JP5220830B2 - Cash machine - Google Patents

Description

  The present invention relates to a cash processor that performs a combined deposit process of specified securities and cash.

  Conventionally, financial institutions such as banks have been equipped with cashiers as cash processors to manage cash deposits and withdrawals in stores, and the person in charge at the counter uses the cashier to deliver cash to the cashier at the counter. They make money and make deposits that are collected from the deposit / withdrawal machine at the counter. In addition, outsiders handle withdrawals that are taken out to outside parties and deposits cash that is brought back from outside parties.

  By the way, in such a cash processing machine, cash can be deposited by inserting cash into the cash processing machine, but securities such as checks and bills cannot be deposited by the cash processing machine. . For this reason, after accepting such securities at the counter, the clerk will collect the deposit data and enter the keys to enter the deposit, and the actual items of the securities will be classified manually, or a centralized center, etc. In the sorting machine in order to manage.

  On the other hand, regarding such input of securities data such as checks and bills, there is disclosed a technology for automatically reading information printed on checks and bills and holding them individually (for example, patent documents). 1).

Japanese Patent Laid-Open No. 2002-366772

  However, in the conventional method in which the clerk collects the deposit data and inputs the key, it takes time to collate due to the counting error of the clerk, and the clerk's work becomes complicated because the deposit process and the sorting process are performed at different times and places. There is a problem. Therefore, it is very efficient and desirable that securities, such as checks and bills, can be processed together when depositing, but the technology to realize such processing has not been developed yet. It is.

  Further, in the technique described in Patent Document 1, data printed on a check or bill can be automatically read and held independently without manual operation, but the data is only read and held. Cannot be used for deposit processing.

  The present invention has been made in view of the above problems, and individually manages data on specific securities such as checks and bills, and efficiently and reliably performs deposit processing and actual item processing using the data. An object is to provide a cash processing machine connected to a specified securities depositing machine.

In order to solve the above-described problems and achieve the object, the present invention is a cash processing machine that performs a combined deposit process of specified securities and cash, and counts the cash that has been input to obtain cash processing data. Cash counting means for generating; acquisition means for acquiring processing data of the specified securities; and deposit processing data generating means for generating deposit processing data by adding the processing data of the specified securities and the cash processing data; The acquisition means includes communication means capable of communicating with the specified securities depositing machine for processing the specified securities, and instruction information for generating transfer instruction information for instructing transfer of processing data of the specified securities And the instruction information generating unit stores the securities when there is no difference in the result of the verification in the verification unit that performs verification between the deposit processing data and the total deposit amount data. It generates the storage instruction information for instructing, and transmits the storage instruction information in the specific security deposit machine.

Further, the present invention is a cash processing machine for performing a combined deposit process of a specified securities and cash, a cash counting means for generating cash processing data by counting the inserted cash, and the specified securities Acquisition means for acquiring processing data; and payment processing data generation means for generating payment processing data by adding the processing data of the specific securities and the cash processing data; and the acquisition means includes the specific securities Communication means communicable with the specified securities depositing machine for processing, and instruction information generating means for generating transfer instruction information for instructing transfer of processing data of the specified securities, the instruction information generating means Is storage instruction information for prompting confirmation of the processing data of the specified securities when there is a difference in the result of the verification in the verification means for verifying the payment processing data and the total deposit data And it generates, and transmits the storage instruction information in the specific security deposit machine.

  In the invention described above, the present invention is further characterized by further comprising input means for inputting total deposit data, and collation means for collating the deposit processing data with the total deposit data of the deposit slip.

  According to the present invention, the cash that has been input is counted to generate cash processing data, the processing data of the specified securities is obtained, and the processing data of the specified securities and the cash processing data are added together to perform the deposit processing. Since the data is generated, it is possible to handle the processing data and the cash processing data of the specified securities in a lump.

FIG. 1-1 is a perspective view illustrating an external configuration example of a specified securities depositing machine and a cash processing machine to which the specified securities depositing machine according to the present embodiment is connected. FIG. 1-2 is a diagram illustrating a schematic configuration of the specified securities depositing machine according to the present embodiment. FIG. 2 shows an image of a check. FIG. 3 is a cross-sectional view illustrating a configuration example of the temporary storage unit. FIG. 4 is a perspective view of a main part showing a peripheral portion of the first winding roller. FIG. 5 is a perspective view of a main part for explaining storage of the form on the second winding roller. FIG. 6 is a cross-sectional view illustrating a configuration example of the temporary storage unit. FIG. 7 is a diagram illustrating an example of a take-out list. FIG. 8: is a functional block diagram explaining the structure part with which the cash processing machine concerning a present Example is provided. FIG. 9 is a flowchart showing a processing procedure of the specified securities depositing machine. FIG. 10 is a diagram showing a display screen of the display unit during the depositing process with the specified securities depositing machine. FIG. 11 is a view showing a display screen of the display unit during the deposit process with the specified securities depositing machine. FIG. 12 is a diagram showing a display screen of the display unit during the depositing process with the specified securities depositing machine. FIG. 13 is a diagram showing a display screen of the display unit during the depositing process with the specified securities depositing machine. FIG. 14 is a flowchart showing the processing procedure of the specified securities depositing machine. FIG. 15 is a flowchart showing the processing procedure of the specified securities depositing machine.

  Preferred embodiments of a specified securities depositing machine and a specified securities depositing method according to the present invention will be described below with reference to the accompanying drawings. Here, in the present invention, the specified securities (hereinafter simply referred to as securities) means general securities such as bills and checks. In addition, this invention is not limited to the following description, In the range which does not deviate from the summary of this invention, it can change suitably.

  FIG. 1-1 is a perspective view illustrating an example of an external configuration of a specified securities depositing machine 1 according to the present embodiment and a cash processing machine 200 to which the specified securities depositing machine 1 is connected. Moreover, FIG. 1-2 is a figure explaining schematic structure of the specific securities depositing machine 1 concerning a present Example. As shown in FIGS. 1-1 and 1-2, the specified securities depositing machine 1 includes a take-in portion 10 including a securities insertion slot 11, a feeding roller 12, and a hopper 13, a conveyance path 20, and reading / recognition. Unit 30, temporary holding unit 40, endorser 50, a plurality of stackers 60, storage rollers 61, main control unit 70, storage unit 80, correction unit 90, and deposit processing data generation unit 100, A storage / discharge selection unit 110, a reject / discharge unit 120, a discharge roller 121, a non-standard storage unit 130, a display unit 140, an operation unit 150, a communication unit 160, and a data processing unit 170 are provided. Yes.

  One or a plurality of securities inserted from the securities insertion slot 11 is set in the hopper 13 in the take-in unit 10, and the set securities are fed out one by one by the feeding roller 12, and the specified securities depositing machine. 1 is taken in. The securities taken into the specified securities depositing machine 1 are transported one by one through the transport path 20 in the specified securities depositing machine 1. Here, the securities to be processed by the specified securities depositing machine 1 are, for example, ordinary standard checks such as corporate checks, special checks such as individual checks and checks with carrier envelopes, promissory bills and bills of exchange. Special handprints such as simple standard bills, bills with notes, bills with carrier envelopes, bills with carrier envelopes, and bills with carrier envelopes.

