Patent Application
20170066617
This application is based upon and claims the benefit of priority from the prior Japanese Patent Applications No. 2015-176626 filed on Sep. 8, 2015, the entire contents of which are incorporated herein by reference.
Embodiments of the present invention relate to a sheet processing system and a sheet processing method.
In the past, a paper sheet processing apparatus for classifying paper sheets such as banknotes on the basis of the type and the degree of damage is known.
This paper sheet processing apparatus classifies a processing target paper sheet into a processed bill and a rejected bill on the basis of, for example, a determination result of a paper sheet and a conveying state of a paper sheet in an apparatus. However, in the past, in a case where rejected bills are counted manually by a person, the processing efficiency of the paper sheet may be reduced.
A sheet processing method and a sheet processing system according to the embodiment will be hereinafter explained with reference to drawings.
A paper sheet P to be processed by a paper sheet processing apparatus 1 is, for example, a banknote, but the paper sheet processing apparatus 1 may process paper sheets P other than a banknote such as mails or various kinds of cards or tickets.
The paper sheet processing system includes a paper sheet processing apparatus 1 and a paper sheet counting apparatus 100.
The paper sheet processing apparatus 1 and the paper sheet counting apparatus 100 are connected by a communication cable 50. The communication cable 50 is a communication line capable of transmitting and receiving information, and is, for example, a USB (Universal Serial Bus) cable or a serial cable. The paper sheet processing apparatus 1 and the paper sheet counting apparatus 100 are connected in a higher level, and rejected bill information is added to a processing result of the paper sheet processing apparatus. The paper sheet processing apparatus 1 is, for example, middle-sized paper sheet processing apparatus, and the paper sheet counting apparatus 100 is an apparatus smaller than the paper sheet processing apparatus. The embodiment is characterized in a system operation made by combining the paper sheet processing apparatus 1 and the paper sheet counting apparatus 100.
The paper sheet processing apparatus 1 includes, for example, a main module 10, an aligning module 30, and a sealing module 60. The main module 10, the aligning module 30, and the sealing module 60 are aligned and arranged in a row in this order. The main module 10, the aligning module 30, and the sealing module 60 are electrically and mechanically coupled with each other.
The main module 10 includes, for example, a monitor 26, rejection units 18a and 18b, and accumulation cases 19a, 19b, 19c, and 19d. The monitor 26 is, for example, an LCD (Liquid Crystal Display) or an organic EL (Electroluminescence) display apparatus. The rejection units 18a and 18b are loading cassettes in which paper sheets P removed by the paper sheet processing apparatus 1 are accumulated. The accumulation cases 19a, 19b, 19c, and 19d are loading cassettes in which paper sheet P processed by the paper sheet processing apparatus 1 are accumulated. The aligning module includes multiple accumulation cases 36a, 36b, 36c, and 36d. The paper sheets P processed by the aligning module 30 are accumulated on the accumulation cases 36a, 36b, 36c, and 36d. The sealing module 60 includes a take out port 60A. A bundle of 100 banknotes which have been subjected to sealing processing by the sealing module 60 is conveyed to the retrieval port 60A. The paper sheets P conveyed to the rejection units 18a and 18b, the accumulation cases 19a, 19b, 19c, and 19d, the accumulation cases 36a, 36b, 36c, and 36d, and the retrieval port 60A can be retrieved by, for example, an operator.
The conveying path 14 is inclined to extend from the position downstream of the rollers 12 toward the determination processing unit 200 (determination device). Therefore, when a foreign object such as a clip, a coin, a pin, and the like are fed from the providing unit 11 to the conveying path 14 together with the paper sheet P, the foreign object drops to the lowermost portion of the conveying path 14 by its gravity. Therefore, this can prevent the foreign object from entering into the determination processing unit 200 and can prevent the determination processing unit 200 from being damaged by the foreign object in advance. A foreign object collection unit 13 is provided at the lowermost portion of the conveying path 14. The foreign object collection unit 13 includes, for example, a collection box that can be drawn out from the apparatus main body. The foreign object dropping along the conveying path 14 drops into and collected by the foreign object collection unit 13.
