JP2016091150A - Cash management device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a cash management device capable of improving efficiency in processing.SOLUTION: A cash management device comprises: a plurality of storages 12 provided to be slidably opened and closed from a cash management device main unit 11 and allowing cash money to be taken in and out while they are opened from the cash management device main unit 11; lock mechanisms provided in the plurality of storages 12 respectively and locking the storages 12 to the cash management device main unit 11 while the storages 12 are closed; and control means for unlocking a plurality of the lock mechanisms individually. The control means finds out a target storage 12, from among the plurality of storages 12, from which cash money is taken in and out, based on the kinds and quantities of money taken in and out that have been input into operation means 19. If there are plural target storages 12, a plurality of the lock mechanisms of the plural target storages 12 are made unlocked concurrently to allow the plural target storages 12 to be opened individually without depending on whether the other target storages 12 are opened or closed.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a cash management apparatus used for cash management.

  There is a cash management device in which cash is stored in a plurality of storages provided so as to be able to be withdrawn from the main body, and cash data is input and output by inputting denomination data, input / output distinction data, and quantity data (for example, patent documents) 1).

JP 2012-048363 A

  In the above cash management device, transaction processing such as deposit processing for depositing cash, withdrawal processing for depositing cash, and deposit / withdraw processing for both of them is performed. The deposit / withdrawal process includes an exchange process for entering and leaving the same amount of cash in different types. When it is necessary to deposit / withdraw cash from / to a plurality of storage boxes in one transaction process, the operator pulls out one storage box to carry in / out cash, and pushes in this storage box. In the closed state, the next one storage box is pulled out, cash is loaded and unloaded, and this storage box is pushed in to be closed. For this reason, processing efficiency may fall depending on the operator.

  This invention is made | formed in view of said point, and aims at provision of the cash management apparatus which can aim at the improvement of processing efficiency.

  In order to achieve the above object, the invention according to claim 1 is directed to a cash management apparatus main body and an open state in which the cash management apparatus main body is slidably opened and closed and pulled out from the cash management apparatus main body. A plurality of storages that can be loaded and unloaded, a lock mechanism that is provided in each of the plurality of storages and locks the storage to the cash management apparatus main body in a closed state, and locks of the plurality of lock mechanisms are individually provided. A cash management device having a control means for releasing the cash, wherein the control means receives cash from the plurality of storage boxes based on the type and quantity of the money that is input and output to the operation means. When the target storage to be delivered is indexed and there are a plurality of the target storages, the lock mechanisms of the plurality of target storages are set to the unlocked state, and the plurality of target storages Characterized in that to enable the drawer to record regardless of the extended state of the other object repository.

  The invention according to claim 2 is the invention according to claim 1, wherein the control means individually manages the amount of the plurality of storages, and displays the amount of the target storage on the display means. It is characterized by that.

  The invention according to claim 3 is characterized in that, in the invention according to claim 2, the control means causes the display means to display the surplus height of the extracted object storage.

  The invention according to claim 4 is the invention according to claim 3, wherein when the plurality of target storages are pulled out together, the control means switches the target storage for displaying the height on the display means by screen switching. It is characterized by switching.

  The invention according to claim 5 is the invention according to any one of claims 1 to 4, wherein when the control means is pushed in after the target storage is pulled out, It is characterized in that it is scrutinized whether or not it has been loaded and unloaded according to the type and quantity of money input to the operation means.

  According to the first aspect of the present invention, the control means determines the target storage to which cash is stored / extracted from the plurality of storages based on the type and quantity of money to be input / output input to the operation means. When there are multiple target storage units, the lock mechanisms of the multiple target storage units can be unlocked together, and each of the multiple target storage units can be pulled out regardless of the other target storage units being pulled out. And Therefore, the operator can carry in and out cash with respect to each of the plurality of target storages in a state where they are pulled out together. Therefore, the processing efficiency can be improved.

  According to the invention according to claim 2, the control means individually manages the amount of storage of the plurality of storages, and when the target storage to which cash is stored / extracted is determined from among the plurality of storages, The amount of the target storage is displayed on the display means. Therefore, the remaining amount of the target storage is automatically displayed on the display means. Therefore, the operator does not need a dedicated operation for displaying the flying height, and the operation efficiency can be further improved.

  According to the third aspect of the present invention, the control means causes the display means to display the amount of the target storage that has been pulled out, and when the operator pulls out the target storage, the height of the target storage is automatically set. Therefore, it is displayed on the display means. Therefore, the operator does not need a dedicated operation for displaying the flying height, and the operation efficiency can be further improved.

  According to the fourth aspect of the present invention, when a plurality of target storages are pulled out, the control unit switches the target storages that are displayed on the display unit and display the height by screen switching, so that the plurality of target storages are pulled out. In addition, it is possible to display these surplus amounts by screen switching.

  According to the invention which concerns on Claim 5, when a control means is pushed in after the object storage is withdrawn, cash will be with respect to the object storage according to the kind and quantity of money input to the operation means. It will be scrutinized whether or not it has been loaded and unloaded. Therefore, it is possible to notify the operator of an entry / exit error by generating an alarm when cash is not entered / exited according to the type and quantity of money input to the operation means.

