KR20110019868A - System and method of accepting expenses for congratulations and condolences - Google Patents

Abstract

PURPOSE: A system for receiving money for congratulations and condolences and a method thereof are provided to simplify a receiving procedure. CONSTITUTION: An envelope opening unit(22) includes a protruded scraper toward an opening of an envelope. A cash withdrawing unit(25) switches a direction in which cash is inserted to the opening of the envelope. A cash counting unit(28) finds types of bills or checks separated from the cash withdrawing unit and count the number of bills or checks.

Description

Expenses Receiving System and Method for Receiving Expenses Using It {SYSTEM AND METHOD OF ACCEPTING EXPENSES FOR CONGRATULATIONS AND CONDOLENCES}

The present invention relates to a light-running fee storage system for storing the light-running costs in various light-running and a light-running cost storage method using the same, and more particularly, a light-running cost storage system that can automatically count the cash enclosed in the bag and counting it after automatically It relates to a method for storing the light irradiation costs used.

In addition, the present invention relates to a light receiving cost storage system that can be stored unattended in cash and non-cash in unmanned, can store the received content and settle in real time, and a method for storing the light costs using the same.

There is a culture in which various types of ceremonies, such as weddings and funerals, are delivered to guests or resident (hereinafter referred to as `` attendees '') to the resident or resident (hereinafter referred to as `` organizers '').

In order to manage the expenses paid from the attendees, the organizer receives the expenses from the attendees through the organizer's acquaintances and records them in the ledger.

However, the method for storing the expenses for the above-mentioned expenses is required separately for the personnel who receive and manages the expenses, and the personnel who manage the expenses for the expenses can only feel highly responsible because cash is directly stored.

In addition, since the expenses are stored in cash, the receipts must be recorded by hand in the books and the cash must be counted one by one. Therefore, the expenses are not counted in real time, and there is a high possibility of errors in storage and settlement, and the stored expenses are lost or stolen. Sometimes it happens.

In particular, when delivering the expenses for cash, it is customary to enclose the cash in the envelope and not to send the cash directly, and to write the name and title of the participant on the outside of the envelope. In this case, in order to confirm the amount of cash enclosed in the envelope, it is inconvenient to withdraw the cash from the envelope and then count the cash. This culture of payment expenses makes it difficult to automate the payment of expenses.

In addition, credit transactions, mobile transactions, transfer transactions using the Internet or telephone are on the rise, and thus the possession of cash is decreasing. Therefore, there are often occasions when there is a shortage of expenses for attendees to deliver to the organizer at weddings and funerals. There was a problem in that it was not possible to pay the expenses for the expenses other than cash.

In this regard, Korean Patent No. 10-0824002 discloses an unmanned system for light expenses, but it is a system suitable for card or mobile phone payments. There was a problem that could cause cultural rejection. In other words, the unmanned system of Korean Patent No. 10-0824002 has a limitation in that it cannot count cash in a cash machine when the cash is enclosed in an envelope and thus cannot be stored in the envelope.

In addition, Korean Patent Laid-Open No. 10-2007-0037762 discloses an electronic system for conducting a survey using online deposits and ATM deposits, but this is also a method for transferring attendance fees or injecting cash directly through online or ATM. There was a problem that did not fit with the culture of expressing congratulations and condolences by directly visiting the city and enclosing cash in an envelope.

On the other hand, Korean Patent Laid-Open Publication No. 10-2008-0104418 discloses a religious offering system that counts the amount of cash while the cash is enclosed in the envelope. There was a problem that the limitation of the counting method and the inconvenience of having to separate and separate cash from the envelope later and counting separately and the amount of the outer surface of the envelope and the sum of the actual cash amount could be inconsistent.

In addition, the ATM device that enables the deposit of money in a state where the cash is enclosed in the envelope has been introduced in Korean Patent No. 10-0629008 and Korean Patent Publication No. 10-2007-0005949, but the cash is enclosed in the envelope In the case of deposit in the state of the envelope serial number, customer information, account information, the date and time of deposit was just a partial improvement of the conventional method of transporting the envelope and storing it in the envelope storage.

In other words, the Korean Patent No. 10-0629008 and the Korean Patent Publication No. 10-2007-0005949, if the specification of the envelope is different, if the jamming phenomenon occurs, transfer it in the reverse direction, and then perform the forward transfer again and reverse withdrawal prevention Although the function was added, there was still a problem that the bank clerk took out the envelope from the envelope and inputted the cash in the envelope according to the customer information and the account information printed on the envelope.

The present invention has been invented to solve the above problems, to provide a light receiving cost storage system that can automatically count the cash enclosed in the envelope received as a light receiving cost from the bag and counting method using the same, the light receiving cost storage method. There is this.

Another object of the present invention is to provide a light receiving cost storage system capable of counting and recording and calculating cash contained in an envelope at the same time as storing the light receiving cost in cash and a light receiving cost storing method using the same.

In addition, an object of the present invention is to provide a security fee storage system that can be stored unattended without the input of a separate management personnel, and can receive the security fee by means other than cash as well as cash, and a method for storing the expenses using the same. It is.

In order to achieve the above object, the light receiving cost receiving system according to an embodiment of the present invention receives a light receiving cost such as bills or checks contained in an envelope while the sealing portion of the bag is turned toward the rear, and separates the light rate from the envelope. A bag containing a cash storing portion for storing the light irradiation cost, an envelope opening portion having a scraper for opening the sealing portion, an input / output device, a control unit connected to the cash storage portion and the input / output device, and controlling the envelope; A cash withdrawal unit for changing the direction of travel of the envelope passing through the opening and adsorbing both sides of the envelope to open and separating the banknote or check contained in the envelope from the envelope by separating freely from the envelope; Or a cash register that identifies the type of check and counts the purchase.

According to another embodiment of the present invention, a light receiving cost receiving system includes a cash storing unit for receiving light receiving costs such as banknotes or checks contained in an envelope with the sealing portion of the bag facing backward, and storing the light emitting cost in the envelope, An envelope opening portion having a scraper for opening the sealing portion, an input / output device, a control unit connected to the cash storage portion and the input / output device for controlling them, and adsorbing an upper surface of the envelope passing through the envelope opening portion; In a state, a cutter hole is formed with a circular cutter, a cash withdrawal unit for separating a banknote or check from the envelope by contacting and rotating the withdrawal roller to the cutter hole, and a roll of the banknote or check separated from the cash withdrawal unit. Includes cash registers that identify and count purchases.