The conveying unit 15 adjusts the conveying speed of the paper sheets P so that the interval between a paper sheet P and a paper sheet P being conveyed is in a predetermined interval, and conveys the paper sheets P to the determination processing unit 200. The determination processing unit 200 detects the type (kind) of the paper sheet P, the authenticity (true/false) of the paper sheet P, and abnormality of the paper sheet P (tear, fold, contamination, double feed, and the like). The determination processing unit 200 detects an image of a paper sheet P conveyed. The image of the paper sheet P includes a transmission image and a reflection image. Further, the determination processing unit 200 uses an excitation light detection apparatus to detect excitation light emitted from a light emission body printed on a paper sheet P. Further, the determination processing unit 200 detects magnetism emitted from a magnetic body included in the paper sheet P. The determination processing unit 200 determines at least one of the type (kind), the authenticity, the degree of contamination and damage, and the like of the paper sheet P on the basis of the detected image, the excitation light, and the magnetism. The determination processing unit 200 detects the front/back sides of the paper sheet P on the basis of the detected image. Further, the determination processing unit 200 counts the number of paper sheets P (processed bills) which is not determined to be abnormal.
In a case where abnormality of the paper sheet P is detected, the main module 10 conveys the paper sheet P along the conveying path 17, and distributes and accumulates the paper sheet P to the rejection unit 18a or 18b on the basis of the type of the abnormality determined by the determination processing unit 200. On the other hand, in a case where the determination processing unit 200 does not detect abnormality of the paper sheet P, the main module 10 conveys the paper sheet P along the conveying path 17, and distributes and accumulates the paper sheet P into any one of the accumulation cases 19a, 19b, 19c, and 19d on the basis of the type of the paper sheet P.
Specifically, with a gate, not shown, the main module distributes the paper sheet P into a rejected bill (removed bill) and a processed bill. The rejected bills are bills that are determined to be false bills (counterfeit bills) by the determination processing unit 200, or bills that are determined to be indeterminable because of fold, tear, skew, double feed, and the like. The skew is a state in which the paper sheet P is obliquely inclined with respect to the direction perpendicular to the conveying direction. For example, the main module 10 distributes the paper sheet P that is determined to be a false bill into the rejection unit 18a, and distributes the paper sheet P that is determined to be an indeterminable bill into the rejection unit 18b. The counting result of the determination processing unit 200 about the paper sheet P determined to be the processed bill is transmitted to the first main controller (main controller) 20 of
In a case where the batch card BC is conveyed from the providing unit 11 to the conveying path 17, the main module 10 reads the bar code BCa with the bar code reader 16. The bar code reader 16 analyzes information about the bar code BCa, and transmits information including the batch card number, the account number, and the total quantity of counting of the paper sheets P to the first main controller 20. The total quantity of counting of the paper sheets P is a value declared by a requester who requests processing of the paper sheets P. The above is the distributing processing of the paper sheets P.
Subsequently, aligning processing of the paper sheets P will be explained. The aligning processing for aligning the positions of the paper sheets P and aligning the front and back sides to accumulate the paper sheets P for each type. The aligning module 30 provided between the main module 10 and the sealing module 60 includes conveying paths 31 and 35, an aligning unit 32, a inverting unit 34, and the multiple accumulation cases 36a, 36b, 36c, and 36d.
The conveying path 31 conveys the paper sheet P conveyed from the main module 10. The aligning unit 32 aligns the paper sheet P. The aligning unit 32 aligns the center of the paper sheet P fed from the main module 10 with the predetermined reference position in the direction perpendicular to the conveying direction of the paper sheet P. The aligning unit 32 corrects the direction of the paper sheet P so that the leading edge portion of the skewed paper sheet P crosses the conveying direction.
The inverting unit 34 is provided at the downstream side in the conveying direction with respect to the aligning unit 32, and reverses the front and back sides of the paper sheet P. The conveying path 35 conveys the paper sheet P to the inverting unit 34. When the aligning processing of the paper sheet P is performed, it is necessary to align the front and back sides of each paper sheet P. Therefore, the determination processing unit 200 reads the image of the paper sheet P, detects the front and back sides of the paper sheet P, and transmits the detection result to the aligning module 30. The aligning module 30 switches the operation as to whether to reverse the front and back sides of the paper sheet P by using the inverting unit 34 in accordance with the detection result of the front and back sides given by the determination processing unit 200.
