KR200264902Y1 - Auto receiving equipment of public imposts notice - Google Patents

Abstract

The present invention relates to an automatic billing device for billing bills. More specifically, when a customer pays various bills that cannot be automatically debited directly to the bank, the customer first receives the bills so that they do not wait for the order of payment, and then processes them. It provides customers with time saving services that allow customers to save time waiting for payments, while minimizing business mistakes caused by congestion by distributing the amount of work to bankers during busy banking hours. The present invention relates to a utility bill automatic receipt device that can provide quality improvement services.

To this end, the present invention provides a transport unit for receiving an enclosed bill with a utility bill and a service request, a first printing unit for printing a receipt number, date, and a point on a label on a supplied labeling paper, and an envelope for transporting a utility bill. A receiving part comprising a peeling part composed of a peeling pin and a peeling induction roller, which peels the label from the labeling paper by shifting and directing the conveying direction of the labeling sheet fed downward after printing so that the label is attached at a predetermined position; A winding unit for guiding the labeling paper wound on the feed roll 1 through a feed roller provided at each predetermined position to rewind the label and the peeled labeling paper onto the take-up roll through the first printing unit; When a bill containing the receipt number, date and point is attached to the envelope in which the bill of invoice is loaded, it is transferred to the storing unit. When the printing paper wound on the feed roll 2 of the paper feeding unit is supplied, the same content as that of the first printing unit is supplied. And a second printing unit for printing on the printing paper, a cutting unit for cutting the printed printing paper to a predetermined length, and a confirmation issuing unit including a discharge unit for discharging the cut printing paper to the outside.

Description

Auto receiving equipment of public imposts notice}

The present invention relates to an automatic billing device for billing bills. More specifically, when a customer pays various bills that cannot be automatically debited directly to the bank, the customer first receives the bills so that they do not wait for the order of payment, and then processes them. It provides customers with time saving services that allow customers to save time waiting for payments, while minimizing business mistakes caused by congestion by distributing the amount of work to bankers during busy banking hours. The present invention relates to a utility bill automatic receipt device that can provide quality improvement services.

In general, among various bills and bills, direct debit is impossible, and in order to pay such non-debitable bills, it is common for a customer to visit the bank in person.

At this time, most of the visits to the bank will have to wait in line at the counter or receive and wait for the number, so it is not only boring for the customer, but also psychologically wasting time if they are chased by other urgent matters. There is a problem that burdens people.

In addition, in the bank's point of view, receiving and processing various utility bills during bank opening hours may cause business disruptions and mistakes due to excessive workload, especially during heavy business hours. In addition to the unpleasant and unpleasant problems, there is a fatal problem in the banking business that decreases customer service and credit.

The present invention devised in consideration of the above problems, when the customer pays various bills that cannot be automatically debited directly to the bank, the customer receives the first order so that the customer does not wait for the order of payment and then processes it after the end of the work. Provides time-to-customer savings to save time waiting for payments, while minimizing business errors due to congestion by distributing the amount of work to bankers during busy banking hours. The technical challenge is to provide an automatic billing system that can provide a utility bill.

To this end, the present invention provides a transport unit for receiving an enclosed bill with a utility bill and a service request, a first printing unit for printing a receipt number, date, and a point on a label on a supplied labeling paper, and an envelope for transporting a utility bill. A receiving part comprising a peeling part composed of a peeling pin and a peeling induction roller, which peels the label from the labeling paper by shifting and directing the conveying direction of the labeling sheet fed downward after printing so that the label is attached at a predetermined position; A winding unit for guiding the labeling paper wound on the feed roll 1 through a feed roller provided at each predetermined position to rewind the label and the peeled labeling paper onto the take-up roll through the first printing unit; When a bill containing the receipt number, date and point is attached to the envelope in which the bill of invoice is loaded, it is transferred to the storage unit. And a second printing unit for printing on the printing paper, a cutting unit for cutting the printed printing paper to a predetermined length, and a confirmation issuing unit including a discharge unit for discharging the cut printing paper to the outside.

1 is an external configuration perspective view showing the overall configuration of the present invention.

Figure 2 is a side configuration diagram of a state in which the present invention is initialized to operate.

Figure 3 is a label peeling operation state showing a state in which the label label and the label is peeled off after the first printing unit operation of the present invention.

Figure 4 is a label attachment operation state showing a state that the label peeled from the labeling paper of the present invention is attached to the bag.

Figure 5 is an operating state showing the state that the envelope of the present invention is transferred to the housing.