  The reading / recognizing unit 30 has an optical character reading unit such as an image scanner, and functions as an input unit for reading an image image of information described on the surface of the securities to be deposited and loading the image into the apparatus. To do. For example, as shown in FIG. 2, the image of the check 180 is optically read to generate image image data as read data. Then, the reading / recognizing unit 30 outputs the read image data to the storage unit 80. Here, the reading / recognition unit 30 reads both-side image images and outputs them to the storage unit 80 when information is written on both the front and back sides of the form.

  Further, the reading / recognizing unit 30 has character recognition means such as an OCR (Optical Character Reader), for example, and recognizes the character from the read image image data of the securities and converts it into a document for recognition. Function. The reading / recognizing unit 30 performs character recognition by OCR from image data that is read data, generates recognition data, and outputs the recognition data to the storage unit 80. Further, when processing a plurality of bills having a bill, the bill is taken into the specified securities depositing machine 1 like the bill, and image image data is read as read data in the reading / recognition unit 30. Is generated, but recognition data is not generated. In the above description, the case where the reading / recognition unit 30 has the character recognition means has been described for convenience of explanation. However, the optical character reading function and the character recognition function are usually provided as separate functional units. The

  The temporary storage unit 40 is a storage unit that temporarily holds the securities for which recognition data has been generated by the reading / recognition unit 30 until they are stored in the stacker 60, or returned or discharged to the reject / discharge unit 120. For example, when the securities to be processed are a plurality of bills having a tag, the bills are returned to the reject / discharge unit 120 or discharged until the stacker 60 is stored in the same manner as other bills. Hold temporarily until. Here, returning means returning the relevant securities to the outside when the deposit process cannot be performed normally. Further, the term “discharge” refers to returning a non-standard-sized securities or desired securities to the outside when the deposit process can be normally performed.

  The temporary holding unit 40 can hold the securities in the temporary holding unit 40 at the time when the image data is generated in the reading / recognition unit 30, and then generate the recognition data. As a result, even if it takes a long time to capture a large amount of securities and generate recognition data, it is possible to capture the next securities at the time when the image image data is generated and to perform continuous processing, and to deposit money efficiently. Processing can be performed. Further, by holding the securities in the temporary holding unit 40, the generated recognition data can be confirmed and corrected in a lump.

  Here, the temporary holding unit 40 that temporarily holds securities will be described. FIG. 3 is a cross-sectional view for explaining a configuration example of the temporary storage unit 40. Here, an example in which the temporary holding unit 40 has a cassette structure is shown. The cassette 301 is formed in a box shape, and a horizontally-long slit-shaped securities entrance 302 that allows the securities P to enter and exit in the longitudinal direction is opened at an upper position on one side surface. In this configuration example, two tapes TA and TB (hereinafter, two tapes may be collectively referred to as tape T) are used, and securities P are placed between the tape TA and the tape TB. The case where it comprises so that it may be pinched | interposed and stored in the longitudinal direction is shown. For the tape T, for example, a uniaxially stretched tape is used. Moreover, it is preferable that the surface of the tape T is coated with silicon or the like to prevent jamming due to adhesion of an adhesive.

  As shown in FIG. 3, rollers 303 </ b> A and 303 </ b> B through which the tapes TA and TB pass are provided vertically opposite to each other in the securities entrance / exit 302. Further, on the back side and the lower side of the roller 303B provided on the lower side of the roller 303A provided on the upper side, as shown in FIG. 4, for example, a first reel having a tape-like guide flange is provided. The winding roller 304A and the first winding roller 304B are attached to the first winding shaft 305A and the first winding shaft 305B via a tension applying torque limiter 306A and a tension adding torque limiter 306B, respectively. Yes. Further, idlers 309A and 309B are arranged in the vicinity of the first winding roller 304A and the first winding roller 304B.

  At a substantially central position between the first winding rollers 304A and 304B, a second winding roller 307 having an axial length equal to or longer than the securities width is provided on the second winding shaft 308. It is supported by. FIG. 5 is a main part perspective view for explaining the storage of the securities P in the second winding roller 307. The tapes TA and TB wound around the second winding roller 307 are guided to the first winding rollers 304A and 304B via the rollers 303A and 303B and idlers 309A and 309B, respectively.

  In FIG. 5, the tape width of the tape TA and the tape TB is shown to be about 1/3 of the securities width. However, the tape width is not particularly limited, and the securities are surely attached to the tape TA. Any width can be set as long as the width can be accommodated and fed by being sandwiched by the tape TB. In consideration of the fact that stamps or the like are affixed to securities, the tape width of the tape TA and the tape TB is such that the portion to which the stamps or the like are affixed can be covered with the tape TA and the tape TB. It is preferable. By setting the tape widths of the tape TA and the tape TB to such widths, it is possible to store and feed out securities while preventing peeling of stamps and the like.

As shown in FIGS. 3 and 5, a sensor S ₁ for detecting the presence or absence of the securities P has a predetermined distance from the outer peripheral surface of the second winding roller 307 on the outer periphery of the second winding roller 307. They are spaced apart. Thereby, even if one securities P is wound around the second winding roller 307, this can be detected.

In addition, in the cassette 301, as shown in FIG. 3, a pair of securities detection sensors S ₂ and rollers 303A provided with a tape T sandwiched between rollers 303A and 303B and a second winding roller 307, A sensor T ₃ for detecting both ends of the tape T provided between the idler 309A and the tape T is disposed.

  Further, outside the securities entrance / exit 302 of the cassette 301, a transfer device 310 for transferring or taking out the securities P to / from the securities entrance / exit 302 is disposed. The conveying device 310 can be constituted by, for example, a pair of upper and lower belts or roller rows.

When delivering securities into the temporary holding unit 40 configured in this way, as shown in FIG. 3, the second winding shaft 308 is rotated clockwise (in the direction of the arrow) in the drawing by a drive system (not shown). Move. As a result, the second winding roller 307 rotates clockwise (in the direction of the arrow), and the tape T is wound around the second winding roller 307. At this time, the rotational speed of the second winding shaft 308 is set so that the winding speed V ₁ of the tapes TA and TB is larger than the transport speed V ₂ of the transport device 310 and acts to pull in the securities P. , Form jams are prevented.

  Further, when the tapes TA and TB are wound by the second winding roller 307, the first winding rollers 304A and 304B try to rotate counterclockwise by the pulling action of the tape T. Since the roller shafts 305A and 305B do not rotate counterclockwise, tension is generated on the tapes TA and TB. When the tension exceeds a predetermined value, a torque greater than a predetermined value is applied to the torque limiters 306A and 306B, and the first winding rollers 304A and 304B rotate counterclockwise (arrow direction). As a result, a tension corresponding to the set torque of the torque limiter is always applied to the tapes TA and TB.

In this way, when storage of the securities P to be stored is completed, the drive system is stopped. At this time, the number of housed securities P is counted by the Securities detection sensor S _2. And while going to house the bill P by repeating the above action every time there is a housing instruction securities P, when accommodating a predetermined amount progressed storage of bill P, the end of the tape T by the sensor S ₃ Detected and stop receiving further. As a result, the tape T can be prevented from being damaged and the form can be securely stored.