In a case where the aligning module 30 does not reverse the front and back sides of the paper sheet P, the aligning module 30 conveys the paper sheet P along the conveying path 31, and distributes and accumulates the paper sheet P into the accumulation case 36a, 36b, 36c, or 36d on the basis of the type of the paper sheet P. On the other hand, in a case where the aligning module 30 reverses the front and back sides of the paper sheet P, the aligning module 30 conveys the paper sheet P along the conveying path 35. The inverting unit 34 has a twist conveying path provided therein, and reverses the front and back sides of the paper sheet P while conveying the paper sheet P. Thereafter, the aligning module 30 conveys the paper sheet P of which front and back sides are reversed by the inverting unit 34, and distributes and accumulates the paper sheet P into the accumulation case 36a, 36b, 36c, or 36d on the basis of the type of the paper sheet P. The above is the aligning processing of the paper sheet P.
It should be noted that the aligning module 30 may return the paper sheet P, of which direction has been aligned, back to the main module 10, and distribute and accumulate the paper sheet P into the accumulation case 19a, 19b, 19c, or 19d. The accumulation cases 36a, 36b, 36c, and 36d in the aligning module 30 may be used as a rejection unit accumulating the paper sheets P which is determined to be abnormal.
Subsequently, sealing processing of the paper sheets P will be explained. The sealing processing is processing for holding a bundle of 100 paper sheets P with a band. In the embodiment, a predetermined number, i.e., 100, of paper sheets P is processed, but the embodiment is not limited thereto. The sealing module 60 includes a conveying path 62, a first accumulation unit 64a, a second accumulation unit 64b, a conveying tray 66, a sealing unit 68, and a discharge unit 69. The conveying path 62 is connected to the conveying path 31 of the aligning module 30. Each of the first accumulation unit 64a and the second accumulation unit 64b accumulates 100 paper sheets P. The conveying tray 66 conveys a bundle of 100 paper sheets P. The sealing unit 68 seals a bundle of 100 paper sheets P with a band. The second accumulation unit 64b is arranged with a deviation in an obliquely lower direction with respect to the first accumulation unit 64a, and the sealing unit 68 is arranged below the second accumulation unit 64b. Further, the discharge unit 69 receiving and accumulating the bundle of 100 paper sheets P sealed by the sealing unit 68 is provided below the sealing unit 68.
The sealing module 60 conveys the paper sheet P to any one of the first accumulation unit 64a and the second accumulation unit 64b on the basis of, for example, the type of the paper sheet P conveyed from the aligning module 30. The first accumulation unit 64a and the second accumulation unit 64b accumulates 100 paper sheets P having been conveyed.
The conveying tray 66 is provided in a movable manner in arrow direction of
After the conveying tray 66 receives the bundle of 100 paper sheets P, the conveying tray 66 goes down to the positon of the sealing unit 68, and gives the bundle of 100 paper sheets P to the sealing unit 68. The sealing unit 68 wraps a band around the bundle of 100 paper sheets P received from the conveying tray 66. The sealing unit 68 prints predetermined information on the band of the bundle of 100 paper sheets P. The information printed on the band is, for example, date and time, a serial number, a logotype of a bank, or the like. Such information is printed by using, for example, an ink jet printer, a dot printer, a laser printer, or the like. After the printing on the band is finished, the sealing unit 68 discharges the bundle of 100 paper sheets P to the discharge unit 69 connected with the take out port 60A. It should be noted that the sealing unit 68 changes the position on the basis of the type of the paper sheet P and discharges the bundle of 100 paper sheets P. The above is the sealing processing of the paper sheets P.
The determination processing unit 200 will be hereinafter explained.
The determination processing unit 200 includes, for example, a transmission image detection unit 210, an upper surface reflection image detection unit 220, a lower surface reflection image detection unit 230, an upper surface excitation light detection unit 240, a magnetism detection unit 250, a lower surface excitation light detection unit 260, a thickness detection unit 270, and a detection information processing unit 280.