In addition, the cash storage unit, the envelope scanning unit consisting of a scanner provided on each side of the envelope to be inserted into the conveyed and the character recognition means connected to the scanner and recognizes the text described in the envelope from the image obtained from the scanner It may further include.

In addition, the cash storage unit, the standard sensing sensor for detecting whether the standard of the envelope is fed into the conveyed, the direction change plate for bypassing the non-standard envelope detected by the standard sensor, and the direction change It may further include a standard envelope sorting portion made of a turning actuator for providing a rotational driving force for turning the plate.

In addition, the security fee storage system according to an embodiment of the present invention is an interface unit for receiving information about the attendees and the payment fee storage history data for passing the expenses through the input-output device or the cash storage unit and provides the information to the attendees, The apparatus may further include a database unit for storing the information on the attendees and the contents of the paid expenses, which are obtained from the interface unit, and a print output unit configured to output documentary documents containing the details of the attended expenses.

According to an embodiment of the present invention, the method for storing light expenses includes obtaining an attendee information and recognizing the attendees, storing an envelope containing the light expenses and separating and counting the light expenses from the received envelopes to calculate the light expenses paid by the attendees. A database record and settlement step of storing the cash receipt step of extracting and storing the expenses for each participant obtained from the cash storing step in association with the attendee information and accumulating the receipt details in real time; And a document outputting step of outputting a document for storing the expenses of the expenses for the attendees, and a participant message input step of receiving a message to be transmitted to the organizer.

In the method for storing light expenses of an embodiment of the present invention, the cash storing step includes an envelope putting step of inserting an envelope containing the light expenses into the cash storing unit and feeding the enveloped bags sequentially, and a sealing unit of the injected envelope. Open envelope opening step, Envelope scanning step of scanning or photographing the image recorded on the surface of the envelope and recognizing some of the contents recorded on the surface as text and linking it with the attendee information, Determination of the standard bag to separate and separate the non-standard envelopes, the content separation step of separating the contents from the envelope transported by the standard bag and the separation of the bill or check separated from the envelope in the content separation step It may include a cash count step that recognizes the class and counts the purchase.

According to another embodiment of the present invention, the method for storing light expenses includes: a participant recognition step of acquiring participant information and recognizing the participant, and a non-cash storing step of causing the participant to pay the light expenses through a non-cash payment unit using a non-cash storage unit. And a database record and settlement step of storing, in association with the participant information, the expenses for storing the expenses of each attendant obtained from the non-cash storing step and accumulating the details of receipt in real time, and storing the expenses for the attendees who have completed storing the expenses. And a document outputting step of outputting documentary evidence, and a participant message input step in which the participant receives a message to be delivered to the organizer.

In the non-cash receiving step, the non-cash payment method according to another embodiment of the present invention, the payment means for the attendant to select at least one payment means from the non-cash payment means consisting of credit card, account transfer, mobile payment and remote payment. A payment amount input step of inputting a selection step, an amount of the expenses to be paid; and a payment means authentication step of inputting information of the payment means selected in the payment means selection step to authenticate the use of the payment means; It may include a payment contents verification step of confirming the payment means information, and a payment approval step of receiving the payment of payment of the supervisory expenses with the confirmed payment contents.

According to the light receiving expenses storage system and the light receiving expenses storing method using the same according to the present invention, the cash enclosed in the envelope received as the light expenses can be counted after automatically separating from the envelope, so that the process of storing the light expenses can be simplified and stolen and lost. There is an advantage to avoid the danger.

In addition, the light-receiving cost storage system of the present invention and the light-receiving cost storage method using the same can store the light-receiving costs without inputting personnel who manage the light-reducing costs, and can record and count in real time the amount of light-receiving costs received from attendees.

In addition, according to the light receiving cost storage system of the present invention and the light receiving cost storage method using the same, attendees can pay the light expenses through not only cash but also payment means, and the attendees also have convenience, and lost and stolen stored light expenses As a result, disputes due to aggregation errors can be prevented.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings without limiting the present invention by way of example only.

The following examples of the present invention are not intended to limit or limit the scope of the present invention only to embody the present invention. From the detailed description and examples of the present invention, those skilled in the art to which the present invention pertains can easily be interpreted as belonging to the scope of the present invention. References cited in the present invention are incorporated herein by reference.

As shown in FIG. 1, the light-receiving fee storage system according to the present invention includes an interface unit 10 which receives information from an attendee through input / output means, and provides information to the attendee, and the attendant is provided in an envelope 1. The cash receipt section 20 which receives the paid expenses paid in the state contained in it, separates the envelope 1 and the paid expenses, and stores the said expenses, and when the participant pays the expenses by means other than cash, A non-cash storage unit 30 which selectively stores the light expenses from the means and selectively operates with the cash storage unit 20, the participant information obtained from the interface unit 10, and the cash storage unit 20 or non- External communication with the database unit 40 for storing the details of the payment expenses received from the cash storage unit 30, the print output unit 50 for outputting a document containing the details of the expenses of the attendees, and external communication The communication unit 60 and the control unit 70 for connecting the components to each other, and controls the operation.

The interface unit 10 serves as an intermediary for transmitting the information of the attendant and the light receiving expenses storage system according to the present invention through various input / output means.

The interface unit 10 includes a camera 11 for photographing a participant's face, a monitor 12 for providing various image information to the participant, a touch screen 13 for selecting options through touch, and various text inputs. It includes a keyboard 14, a tablet 15 for inputting text and other information, a microphone 16 and a speaker 17 used for inputting and outputting various voices and sounds.

The camera 11 captures a participant's face and stores it as an image, so that the attendee can check whether the participant attends in the future and use it to record and settle the payment details of the light expenses in correspondence with the moment when the light expenses are paid. .

The monitor 12 displays the internally processed information to the attendees, and transmits various information such as confirmation of the stored expenses, details of the attendees' personal information, confirmation of selected menus, and guide to the moving order in the dining room.

The touch screen 13 is provided in a form attached to the monitor 12 to allow the attendees to directly select the information provided by the monitor 12 by touch.