  When discharging the securities P, the second winding shaft 308 rotates counterclockwise (in the direction of the arrow) in the drawing as shown in FIG. Is rotated counterclockwise (arrow direction) to rewind the tapes TA and TB. Further, at this time, the first winding shafts 305A and 305B are provided with power of a winding speed faster than the speed at which the tapes TA and TB are rewound from the drive system. Accordingly, the first winding rollers 304A and 304B try to wind the tape TA and TB at a speed higher than the speed at which the tape TA and TB are rewound. Tension is generated in TB. When the tension exceeds a predetermined value, a torque exceeding a predetermined value is applied to the torque limiters 306A and 306B, and slipping occurs. As a result, a tension according to the set torque of the torque limiters 306A and 306B is always applied to the tapes TA and TB.

In this way, as the tapes TA and TB are rewound from the second winding roller 307, the securities P between the tapes TA and TB are thrown out from the securities entrance 302 and delivered to the transport device 310. It is. The bill P number of sheets to be discharged is driven system stops and is detected by the security detection sensor S _2, the discharge from the escrow unit of the securities is completed. The securities P are discharged by repeating the above operation every time there is an instruction for discharging the securities P. When all the securities P are discharged, the sensor S ₁ changes to “no securities stored”. It is detected and the control device side is informed that the securities stored in the second winding roller 307 have been exhausted. This is the time of ejection of the Securities conveying speed V ₂ of the speed V ₁ and the transfer apparatus 310 of the tape T is set to V ₁ <V _2, towards the V ₂ are increased by a predetermined amount, prevents jamming of the form However, it acts to withdraw the securities P.

  By using the temporary holding unit 40 using the tape as described above, the storage process of securities and the discharge process of the stored securities can be performed by one mechanism, and the cost can be reduced. . Further, since the securities are stored and discharged in a state of being sandwiched between two tapes, it is possible to prevent a plurality of securities from being discharged at a time.

  Returning to the description of FIG. 1, the endorser 50 is provided in the transport path 20 closest to the temporary storage unit 40. The endorser 50 is a securities discharged from the temporary holding unit 40, and as will be described later, the recognition data is approved and the securities stored in the stacker 60 or the recognition data is approved and the reject / discharge unit 120 receives the securities. The management serial number and date are printed on the securities to be discharged. This management serial number is a management number assigned in association with deposit processing data, which is approval data described later, and securities. By using this management serial number, the corresponding deposit processing data is specified from the securities. In addition, the corresponding securities can be specified from the deposit processing data.

  The stacker 60 is storage means for temporarily storing the stacker 60 in the temporary storage unit 40 and storing the securities whose recognition data is approved. The securities are transported from the temporary storage unit 40 through the transport path 20 and stored in the stacker 60 by a storage roller 61 provided at the end of the transport path 20 on the stacker 60 side. In the specific securities depositing machine 1, the stacker 60 includes three stackers, a stacker 60A, a stacker 60B, and a stacker 60C. By providing the plurality of stackers 60A, 60B, and 60C as described above, predetermined securities set in advance for each stacker are sorted and stored. In addition, although the case where the three stackers 60A, 60B, and 60C are provided is described here, the number of the stackers 60 is not limited to this and can be changed as appropriate.

  The main control unit 70 controls the processing operation of the specific securities depositing machine 1 as a whole according to various programs stored in the storage unit 80. The storage unit 80 stores image data of securities as read data, recognition data of securities, data for deposit processing, and data subjected to predetermined processing in the data processing unit 170 described later. Storage means. The storage unit 80 stores various programs used for processing of the entire apparatus. In the specified securities depositing machine 1, the deposit processing data is stored in the storage unit 80, and the receipt of the specified securities is completed when the storing of the securities in the stacker 60 or the discharge to the reject / discharge unit 120 is completed. The securities deposit process in the machine 1 is completed.

  By the way, check data and bill data are handled differently. Therefore, the storage unit 80 has, for example, a check data file for storing data related to checks and a bill data file for storing data related to bills, and separately manages and stores check data and bill data. Yes. That is, the storage unit 80 stores check image data, recognition data, deposit processing data, data subjected to predetermined processing in the data processing unit 170, and lists in a dedicated check data file. The storage unit 80 also stores bill image data, recognition data, deposit processing data, data subjected to predetermined processing in the data processing unit 170, and lists in a dedicated bill data file. This ensures that the check data and bill data that are processed differently after the receipt processing data has been generated are managed individually, and the check receipt data and bill receipt data are used separately. And post-processing can be performed smoothly and reliably. When the capacity of the storage unit 80 is small, only the recognition data and the deposit processing data may be stored without storing the image data.

  In particular, the bill processing data for bills is aggregated in a predetermined format in the data processing unit 170 and stored in a list, for example, in a state where it can be issued or transmitted to an external device. The deposit processing data for bills held in such a form can be used as an output data list or the like when an attached slip or bill is collected and taken out and transported to, for example, a centralized center.

  FIG. 7 shows an example of a take-out list that is output when a bill is taken to a centralized center or another organization. In the take-out list shown in FIG. 7, the output date of the list, the person in charge, the number in charge, the store number and the store name where the specified securities depositing machine 1 is arranged, the type of securities, the number of processed sheets, and the amount are totaled. A summary table and its schedule are printed. The detailed table describes detailed information of each bill read, recognized, and stored in the securities depositing machine 1. For example, the detailed table shown in FIG. 7 includes information such as serial number, bill / check number, financial institution, store number, account number, amount, form type, stacker, take-out date and time, business classification, and the like.

  Here, the serial number is a management serial number printed at the time of processing. The bill / check number is a number printed on the upper left of the bill, and is a number unique to each bill / check. The financial institution is a financial institution number of a financial institution that is paid by a bill / check. The store number is a number set for each store of a financial institution that is paid by a bill / check. The account number is the number of the account to be paid by the bill / check, that is, the number of the account from which the face amount written on the bill / check is deducted. The amount is the amount to be paid by bill / check. The account and the amount to be paid are specified by the above financial institution, store number, account number, and amount. The stacker is number information of a stacker in which bills / checks are stored or stored (taken-out). The take-out date and time is the date and time when the bill / check is taken out from the securities depositing machine 1. The business classification indicates whether or not a business (action) to be taken out from the securities depositing machine 1 and taken out to the center is performed, that is, whether or not there is a bill / check in the securities depositing machine 1. In addition, although only the bill information is described in the schedule shown in FIG. 7, check data and other data may be included.

  The deposit processing data stored in the check data file and transmitted to the cash processing machine 200 by the storage unit 80 includes, for example, a person-in-charge number that is a unique number of a person in charge of processing in the specified securities depositing machine 1. , The number and amount of checks for deposit processing (including information on whether the check is from the store or another store), whether the check is stored in the specified securities depositing machine 1, Information on whether or not it is managed outside the specified securities depositing machine 1 is included.

  By storing the bill deposit processing data in this way, it is possible to perform rapid processing in post-processing related to bills.

  The correcting unit 90 is correcting means for confirming / correcting the recognition data of the securities recognized by the reading / recognizing unit 30 and stored in the storage unit 80. When confirming and correcting the recognition data, the image data of the relevant securities and the recognition data are displayed on the display unit 140, and the validity of the recognition data is confirmed by comparing them visually. If there is a recognition error, the recognition data is corrected using the operation unit 150.