The transmission image detection unit 210 detects the transmission image of the paper sheet P. The transmission image detection unit 210 includes, for example, a light source arranged on the upper surface of the paper sheet P and an image sensor arranged on the lower surface of the paper sheet P. The transmission image detection unit 210 causes the light source to emit light at a point in time when the paper sheet P is conveyed, and detects the light having transmitted through the paper sheet P with the image sensor. Therefore, the transmission image detection unit 210 generates a transmission image signal with an image sensor. The transmission image detection unit 210 provides the generated transmission image signal to the detection information processing unit 280.
The upper surface reflection image detection unit 220 detects the reflection image on the upper surface of the paper sheet P. The upper surface reflection image detection unit 220 includes, for example, a light emission unit and a light reception unit arranged on the upper surface of the paper sheet P. The light emission unit is an LED array in which, for example, multiple LEDs (Light Emitting Diodes) are arranged in a row. The LED is visible light or near-infrared light. The light reception unit is a photo diode array arranged with photo diodes corresponding to the LED array, or a one-dimensional image reading sensor having a CCD (Charge Coupled Device).
The upper surface reflection image detection unit 220 causes the light emission unit to emit light at a point in time when the paper sheet P is conveyed, and detects reflection light from the upper surface of the paper sheet P with the light reception unit. The upper surface reflection image detection unit 220 generates an upper surface reflection image signal with every predetermined width in the conveying direction. The upper surface reflection image detection unit 220 provides the generated upper surface reflection image signal to the detection information processing unit 280.
The lower surface reflection image detection unit 230 detects the reflection image on the lower surface of the paper sheet P. The lower surface reflection image detection unit 230 includes, for example, a light emission unit and a light reception unit arranged on the lower surface of the paper sheet P. The light emission unit and the light reception unit are configured in the same manner as the upper surface reflection image detection unit 220. The lower surface reflection image detection unit 230 causes the light emission unit to emit light at a point in time when the paper sheet P is conveyed, and detects the reflection light from the lower surface of the paper sheet P with the light reception unit. The lower surface reflection image detection unit 230 generates a lower surface reflection image signal with every predetermined width in the conveying direction. The lower surface reflection image detection unit 230 provides the generated lower surface reflection image signal to the detection information processing unit 280.
The upper surface excitation light detection unit 240 detects the excitation light of the upper surface of the paper sheet P. The excitation light detected by the upper surface excitation light detection unit 240 includes fluorescence and phosphorescence. The upper surface excitation light detection unit 240 provides an upper surface fluorescence signal indicating fluorescence detected on the upper surface of the paper sheet P to the detection information processing unit 280. The upper surface excitation light detection unit 240 provides an upper surface phosphorescence signal indicating phosphorescence detected on the upper surface of the paper sheet P to the detection information processing unit 280.
The magnetism detection unit 250 detects magnetism characteristics of the paper sheet P. The magnetism characteristics are, for example, the amount of magnetic body included in the paper sheet P. The magnetism detection unit 250 is, for example, a magnetic head. The magnetic head has, for example, a configuration in which a primary coil and a secondary coil are wound in the opposite directions on a core (iron core). The magnetic head provides a direct current bias current to the primary coil, and uses the secondary coil to detect a change in the magnetic flux when the magnetic body included in the paper sheet P passes. Therefore, the magnetic head generates a magnetism signal that changes in accordance with the amount of the magnetic body of the paper sheet P. The magnetism detection unit 250 provides the generated magnetism signal to the detection information processing unit 280.
The lower surface excitation light detection unit 260 detects the excitation light on the lower surface of the paper sheet P. The excitation light detected by the lower surface excitation light detection unit 260 includes fluorescence and phosphorescence. The lower surface excitation light detection unit 260 provides the lower surface fluorescence information indicating fluorescence detected on the lower surface of the paper sheet P to the detection information processing unit 280. The lower surface excitation light detection unit 260 provides the lower surface phosphorescence signal indicating phosphorescence detected on the lower surface of the paper sheet P to the detection information processing unit 280.
The thickness detection unit 270 detects the thickness of the paper sheet P. In the thickness detection unit 270, a shaft of a conveying roller 205j is connected to an arm 2051 of which one of arm end portions is connected to another rotation shaft. The conveying roller 205j moves in a direction away from a conveying roller 205k in accordance with the thickness of the conveyed paper sheet P. The thickness detection unit 270 detects the thickness of the paper sheet P by detecting the amount of movement of the conveying roller 205j. The thickness detection unit 270 provides the thickness detection signal indicating the thickness of the paper sheet P to the detection information processing unit 280 with each predetermined width in the conveying direction.