It is a perspective view which shows the cash management apparatus which concerns on one Embodiment of this invention. It is a block diagram of a control system showing a cash management device concerning one embodiment of the present invention. It is a perspective view which shows the small bundle storage of the cash management apparatus which concerns on one Embodiment of this invention. It is a perspective view which shows the bar storage of the cash management apparatus which concerns on one Embodiment of this invention. It is a perspective view which shows the bar metal tray of the cash management apparatus which concerns on one Embodiment of this invention. It is a fragmentary perspective view which shows the small bundle storage vicinity of the cash management apparatus which concerns on one Embodiment of this invention. It is a top view which shows the small bundle storage of the cash management apparatus which concerns on one Embodiment of this invention, Comprising: (A) shows the correspondence with the small bundle set detection sensor arrange | positioned at the cash management apparatus main body, B) shows the correspondence with the left end detection line sensor, left band detection line sensor, right band detection line sensor, and right edge detection line sensor arranged in the cash management apparatus body. It is a fragmentary perspective view which shows the bar metal storage vicinity of the cash management apparatus which concerns on one Embodiment of this invention. It is a top view which shows the bar metal storage of the cash management apparatus which concerns on one Embodiment of this invention, Comprising: (A) shows the correspondence with the bar metal set detection sensor arrange | positioned at a cash management apparatus main body, B) shows the correspondence with the bar detection line sensor arranged in the cash management apparatus main body. It is a side view which shows the storage vicinity of the cash management apparatus which concerns on one Embodiment of this invention. It is a fragmentary perspective view which shows the front part vicinity of the storage of the cash management apparatus which concerns on one Embodiment of this invention.

  A cash management apparatus according to an embodiment of the present invention will be described below with reference to the drawings.

  The cash management apparatus 10 according to the present embodiment is installed in a clerk-side space of a store and handled by a clerk, and mainly stores small bundles of banknotes and metal bars in a position closer to the counter so as to be able to enter and exit. Is.

  The cash management apparatus 10 includes a box-type cash management apparatus main body 11 and a storage 12 provided in the cash management apparatus main body 11 in a plurality of stages, specifically, eight stages in the vertical direction. These storages 12 can be opened and closed along the horizontal direction with respect to the cash management apparatus main body 11 via slide rails 13 provided on the left and right side walls. These storages 12 are pulled out forward to be in an open state, pushed backwards to be in a closed state, and are thus connected to the cash management apparatus main body 11 so as to be movable within a predetermined range only in the front-rear direction. . While these storage boxes 12 are in an open state, cash can be taken in and out, while in a closed state, cash cannot be taken in and out.

  The uppermost one of the multi-stage storages 12 is a rose coin storage 12 (a), which is not bundled rose bills, unwrapped rose coins, fouled bills, fouled coins, cash vouchers, etc. Storing. Further, the remaining storage 12 is a small bundle storage 12 (b) in which the upper four stages store small bundles of bills, and the lower three stages are a bar metal storage 12 (c) in which metal bars are stored. It has become. Of course, the total number of storage boxes 12 and the number of small bundle storage boxes 12 (b) and bar metal storage boxes 12 (c) can be arbitrarily set. Of course, everything except (a) can be used as the small bundle storage 12 (b) or the bar metal storage 12 (c).

  An upper part of the cash management apparatus main body 11 is provided with an operation display unit 15 for performing operation input by the operator and displaying the operation to the operator, and a printer 16 for outputting data by printing. The operation display unit 15 includes a display unit 17 (display unit) that displays information such as operation guidance and alarms for the operator, a card reader 18 that scans the operator's ID card, and an operation that is operated by the operator. It has a keyboard 19 (operation means) and a sound generation unit 20 that outputs sound such as operation guidance and alarm sound to the operator.

  The cash management apparatus main body 11 is provided with a lock mechanism 22 shown in FIG. 2 that individually locks the storage 12 in the closed state for each of the storages 12. In other words, the lock mechanism 22 is provided in each of the plurality of storage boxes 12 and locks the storage box 12 to the cash management apparatus main body 11 in a closed state. The cash management apparatus main body 11 is provided with an indicator lamp 23 that is lit only when the lock mechanism 22 is unlocked on each side of the plurality of storage boxes 12 shown in FIG.

  As shown in FIG. 2, the cash management apparatus main body 11 is housed with a control unit 25 (control means) that is connected to and controls the operation display unit 15, the printer 16, the lock mechanism 22, and the indicator lamp 23. A storage unit 26 is provided for storing quantity information, type information, processing-related data, and the like of each rose banknote, rose coin, bar metal, and small bundle banknote. The control unit 25 can individually release the locks of the plurality of lock mechanisms 22, and individually manages the amount of cash stored in the plurality of storage boxes 12, that is, the amount of money, using the storage unit 26.

  As shown in FIG. 3, the storage 12 includes a front plate portion 31 in which a handle 30 is provided in the center, a pair of side plate portions 32 extending rearward from the left and right sides of the front plate portion 31, and a pair of side plate portions. 32 has a frame 34 having a rear plate portion 33 for connecting the rear end portions of 32. This frame 34 is common to the small bundle storage 12 (b) shown in FIG. 3 and the bar metal storage 12 (c) shown in FIG.

  As shown in FIG. 3, the small bundle storage 12 (b) stores the bundled small bundle banknotes T so as to be able to be loaded and unloaded, and more specifically, a plurality, specifically, fixed in the frame body 34 described above. There are five small bundle trays 40 made of synthetic resin on the left and right sides. The small bundle bill T is formed by accumulating a predetermined number (100) of bills (money) of a single denomination, winding the binding tape t at a specified position, and bonding the binding tape t. is there.