  In addition, when the securities to be processed are a plurality of bills for one transaction including a supplement, the correcting unit 90 obtains the data of the supplement and the data of a plurality of bills for one transaction including the supplement. Match. For example, the number of bills is checked against the total amount.

  The receipt processing data generation unit 100 is a receipt processing data generation unit that approves and generates receipt processing data based on an approval instruction indicating the validity of the recognition data. Here, for example, as will be described later, the approval instruction may be an instruction given by selecting a “confirmation complete” button on the “OCR result confirmation” screen. The storage / discharge selection unit 110 includes an operation unit 150 such as an input button for a storage mode in which the securities taken in the machine are stored in the storage means or a discharge mode in which the securities taken in the machine are discharged to the reject / discharge unit 120. It is a selection means to select based on the information by input in.

  When the deposit process cannot be performed normally, the corresponding securities are returned to the reject / discharge unit 120. When the deposit process can be performed normally, non-standard-shaped securities or desired securities are discharged. Is done. The securities are transported to the reject / discharge unit 120 by the transport path 20, and a discharge roller 121 is provided at the end of the transport path 20 on the reject / discharge section 120 side, and the reject roller 121 rejects the reject / discharge section. 120.

  The non-standard-sized storage unit 130 stores non-standard-sized securities that have been discharged to the reject / discharge unit 120 and have successfully completed the deposit process. In this specific securities depositing machine 1, the worker inputs non-standard-size securities discharged to the reject / discharge unit 120 into the non-standard-size storage unit 130, but the conveyance path 20 is stored outside the standard size. It is also possible to adopt a configuration in which the securities stored in the non-standard storage unit 130 connected to the unit 130 are automatically conveyed and stored.

  The display unit 140 displays an operation screen in processing of the specified securities depositing machine 1, data types such as read data, recognition data, and approval data. The operation unit 150 is an input means for an operator to input various information in the operation of the specified securities depositing machine 1, and includes a keyboard as the operation unit 150. In addition to this, a touch panel provided in the display unit 140 Functions can be used. The communication unit 160 transmits / receives various information such as instruction information and data information to / from an external device.

  The data processing unit 170 performs processing such as management of various data as described above, generation of external output data, and creation of a list. For example, the data processing unit 170 also creates a take-out list of bill processing data for bills as described above. Further, the external output data includes external output aggregated data obtained by aggregating individual external output data. These external output data, lists, etc. can be used as a management list or confirmation list for bills actual goods by, for example, issuing them when they are transported to the take-out center, etc., and attaching them to the bill actual goods. it can. Thereby, the trouble of creating a dedicated information list for carrying out work can be omitted. In addition, when the bill actual product is transported to the take-out destination center or the like, the external output data is directly sent to an external device such as the take-out destination center, so that the external device issues a vote and the management list of the bill actual item or It can be used as a confirmation list. Thereby, the trouble of creating a dedicated information list for carrying out work can be omitted, and the working time can be shortened. It is also possible to store external output data as electronic data in an external device and use it for processing and data management.

  Further, the cash processing machine 200 includes a banknote processing machine 230 including a bundled banknote processing unit 210 that processes bundled banknotes in units of 100 sheets, and a rose banknote processing unit 220 that processes individual banknotes. A wrapping coin dispensing machine 240 for dispensing wrapping coins packaged in units of sheets and a rose coin processing machine 250 for processing loose coins are provided. The bundled bill processing unit 210 is provided with a bundled bill dispensing port 211 for dispensing bundled bills and an out-of-machine discharge port 212 for discharging the bundled bills to the outside of the machine. Further, the loose banknote processing unit 220 is provided with a deposit port 221 for depositing loose banknotes, and a withdrawal port 222 for withdrawing bulk banknotes. A new ticket dispensing machine 231 is installed.

  A printer 241 for printing slips, passbooks, and the like is provided above the wrapping coin dispensing machine 240, and a wrapping coin dispensing port 242 for dispensing wrapping coins. In addition, a coin deposit port 251 for receiving rose coins is provided at the top of the rose coin processor 250, a display unit 252 for displaying guidance, data, and the like to the operator, and a card reader 253 for inserting and processing an ID card. It has been. A return port 255 for returning the rose coins is provided on the front surface of the rose coin processor 250. Furthermore, a keyboard 254 as an operation unit operated by an operator is provided on the upper part of the wrapping coin dispenser 240 and the loose coin processor 250.

  In addition, as shown in the functional block diagram of FIG. 8, the cash processing machine 200 stores an instruction information processing unit 261, a cash counting unit 262, a deposit data generation unit 263, a verification unit 264, a communication unit 265, and a storage. Unit 266 and a main control unit 267. The instruction information processing unit 261 transmits the securities deposit processing data transfer instruction information, the securities deposit processing data storage instruction information, the securities deposit processing data confirmation instruction information to the specific securities deposit machine 1. Is generated and transmitted to the specified securities depositing machine 1. The cash counting unit 262 generates cash processing data by performing a cash count of the cash that has been thrown into the machine. The receipt data generation unit 263 generates receipt data by adding the cash processing data and the securities receipt processing data. The collation unit 264 collates the deposit data with the total deposit data described in the deposit slip. The communication unit 265 exchanges data and information with the specified securities depositing machine 1. The storage unit 266 stores the total deposit amount data of cash and securities described in the deposit slip, cash processing data, securities deposit processing data transferred from the specified securities depositing machine 1, and various types of processing used for the entire apparatus. Data storage means for storing programs and the like. The main control unit 267 controls the processing operation of the cash processing machine 200 as a whole according to various programs stored in the storage unit.

  The cash processing machine 200 configured as described above counts the cash input to the own machine to generate cash processing data that is the cash deposit data, and also receives the securities deposit process from the specific securities deposit machine 1. Data is received, and the cash processing data and the securities deposit processing data are used to perform the deposit processing by adding up the cash and the securities. Further, not only the deposit processing that adds the cash processing data and the securities deposit processing data but also the deposit processing using only the securities deposit processing data can be performed.

  Next, the operation of the specified securities depositing machine 1 according to the present embodiment configured as described above will be described in the case of depositing checks and bills. First, a process for depositing a standard check as a check will be described. FIG. 9 is a flowchart showing the processing procedure of the specified securities depositing machine 1. 10 to 13 are diagrams showing display screens of the display unit 140 during the depositing process in the specified securities depositing machine 1.

  First, the worker turns on the specified securities depositing machine 1. When the power is turned on, a “main menu” screen as shown in FIG. The operator uses the keyboard of the operation unit 150 to select the “1. Check payment” button on the display screen. When the “1. Check payment” button is selected, a “mode selection” screen as shown in FIG. 11 is displayed on the screen of the display unit 140.