The detection information processing unit 280 is connected to the transmission image detection unit 210, upper surface reflection image detection unit 220, the lower surface reflection image detection unit 230, the upper surface excitation light detection unit 240, the magnetism detection unit 250, the lower surface excitation light detection unit 260, and the thickness detection unit 270. The signal which is output from each detection unit is input into the detection information processing unit 280. The detection information processing unit 280 performs A/D conversion processing on the output signal. The detection information processing unit 280 generates detection information by applying processing such as correction processing in accordance with data on which A/D conversion processing has been performed. The detection information processing unit 280 determines the type of the paper sheet P, direction, authenticity, the degree of contamination and damage, or the like on the basis of the generated detection information.
The first main controller 20 is connected to an operation unit 25 receiving operator's operation, a monitor 26, and a receiving unit 40. Operator's operation information received by the operation unit 25 is provided to the first main controller 20. The first main controller 20 controls the monitor 26 to display various kinds of information. The receiving unit 40 is connected to the paper sheet counting apparatus 100 of
The aligning module 30 includes a sub controller 28 controlling operation of the aligning module 30. The sealing module 60 includes a sub controller 29 for controlling operation of the sealing module 60. The sub controller 28 and the sub controller 29 are connected via a LAN (Local Area Network) cable 27 to the first main controller 20 of the main module 10. The CPU 21 transmits an operation command of the aligning module 30 to the sub controller 28, and transmits an operation command of the sealing module 60 to the sub controller 29.
Hereinafter, the paper sheet counting apparatus 100 will be explained.
The supply unit 110 includes, for example, a tray on which paper sheets P are placed and a conveying roller. When the operator puts the paper sheets P and operates the operation unit 150, the supply unit 110 takes in the paper sheets P. The accumulation unit 120 accumulates the paper sheets P. The paper sheets P, which have been subjected to the counting process by the paper sheet counting apparatus 100, are conveyed to the accumulation unit 120. The discharge unit 130 is a tray with which the paper sheets P transferred by the paper sheet counting apparatus 100 are conveyed. Among paper sheets P that are stacked on the supply unit 110, paper sheets P that have not been subjected to the counting processing are conveyed to the discharge unit 130. The display unit 140 is a liquid crystal display displaying various kinds of information. The operation unit 150 includes buttons and the like for receiving operator's operation.
As shown in
The counting unit 170 includes, for example, a conveying unit 172, a determination unit 174 (determination device), and a conveying control unit 176. The conveying unit 172 includes a conveying belt, a conveying roller, a conveying motor, and the like. The conveying unit 172 takes in the paper sheets P placed on the supply unit 110, and conveys the paper sheets P to the determination unit 174. The determination unit 174 includes, for example, a detection apparatus such as an image sensor, a magnetic sensor, and the like. The determination unit 174 determines the type of the paper sheet P on the basis of a detection result of the detection apparatus, and outputs the determination result to the second main controller 160. The conveying control unit 176 distributes the paper sheets P into the accumulation unit 120 or the discharge unit 130 on the basis of the determination result of the determination unit 174. The conveying control unit 176 distributes the paper sheets P, of which type of the paper sheets P have been determined by the determination unit 174, to the accumulation unit 120, and distributes the paper sheets P, of which type of the paper sheets P have not been determined by the determination unit 174, to the discharge unit 130.
The second main controller 160 counts the paper sheets P on the basis of the determination result of the determination unit 174. For example, the second main controller 160 counts the number of paper sheets P for each type (kind) of paper sheet P. The second main controller 160 uses the transmitting unit 180 to transmit the counting result of the paper sheets P. As a result, the counting result of the paper sheets P provided by the second main controller 160 is transmitted from the transmitting unit 180 to the receiving unit 40, and received by the receiving unit 40.
Hereinafter, the counting result of the paper sheets P of the paper sheet processing system according to the embodiment will be explained.
Hereinafter, the counting result of the paper sheets P in the paper sheet processing system according to the embodiment will be explained.