  Each of the small bundle trays 40 includes a front wall portion 41 erected perpendicularly to the longitudinal direction of the body, a rear wall portion 42 erected perpendicularly to the longitudinal direction of the aircraft, and perpendicular to the lateral direction of the aircraft. A tray main body 45 having a pair of left and right side wall portions 43 erected and a horizontal bottom portion 44 that closes a lower portion of the portion surrounded by the side wall portions 43, and is open upward and recessed downward. A bill presser plate 46 provided on the bottom 44 of the main body 45 so as to be movable back and forth while being parallel to the front wall portion 41 and the rear wall portion 42, and the bill presser plate 46 is urged toward the rear wall portion 42. And a biasing member (not shown). In the bottom 44 of the tray main body 45, a slide groove 47 for guiding the slide of the bill presser plate 46 and a sensor groove 48 for detecting the set of the small bundle bills T extend in the front-rear direction and penetrate in the vertical direction. Is formed.

  A small bundle of bills T is inserted into each small bundle tray 40 from above in a standing state in which the long side direction is left and right, the short side direction is up and down, and the thickness direction is front and back. The bill T is placed on the bottom 44 in this standing state, and is sandwiched and stored between the rear wall portion 42 and the bill holding plate 46. The small bundle tray 40 can store 1 to 10 small bundles of bills T, and the plurality of small bundles of bills T are stacked in the front-rear direction while being in the above-mentioned standing state, and the rear wall portion 42 and the bill holder. It is sandwiched between the plates 46. That is, the small bundle tray 40 is formed with an upper opening-shaped bundle storage concave portion 49 that is recessed downward by the rear wall portion 42, the bill pressing plate 46, the pair of side wall portions 43, and the bottom portion 44. Thus, the small bundle banknote T is inserted and stored in the bundle storage recess 49 from above through its upper opening.

  Each of the small bundle trays 40 is determined so that only a small bundle banknote T of a single denomination set in advance is stored in the bundle storage recess 49, and accordingly, the small bundle storage 12 (b). , A bundle storing concave portion 49 that is a storing position of the small bundle bills T is defined for each denomination.

  The width between the pair of side wall portions 43 constituting the bundle storage recess 49 of each small bundle tray 40 is slightly wider than the length of the small bundle banknote T of the denomination target. Further, the height of the bottom 44 constituting the bundle storage recess 49 of each small bundle tray 40 is small at the upper end portion of each small bundle tray 40 when the small bundle banknote T of the denomination to be stored is placed. The height position of the upper end portion in the bundle storage 12 (b) is set to be constant. That is, in the small bundle tray 40 for storing the small bundle banknotes T having a low height (length in the short side direction), the height position of the bottom portion 44 in the small bundle storage 12 (b) in which the small bundle tray 40 is disposed becomes high. In the small bundle tray 40 for storing the small bundle bills T having a high height, the height position of the bottom portion 44 in the small bundle storage 12 (b) in which the small bundle tray T is disposed is low. However, the depth to the bottom 44 of each bundle storage recess 49 is set so as to protrude upward so that the stored small bundle banknote T can be easily taken out. Each bundle storage recess 49 is provided with a denomination specifying portion 50 on the upper surface of each side wall 43 to clearly indicate the denomination to be stored. In the case of banknotes distributed in Japan, since all types and heights are constant, the height position of the bottom 44 in the small bundle storage 12 (b) of all small bundle trays 40 is also constant. . The storage denomination data indicating the set denomination to be stored in each small bundle tray 40 is set in advance and stored in the storage unit 26.

  As shown in FIG. 4, the bar metal storage 12 (c) is capable of loading and unloading a bar metal B in which a predetermined number (50) of coins (money) of a single denomination are accumulated and wrapped with wrapping paper. A plurality of, specifically, six or five, depending on the denomination diameter, and four rows of synthetic resin bar metal trays 55 on the right and left are fixed in the frame 34 described above. have.

  The bar metal tray 55 is for storing the bar B in a standing state with the central axis line up and down. The bar tray 55 has a curved surface 56 having a shape obtained by partially cutting a cylinder in a vertical direction having a plurality of, specifically, left three places, three right places, one front end and one rear end. It has a wall portion 57 along and a bottom portion 58 along the horizontal direction that closes the lower portion of the wall portion 57. The wall portion 57 and the bottom portion 58 constitute a bar-opening recess 59 having an upper opening shape that is recessed downward. The curved surface 56 has the left three positions aligned in the left-right direction, and the right three positions aligned in the left-right direction. The curved surfaces 56 at the left and right front ends are aligned in the front-rear direction, and the curved surface 56 at the center front end is disposed in front of these. The curved surfaces 56 at the left and right rear ends are aligned in the front-rear direction, and the curved surface 56 at the center rear end is disposed on the rear side of these.

  As a result, in the bar metal storage recess 59 of the bar metal tray 55, three bars B on the left side are aligned in the front-rear direction with the left and right positions aligned, and the three bar bars B on the right side in the left-right direction. The four bars B are aligned in the front and rear, and the four bars B are aligned in the front and rear in the center in the left and right direction so that a total of ten bars B are stored. It has become. The left and right bars B are aligned with each other in the front-rear direction, and the center bar B is shifted with respect to these positions in the front-rear direction. The bar metal B is inserted into the bar metal storage recess 59 from above through its upper opening, and is supported by the wall 57 of the bar metal storage recess 59 and another bar metal B so that the central axis is vertical. It is maintained in the placed standing state.