The keyboard 14 and tablet 15 are used by the user to enter information in the form of text or images.

The microphone 16 and the speaker 17 are used to input and output voice or sound, respectively, the microphone 16 is used to record a message for the attendee to send to the organizer, and the speaker 17 receives the light expenses according to the present invention. It is used to output message and various information to deliver to attendees.

The cash storage unit 20 transfers the envelopes 1 and the envelopes 1 and the banknotes when the bills 2 or checks are submitted to the inside of the envelope 1, which is one of the methods for submitting the ordinary expenses. 2) Alternatively, separate checks so that the bill (2) or check is counted.

As shown in detail in FIG. 2, the cash storage unit 20 includes an envelope 21 in which an envelope 1 is inserted and sequentially conveyed therein, and an envelope 1 so that the banknote 2 can be easily discharged. Standard bag for selecting and bypassing the envelope opening portion 22 for opening one end of the envelope, the envelope scanning portion 23 for photographing or scanning the contents described in the inserted envelope 1, and performing character recognition, and the non-standard envelope. A sorting unit 24, a cash withdrawal unit 25 for withdrawing banknotes 2 from the envelope 1, and a cash counting unit 28 for counting the withdrawn banknotes 2 and storing the counted banknotes 2; ).

The inlet 21 includes an inlet 211 provided at one side of the housing, and sequentially conveys the bag 1 introduced through the inlet 211 through a belt conveyor method. In the light-ratio ratio receiving system of the present invention, the envelope 1 should be introduced into the inlet 211 with the sealing portion 1a of the envelope 1 facing backward (see FIG. 5A), which is the interface unit 10 described above. The speaker 17 or the monitor 12 of the participant may be guided by voice or text.

A belt conveyor 214 is provided at a lower portion of the inlet 211 to feed the bag, and a supply adjusting means 213 is provided at the top and bottom of the belt conveyor 214 to allow the bag 1 to be transferred one by one. ) And air adsorption means 215 (see FIG. 3). The supply adjusting means 213 of the upper portion of the belt conveyor 214 is a plurality of guides (213a) (213b) (213c) and the lower end is spaced apart from the belt of the belt conveyor 214, the guide ( Among the 213a, 213b, and 213c, an elastic member 213d for adjusting the supporting force of the last guide 213c is included.

The first guide 213a primarily restrains the plurality of envelopes 1 that are introduced within a short time from being simultaneously transferred. A second guide 213b is provided to adjoin the first guide 213a in the conveying direction of the envelope 1, and a lower end of the second guide 213b is closer to the belt than a lower end of the first guide 213a. Make it closer. The third guide 213c is disposed adjacent to the second guide 213b, and a lower portion of the third guide 213c is provided to closely contact the belt.

The guides 213a, 213b, and 213c may be further provided as necessary, and by using a soft material, it is preferable to have elasticity so that the bag 1 having a different thickness can be easily transferred.

In addition, the third guide 213c is in close contact with the belt while a force is applied downward by an elastic member 213d installed on a surface not in contact with the belt, so that only one envelope 1 is transferred. When two or more envelopes are inserted between the third guide 213c and the belt, the lowermost envelope 1 is transported along the belt, but the remaining envelopes are restrained by the third guide 213c. In the end, only one envelope 1 is conveyed.

In addition, the lower part of the belt conveyor 214 has an air adsorption means 215 to suck the lower portion of the bag in contact with the belt to transfer the belt forward to smoothly perform the function of the guides (213a) (213b) (213c) Adsorption system can be preferably adopted so as to.

On the other hand, the inlet 211 is provided with an input detection sensor 212, it is preferable to operate the other components only when the envelope 1 is inserted.

For example, when the attendant delivers the light expenses in cash enclosed in the envelope, when the envelope passes through the inlet 211, the input of the envelope is input by the input sensor 212 provided in the input unit 21. The controller 70 detects and outputs a control signal, and receives the control signal to control the interface unit 10 to operate the camera 11 to photograph a participant's face, or allow the participant to touch the touch screen 13. The keyboard 14, the tablet 15, the microphone 16, and the like may input and store a message.

The envelope opening 22 opens one end of the envelope 1 so that the banknote 2 contained in the envelope 1 can be easily discharged. That is, the sealing part 1a for sealing the bag 1 is formed in one end of the bag 1, but a light irradiation cost arises in the state which folded the sealing part 1a according to the taste of attendees. At this time, the folded seal 1a must be opened to easily discharge the banknote 2 contained in the inside of the envelope 1.

5A and 5B, the bag opening portion 22 has a scraper 221 to be unfolded by hanging the seal 1a on the belt conveyor. The scraper 221 is formed such that an end portion in the direction in which the bag 1 enters is projected in a "b" shape, and is provided above and below the travel direction of the bag 1 to seal the portion 1a. ), The sealing portion 1a of the bag 1 put in the folded state can be opened.

As shown in FIG. 5A, the bag 1 introduced into the bag opening part 22 in a state where the sealing part 1a is folded, has the sealing part 1a hooked on the scraper 221 to open the bag opening part 22. After passing, the sealing portion 1a is in an open state.

On the other hand, as shown in Figure 5b, the sealing portion (1a) is passed through the sealed portion (1a) as it is introduced into the open state. Therefore, since the sealing part 1a is unfolded in all the envelopes 1 which passed the said envelope opening part 22, the banknote 2 becomes easy to take out.

The envelope scanning unit 23 scans or photographs the contents described in the envelope 1 to image and recognizes the double text portion. Since the name of the participant is described in the envelope 1 and must be recorded in association with the light expenses, it is necessary to image the contents of the envelope 1 through the envelope scanning unit 23 and to recognize the double text portion. .

The envelope scanning unit 23 includes a scanner 231 or a digital camera (for example, a CCD camera), and a character recognition means 232 for recognizing a character (text) portion of the photographed image. Scan the text and recognize it as text.

In this case, a scanner 231 or a digital camera is installed at the upper and lower portions of the advancing direction, respectively, so that the contents of the envelope 1 can be imaged and recognized regardless of the direction of entry of the envelope 1. In addition, there is also an envelope 1 that is not recognized by the character recognition means 232, all the envelopes 1 passing through the envelope scanning unit 23 is imaged and stored, the character recognition means 232 The part that can recognize the text by) should be recognized.