Figure 6a, b is an operating state of the shock absorber for limiting transfer of the labeling paper rewound to the winding portion of the present invention.

Figure 7 is a confirmation of the operation state issuing state showing the operating state of the confirmation issuing unit of the present invention.

Figure 8 is an overall operation state of the device according to the present invention showing the receipt state and confirmation issued by the state of the bag of the present invention.

Figure 9 is a perspective view showing the contents of the label and the state attached to the label of the subject innovation.

<Description of main parts of drawing>

100: receiving unit 110: transfer unit

112-1, 112-2, 112-3: detection sensors 1, 2, 3

113, 114: gears 1, 2, 3 115: belt

116: elastic body 117: support roller

120: second printing unit 121: printing point detection sensor

122: printing apparatus 130: peeling part

131: peeling pin 132: peeling induction roller

200: winding 210: supply roll

220: labeling paper 221: label

230, 231, 232, 233, 234: feed roller

240: label paper buffer 241: fixing pin

242: spring 243: limit switch

250: winding roll 1 300: certificate issue

310: paper feed unit 320: printing paper

330: second printing unit 340: cutting unit

350 outlet 351

352: induction plate

1 is an external configuration perspective view showing the overall configuration of the present invention, Figure 2 is a side configuration diagram of the present invention is initialized operation, Figure 3 is a first printing unit operation of the present invention After the label is attached to the label and the label peeling operation state showing the state that the label is peeled off, Figure 4 is a label peeling operation state showing the state that the label peeled off from the labeling paper of the present invention attached to the bag, Figure 5 is the present invention Figure 6a, b is an operational state diagram showing a state in which the envelope of the transfer to the receiving unit, Figure 6a, b is an operation state diagram of the buffer device for transferring the labeling paper rewound to the winding portion of the present invention, Figure 7 is a confirmation of the present invention Issuance of the confirmation issuing operation state diagram illustrating the operating state of the issuing unit, Figure 8 is an overall operation state diagram showing the receipt state and the confirmation issuing state according to the bag input of the subject innovation Standing the numeral 100R denotes an automatic receiving apparatus of the present invention;

The present invention automatic receiving device (100R) is a utility bill and a service request (transportation unit 110 for receiving the envelope (C) to be filled with the customer name, social security number, contact number, account number and password) is supplied, and is supplied The first printing unit 120 for printing the receipt number, the date, and the point on the label 221 on the labeling paper 220, and the label 221 to be attached to a predetermined position on the envelope of the bill of the bill to be transported. It is composed of a peeling pin 131 and a peeling induction roller 132 for peeling the label 221 from the labeling paper 220 by switching and inducing a transfer direction of the labeling paper 220 supplied downward after printing. A receiving part 100 formed of a peeling part 130; The labeling paper 220 wound on the supply roll 1 210 is guided through the conveying rollers 230, 231, 232, 233, and 234 provided at the predetermined positions of the respective parts, and the label 221 is separated from the peeling part 130 via the first printing part 120. ), The receipt number, the date and the point are printed on the winding unit 200 for rewinding the labeling paper 220 from which the peeled labeling paper 220 is wound on the winding roll 1 (250), and the envelope (C) in which the utility bills are introduced. When the label 221 is attached and conveyed to the storage unit I, the same content as that of the first printing unit 120 is supplied when the printing paper 320 wound up on the supply roll 2 311 of the paper supply unit 310 is supplied. The second printing unit 330 for printing on the printing paper 320, the cutting unit 340 for cutting the printed printing paper 320 to a predetermined length, and the cut printing paper 320 to the outside It is composed of a certificate issuing unit 300 consisting of a discharge unit 350 to discharge.

The transfer unit 110 is provided on the plate-shaped receiving port 111 protruding to the outside to receive the envelope (C) is injected, and the lower surface of the receiving port 111 to detect the position of the envelope to proceed with the operation of the device Gears 1113 and 2, which rotate by the rotation of the motor 1 (M1) so as to transfer the sensing sensors 112-1, 112-2, 112-3, and the bag C to be inserted into the storage unit I, respectively. 114, the belt 115 that rotates along the gear 3 (114-1), and is provided on the belt 115 so as to correspond to the belt 115 to the envelope (C) by the impact of a plurality of elastic bodies 116 It is comprised by the support roller 117 which makes support conveyance.