The paper sheet processing apparatus 1 according to the embodiment receives information about the paper sheets P to be processed (step S100). For example, the paper sheet processing apparatus 1 uses the bar code reader 16 to decode the bar code BCa, thus receiving information about the account number, the total quantity of counting of the paper sheets P, and the like. It should be noted that information about the paper sheets P to be processed may be information transmitted from an external apparatus operated by the requester who requests processing of the paper sheets P.
Subsequently, the paper sheet processing apparatus 1 processes the paper sheets P which are to be processed (step S102). Among paper sheets P to be processed, the paper sheet processing apparatus 1 causes false bills to be accumulated on the rejection unit 18a, and causes indeterminable bills to be accumulated on the rejection unit 18b.
Subsequently, for example, the indeterminable bills accumulated on the rejection unit 18b are stacked on the supply unit 110 of the paper sheet counting apparatus 100 through manual work of the operator. The paper sheet counting apparatus 100 counts the paper sheets P stacked on the supply unit 110 (step S104). The paper sheet counting apparatus 100 accumulates, on the accumulation unit 120, the paper sheets P that are stacked on the supply unit 110 and that has been counted, and discharges the paper sheets P that have not been counted to the discharge unit 130. The paper sheet counting apparatus 100 causes the transmitting unit 180 to transmit the counting result 302-2 of the processed bills to the paper sheet processing apparatus 1, and the paper sheet processing apparatus 1 receives the counting result 302-2 of the processed bills by the receiving unit 40. (step S106). The counting result 302-2 of the processed bills transmitted from the transmitting unit 180 may be information in which the type of sheets and the total quantity of counting based on the number of sheets are associated with each other, and may be information in which the type of bills and the total amount are associated with each other in a case where the paper sheets P are banknotes.
The false bills accumulated on the rejection unit 18a and the indeterminable bills discharged to the discharge unit 130 are counted through manual work by the operator. The paper sheet processing apparatus 1 receive the counting result 306 of the false bills counted through manual work and the counting result 304-2 of the indeterminable bills discharged to the discharge unit 130 on the basis of the operation with the operation unit 25 (step S108).
The first main controller 20 unifies the counting result 302-1 of the processed bills, the counting result 302-2 of the paper sheet counting apparatus 100, the counting result 306 of the false bills, and the counting result 304-2 of the indeterminable bills, thus obtaining the counting result 300 of the paper sheets P to be processed (step S110). The first main controller 20 collates information received in step S100 and the counting result 300 of the paper sheets P to be processed (step S112). For example, the first main controller 20 displays the collated result on the monitor 26.
In a case where the counting result 302-2 of the processed bills are determined not to have been received, the first main controller 20 waits, and in a case where the counting result 302-2 of the processed bills are determined to have been received, the first main controller 20 displays the counting result (step S204). The first main controller displays the received counting result 302-2 of the processed bills as the counting result counted by the paper sheet counting apparatus 100.
The first main controller 20 determines whether manual input of the counting result 306 of the false bills and the counting result 304-2 of the indeterminable bills has been finished or not on the basis of the operation received with the operation unit 25 (step S206). For example, when the type of the sheet in the association table 402 is designated on the basis of operator's operation, and the first main controller 20 receives input of numbers corresponding to the counting result 306 of the false bills and the counting result 304-2 of the indeterminable bills, the first main controller 20 adds the received numbers, and stores information about the counting result 306 of the false bills and the counting result 304-2 of the indeterminable bills to the memory 22. Thereafter, in a case where the first main controller 20 receives an operation for designating the collation start button 406, the first main controller 20 determines that the manual input is finished. In a case where the first main controller 20 determines that the manual input has been finished, the first main controller 20 proceeds to processing in step S208. In a case where the first main controller 20 determines that the manual input has not been finished, the first main controller 20 waits.
The first main controller 20 adds the counting result 306 of the false bills and the counting result 304-2 of the indeterminable bills, which have been manually input, to the counting result 302-2 of the processed bills, and updates the counting result in the association table 402 (step S208). Accordingly, the first main controller 20 displays the added counting result on the monitor 26 as the number of paper sheets P received by the operation unit 25.