The standard bag sorting unit 24 continues to transfer the ones within the standard among the enclosed bags 1, but the non-standard bags 1 do not operate normally in the subsequent process so that they are selected and bypassed and stored separately.

As shown in Figure 4a and 4b, the standard bag sorting unit 24 is installed on the belt conveyor 241 for conveying the bag 1, and the belt conveyor 241 to detect the size of the bag (1) And a standard sensing sensor 242, a direction change plate 243 for determining a conveying direction of the bag 1, and a direction change actuator 244 for operating the direction change plate 243.

The bag 1 is conveyed by a belt conveyor 241 to be conveyed continuously.

The size detecting sensor 242 detects the size of the bag 1 being conveyed on the belt conveyor 241. Participants may pass the light-running fee to the standard envelope used in some cases, but sometimes the light-running fee is transferred to the non-standard bag, the standard sensing sensor 242 detects whether or not the standard of the envelope (1).

The turning plate 243 allows the envelope 1 to continue to be transported if it is a standard, and if it is non-standard, to change the traveling direction of the envelope 1 to gather separately. The turning plate 243 is installed at the same height as the belt of the belt conveyor 241, when the standard bag is inserted, and maintains the height of the turning plate 243 and the belt approximately the same as shown in Figure 4a , When the non-standard bag is put in, as shown in FIG. 4B, the direction change plate 243 is raised to allow the envelope 1 to flow into the bypass hopper 245. Non-standard bags collected by a separate collection through the bypass hopper 245 is to calculate the light-reduction cost through manual labor.

The diverter plate 243 is rotated by a diverter actuator 244 such as a solenoid to determine the traveling direction of the envelope 1.

The cash withdrawal unit 25 allows the sealing portion 1a of the bag 1 to be positioned below so that the banknote 2 contained therein falls freely.

6, 7A and 7B, the cash withdrawal unit 25 enters the turning belt conveyor 251 for changing the traveling direction of the envelope 1 and the turning belt conveyor 251. A guide roller 254 for guiding the envelope 1 at the time of discharge, a pair of contents separating belt conveyor 255 for moving the envelope 1 downward, and an inside of the contents separating belt conveyor 255. Each of the adsorption means 256 is provided.

The turning belt conveyor 251 is for changing the traveling direction of the envelope (1). In FIG. 2, the envelope 1 is horizontally transferred from the inlet 211 to the right to the left, but in the cash dispenser 25, the seal 1a must be transferred in the vertical direction to face downward, so that the direction The transfer direction of the bag 1 is switched by the switching belt conveyor 251. The turning belt conveyor 251 is provided to rotate forward / reverse, and has a position recognition sensor 252 at the inlet and the outlet of the turning belt conveyor 251, respectively, to the inside of the turning belt conveyor 251. When the entry of the furnace bag 1 is completed, the rotation direction is reversed.

As shown in FIG. 6, a lifting roller 253 and a guide roller 254 for controlling the movement of the bag 1 are provided between the turning belt conveyor 251 and the bag conveying belt 26. The lifting roller 253 is provided to be movable up and down. When the envelope 1 is conveyed from the envelope transfer belt 26 to the turning belt conveyor 251, the lifting roller 253 is raised and the envelope 1 is oriented. When the direction is switched and discharged from the changeover belt conveyor 251, the bag 1 descends to be introduced into the guide roller 254 by hitting the lifting roller 253. The guide roller 254 changes the traveling direction so that the envelope 1 is vertically conveyed.

The content separation belt conveyor 255 is provided in pairs and disposed adjacent to each other to circulate in a vertical direction. Adsorption means 256 are respectively installed on the contents separation belt conveyor 255, and one contents separation belt conveyor 255 is provided with a stopper 257 to be retractable.

The contents separation belt conveyor 255 is disposed to be spaced apart from each other so that the envelope 1 moves in a vertical direction therebetween. When the bag 1 is located between the content separating belt conveyors 255, the content separating belt conveyor 255 of one side of the content separating belt conveyor 255 is one surface of the bag 1 through the suction means (256). In a state in which the stopper 257 of the remaining contents separation belt conveyor 255 moves forward and the bag 1 is temporarily stopped, and the adsorption means 256 adsorbs the other side of the bag 1. The stopper 257 is retracted to open the envelope 1.

In addition, in the light-running ratio storage system of the embodiment of the present invention, the vibration may be given to the envelope 1 for about 1 second in consideration of the fact that the contents may be attached to the envelope 1 due to static electricity. have. In addition, when the suction means 256 is operated, a small amount of air can be injected by inserting an air injection device such as a needle into one surface of the bag 1. In this way, injecting air into the bag 1 makes opening of the bag 1 easier.

Separation plate 258 is installed below the content separation belt conveyor 255 so that the envelope (1) and the bill (2) is separated from each other and collected. The separating plate 258 is installed to be rotatable about a lower end, and the upper end is rotated left and right by the separating plate actuator 259 to determine the collection direction of the envelope 1 and the banknote 2. That is, the separation plate 258 is inclined toward the cash count unit 28 to collect the banknote 2 (see FIG. 7B), and the separation plate 258 is empty to collect the envelope 1. Tilt toward the envelope stacker 27 (see FIG. 7C).

The cash counting unit 28 counts the amount of the bill 2 withdrawn from the cash withdrawal unit 25. The cash counting unit 28 counts the roll type and the amount of the bill 2 by using an ordinary cash counting machine. That is, the cash counting unit 28 may be used by adopting the one commonly used in ATM machines, and those skilled in the art can configure the cash counting unit 28 using a known cash counting device. Will be readily understood.

Meanwhile, the cash storage unit 20 may be formed as shown in FIGS. 8 to 11. In this case, since the configuration from the input portion 21 to the envelope transport belt 26 is the same as the above-described embodiment, description thereof will be omitted.

The cash withdrawal unit 25 'according to the present embodiment is provided with a circular cutter 252' which is provided on a reversible belt conveyor 251 'to form a cutter hole 1b in the bag 1, and And a sweeper 253 'that folds a portion of the envelope 1 cut from the circular cutter 252', and a lifting roller 255 'and a guide roller 256'.