  Next, the worker inserts a plurality of standard checks from the securities insertion slot 11 as securities to be deposited, and sets them in the hopper 13. Then, the operator uses the keyboard of the operation unit 150 to select the “1. Continuous scan (storage)” button on the “mode selection” screen shown in FIG. Here, “1. continuous scanning (storage)” is a mode in which securities are continuously taken into the apparatus, data is read and recognized, and finally the securities are stored in the stacker 60. By selecting this “1. continuous scanning (accommodating)” mode, it is possible to continuously perform deposit processing of a plurality of standard checks, instead of depositing one by one, and efficiently perform deposit processing. be able to. The “2.1 sheet scan (external discharge)” is a mode in which only one securities is taken into the apparatus, data is read and recognized, and the securities are stored in the reject / discharge unit 120. By selecting this “2.1 sheet scan (external discharge)” mode, image data is also read and recognized for personal checks, which are special checks that are infrequently used, and the specified securities deposit machine 1 deposits the images. Processing can be performed, and deposit processing can be performed efficiently. Here, since the check deposit process is continuously performed as described above, first, when the “1. Continuous scan (storage)” button is selected, the payroll roller 12 is operated and the standard check set in the hopper 13 is removed. It starts to be taken into the specified securities depositing machine 1 one by one (step S101).

  The standard check taken into the specified securities depositing machine 1 is transported along the transport path 20 and transported to an image scanner which is a reading / recognition unit 30. When the standard check is conveyed to the reading / recognition unit 30, the reading / recognition unit 30 (image scanner) starts reading the image image data of the information written on the surface of the standard check and stores the read image image data. To the unit 80. The storage unit 80 stores the read image data. Here, the storage unit 80 individually manages and stores the read check image data in a check data file that stores data relating to the check. This ensures that the check data and bill data that are processed differently after the receipt processing data has been generated are managed individually, and the check receipt data and bill receipt data are used separately. And post-processing can be performed smoothly and reliably.

  Next, when the image data of the standard check is stored in the storage unit 80, the reading / recognition unit 30 identifies characters from the image image data stored in the storage unit 80 by OCR, and generates recognition data. The recognition data is output to the storage unit 80. The storage unit 80 stores this recognition data (step S102). Here, the storage unit 80 separately manages the read check recognition data in a check data file that stores data related to the check. This ensures that the check data and bill data that are processed differently after the receipt processing data has been generated are managed individually, and the check receipt data and bill receipt data are used separately. And post-processing can be performed smoothly and reliably.

  Then, the standard check for which the recognition data has been stored is transported to the temporary storage unit 40, where it is stored and stored (step S103). Further, the standard check is stored in the temporary holding unit 40, and at the same time, the next standard check set in the hopper 13 is taken into the machine, and all the standard checks are taken into the machine and held in the temporary holding unit 40. Steps S101 to S103 are repeated. In FIG. 9 and the above description, step S101 to step S103 are schematically described for each step for convenience of explanation, but in actuality, step S101 to step S103 are processed continuously. .

  After all the standard checks set in the hopper 13 are taken into the machine, the “3. Check OCR result” button is selected on the “mode selection” screen shown in FIG. When the “3. Confirm OCR result” button is selected, the image data field 120-1 and the recognition data field 120-2 of the “OCR result confirmation” screen are reserved in the temporary storage unit 40 as shown in FIG. The image data and recognition data of the standard check that is being displayed are displayed.

  The clerk confirms and corrects the validity of the recognition data on this screen. As shown in FIG. 12, the recognition data is confirmed by visually comparing the display of the image image data column 120-1 and the recognition data column 120-2 on the “OCR result confirmation” screen. As a result of confirming the validity of the recognition data, if an error is recognized in the recognition data or if there is an unrecognized item, the item to be corrected is selected in the recognition data column 120-2 and the correction data is input. . The correction unit 90 corrects the recognition data based on this input. Thereafter, a “confirmation complete” button that is an instruction to approve the recognition data is selected, and a “register” button is selected. The payment processing data generation unit 100 approves the corrected recognition data based on the approval instruction indicating the validity of the recognition data, and the approved recognition data is generated as check payment processing data. Thereby, the details of the securities to be deposited are determined (step S104). Note that the “confirmation completed” button and the “register” button may be provided as one button. When the “confirmation complete” button is selected and the details are confirmed, a “storage process selection” screen for instructing selection between the linked deposit mode and the local deposit mode as shown in FIG. 13 is displayed. Here, since the linked deposit mode is selected, the operation proceeds to the cash processor 200 according to the instruction on the screen. In addition, a “continuous deposit” selection button for selecting the continuous deposit mode may be provided on the “storage processing selection” screen.

  The linked deposit mode refers to the specific securities deposit machine 1 generating the specified securities deposit processing data, and the cash processor 200 adding the specified securities deposit processing data and the cash processing data together, This mode is for storing the specified securities deposit processing data and storing the specified securities. In other words, in the linked deposit mode, the receipt of the specified securities in the specified securities depositing machine 1 is combined with the cash processing data in the cash processing machine 200, and further the storage of the specified securities deposit processing data and the storage of the specified securities are performed. This mode is performed by continuous processing. Further, in the linked payment mode, not only the payment processing for adding the cash processing data and the security deposit processing data but also the deposit processing using only the securities deposit processing data can be performed in a continuous process.

  On the other hand, in the local deposit mode, the specified securities deposit processing machine 1 generates the specified securities deposit processing data, and the cash processing machine 200 does not perform the total deposit with the specified securities deposit processing data and the cash processing data. This is a deposit mode in which the specified securities deposit processing data is stored and the specified securities are stored, the processing in the specified securities depositing machine 1 is once terminated, and then the cash processing machine 200 performs the total deposit. That is, in the local deposit mode, only the deposit processing in the specified securities depositing machine 1 is terminated in the first step, and the cash processing data and the combined deposit in the cash processing machine 200 are performed as the second step after an arbitrary time has elapsed. It is a mode to perform. Therefore, the timing for storing data for specific securities deposit processing is different between the linked deposit mode and the local deposit mode.

  Further, as a result of comparing the display of the image image data column 120-1 and the recognition data column 120-2 to confirm the validity of the recognition data, if the validity of the recognition data is confirmed, that is, the recognition by the OCR is normal. If the process is performed, the “confirmation complete” button, which is an instruction to approve the recognition data, is selected without correcting the recognition data, and the “register” button is selected. Based on this approval instruction, the payment processing data generation unit 100 approves the recognition data recognized by the OCR, and check payment processing data is generated from the recognized recognition data. Thereby, the details of the securities to be deposited are determined (step S104). Note that the “confirmation completed” button and the “register” button may be provided as one button. When the “confirmation complete” button is selected and the details are confirmed, a “storage process selection” screen as shown in FIG. 13 is displayed as in the above case. Here, since the linked deposit mode is selected, the operation proceeds to the cash processor 200 according to the instruction on the screen.

  When processing is continued in the linked deposit mode, the process proceeds to the cash processing machine 200 side. The clerk moves to the cash machine 200 side, inserts an ID card into the card reader 253 and obtains authentication (step S201), and then uses the keyboard 254 to display the total deposit amount data of cash and securities described in the deposit slip. Use to input. Thereby, the total deposit amount data of cash and securities described in the deposit slip is taken into the cash processor 200 (step S202). In the cash processor 200, when the total deposit amount data of the deposit slip is input, the instruction information processing unit 261 generates the transfer instruction information of the check deposit processing data, and the transfer instruction information is specified via the communication unit 265. It transmits to the securities deposit machine 1 (step S203). Further, the clerk puts cash to be deposited into the cash processing machine 200, and the cash processing machine 200 performs cash counting in the cash counting unit 262 to generate cash processing data (step S204).