  Formed on the bottom 58 are cylindrical mounting tables 60 on which the metal bars B are mounted at eight positions concentric with the curved surfaces 56 and two front and rear positions inside these curved surfaces 56. Has been. The outer diameter of the mounting table 60 is smaller than the inner diameter of the caulking portion of the wrapping paper of the bar metal B, and the protruding height of the mounting table 60 is higher than the protruding height of the caulking portion from the coin. ing. Thereby, the mounting table 60 escapes the crimping portion of the bar B and directly supports the coin portion. The inside of the mounting table 60 is a through-hole 61 that penetrates vertically for detecting the set of the bar metal B. The mounting table 60 and the inner through-hole 61 are also arranged in one front and rear row with the left three positions aligned in the left and right direction, and the four central positions in the front and rear row with the left and right positions aligned. They are lined up, and three places on the right side are arranged in a line in the front and rear, with their positions in the left-right direction aligned.

  It should be noted that the bar metal storage recess 59 of each bar metal tray 55 is determined so that only a predetermined single denomination bar B is stored. In other words, the bar metal storage 12 (c) is provided with a bar metal storage recess 59 which is the storage position of the bar B for each denomination. The diameter of the curved surface 56 of the bar metal storage recess 59 of each bar metal tray 55 is slightly larger than the outer diameter of the bar metal B of the storage object denomination. In addition, the outer diameter of the mounting table 60 is slightly smaller than the inner diameter of the crimped portion of the metal bar B to be stored, and the protruding height of the mounting table 60 is the metal bar B to be stored. It is slightly higher than the protruding height of the crimping part from the coin. In addition, the height position of the mounting table 60 is the height at the upper end of the bar metal storage 12 (c) when the bar B of the storage object denomination is mounted on any bar tray 55. The position is set to be constant. That is, the bar metal tray 55 for storing the bar B having a short length has a high height position of the mounting table 60 in the bar metal storage 12 (c) in which the bar tray B is disposed, and has a long length. The bar position of the mounting table 60 in the bar metal storage 12 (c) in which the bar tray 55 is stored is low. However, the depth of each bar metal storage recess 59 to the mounting table 60 is set so as to protrude upward so that the stored bar B can be easily taken out. Each bar tray 55 is provided with a denomination specifying portion 62 on the upper surface outside the respective bar metal storage recess 59 to clearly indicate the denomination to be stored. The stored denomination data indicating the set denomination to be stored in each bar tray 55 is set in advance and stored in the storage unit 26.

  Here, all the bar metal trays 55 arranged in the same row in the left-right direction and arranged in the front-rear direction have the same denomination object, and the front-most bar metal tray 55 in each row has a shortage of storage. In this state, it is for the fraction that can be stored without defeating the bar B. As shown in FIG. 5, the fractional bar tray 55 has a plurality of, specifically, ten auxiliary bars 63 for preventing the metal bars B from falling, at a position between the adjacent mounting table parts 60. A fraction indicating portion 64 that is provided and that clearly indicates that it is for a fraction is formed on the outer side of the bar metal accommodating recess 59. The ten auxiliary rods 63 are arranged so that two of the front and rear mounting table portions 60 at the center of the bar metal storage recess 59 are shared by six. Thereby, the bar B arranged coaxially inside each curved surface 56 is maintained in the standing state by the curved surface 56 and the two or three auxiliary rods 63 facing the curved surface 56 alone. Thus, the bar B arranged at the center position of the bar metal storage recess 59 is maintained in the standing state by the six auxiliary bars 63 alone. As a result, even if there is no other bar B, the bar B of the foremost bar tray 55 is prevented from falling and maintained in the standing state.

  Here, the bar metal tray 55 except for the frontmost side always stores the bar metal B in a full state, that is, 10 pieces, and when the bar metal B is stored in a state other than the full state, it is stored in the frontmost bar metal tray 55. The operator, who is the operator, takes out the required number of the bar B from the frontmost bar tray 55, the front bar tray 55 becomes empty, and the rear bar tray When the bar B is taken out from the bar 55, the remaining fraction of the bar B of the rear bar tray 55 is transferred to the front bar tray 55.

  As shown in FIG. 6, the small bundle storage shown in FIG. 3 is placed at the front end of the small bundle storage insertion space forming portion 65 into which each small bundle storage 12 (b) of the cash management apparatus main body 11 is inserted. Optically reflective small bundles that detect the set of small bundles of bills T via the sensor grooves 48 at positions immediately below the respective sensor grooves 48 of the right and left two-row small bundle trays 40 of the cabinet 12 (b). A set detection sensor 66 is provided at a fixed position. Each sensor groove 48 is formed in accordance with the position of the binding tape t when the binding tape t of the small bundle bills T in the bundle storage recess 49 is on a predetermined one side (left side). As shown in FIG. 7A, the small bundle set detection sensor 66 is also positioned at the position of the binding tape t when the binding tape t of the small bundle banknote T in the bundle storage recess 49 is on a predetermined side (left side). Are arranged together. The sensor groove 48 may be on the right side, which is the other side, or on both the left and right sides. In any case, the small bundle set detection sensor 66 is not only for detecting the set but also for the binding tape that is a band. It also functions as an auxiliary to the detection sensor for t. For example, if there is a small bundle set detection sensor 66 on the left side and the binding tape t is also on the left side, the small bundle set detection sensor 66 can also detect the binding tape t, and conversely if the binding tape t is on the right side. The small bundle detection sensor 66 can detect that there is no binding tape t on the left side.