As shown in FIG. 9, the circular cutter 252 ′ is provided with cutting teeth downward along the circumference, and the cutter hole 1 b is formed in the bag 1 by rotation or adsorption. At this time, a portion of the circumference of the circular cutter 252 ′ is not formed so that a portion cut from the envelope 1 is attached to the envelope 1. In addition, the circular cutter 252 ′ is provided with a suction function so that one surface of the bag 1 is spaced apart from the belt to open the inside of the bag 1.

As shown in FIGS. 10A and 10B, the sweeper 253 ′ causes the cut portion of the envelope 1 formed by the circular cutter 252 ′ to be flipped over. When the part of the envelope 1 is cut and the sweeper 253 'is relatively sliding to fold the cut portion, the portion cut by the circular cutter 252' is folded and the banknote inside the envelope 1 is folded. (2) is exposed.

A take-out roller 254 'is provided to be movable up and down to discharge the bill 2 inside the bag 1 through a portion of the bag 1 cut by the circular cutter 252' (see FIG. 10C). ).

In addition, the lifting roller 255 'and the guide roller 256' are provided at a part of the cash dispenser 25 '. The lifting roller 255 'rises when the envelope 1 flows into the cash withdrawal portion 25' from the envelope opening portion 22, and the banknote 2 withdrawn from the cash withdrawal portion 25 'is the cash counting portion. When it flows into 28, it descends to change the moving direction of the banknote 2 (refer FIG. 11). The guide roller 256 ′ guides the banknote 2 whose movement direction is changed into the cash count unit 28.

In addition, the light expenses storage system of the present invention may be provided with a non-cash storage unit 30 for the convenience of attendees. The non-cash receiving unit 30 allows the delivery of the expenses to the organizer by means of payment methods other than cash, that is, credit card, bank transfer and mobile payment. The non-cash storage unit 30 is configured to enable payment means other than cash commonly used in normal commerce, that is, credit card, bank transfer and mobile payment.

The database unit 40 stores the attendee information input from the interface unit 10 and the details of the expenses for the expenses entered through the envelope scan unit 22 and the cash count unit 28 of the cash storage unit 20.

The print output unit 50 outputs documentary evidence such as a receipt, a meal ticket, a parking confirmation certificate, etc. to a participant who paid the supervision through the cash storage unit 20 or the non-cash storage unit 30. The print output unit 50 uses a conventional print module, but preferably includes a function of printing a bar code to prevent forgery and tampering of the output document.

Various documentary documents printed through the print output unit 50 are not handwritten and thus can be read through the apparatus. Therefore, the parking confirmation certificate output from the print output unit 50 may be directly put into another device, for example, a parking fee calculator.

The communication unit 60 is provided for communication between the light receiving cost accommodation system and the outside according to the present invention. The communication unit 60 is used for communication with the payment agency when authentication or payment approval for the payment means when the payment of the light expenses through the payment means other than cash using the non-cash storage unit 30.

In addition, the communication unit 60 may be used to receive the payment history when the attendee who did not attend in person paid the expenses for the expenses by a card payment, a bank transfer, or the like at a remote location.

The controller 70 is provided to control the above-described components. The control unit 70 allows each component to be organically connected, and in particular, operates each driving unit based on values input from various sensors of the cash storage unit 20 shown in FIGS. 2 and 8.

On the other hand, as a component provided in the light-running fee storage system according to the present invention, the interface unit 10, the non-cash storage unit 30, the database unit 40, the print output unit 50, the communication unit 60 and the control unit ( Components such as 70) are general ones known in the art and are not essential elements of the present invention, and thus detailed description thereof will be omitted.

A light receiving cost storage method using the light receiving cost storage system as described above will be described.

As shown in FIG. 12A, the method for storing light expenses of an embodiment of the present invention includes acquiring participant information to recognize attendees by acquiring attendee information (S110), storing an envelope containing light expenses, and separating the light expenses from the received envelope. Cash storage step (S130) of counting and extracting the expenses of the expenses paid by the participant, and storing the expenses of the attendance of each participant obtained from the cash storage step (S130) in association with the participant information and accumulate the storage details Database recording and settlement step to settle in real time (S150), and a document output step (S160) for outputting the document fee storage receipts to the attendees who completed the receipt of the expenses, input the attendees message to receive a message to be delivered to the organizer Step S170 is included.

In the participant recognition step (S110), the participant information to pay the expenses is received and stored.

That is, the camera 11 of the interface unit 10 captures and stores the face of the participant who wants to pay the light expenses, and the participant through the touch screen 13, the keyboard 14, and the tablet 15 as needed. Information such as name, contact information, or the like may be additionally input or recorded by voice through the microphone 16. Information related to the participant is stored in the database unit 40 and associated with the payment of the supervision fee.

For example, when the participant delivers the light expenses in cash enclosed in the envelope, when the envelope passes through the input port 211, the input of the envelope is input by the input detection sensor 212 provided in the input unit 21. The controller 70 detects and outputs a control signal, and receives the control signal to control the interface unit 10 to operate the camera 11 to photograph a participant's face, or allow the participant to touch the touch screen 13. The keyboard 14, the tablet 15, the microphone 16, and the like may input and store a message.

In this case, the controller 70 may control the monitor 12 and the speaker 17 of the interface unit 10 to output guide text and guide voice.

In this case, the participant recognition step (S110) starts when the envelope 1 put in by the participant in the cash storage step (S113) passes through the inlet 211.

As described above, when the participant injects the envelope 1 containing the light expenses into the input unit 21 of the cash storage unit 20, the participant recognition step (S110) is performed, immediately following the cash storage step (S130), Specifically, the envelope loading step (S131) is performed.

In detail, as shown in FIG. 13, the cash storage step (S130) is carried out with the envelope 1 containing the hard expenses injected into the input unit 21 of the cash storage unit 20 and the supplied envelope 1 is sequentially supplied. The envelope filling step (S131), the envelope opening step (S132) of unfolding the sealing portion (1a) of the envelope 1, and the sealing portion (1a) of the envelope (1) is recorded on the surface of the unfolded envelope (1) Scan or photograph the contents and image them, recognize some of the contents recorded on the surface as text to determine the standard of the envelope (1) and the envelope (1), and the non-standard envelope (1) to separate and separate the standard envelope selection step (S134), the content separation step (S135) for separating the contents of the envelope (1) passed through the standard envelope selection step (S134), and the content separation step In step S135, the number of sheets of the banknote 2 or the check separated from the envelope 1 is recognized and the number of sheets It is provided with a cash counting step (S136).