  Returning to the processing on the specified securities depositing machine 1 side, the specified securities depositing machine 1 receives the transfer instruction information of the check deposit processing data, and transfers the check deposit processing data to the cash processing machine 200 according to the transfer instruction information. Then, data is counted (step S105). Here, in the specified securities depositing machine 1, reception of the transfer instruction information of the check deposit processing data is the selection process of the linked deposit mode, and when the transfer instruction information is received, the specified securities depositing machine is received. In step 1, the deposit mode selection unit 170 selects the linked deposit mode and continues the process.

  When the cash processing machine 200 receives the check deposit processing data transferred from the specified securities depositing machine 1, the deposit data generation unit 263 adds the cash processing data and the check deposit processing data to generate the receipt data. The collation unit 264 collates the deposit data with the total deposit amount data of the deposit slip, and determines whether or not they match (step S205). Here, if the deposit data matches the deposit total data of the deposit slip (Yes at step S205), the instruction information processing unit 261 generates storage instruction information for the check deposit processing data and specifies it via the communication unit 265. It transmits to the securities deposit machine 1 (step S206).

  The specified securities depositing machine 1 receives the check deposit processing data storage instruction information transmitted from the cash processing machine 200, and stores the check deposit processing data in the storage unit 80 according to the storage instruction information (step S106). Further, a management check number, date, etc. are printed on the standard check reserved in the temporary storage unit 40 by the endorser 50 and stored in the specified stacker 60 (step S107). Here, the storage unit 80 individually manages and stores the check deposit processing data in a check data file that stores data related to the check. This ensures that the check data and bill data that are processed differently after the receipt processing data has been generated are managed individually, and the check receipt data and bill receipt data are used separately. And post-processing can be performed smoothly and reliably.

  As described above, after the storage of the check deposit processing data in the storage unit 80 and the storage in the standard check stacker 60 held in the temporary storage unit 40 are completed, the standard check in the specified securities depositing machine 1 is completed. The deposit process ends.

  Further, the cash processing machine 200 stores the deposit data in the storage unit 266, thereby completing the total deposit process of the cash and the standard check in the cash processing machine 200 (step S207). Thus, by sending the check deposit processing data from the specified securities depositing machine 1 to the cash processing machine 200, the specified securities depositing machine 1 manages the actual item of the check, and the cash processing machine 200 promptly and You can securely deposit checks. The deposit data stored in the storage unit 266 is transmitted to, for example, a billing system terminal (not shown).

  Here, in the stacker 60 that stores the standard checks, each of the plurality of stackers 60 can be designated for storing individual checks. For example, when depositing a standard check by the specified securities depositing machine 1 in a bank, the stacker 60A is a check storage stacker for the exchange section, the stacker 60B is a check storage stacker for the central section, and the stacker 60C is the own store. It can be specified in three types: a stack for storing checked checks. Here, the check storage stacker (stacker 60A) for the exchange section is a stacker for storing ordinary checks. Further, the check storage stacker (stacker 60B) for the centralized section is a stacker pocket for storing the check of the previous date. Then, the check storage stacker (stacker 60C) reserved on the own store stores all the checks that are not stored in the check storage stacker (stacker 60A) for the exchange section and the check storage stacker (stacker 60B) for the central section. A stacker to store. In this way, by specifying each of the plurality of stackers 60 for storing individual checks, it is possible to automatically classify and store the checks that have been deposited. This eliminates the need for check classification processing by the clerk's manual work, and reduces the work performed by the clerk. Further, since the classification processing is performed together with the deposit processing in the specific securities depositing machine 1, it is possible to efficiently perform the deposit processing and the classification processing of the check. Although not shown, the designation of the stacker 60 can be performed using the display unit 140 and the operation unit 150.

  Further, in the specified securities depositing machine 1, the standard checks can be stored in the stacker 60 in the order set in the take-in unit 10. In the take-in unit 10, the set standard checks are taken into the specific securities depositing machine 1 in order from the standard check located at the upper part, and in the temporary holding unit 40, the standard checks are taken in the order in which they were taken into the specific securities depositing machine 1. Are stored temporarily, and the standard checks are discharged in the reverse order of storage. The stacker 60 stores the standard checks in the order in which they are discharged from the temporary storage unit 40. By taking such a processing form, the specific securities depositing machine 1 can store the standard checks in the stacker 60 in the order set in the take-in unit 10. Further, by adopting such a processing form, the specified securities depositing machine 1 can store the standard check in the stacker 60 in the front and back direction when set in the take-in unit 10. The take-in unit 10 takes in the standard check in the specified securities depositing machine 1 in the set front and back direction, and the temporary holding unit 40 stores the standard check in the reverse direction opposite to that in the specified securities depositing machine 1. Then, temporarily hold and discharge the standard check in the stored front and back direction. Then, the stacker 60 stores the standard check in the reverse direction opposite to the time when the paper is discharged from the temporary storage unit 40. Therefore, in this specific securities depositing machine 1, the order and the front and back direction of the standard checks stored in the stacker 60 are the same as when the paper is set in the take-in unit 10, so that the order is corrected and the front and back direction is corrected. No post-processing is necessary.

  In addition, the taking-in order in which the check is taken in from the upper part or the lower part in the taking-in part 10, the storing order in the temporary holding part 40, the discharging order, etc. is not limited to the above combination. Therefore, any combination can be used as long as the order and the front / back direction of the standard checks stored in the stacker 60 are the same as when the set is set in the take-in unit 10. The characteristics of the specific securities depositing machine 1 as described above are not limited to depositing a standard check, and the same applies when processing other securities such as bills.

  On the other hand, returning to step S205, the case where the deposit data does not match the total deposit data of the deposit slip as a result of the collation will be described with reference to FIG. As a result of the collation, if the deposit data does not match the deposit total data of the deposit slip (No at Step S205), the instruction information processing unit 261 generates check instruction information for the check deposit processing data and sends it via the communication unit 265. It transmits to the specific securities deposit machine 1 (step S208). When the specified securities depositing machine 1 receives the confirmation instruction information for the check deposit processing data, the screen shown in FIG. 12 is displayed on the display unit 140 to request the staff to confirm the check deposit processing data. The clerk confirms whether the check deposit processing data is correct in the same manner as in step S104 (step S108), and determines whether the check deposit processing data needs to be corrected (step S109). .

  If the check deposit processing data is correct as a result of the confirmation (Yes at step S109), there may be a cause such as a shortage of the number of checks itself, and at present, it is not consistent with the total deposit amount data of the deposit slip. Therefore, the “check” button on the screen of FIG. 12 is selected and the standard check held in the temporary holding unit 40 is returned to the reject / discharge unit 120 (step S110), and a series of deposit processing ends. On the other hand, if the check deposit processing data is not correct as a result of the confirmation (No at step S109), the clerk corrects the check deposit processing data in the same manner as in step S104, and corrects the check deposit processing data. Is generated (step S111). Then, the corrected check deposit processing data is transferred again to the cash processor 200 (step S112).