When sensing sensor 1 (112-1) detects the envelope (C) introduced into the transfer unit 110, the motor 1 (M1) is driven and rotated by the gear 1 to gear 3 by the rotation of the motor 1 (M1) Envelope C is conveyed by the rotation of the belt 115, and only once when the envelope C to be conveyed passes through the sensing sensor 2 112-2 and passes the sensing sensor 3 112-3. It is configured to end the receiving process.

Even though the detection sensor 2 (112-2) has passed, if the detection sensor 3 (112-3) has not passed, the envelope (C) is configured to be forcibly collected through the receiving unit (111).

The first printing unit 120 is positioned above the transfer unit 110, and a printing point detection sensor that detects a printing point so as to print at an accurate position of the label 221 attached to the labeling sheet 220 to be supplied. And a printing apparatus 122 which causes the motor 2 M2 to be driven by the detection of the print point detection sensor 121 to print the reception number, the date, and the point name on the label 221 by heat. .

The printing point maintains a constant interval of each label 221 continuously attached on the labeling sheet 220 so that the print point sensor 121 detects the gap between the labels 221 and stops at the correct printing position. And then start printing.

The peeling unit 130 is positioned between the conveying unit 110 and the first printing unit 120 to reverse the label-adhering paper 220 that is printed on the first printing unit 120 and supplied downward. The peeling pin 131 of the thin rod shape which allows the label 221 to be naturally peeled from the labeling paper 220 and the peeling pin 131 are induced to induce the transfer direction of the labeling paper 220 to be peeled off. It is composed of a peeling induction roller 132 for guiding the label sheet 220 to the next conveying roller 233.

The winding part 200 is a spring 242 that is shot in response to a pressure change of the labeling paper 220 to which the fixing pins 241 provided at both sides of the main body frame between the feed roller 233 and the feed roller 234 are transferred. Is provided with a label-buffered paper buffer portion 240 composed of a feed adjusting pin 244 that turns the limit switch 243 on and off by the &lt; RTI ID = 0.0 &gt;

The operation of the certificate issuing unit 300 is configured to operate when the envelope C completely passes the detection sensor 112-3.

When the customer wants to pay the bill to the bank, which cannot be automatically debited, the present invention is constructed in the service request form provided to the bank, and then inserted in the envelope (C) together with the bill. As shown in FIG. 3, when the feeder 110, that is, the receiving port 111 of the automatic receiving device 100R is input, the sensing sensor 1 112-1 detects the front surface of the envelope C and at the same time, When motor 1 (M1) rotates, the belt 1 fitted to gear 1 113, gear 2 114, and gear 3 114-1, which are rotated by the rotation shaft of motor 1 (M1), starts to rotate and the envelope (C) is moved to the inner side, at which time, the number 2, date and date of receipt of the label 221 on the labeling paper 220 supplied using heat while the motor 2 (M2) of the first printing unit 120 is driven. At the same time as printing the point name, motor 3 (M3) of the winding unit 200 rotates to wind the labeling paper 220. The.

In the accompanying drawings, as shown in FIG. 4, the labeling paper 220 is separated from the peeling unit 130 when the envelope C passes through the sensing sensor 2 112-2 to reach the sensing sensor 3 112-3. While passing through the cylindrical peeling pin 131 having a somewhat smaller diameter, it is wound along the peeling induction roller 132 and wound on a winding roll 250 which is rotated by the motor 3 (M3), and the label 221 is It is naturally peeled off from the labeling paper 220 and hangs downward, and is attached to the surface of the envelope C to be transported and pressed by a pressing roller (not shown).

As shown in FIG. 5, the envelope C introduced into the transfer unit 110 passes through the sensing sensor 2 112-2, and only once when passing through the sensing sensor 3 112-3. The receipt of the utility bill is considered to have ended.

That is, even if it passes through the detection sensor 2 (112-2), if it does not pass through the detection sensor 3 (112-3) is because it can be forcibly collected by pulling the envelope (C) through the receiving unit (111).

The envelope C passing through the sensing sensor 3 112-3 is stored away from the storage unit I.

6A and 6B illustrate a state in which the winding of the labeling paper 220 is buffered step by step, and the label is transferred between the feed roller 233 and the feed roller 234 of the winding part 200. The feed adjustment pin 244, which is supported by the fixing pin 241 according to the pressure change of the paper 220, and is shot by the spring 242, turns the limit switch 243 on and off to wind up the labeling paper 220. The degree of cushioning is controlled.