When the participant injects the envelope 1 containing the expenses, into the inlet 211 of the expenses payment system, in the envelope input step (S131), the envelope 1 is sequentially supplied to the interior of the expenses payment system. Once the bag 1 is inserted into the inlet 211, the input sensor 212 detects the bag 1 to operate the light expenses payment system. At this time, the attendee recognition step (S110) as described above is performed, the envelope loading step (S131) is also performed.

As shown in FIG. 3, when the bag 1 is inserted through the feed part 21, the supply adjusting means 213 supplies the bag 1 one by one. When the attendees are concentrated or when one attendant puts a large amount of envelopes 1, it takes some time to process them. At this time, the supply adjusting means 213 supplies the bags 1 accumulated in the inlet 211 into each one.

In the envelope opening step (S132), the sealing portion (1a) of the envelope (1) is opened so that the contents can be easily discharged. When the bag 1 passes the bag opening part 22, the sealing part 1a of the bag 1 is unfolded by the scraper 221. As shown in FIG. That is, as shown in FIG. 5B, the bag 1 introduced into the unfolded state of the seal 1a passes through the scraper 221 as it is, and as shown in FIG. 5A, the bag 1a is folded. The encapsulated bag 1 has the sealing part 1a spread out while the sealing part 1a is caught by the scraper 221.

In the envelope scanning step S133, the text recorded on the outer surface of the envelope 1 which has passed through the envelope opening portion is scanned. The bag 1 introduced into the bag passes through the bag scanning unit 23. The outside of the envelope 1 is imaged by the scanner 231 and the CCD camera provided in the envelope scanning unit 23, and the contents recognizable as characters are recognized in the form of text through the character recognition means 232, and then the database unit. Save at 40. Since the contents of the envelope 1 may not be recognized in the envelope scanning step S133, the images obtained from the scanner 231 and the CCD camera are also stored in the database unit 40.

In the standard bag sorting step (S134), the standard bag sorting unit 24 determines whether the standard bag is being transported, and proceeds with the standard bag continuously, bypasses the non-standard bag, collects it separately, and then calculates it manually. . The envelope 1 being passed through the standard bag sorting unit 24 is detected by the standard sensor 242 whether or not the standard, and according to the specification of the envelope (1) by the direction switching plate 243 the envelope (1) The direction of travel is determined.

That is, if it is a standard bag, as shown in FIG. 4A, the control unit 70 operates the direction change actuator 244 to maintain the direction change plate 243 at the same height as the belt of the belt conveyor 241 and the envelope 1. Continue to the post-process. If the standard detection sensor 242 detects that it is not a standard bag, as shown in FIG. 4B, the control unit 70 rotates the turning plate 243 to drop the envelope 1 into the bypass hopper 245. Collect them separately, and then count the expenses of the expenses manually.

In the content separation step (S135) through the cash withdrawal unit 25 so as to withdraw the bill (2), checks, etc. contained in the inside of the envelope (1) by the free drop method.

First, when the envelope 1 recognized as a standard bag is transferred to the turning belt conveyor 251, as shown in Figure 6, the direction of rotation of the turning belt conveyor 251 is reversed to Change the feed direction.

In addition, when the bag 1 enters the direction belt conveyor 251, the lifting roller 253 is in a raised state, so the bag 1 easily enters the direction belt conveyor 251, but the direction When discharged from the conversion belt conveyor 251, the lifting roller 253 is lowered to change the traveling direction of the envelope (1) toward the guide roller (254).

The envelope 1 guided by the guide roller 254 enters between a pair of content separation belt conveyors 255. When the bag 1 enters between a pair of contents separating belt conveyor 255, the stopper 257 advanced by the suction means 256 of the contents separating belt conveyor 255 on one side and the contents separating belt conveyor 255 on the other side. ) Is paused between the pair of content separation belt conveyors 255 (see FIG. 7A). Thereafter, the adsorption means 256 also operates in the other content separation belt conveyor 255 and the stopper 257 retreats (see FIG. 7B).

When the respective adsorption means 256 are operated while the pair of contents separating belt conveyors 255 are spaced apart from each other, the envelope 1 is opened and the contents contained therein, that is, the bill 2 or the check are free. Fall (see FIG. 7B).

At this time, the separating plate 258 is rotated by the separating plate actuator 259 to collect the bill (2) or the check dropped from the envelope (1) toward the cash count unit 28. After the contents fall, the operation of the adsorption means 256 is stopped and the separation plate 258 is rotated so that the envelope 1 falls into the empty bag loading box 27 (see FIG. 7C).

On the other hand, the process of separating the contents from the bag 1 using the cash withdrawal unit 25 'shown in Figure 8 is a circular cutter (252') to form a cutter hole (1b) in the bag 1, The contents exposed to the cutter hole 1b, that is, the banknote 2 or the check, are taken out using the withdrawal roller 254 '.

Since the circular cutter 252 'also has an adsorption function, the circular cutter 252' is rotated in the state of adsorbing the upper surface of the bag 1 introduced into the direction switching belt conveyor 251 ', or the adsorption pressure when adsorption is performed. By strongly acting so that the cutter hole (1b) is formed on one side of the envelope (1). The cutter hole 1b is formed on the upper surface of the envelope 1 by the circular cutter 252 ', and the contents can be drawn out to the outside.

At this time, since the circular cutter 252 'is opened to absorb the envelope 1, the contents of the circular cutter 252' are not damaged even when the cutter is rotated or compressed.

A portion of the envelope 1 cut by the circular cutter 252 'may cause a dysfunction during the post-processing so that it is folded while pushing to the uncut back portion using the sweeper 253'. When the envelope 1 moves a predetermined distance in the direction opposite to the direction to enter the turning belt conveyor 251 ', the sweeper 253' folds the cut portion of the envelope to the surface of the envelope 1, The cutter hole 1b is in a state completely exposed to the outside.

Thereafter, the drawer roller 254 'is brought into close contact with the cutter hole 1b and rotated while being in contact with the bill 2 or the check, thereby separating the contents of the bill 2, the check, and the like from the envelope 1. .

In the cash counting step (S136) to check the bills (2) introduced into the cash counting unit 28, the kind of the check, count the number of checks and check the amount of the expenses, and transfers it to the database unit 40.