  Further, as shown in FIG. 6, the small bundle storage 12 is provided at the front end of the upper portion of the small bundle storage insertion space forming portion 65 into which each small bundle storage 12 (b) of the cash management apparatus main body 11 is inserted. As shown in FIG. 7B, the left end detection line sensor 67 for detecting the left end position of the small bundle banknote T, the small bundle banknote, as shown in FIG. A left band detection line sensor 68 for detecting a binding tape t, that is, a band when T is on the left side of T, a right band detection line sensor 69 for detecting this when a binding tape t is on the right side of the small bundle bill T, and a small band Four sensors, a right end detection line sensor 70 for detecting the right end position of the bundle of bills T, are provided at fixed positions. The left end detection line sensor 67, the left band detection line sensor 68, the right band detection line sensor 69, and the right end detection line sensor 70 are optical reflection type line sensors in which detection elements are arranged in the left-right direction.

  Two small bundle set detection sensors 66 are arranged in the left-right direction with respect to one small bundle storage 12 (b), and are provided with a left end detection line sensor 67, a left band detection line sensor 68, and a right band detection line. Two sets of the sensor 69 and the right end detection line sensor 70 are arranged in the left-right direction with respect to one small bundle storage 12 (b).

  In the small bundle set detection sensor 66, the light emitting element faces the detection direction upward, and the reflected light from above the light emitted upward is received by the corresponding light receiving element. As a result, the small bundle set detection sensor 66 provided immediately below each of the small bundle storages 12 (b) stores the bundles of the small bundle storage 12 (b) that slides back and forth immediately above them. The currency detection reflection data, which is the reflected light data of the lower end portion of the small bundle of bills T stored in the recess 49, is acquired via the sensor groove 48.

  In the left end detection line sensor 67, the left band detection line sensor 68, the right band detection line sensor 69, and the right end detection line sensor 70, each light emitting element faces the detection direction downward, and the reflected light from below is reflected from below. Light is received by a corresponding light receiving element. As a result, the left end detection line sensor 67, the left band detection line sensor 68, the right band detection line sensor 69, and the right end detection line sensor 70 provided immediately above each of the small bundle storages 12 (b) The currency detection reflection data, which is the reflected light data of the upper end portion of the small bundle banknote T stored in each bundle storage recess 49 of the small bundle storage 12 (b) that slides back and forth immediately below, is acquired.

  It should be noted that the small bundle storage 12 (b) to be detected is pulled out from the cash management apparatus main body 11 most and is pushed into the cash management apparatus main body 11 from the front end position where it abuts against the front end position stopper (not shown) and stops. When it moves to the rear end position where it comes into contact with the substantially rear end position stopper and stops, the small bundle set detection sensor 66, the left end detection line sensor 67, the left band detection line sensor 68, the right band detection line sensor 69, and the right end detection line sensor 70 are detected. Can detect the entire range in the front-rear direction of each bundle storage recess 49 of the small bundle storage 12 (b) to be detected. The small bundle set detection sensor 66 acquires money detection reflection data from the lower end of the small bundle banknote T in the small bundle storage 12 (b) that passes along with the opening and closing of the small bundle storage 12 (b). The left end detection line sensor 67, the left side band detection line sensor 68, the right side band detection line sensor 69, and the right end detection line sensor 70 pass through the small bundle storage 12 (b) opening and closing. Money detection reflection data will be acquired from the upper end part of the small bundle banknote T in the storage 12 (b).

  Here, the control unit 25 determines, based on the money detection reflection data of the small bundle set detection sensor 66, the bill or the binding tape t on the sensor groove 48 having a large amount of reflected light, and other portions (sensors that have no bill and have a small amount of reflected light). By distinguishing the space above the groove 48 and the portion other than the sensor groove 48, the range in which the small bundle bills T are stored is detected.

  Since the bundling tape t is wound around the small bundle of bills T and the bundling tape t is also present at the upper end, the control unit 25 detects the left band detection line sensor 68 and the right band detection. From the money detection reflection data of the line sensor 69, the bundling tape t with a large amount of reflected light, the banknote portion where the bundling tape t is not wound and the reflected light amount is reduced, and other portions (bundles where there is no banknote and the reflected light amount is further reduced). The space inside and outside the storage recess 49 is distinguished.

  Further, the control unit 25 reduces the amount of reflected light between the binding tape t and the binding tape t of the adjacent small bundle bills T from the money detection reflection data of the left band detection line sensor 68 and the right band detection line sensor 69. The part between adjacent small bundle banknotes T is detected by detecting the part and the part where the amount of reflected light between the binding tape t of the adjacent small bundle banknotes T and the banknotes decreases.

  Further, the control unit 25 determines from the money detection reflection data of the left end detection line sensor 67 and the right end detection line sensor 70 that the bill part has a large amount of reflected light and other parts (the inside and outside of the bundle storage recess 49 that have no bill and the reflected light quantity decreases) The position of both ends in the length direction of the small bundle banknote T is detected from the position of each light receiving element that has detected the end of the banknote portion.