  When the cash processing machine 200 receives the corrected check deposit processing data, the deposit data generation unit 263 adds the cash processing data and the corrected check deposit processing data to generate the receipt data again. The deposit data is compared with the deposit total data of the deposit slip, and it is determined whether or not they match (step S209). If the deposit data matches the deposit total data of the deposit slip (Yes at step S209), the process returns to step S206 and the process proceeds. On the other hand, when the deposit data does not match the total deposit amount data of the deposit slip (No at Step S209), the cash processing machine 200 generates the return instruction information of the standard check in the instruction information processing unit 261, and via the communication unit 265. To the specified securities depositing machine 1. Upon receipt of the return instruction, the specified securities depositing machine 1 returns the standard check held in the temporary holding unit 40 to the reject / discharge unit 120 (step S113), and a series of deposit processing is completed.

  As described above, according to the specified securities depositing machine 1, it is possible to perform deposit processing of a standard check, and automatically classify and store and manage the regular check after deposit processing. Therefore, reliable deposit processing without mistakes is possible, and there is no need for manual check classification processing by the operator, reducing the amount of work performed by the operator and efficiently performing the check deposit processing and classification storage processing. It is possible. Further, by sending the check deposit processing data individually stored and managed in the check data file in the specified securities depositing machine 1 to the cash processing machine 200, the specified securities depositing machine 1 manages the actual item of the check. At the same time, the check processing can be promptly and reliably performed in the cash processing machine 200. Therefore, the deposit process and the actual product process can be performed simultaneously efficiently and reliably.

  Next, a deposit process for a promised bill, which is a standard bill, will be described. FIG. 15 is a flowchart showing the processing procedure of the specified securities depositing machine 1. First, the worker turns on the specified securities depositing machine 1. When the power is turned on, a “main menu” screen as shown in FIG. The operator uses the keyboard of the operation unit 150 to select the “handprint circulation” button on the display screen. When the “handprint circulation” button is selected, a “mode selection” screen as shown in FIG. 11 is displayed on the screen of the display unit 140.

  Next, the worker inserts a plurality of promissory bills for which a slip has been created as securities for deposit processing and made into one transaction from the securities insertion slot 11 and sets the bills in the hopper 13. At this time, set the tag with the top. Then, the operator uses the keyboard of the operation unit 150 to select the “1. Continuous scan (storage)” button on the “mode selection” screen shown in FIG. By selecting this “1. Continuous Scan (Accommodation)” mode, it is possible to continuously deposit and store multiple promissory notes for one transaction, including a slip, for efficient deposit processing. It can be performed. When the “1. Continuous scan (storage)” button is selected, the feed roller 12 operates to start taking in the slip set in the hopper 13 into the specified securities depositing machine 1 (step S301).

  The slips taken into the specified securities depositing machine 1 are transported along the transport path 20 and transported to an image scanner which is a reading / recognition unit 30. When the promissory note is conveyed to the reading / recognition unit 30, the reading / recognition unit 30 (image scanner) starts reading the image image data of the information described in the supplementary sheet, and stores the read image image data in the storage unit 80. Output to. The storage unit 80 stores the read image data (step S302). Here, the storage unit 80 individually manages and stores the read image data of the tag in a bill data file that stores data relating to bills. This ensures that the check data and bill data that are processed differently after the receipt processing data has been generated are managed individually, and the check receipt data and bill receipt data are used separately. And post-processing can be performed smoothly and reliably.

  Next, when the image image data of the supplement is stored in the storage unit 80, the supplement is transported to the temporary storage unit 40, stored, and stored (step S303). Further, along with the operation of storing the tag in the temporary holding unit 40, the promised bill set in the hopper 13 is taken into the machine (step S304), and the reading / recognizing unit 30 (image scanner) is described in the promised bill. The reading of the image data of the information is started, and the read image data is output to the storage unit 80. The storage unit 80 stores the read image data (step S305). The storage unit 80 stores the image data of the promissory note that has been read separately in a bill data file that stores data related to the bill. This ensures that the check data and bill data that are processed differently after the receipt processing data has been generated are managed individually, and the check receipt data and bill receipt data are used separately. And post-processing can be performed smoothly and reliably.

  Next, when the image data of the promissory note is stored in the storage unit 80, the reading / recognition unit 30 identifies characters from the image image data stored in the storage unit 80 by OCR, and generates recognition data. The recognition data is output to the storage unit 80. The storage unit 80 stores this recognition data (step S306). The storage unit 80 separately manages the read promissory note recognition data in a bill data file for storing bill-related data. This ensures that the check data and bill data that are processed differently after the receipt processing data has been generated are managed individually, and the check receipt data and bill receipt data are used separately. And post-processing can be performed smoothly and reliably.

  Then, the promised bill for which the storage of the recognition data has been completed is transported to the temporary storage unit 40, and stored and held (step S307). In addition, the promissory note is stored in the temporary holding unit 40, and at the same time, the next promissory note set in the hopper 13 is taken into the aircraft, and all the promissory bills are taken into the aircraft and held in the temporary holding unit 40 until the above hold. Steps S304 to S307 are repeated. In FIG. 15 and the above description, step S301 to step S307 are schematically described separately for each step for convenience of explanation, but actually, step S301 to step S307 are processed continuously. Yes.

  After all the promissory bills set in the hopper 13 are taken into the aircraft, the “3. Check OCR result” button is selected on the “mode selection” screen shown in FIG. When the “3. Confirm OCR result” button is selected, the image data data field 120-1 and the recognition data field 120-2 field of the “OCR result confirmation” screen are displayed in the temporary storage unit 40 as shown in FIG. The image data and the recognition data of the pending promissory note are displayed (step S308).

  The operator confirms / corrects the validity of the recognition data on this screen. The recognition data is confirmed by comparing the display of the image image data column 120-1 and the recognition data column 120-2 on the “OCR result confirmation” screen as shown in FIG. FIG. 12 shows a screen for processing a check, but the same screen is used for processing a bill. As a result of confirming the validity of the recognition data, if an error is recognized in the recognition data or if there is an unrecognized item, the item to be corrected is selected in the recognition data column 120-2 and the correction data is input. . The correction unit 90 corrects the recognition data based on this input (step S309). Then, after the confirmation and correction of the recognition data of all the promissory bills are completed, collation is performed between the attached form and the total promissory note data (step S310). As a result of the collation, when the validity of the recognition data for one transaction is not confirmed (No at Step S310), the process returns to Step S309 to correct the recognition data. If the recognition data of each promissory note is correct but the result of verification is not correct, the screen returns to the “mode selection” screen as shown in FIG. All of the promised bills included are returned to the reject / discharge unit 120 (step S311), and the process ends. FIG. 11 shows a screen for processing a check, but the same screen is used for processing a bill.

  After correcting the recognition data, the verification is performed again, and if the validity of the recognition data for one transaction is confirmed (Yes in step S310), the “confirmation confirmation” button, which is an instruction to approve the recognition data, is selected. Select the “Register” button. Based on this approval instruction, the payment processing data generation unit 100 approves the revised recognition data for one transaction, and the approved recognition data is generated as payment processing data (step S312). Note that the “confirmation completed” button and the “register” button may be provided as one button.