On the other hand, as shown in Figure 12b, the method for storing light expenses according to another embodiment of the present invention, the participant recognition step (S110) of acquiring attendee information to recognize the attendees, and the attendees using a non-cash storage unit other than cash Non-cash receiving step (S140) for payment of the expenses for payment as a payment method, and the details of storing the expenses of each attendant obtained from the non-cash receiving step (S140) in association with the attendant information and accumulate the storage details in real time Database recording and settlement step (S150) to settle, a document output step (S160) for outputting the document of the payment fee storage fee to the attendees who completed the receipt of the expenses, and the attendees message input step of receiving a message to be delivered to the organizer S170).

That is, unlike the method for storing the expenses of FIG. 12B, unlike the method of storing the expenses of FIG. 12A, the attendant pays a menu of payment of expenses (non-cash payment guidance) displayed on the monitor 12 by the touch screen 13 and the keyboard 14. And the tablet 15 is selected by using any one, characterized in that the non-cash payment unit using the payment means other than cash payment payment.

In the method for storing light expenses according to another embodiment of the present invention, the participant recognition step S110 may be performed before or after the start of the non-cash storage step S140. In the participant recognition step (S110), a participant's face to be paid for the expenses through the camera 11 of the interface unit 10 is photographed and stored. Information (15), such as name, contact information can be additionally inputted through the 15, or the voice can be recorded through the microphone 16. Information related to the participant is stored in the database unit 40 and associated with the payment of the supervision fee.

As shown in Figure 14, non-cash receiving step (S140) is a payment means selection step (S141) for attendees to select one or more payment means from the non-cash payment means consisting of credit card, bank transfer, mobile payment, and A payment amount input step (S142) of inputting the amount of the expenses to be paid; a payment means authentication step (S143) of authenticating the use of a payment means by inputting information of the payment means selected in the payment means selection step (S141); Payment contents confirmation step (S144) for confirming the input payment amount and payment means information, and the payment approval step (S145) for receiving the payment of the supervisory expenses with the confirmed payment details.

In the payment means selection step (S141), the interface unit 10 is used to select a means to pay among the non-cash means. In the non-cash payment guide menu (non-cash payment guide menu) displayed on the monitor 12 as described above, one or more of the non-cash payment means such as credit card, account transfer, mobile payment, etc. may be selected. Choose by which means you pay.

If the payment means is selected, the attendee enters the storage amount (S142). The participant inputs the expenses for paying his / her expenses through the interface unit 10.

In the payment means authentication step (S143), the payment means is input for each payment means according to the previously selected payment means, and the authentication process is performed according to the use of the payment means. For example, if you choose credit card as your payment method, enter your credit card number, expiration date, password, etc. If you choose bank transfer, enter your account number, password, and password for accredited certificate. In this case, by inputting an authentication number, etc. received by the mobile terminal, the identity of the owner of the payment means and the attendees is authenticated, or the payment means is normally used.

In the payment confirmation step (S144), the attendee confirms the input amount or the selected payment method.

In the payment approval step (S145), the payment request is approved on the basis of the confirmed expenses and the authentication information, and the attendant is notified of the approval result. If the payment is not approved, the attendee may request the payment by repeating the above process again. If the payment is approved, the attendant is notified to the attendee and transferred to the database unit 40.

In the database recording and settlement step (S150), the details of the paid expenses received through the cash storage step (S130) or the non-cash storage step (S140) are recorded in the database unit 40, and the settlement is performed in real time. That is, in the cash storage step (S130) or the non-cash storage step (S140), the paid expenses paid by the attendees are stored in real time, and the attendant information is also obtained in advance, so that the attendant information and the paid expenses details are stored in the database unit 40. ), And the cumulative records are recorded in real time, except for the light expenses paid through non-standard bags.

In the document document output step (S160), the document for the audit fee paid by the attendees is output. Through the printing output unit 50 of the security fee storage system, the storage details of the completed storage is output in the form of a receipt for proof of expenditure, and a meal ticket, parking confirmation certificate, etc. to be provided to the attendees. The meal ticket, parking confirmation is output integrally with the receipt, or immediately following the receipt. The meal ticket, parking confirmation, etc. may be output through the print output unit 50 in the form of a mixture of text, barcode, etc., not handwritten. Therefore, the parking confirmation certificate may be directly used to settle the parking fee by inserting it into the parking fee calculator.

In the attendee message input step S170, a message to be delivered to the organizer is recorded by using the interface unit 10. In traditional contests, attendees leave a message to the host through the guestbook. Similarly, when the attendee has a message to be delivered to the organizer, the attendant will record it through the interface unit 10. Leave a message in the form of text or image through the touch screen 13, keyboard 14, or tablet 15, or leave a message in the form of voice using the microphone 16, or send a text, image or voice. You can mix and leave a message.

As mentioned above, although this invention was demonstrated to the said Example, this invention is not limited to this. It will be understood by those skilled in the art that modifications and variations may be made without departing from the spirit and scope of the invention, and that such modifications and variations are also contemplated by the present invention.

1 is a block diagram showing a light receiving cost storage system according to the present invention.

Figure 2 is a front view showing the mechanical configuration of the cash storage unit in the low-cost maintenance system according to the present invention.

3 is a front view illustrating in detail the structure of the input unit in the cash storage unit of FIG.

4A and 4B are front views illustrating an operating state of the standard bag sorting unit in the cash storage unit of FIG. 2.

5A and 5B are front views illustrating an operating state of the bag opening unit in the cash storage unit of FIG. 2.

FIG. 6 is a front view illustrating a process of changing a moving direction of an envelope in a cash withdrawal unit of the cash storage unit of FIG. 2.

7A to 7C are front views illustrating a process of separating contents from an envelope in the cash withdrawal unit of the cash storage unit of FIG. 2.

8 is a front view showing the mechanical configuration of the cash storage unit in the light receiving expenses storage system according to another embodiment of the present invention.

9 is a bottom perspective view illustrating a circular cutter in the cash withdrawal unit of the cash storage unit of FIG. 8.

10A to 10C are front views illustrating a process of separating contents from an envelope in the cash withdrawal unit of the cash storage unit of FIG. 8.