  The control unit 25 detects the small bundle set detection sensor 66, the left end detection line sensor 67, the left side band detection line sensor 68, the right side band detection line sensor 69, and the right end detection every time the rotary encoder 88 described later detects a slit of the detection disk 87. Each currency detection reflection data of the line sensor 70 is captured, and each captured currency detection reflection data is converted into, for example, a currency detection reflection at a predetermined constant opening / closing speed based on opening / closing phase data of a rotary encoder 88 described later. Correct the data.

  And the control part 25 sets a detection range on the basis of the range by which the small bundle banknote T is detected by the small bundle set detection sensor 66, The left side belt | band | zone detection line sensor 68 and the right side belt | band | zone detection line sensor in this detection range The quantity of the small bundle banknotes T in the small bundle storage 12 (b) is verified by collating the corrected currency detection reflection data 69 with the quantity master data for the small bundle banknotes T stored in the storage unit 26. Get the quantity detection data that is. For example, in the corrected currency detection reflection data, there is a light amount that can be determined as one binding tape t, which is greater than the binding tape determination reference light amount data of the quantity master data, and more than the binding tape determination reference area data of the quantity master data. The bundling tape portions having a gathered area are counted and used as quantity detection data which is the quantity of the small bundle bills T. Of course, the control unit 25 includes a small bundle set detection sensor 66, a left end detection line sensor 67, a left band detection line sensor 68, a right band detection line sensor 69, and a left set of the right end detection line sensor 70, and a small bundle set detection sensor. 66, the quantity detection data of the small bundle bills T is acquired separately for each of the left end detection line sensor 67, the left band detection line sensor 68, the right band detection line sensor 69, and the right end detection line sensor 70. .

  Moreover, the control part 25 collates the money detection reflection data after correction | amendment of the left end detection line sensor 67 and the right end detection line sensor 70 in the said detection range, and the money type master data memorize | stored in the memory | storage part 26. The denomination detection data which is the denomination of the small bundle banknote T in the small bundle storage 12 (b) is acquired. For example, in the money detection reflection data after the correction of the left end detection line sensor 67 and the right end detection line sensor 70, the light amount is denominated from the data of the portion having the same position in the front-rear direction as the binding tape portion detected as described above. Calculate the boundary position between the portion that is greater or less than the bill judgment reference light amount data of the data, and compare the length between the boundary positions on the left and right sides with the denomination reference length data of the denomination master data, A denomination determination is made to obtain denomination detection data using the denomination corresponding to the denomination reference length data matching within the allowable range as the denomination of the small bundle of bills T corresponding to the binding tape portion. Of course, the control unit 25 includes a small bundle set detection sensor 66, a left end detection line sensor 67, a left band detection line sensor 68, a right band detection line sensor 69, and a left set of the right end detection line sensor 70, and a small bundle set detection sensor. 66, the denomination detection data of the small bundle bill T is acquired separately for each of the left end detection line sensor 67, the left band detection line sensor 68, the right band detection line sensor 69, and the right end detection line sensor 70. To do.

  As shown in FIG. 8, the bar metal storage 12 (c) is placed at the front end of the lower part of the bar metal storage insertion space forming part 75 into which each bar storage 12 (c) of the cash management apparatus main body 11 is inserted. ) In the left and right four rows of the bar metal trays 55, the set detection of the bar B is detected through the through holes 61 arranged in the same row in the left and right direction in the front and rear direction. An optical reflection type bar metal set detection sensor 76 to be performed is provided at a fixed position.

  In addition, at the front end of the upper part of the bar metal storage insertion space forming portion 75 into which each bar metal storage 12 (c) of the cash management apparatus main body 11 is inserted, there are four rows of the left and right bars of the metal bar storage 12 (c). Optical reflection in which detection elements are arranged in the left-right direction, which detects the upper end of the bar B arranged in the same row in the left-right direction and in the front-rear direction, at positions close to the upper sides of the three rows of mounting table portions 60 of the respective bar trays 55 A mold bar detection line sensor 77 is provided at a fixed position.

  That is, as shown in FIG. 9 (A), the bar metal set detection sensors 76 are arranged in twelve places in the left-right direction with respect to one bar metal storage 12 (c). As shown in FIG. 9 (B), twelve bars are arranged in the left-right direction with respect to one bar storage 12 (c).

  In the bar set detecting sensor 76, the light emitting element faces the detection direction upward, and the reflected light from above the light emitted upward is received by the corresponding light receiving element. As a result, the bar metal set detecting sensor 76 provided immediately below each bar metal storage 12 (c) slides back and forth immediately above each bar metal storage 12 (c). Money detection reflection data, which is reflected light data of the lower end portion of the bar B stored in the storage recess 59, is acquired through the through hole 61.

  In the bar metal detection line sensor 77, each light emitting element has a detection direction directed downward, and reflected light from below of light emitted downward is received by a corresponding light receiving element. As a result, the bar metal detection line sensor 77 provided immediately above each of the bar metal storages 12 (c) slides back and forth immediately below these bar bars of the bar metal storage 12 (c). Money detection reflection data that is reflected light data of the upper end portion of the bar B stored in the storage recess 59 is acquired.