The first main controller 20 adds the counting result 302-1 of the processed bills stored in step S200, the counting result 302-2 of the processed bills, the counting result 306 of the false bills and the counting result 304-2 of the indeterminable bills, thus calculating the counting result 300 of the paper sheets P (step S210), and stores it to the memory 22.
According to the paper sheet processing system according to the first embodiment explained above, the paper sheets P determined to be false bills are accumulated on the rejection unit 18a, the paper sheets P determined to be indeterminable bills are accumulated on the rejection unit 18b, the paper sheets P accumulated on the rejection unit 18b are counted by the paper sheet counting apparatus 100, and the counting result 302-2 of the processed bills can be transmitted to the paper sheet processing apparatus 1. Therefore, according to the paper sheet processing system according to the first embodiment, it is not necessary to count all of the paper sheets P determined to be indeterminable bills through manual work, and the processing efficiency of the paper sheets P can be improved.
According to the paper sheet processing system according to the first embodiment, the paper sheet counting apparatus 100 does not count the false bills accumulated on the rejection unit 18a . Instead, the false bills accumulated on the rejection unit 18a are counted through manual work. Therefore, the determination performance for determining false bills is not deteriorated as the paper sheet processing system. That is, in a case where the paper sheets P accumulated on both of the rejection units 18a and 18b are processed by the paper sheet counting apparatus 100, the false bills are determined on the basis of the determination result of the paper sheet counting apparatus 100. In contrast, according to the paper sheet processing system according to the first embodiment, the false bills accumulated on the rejection unit 18a are counted through operator's work, and the paper sheets P that are not the false bills are counted by the paper sheet counting apparatus 100. Therefore, this can prevent the determination performance of the paper sheet processing system for determining the false bills from being reduced to a level lower than the determination performance of the paper sheet processing apparatus 1 for determining the false bills.
According to the paper sheet processing system according to the first embodiment, the counting result 302-2 of the processed bills transmitted by the paper sheet counting apparatus 100 are added to the counting result 306 of the false bills and the counting result 304-2 of the indeterminable bills which are manually input, and the added counting result is displayed. Therefore, according to the paper sheet processing system according to the first embodiment, the operator is allowed to confirm the counting result of the paper sheet counting apparatus 100 as the manually input counting result.
A paper sheet processing system according to the second embodiment will be explained. In the following explanation, the matters described in the first embodiment are denoted with the same reference numerals, and detailed explanation thereabout is omitted. The paper sheet processing system according to the second embodiment is different from the first embodiment in that the paper sheet counting apparatus 100 reads information encoded in the bar code BCa of the batch card BC and transmits the information read by the paper sheet counting apparatus 100 to the paper sheet processing apparatus 1.
In the paper sheet processing system according to the second embodiment, for example, the main module 10 conveys a batch card BC, which is detected to be the batch card BC by the determination processing unit 200, to the rejection unit 18a or the rejection unit 18b. Then, the batch card BC is stacked on the supply unit 110 of the paper sheet counting apparatus 100 through operator's manual work. In a case where the batch card BC is conveyed, the determination unit 174 reads the batch card BC, and outputs the reading information to the second main controller 160. The second main controller 160 analyzes the reading information, decodes the information encoded in the bar code BCa, and causes the transmitting unit 180 to transmit the information to the receiving unit 40. Therefore, the paper sheet processing apparatus 1 causes the receiving unit 40 to receive the information encoded in the bar code BCa.
In step S100, the paper sheet processing apparatus 1 inputs the batch card number, the account number, and the total quantity of counting of the paper sheets P (counting quantity information) included in the information received by the receiving unit 40. The paper sheet processing apparatus 1 stores the counting result 300 of the paper sheets P in association with the batch card number and the account number corresponding to the batch card BC in step 5110. In step S112, the paper sheet processing apparatus 1 collates the information on the basis of the counting result 300 of the paper sheets P stored in step S110 and the total quantity of counting of the paper sheets P received by the receiving unit 40.
According to the paper sheet processing system according to the second embodiment explained above, the processing of the batch card BC is performed by the paper sheet counting apparatus 100, and therefore, the paper sheet processing apparatus 1 does not need to perform the processing of the batch card BC, and the processing efficiency of the paper sheets P can be improved.