FIG. 11 is a front view illustrating a process of introducing contents separated from an envelope into a cash counting unit at the cash withdrawal unit of the cash storage unit of FIG. 8.

12A is a flowchart illustrating a method for cash receiving expenses in accordance with an embodiment of the present invention.

12B is a flowchart illustrating a non-cash payment method according to another embodiment of the present invention.

FIG. 13 is a flowchart illustrating a cash receipt step of FIG. 12A.

FIG. 14 is a flowchart illustrating a non-cash storing step of FIG. 12B.

<Explanation of symbols for the main parts of the drawings>

1 envelope 1a sealing part

1b: cutter ball 2: banknote

10: interface unit 11: camera

12 monitor 13 touch screen

14: keyboard 15: tablet

16: microphone 17: speaker

20: cash storage 21: input

211 input hole 212 input detection sensor

213: supply control means 213a: first guide

213b: Second Guide 213c: Third Guide

213d: elastic member 214: belt conveyor

215: adsorption device (suction device)

22: open envelope 221: scraper

23: envelope scanning unit 231: scanner

232: character recognition means

24: Standard bag sorting unit 241: Belt conveyor

242: standard sensor 243: direction change plate

244: direction change actuator 245: bypass hopper

25: cash machine

251: direction conversion belt conveyor 252: position recognition sensor

253: lifting roller 254: guide roller

255: content separation belt conveyor 256: adsorption means

257: stopper 258: separation plate

259: separate plate actuator 25 ': cash dispenser

251 ': Direction change belt conveyor 252': Round cutter

253 ': Sweeper 254': Drawer roller

255 ': lifting roller 256': guide roller

27: empty envelopes 28: cash counting

30: non-cash storage 40: database

50: print output unit 60: communication unit

70: control unit

Claims (9)

A cash storage unit for receiving light expenses such as banknotes or checks contained in an envelope with the sealing portion of the bag facing backward and storing the light expenses by separating the envelope and the light expenses, an input / output device, the cash storage unit, and the input / output unit In a light receiving cost storage system having a control unit connected to and controlling the device, An envelope opening portion having a scraper formed to protrude in a direction in which the envelope enters on both sides of the envelope; A cash withdrawal unit for changing the advancing direction of the envelope passing through the envelope opening unit, adsorbing and spreading both sides of the envelope, separating the banknote or check contained in the envelope from the envelope, and separating the envelope from the envelope; Consistency costs storage system including a cash counting unit for counting the number of paper money and checks separated from the cash withdrawal unit and counting the number of sheets. A cash storage unit for receiving light expenses such as banknotes or checks contained in an envelope with the sealing portion of the bag facing backward and storing the light expenses by separating the envelope and the light expenses, an input / output device, the cash storage unit, and the input / output unit In a light receiving cost storage system having a control unit connected to and controlling the device, An envelope opening portion having a scraper formed to protrude in a direction in which the envelope enters on both sides of the envelope; A cash withdrawal unit for forming a cutter hole with a circular cutter while adsorbing the upper surface of the envelope that has passed through the envelope opening unit, contacting the withdrawal roller with the cutter hole and rotating to separate a banknote or check from the envelope; Consistency costs storage system including a cash counting unit for counting the number of paper money and checks separated from the cash withdrawal unit and counting the number of sheets. The method according to claim 1 or 2, The cash storing unit further includes an envelope scanning unit including scanners provided on both sides of an envelope to be inserted and transported therein, and character recognition means connected to the scanner and recognizing text described in the envelope from an image obtained from the scanner. Lightning expenses storing system to do. The method according to claim 1 or 2, The cash storage unit, a standard sensing sensor for detecting whether the standard of the envelope is fed into the conveyed, the direction switching plate for bypassing the non-standard envelopes detected by the standard sensor, and the direction of the direction switching plate A light receiving cost receiving system further comprising a standard envelope sorting portion made of a turning actuator for providing rotational driving force for switching. The method according to claim 1 or 2, An interface unit for receiving the information on the attendance for passing the light expenses, and the light expenses cost receipt data through the input / output device or the cash storage unit, and providing information to the attendees; And a database for storing data, and a print output unit for outputting documentary documents containing the details of the expenses of the attendees. An attendee recognition step of acquiring attendee information to recognize attendees; A cash storage step of storing the envelope containing the expenses and extracting the contents of the expenses paid by the attendant by separating and counting the expenses from the received envelopes; A database record and settlement step of storing, in association with the participant information, the expenses for storing the expenses for each participant obtained from the cash storing step and accumulating the received details in real time; A document document outputting step of outputting the document for storing the light expenses, to the attendees who have completed the light expenses And a participant message input step in which the participant receives a message to be delivered to the organizer. The method of claim 6, The cash storage step, An envelope input step of inserting the envelope containing the expenses of the expenses into the cash input unit and supplying the envelopes sequentially; An envelope opening step of spreading the sealed portion of the envelop; An envelope scanning step of scanning or photographing contents recorded on the surface of the enveloped envelopes, recognizing a portion of the contents recorded on the surface as text, and associating it with the attendee information; Determining the standard of the bag and the standard bag selection step to separate and separate the non-standard bag, A content separation step of separating the content from the bag that has passed the standard envelope selection step; Receiving the paper money of the bill or check separated from the envelope in the content separation step comprising a cash count step of counting the number of payments. An attendee recognition step of acquiring attendee information to recognize attendees; A non-cash storing step of allowing the attendees to pay the expenses for the non-cash payment using a non-cash depositing unit; A database record and settlement step of storing, in association with the participant information, the expenses for storing the expenses for each attendant obtained from the non-cash storing step and accumulating the storing details in real time; A document document outputting step of outputting the document for storing the light expenses, to the attendees who have completed the light expenses And a participant message input step in which the participant receives a message to be delivered to the organizer. The method of claim 8, The non-cash receiving step, A payment method selection step in which the attendee selects at least one payment method from among non-cash payment methods including credit card, bank transfer, mobile payment and remote payment; A payment amount inputting step of inputting the amount of the expenses to be paid; A payment means authentication step of authenticating the use of the payment means by inputting the information of the payment means selected in the payment means selection step; A payment contents verification step of confirming the entered payment amount and payment means information; A method for storing an audit fee including a payment approval step of approving the payment fee payment details with the confirmed payment contents.

Images