  Further, when the validity of the recognition data for one transaction is confirmed as a result of the initial collation (Yes in step S310), the “confirmation completion” button that is an instruction to approve the recognition data is selected, and “registration” is selected. Select the button. The payment processing data generation unit 100 approves the recognition data for one transaction based on the approval instruction, and the recognized recognition data is generated as payment processing data (step S312). Note that the “confirmation completed” button and the “register” button may be provided as one button.

  When the “confirmation complete” button is selected and the details are confirmed, a “storage process selection” screen for instructing selection between the linked deposit mode and the local deposit mode as shown in FIG. 13 is displayed. In the case of bills, only the local deposit mode can be selected, so by selecting the “1. Local deposit” button and entering the ID and password, the deposit processing data is stored in association with the worker ID and password. Is stored in the unit 80 (step S313), and the management serial number, date, etc. are printed by the endorser 50 on the slips and promissory notes held in the temporary storage unit 40 and stored in the designated predetermined stacker 60 (step S314). ). Here, the storage unit 80 individually stores the read processing data for the promised bills in a bill data file that stores data related to the bills. This ensures that the check data and bill data that are processed differently after the receipt processing data has been generated are managed individually, and the check receipt data and bill receipt data are used separately. And post-processing can be performed smoothly and reliably. In addition, the tag and the promissory note are stored in the stacker 60 in the order in which they are set in the hopper 13 and in the front and back direction.

  Further, the data for the promissory note stored in the storage unit 80 is generated by the data processing unit 170 for external output, and processing such as creation of a list as shown in FIG. 7 is performed. . As described above, the storage of the deposit processing data in the storage unit 80 and the storage of the slips and promised bills held in the temporary storage unit 40 in the stacker 60 are completed. The process of depositing the promissory note for the transaction ends.

  As described above, according to the specified securities depositing machine 1, the deposit of the promised bill for one transaction is performed, and the promised bill after the deposit is automatically classified and stored in the predetermined stacker 60 together with a supplementary sheet. Is possible. Therefore, it is possible to perform a reliable deposit process without mistakes, eliminating the need for manual classification processing by the operator, reducing the work performed by the worker, and efficiently performing the deposit processing and classification storage processing of the promissory note. Is possible.

  These external output data and lists, for example, are printed when the promised bill actual goods are transported to the take-out center, etc., and attached to the bill actual goods, so that the management list and confirmation list of the bill actual goods Can be used. In addition, when the bill actual product is transported to the take-out destination center or the like, the external output data is directly sent to an external device such as the take-out destination center, so that the external device issues a vote and the management list of the bill actual item or It can also be used as a confirmation list. By performing such processing, it is possible to save time and labor for creating a dedicated information list for taking out promissory bills, reducing work time, and efficient processing. It becomes possible. It is also possible to store external output data as electronic data in an external device and use it for processing and data management.

  As described above, according to the present embodiment, the specified securities are taken into the specified securities depositing machine 1, and the data described in the specified securities are read to generate read data for each type of the specified securities. And store it in the storage unit 80, recognize the read data, generate recognition data, manage it for each type of specific securities, store it in the storage unit 80, approve the validity of the recognition data and deposit After processing data is generated, the deposit processing data is managed for each type of specific securities and stored in the storage unit 80, and data for external output is generated and managed for each type of specific securities and stored in the storage unit 80. Since it is configured to store and transmit / receive data to / from the cash processing machine 200 and other external devices and to store the specified securities, the specified securities are taken into the specified securities depositing machine 1 for deposit processing. , The gold processing a particular securities houses, which were carried out, it is possible to manage. As a result, there is no need for manual payment processing, so it is possible to perform reliable payment processing without mistakes, and there is no need for manual classification processing of specified securities, reducing the work performed by the operator. . In addition, since the specific securities are classified in the specified securities depositing machine 1 together with the deposit processing, the specific securities can be efficiently received and classified at the same time.

  Furthermore, according to the present embodiment, the actual item of the check that enters the account in the cash processing machine while the actual item processing is very similar that the actual item is taken out to the exchange, and the account that does not enter the account in the cash processing machine. Even for two specified securities with different properties, such as outside bills, it is possible to manage the actual product with the same device, manage the data separately for checks and bills, and handle post-processing. . In addition, by sending the check deposit processing data from the specified securities deposit machine to the cash processor, the actual item of the check is managed by the specified securities deposit machine, and the check deposit is promptly and reliably performed by the cash processor. There is an effect that it can be processed. As with checks, bills that are taken out to the exchange but not accounted until the prescribed date will not be deposited in conjunction with the cash processor. When transporting to a take-out center, etc., the data for external output is issued and attached to the actual bills, so that it can be used as a management list or confirmation list for the actual bills. The labor for creating the information list can be omitted, and the working time can be shortened. Furthermore, there is an effect that external output data can be held as electronic data in an external device and used for processing and data management of the data.

  The cash processor according to the present invention is useful in the case of performing a combined deposit process of specific securities and cash.

DESCRIPTION OF SYMBOLS 1 Specific securities deposit machine 10 Taking-in part 11 Securities insertion slot 12 Feeding roller 13 Hopper 20 Conveying path 30 Reading / recognition part 40 Temporary holding part 50 Endorser 60 Stacker 61 Storage roller 70 Main control part 80 Storage part 90 Correction part 100 Deposit Processing data generation unit 110 Storage / discharge selection unit 120 Reject / discharge unit 121 Discharge roller 130 Non-standard storage unit 140 Display unit 150 Operation unit 160 Communication unit 170 Data processing unit

Claims (3)

A cash processing machine that performs the combined deposit processing of specified securities and cash,
A cash counting means for counting cash input and generating cash processing data;
Obtaining means for obtaining processing data of the specified securities;
A deposit processing data generating means for generating the deposit processing data by adding the processing data of the specific securities and the cash processing data ;
The acquisition means includes
Communication means capable of communicating with the specified securities depositing machine for processing the specified securities;
Instruction information generating means for generating transfer instruction information for instructing transfer of processing data of the specific securities;
Have
The instruction information generating means
When there is no difference in the result of collation by the collating means for collating the deposit processing data and the total deposit data, the storage instruction information is generated for instructing the storage of the securities. Is transmitted to the specified securities depositing machine. A cash processing machine that performs the combined deposit processing of specified securities and cash,
A cash counting means for counting cash input and generating cash processing data;
Obtaining means for obtaining processing data of the specified securities;
Deposit processing data generation means for generating deposit processing data by adding the processing data of the specified securities and the cash processing data;
With
The acquisition means includes
Communication means capable of communicating with the specified securities depositing machine for processing the specified securities;
Instruction information generating means for generating transfer instruction information for instructing transfer of processing data of the specific securities;
Have
The instruction information generating means
When there is a difference in the result of collation by the collation means for collating the deposit processing data and the total deposit data, the storage instruction information for prompting confirmation of the processing data of the specific securities is generated, and cash processor you and transmits the storage instruction information in the specific security deposit machine. An input means for entering the total deposit data;
Money processing machine according to claim 1 or 2, characterized in that it further comprises a matching means for matching the payment amount data of the banknote receiving data and payment is document.

Images