That is, when the winding speed of the winding roll 1 (250) is fast, the labeling paper 220 is quickly wound to push the feed adjusting pin 244 inward and reaches a predetermined position when the feed adjusting pin 244 is at a predetermined position. By operating the limit switch 243 provided in the to stop the operation of the motor 3 (M3) it is stopped the winding operation.

Subsequently, when the trailing edge of the envelope C completely passes through the detection sensor 3 (112-3), as shown in FIG. 7, the second printing unit 330 prints the same contents as the first printing unit 120. After printing on the paper 320 and cutting the printing paper 320 printed by the cutting unit 340 to a predetermined length, to discharge to the guide plate 352 through the discharge port 351 of the discharge unit 350 And the customer will keep it as a confirmation (222) or receipt.

The present invention, as shown in the accompanying drawings, Figure 8, when the customer puts the utility bill and the written service request in the envelope (c) to the receiving unit 100 of the receiving device (100R) the reception number, date and branch name, etc. The printed label 221 is automatically attached to the surface of the envelope (C) to store and store at the same time as the contents printed on the label 221 printed out the confirmation certificate 222 is to be stored by the customer.

9 is a state in which a label 221 having a receipt number, a date, and a branch name is attached to an envelope C in which a utility bill and a service request form entered into the T receiving unit 111 are attached and a certificate issuing unit ( It shows the confirmation 222 printed and discharged from 300).

Thereafter, when the bank's business hours are over, the envelopes (C) stored in the storage unit (I) are opened in order, and the amount is received and processed by the customer's bank account according to the bill amount of the utility bill. By organizing the contents of the book book will act as a receipt.

In this way, when the customer wants to directly pay the bills that cannot be automatically debited, he / she receives a bill containing the bill and the service request through the automatic receiving device during busy banking hours. After the bank is closed, it can be processed to receive a time-to-customer service that saves customers the waiting time for payment. This minimizes the mistakes caused by the business and improves the sales quality of customers.

Claims (4)

A first printing unit for printing the receipt number, the date, and the branch name on the conveying unit 110 receiving the envelope C on which the utility bill and the service request form are reimbursed, and the label 221 on the supplied labeling paper 220 ( 120 and the transfer direction of the label-adhering paper 220 supplied downward after printing so that the label 221 is attached to the predetermined position of the envelope of the bill to be conveyed is transferred to the label-adhesive paper 220. A receiving part 100 including a peeling part 130 composed of a peeling pin 131 and a peeling induction roller 132 for peeling the label 221; The labeling paper 220 wound on the supply roll 1 210 is guided through the conveying rollers 230, 231, 232, 233, and 234 provided at the predetermined positions of the respective parts, and the label 221 is separated from the peeling part 130 via the first printing part 120. ), The receipt number, the date and the point are printed on the winding unit 200 for rewinding the labeling paper 220 from which the peeled labeling paper 220 is wound on the winding roll 1 (250), and the envelope (C) in which the utility bills are introduced. When the label 221 is attached and conveyed to the storage unit I, the same content as that of the first printing unit 120 is supplied when the printing paper 320 wound up on the supply roll 2 311 of the paper supply unit 310 is supplied. The second printing unit 330 for printing on the printing paper 320, the cutting unit 340 for cutting the printed printing paper 320 to a predetermined length, and the cut printing paper 320 to the outside Utility bill automatic receipt device, characterized in that consisting of a certificate issuing unit 300 consisting of a discharge unit 350 to discharge. The method of claim 1, The first printing unit 120 is positioned above the transfer unit 110, and a printing point detection sensor that detects a printing point so as to print at an accurate position of the label 221 attached to the labeling sheet 220 to be supplied. And a printing device 122 for driving the motor 2 (M2) by the detection of the print point detecting sensor 121 to print the reception number, the date and the point name on the label 221 by heat. Utility bill automatic receipt device. The method of claim 2, The printing point maintains a constant interval of each label 221 continuously attached on the labeling sheet 220 so that the printing point detection sensor 121 detects the gap between the labels 221. Bill automatic receipt. The method of claim 1, The peeling unit 130 is positioned between the conveying unit 110 and the first printing unit 120 to reverse the label-adhering paper 220 that is printed on the first printing unit 120 and supplied downward. The peeling pin 131 of the thin rod shape which allows the label 221 to be naturally peeled from the labeling paper 220 and the peeling pin 131 are induced to induce the transfer direction of the labeling paper 220 to be peeled off. Billing bill automatic receipt device, characterized in that consisting of a peeling induction roller 132 for guiding the label paper 220 to the next transfer roller 233.