  It should be noted that the bar storage 12 (c) to be detected is most pulled out from the cash management apparatus main body 11 and is pushed into the cash management apparatus main body 11 from the front end position where it comes into contact with the front end position stopper (not shown) and stops. When it moves to the rear end position where it abuts on the substantially rear end position stopper and stops, the bar set detecting sensor 76 and the bar detection line sensor 77 store each bar in the bar storage 12 (c) to be detected. The entire range in the front-rear direction of the recess 59 can be detected. The bar set detecting sensor 76 acquires money detection reflection data from the lower end of the bar B in the bar storage 12 (c) that passes along with the opening / closing of the bar storage 12 (c). The bar detection line sensor 77 passes the money detection reflection data from the upper end of the bar B in the bar storage 12 (c), which passes along with the opening / closing of the bar storage 12 (c). Will get.

  Here, the control unit 25 determines from the money detection reflection data of the bar set detection sensor 76 that the bar B on the through-hole 61 has a large amount of reflected light and other parts (the penetrable where there is no bar B and the amount of reflected light decreases). By distinguishing the space above the hole 61 and the portion other than the through-hole 61, the range in which the bar B is housed is detected.

  Further, the control unit 25 distinguishes from the money detection reflection data of the bar metal detection line sensor 77, the bar B with a large amount of reflected light and other portions (spaces inside and outside the bar metal housing recess 59) where the amount of reflected light decreases. Therefore, the position of the outer peripheral portion of the bar metal B is detected from the position of each light receiving element that has detected the outer peripheral portion that is the boundary position with the other portion of the bar metal B. Also, the denomination is identified from the amount of reflected light of the bar B, and among other parts where the amount of reflected light decreases, whether or not the hole is in the bar B from the shape, size and position with respect to the outer peripheral part. Will be identified.

  Each time the control unit 25 detects a slit of the detection disk 87 with a rotary encoder 88 described later, the control unit 25 takes in the money detection reflection data of the bar set detection sensor 76 and the bar detection line sensor 77, respectively. The currency detection reflection data is corrected to, for example, currency detection reflection data at a predetermined constant opening / closing speed based on opening / closing phase data of a rotary encoder 88 described later.

  And the control part 25 sets a detection range on the basis of the range in which the bar B is detected by the bar set detection sensor 76, and the money detection reflection after correction of the bar detection line sensor 77 in this detection range. By collating the data with the quantity master data for the bar metal B stored in the storage unit 26, quantity detection data that is the quantity of the bar metal B in the bar metal storage 12 (c) is acquired. For example, in the money detection reflection data after correction by the bar detection line sensor 77, there is a light quantity that can be determined as one bar B, which is greater than the bar master judgment reference light quantity data of the quantity master data, and the bar of the quantity master data. A bar portion having a gathered area larger than the gold judgment reference area data is counted, and this is used as quantity detection data which is the quantity of the bar B. Of course, the control part 25 acquires the quantity detection data of the bar B separately for each set of the bar set detection sensor 76 and the bar detection line sensor 77.

  Moreover, the control part 25 collates the money detection reflection data after the correction | amendment of the bar metal detection line sensor 77 in the said detection range, and the money type master data memorize | stored in the memory | storage part 26, and is a bar metal storage. The denomination detection data which is the denomination of the bar B in 12 (c) are acquired. For example, in the money detection reflection data after the correction of the bar detection line sensor 77, the bar is determined as described above, and the amount of light is determined from the data of the part whose position in the front-rear direction is the same as the bar metal part. The boundary position between the portion that is greater than or equal to the reference light amount data and the portion that is less than that are determined to determine the outer diameter of the bar B and the presence or absence of holes, Compared with the denomination standard data of the master data, denomination detection data is obtained with the denomination corresponding to the denomination standard data matching within the allowable range as the denomination of the bar metal B corresponding to this bar metal part. Make a denomination judgment. Of course, the control unit 25 acquires the denomination detection data of the bar B separately for each set of the bar set detection sensor 76 and the bar detection line sensor 77 that are aligned in the left-right direction.

  The control unit 25 combines the quantity detection data and denomination detection data related to the small bundle banknotes T stored in one small bundle storage 12 (b), and the presence in the small bundle storage 12 (b). The high (the number of bundles of each money type of the small bundle banknote T, the total amount, etc.) is managed. Further, the control unit 25 combines the quantity detection data and the denomination detection data related to the bar B stored in the one bar storage 12 (c), and stores the amount detection data in the bar storage 12 (c). The amount of money (the number of each kind of bar B, the total amount, etc.) is managed. The amount of money in the rose money storage 12 (a) is input via the operation keyboard 19 at the time of entering / exiting transactions including entering / leaving rose bills and rose coins to / from the rose money storage 12 (a). The number of rose banknotes, the number of rose banknotes, the number of rose coins, the number of rose coins, and the like are managed.

  As shown in FIG. 10, the cash management apparatus main body 11 has a front end position and a rear end position of each of the small bundle storage insertion space forming portions 65 and all of the bar metal storage insertion space forming portions 75, as shown in FIG. The toothed pulleys 83 and 84 are rotatably provided with the positions fixed via the support shafts 81 and 82, and the toothed pulley 86 is also positioned above the toothed pulley 84 at the rear end via the support shaft 85. It is fixed and rotatable. The support shaft 85 is provided with a detection disk 87 in which slits are formed at predetermined equal intervals so as to rotate integrally with the toothed pulley 86, and the cash management apparatus main body 11 has a detection above the detection disk 87. A rotary encoder 88 that detects the rotation of the disk 87 is provided at a fixed position. The rotary encoder 88 detects the amount of rotation of the detection disk 87 from the number of detections of the slit of the detection disk 87, and detects the rotation speed of the detection disk 87 from the number of detections of the slit per unit time. .

