discharge roller 150:
151: Support Brackets 152, 154: Solenoid
153: seesaw type link 155: return spring
156: primary guide 158: secondary guide
160: upper loading unit 170: lower loading unit
180: wedge portion (upper portion) 190: wedge portion (lower portion)

Claims (3)

A paper discharge unit 110 and a paper discharge unit 110 for discharging a document printed by the printer are provided on a bottom surface of the apparatus main body 100. A front discharge port 130 is provided on a front surface of the apparatus, a rear discharge unit 140 is provided on a rear surface thereof, The sorting unit 150 includes a sorting unit 150 and a front and rear discharge units 150 and 160. The sorting unit 150 includes a sorting unit 150 for guiding the sheet, The upper and lower stacking units 160 and 170 are respectively provided with upper and lower stacking units 160 and 170 between the upper and lower stacking units 130 and 140. The upper and lower stacking units 160 and 170 are respectively provided with binding units 180 and 190 for binding sheets, And the primary guide 156 is configured to guide the paper that has entered the paper input unit 110 or 120 from the printer to the front output unit 130 side To the side of the rear discharge unit 140, If the document to be discharged to the printer is a sheet of paper, it is directly led to the rear discharge unit 140. In the case of a document composed of a plurality of sheets of paper, the paper is fed toward the upper stacking unit 160, And then discharged to the rear discharge unit (140) after the process is completed.
delete The method according to claim 1,
The sorting unit 150 is configured such that the solenoids 152 and 154 fixed on the support bracket 151 are moved forward and backward by linear motion of the first and second guides 156 and 158 by the strokes of the solenoids 152 and 154, And the return spring (155) is connected to the guides (156, 158) via the seesaw link (153) and returned to the home position by the return spring (155).

Images