According to at least one embodiment explained above, it has,
a step in which the paper sheet processing apparatus 1 determines the paper sheet P which is to be processed, counts a paper sheet P determined to be a processed bill, and accumulates a paper sheet P determined to be a rejected bill,
The embodiments can also be expressed as follows.
A paper sheet processing method including:
a step in which a paper sheet processing apparatus determines a paper sheet to be processed, counts a paper sheet determined to be a processed bill, and accumulates a paper sheet determined to be a rejected bill;
a step in which a paper sheet counting apparatus counts the rejected bill accumulated on the accumulation unit, and transmits information about a counting result of the rejected bill with the paper sheet processing apparatus;
a step in which the paper sheet processing apparatus receives information about the counting result of the rejected bill transmitted by the paper sheet counting apparatus;
a step of receiving operator's operation and inputting a counting result of a paper sheet; and
a step in which the paper sheet processing apparatus calculates a counting result of the paper sheet, which is to be processed, by adding the counting result of the processed bill, the counting result of the paper sheet based on the operator's operation, and the received information about the counting result of the rejected bill.
In the embodiments explained above, false bills accumulated in the rejection unit 18a are counted by operator's work, and the paper sheet P accumulated in the rejection unit 18b is counted by the paper sheet counting apparatus 100, but the embodiments are not limited thereto. For example, in a case where the ratio of false bills included in the paper sheets P which are to be processed is low, and the paper sheet processing apparatus 1 processes a false bill of a small denomination which less greatly affects the counting result of the paper sheets P, the paper sheet counting apparatus 100 may be caused to count both of the rejection units 18a and 18b depending on the judgement of the operator or level of the administration. In this case, according to the paper sheet processing system, the processing efficiency of the paper sheet P can be further improved. According to the paper sheet processing system, a processing method in which the paper sheet counting apparatus 100 is caused to count the paper sheets P of one of the rejection units 18a and 18b and a processing method in which the paper sheet counting apparatus 100 is caused to count the paper sheets P accumulated in both of the rejection units 18a and 18b may be selectable.
As described above, an embodiment provides the following sheet processing system.
A sheet processing system comprising:
a sheet processing apparatus; and
a sheet counting apparatus,
wherein the sheet processing apparatus includes:
wherein the sheet counting apparatus includes a counting device for counting the paper sheet, and the paper sheet counting apparatus counts the rejected sheet accumulated on the accumulation unit of the sheet processing apparatus, and having a transmitting unit that transmits an information about the counting result to a receiving unit of the paper sheet processing apparatus.
The embodiment may have one or more of the following features.
The sheet processing apparatus includes a main module and a sealing module.
The sheet counting apparatus includes a supply unit, an accumulation unit for accumulating a processed sheet, and a discharge unit for discharging an indeterminable sheet.
The sheet processing apparatus classifies rejected sheets into a false sheet and an indeterminable sheet, and the sheet counting apparatus classifies indeterminable sheets of the sheet processing apparatus into a true sheet and an indeterminable sheet.
The sheet processing apparatus and the sheet counting apparatus are connected in a higher level, and rejected sheet information is added to a processing result of the sheet processing apparatus.
The sheet counting apparatus is a smaller apparatus than the sheet processing apparatus.
The sheet processing system has a monitor. On the screen of the monitor, counting result can be displayed. Concerning the counting result, it is possible to display both of the result of the sheet processing apparatus and the result of sheet counting apparatus. Further, it is possible to display an updated result. For example, counting result of the sheet processing apparatus can be updated by the counting result of the sheet counting apparatus. For example, counting result of the processed sheet 302-1 counted by the sheet processing apparatus can be updated by the sum of the processed sheet 302-1 and 302-2.
As to the material of the sheet, other than a paper, resin, cloth or the like may be used.
In addition, an embodiment provides a sheet processing method.
While certain embodiments have been described, these embodiments have been presented by way of example only, and are not intended to limit the scope of the inventions. Indeed, the novel embodiments described herein may be embodied in a variety of other forms; furthermore, various omissions substitutions and changes in the form of the embodiments described herein may be made without departing from the spirit of the inventions. The accompanying claims and their equivalents are intended to cover such forms or modifications as would fall within the scope and spirit of the inventions.
| Number | Date | Country | Kind |
|---|---|---|---|
| 2015-176626 | Sep 2015 | JP | national |