  A timing belt 91 is wound around the three toothed pulleys 83, 84, and 86, and the rear end portion of the inserted one of the storage 12 is fixed to the timing belt 91. As a result, when the storage 12 is opened and closed, the timing belt 91 rotates in conjunction with this, and the three toothed pulleys 83, 84, 86 and the detection disk 87 are rotated. Thus, the opening / closing phase data of the individual storage 12 that is the rotation data of the detection disk 87 is acquired. The control unit 25 calculates the opening / closing direction and the position of the storage box 12 from the opening / closing phase data, and calculates the opening / closing speed of the storage box 12 by dividing the movement amount by time. A tension pulley 92 that removes the slack of the timing belt 91 is provided in front of the toothed pulley 86 that rotates integrally with the detection disk 87.

  Further, the cash management apparatus body 11 is inserted into the cash management apparatus body 11 at the rear end positions of all the small bundle storage insertion space forming portions 65 and all the bar metal storage insertion space forming portions 75 of the storage 12. By detecting the detection piece 95 at the rear end of the object, the storage 12 is fully closed to obtain opening / closing phase data indicating that the storage 12 is in the fully closed position that is the rear end position most pushed into the cash management apparatus main body 11. A detection sensor 96 is provided at a fixed position. The cash management apparatus main body 11 has a detection piece at the rear end of the storage 12 inserted at the front end positions of the small bundle storage insertion space forming portion 65 and the bar metal storage insertion space forming portion 75. By detecting 95, a fully-opening detection sensor 97 for obtaining opening / closing phase data indicating that the storage 12 is in the fully-open position that is the front end position most pulled out from the cash management apparatus main body 11 is provided in a fixed position. Yes. That is, the full-closed detection sensor 96 and the full-open detection sensor 97 acquire the opening / closing phase information of the storage 12.

  In addition, as shown in FIG. 11, the cash management apparatus main body 11 stores the small bundle storage space insertion space forming portions 65 and all the bar metal storage space insertion space forming portions 75 at their respective front positions. A lock mechanism 22 is provided that locks the storage 12 in the fully closed position by engaging the engagement pin 101 protruding from the side plate portion 32 of the inserted one of the storage 12. That is, a lock mechanism 22 that locks the storage 12 individually in the closed state is provided for each of all the storages 12.

  Each lock mechanism 22 includes a solenoid 102 and a hook-shaped lock member 104 that rotates around the support shaft 103 by driving the solenoid 102. The lock member 104 engages with the engagement pin 101 when the front end claw portion 105 is in the lowered state, and locks the storage 12 so that it cannot be pulled out, while the solenoid 102 is electrically driven and the claw portion 105 is raised. When the state is reached, the engagement with the engagement pin 101 is released, the storage 12 can be pulled out, and the opening operation is allowed. When the drive of the solenoid 102 is released after the storage box 12 is pulled out, the claw portion 105 of the lock member 104 is lowered, and in this state, when the storage box 12 is returned to the fully closed position, the engagement pin 101 pushes down the claw portion 105 and then lowers, and the claw portion 105 engages with the engagement pin 101 to automatically and mechanically lock the storage 12 so that it cannot be pulled out.

  In the cash management apparatus 10 according to the present embodiment having the above-described configuration, for example, the operator replenishes cash to other depositing / dispensing machines, delivers cash to the customer, stores cash deposited from the customer, Used when, for example, cash money received from a customer is exchanged for another type of money. That is, the cash management device 10 is separated from the cash management device 10 when the operator takes out at least one of the rose coins, the rose bills, the bar B, and the small bundle bills T from the cash management device 10. At the time of warehousing to store at least one of coins, loose banknotes, bar metal B, and small bundled banknotes T, and at the time of warehousing and unloading transactions consisting of warehousing and warehousing that simultaneously perform warehousing and warehousing used.

  First, at the start of one entry / exit transaction, the operator causes the card reader 18 of the cash management apparatus 10 to read the card identification data of the ID card and inputs the operator identification data to the operation keyboard 19. Then, the control unit 25 determines whether or not the data that matches the input card identification data and operator identification data is in the card identification master data and the operator identification master data stored in the storage unit 26 in advance. If either one is not in the master data, an alarm to that effect is displayed on the display unit 17 and an alarm sound is generated on the sound generation unit 20.

  When there is master data for card identification and operator identification that matches the input card identification data and operator identification data, the control unit 25 sets transaction identification data for this one entry / exit transaction including date and time information. The display unit 17 displays a display prompting the user to input type input data, distinction data, and quantity input data necessary for this one entry / exit transaction. Here, the type input data indicates the denomination and its state (rose, bar, small bundle), and the distinction data indicates whether the type input data is inbound or outbound, The quantity input data indicates the quantity of the type input data. A set of type input data, distinction data, and quantity input data input in one receipt / exit transaction may be both one set and a plurality of sets. When the operator inputs such information to the operation keyboard 19, the control unit 25 causes the display unit 17 to display a display for prompting a confirmation operation for confirming the input data.

  When a confirmation operation is input to the operation keyboard 19 by the operator who sees this, the control unit 25 causes the display unit 17 to display the above-described type input data, distinction data, and quantity input data of this one entry / exit transaction. In addition, in relation to the transaction identification data of this one entry / exit transaction set in advance, the operator identification data entered in this one entry / exit transaction and the above type entered in this one entry / exit transaction Input data, distinction data, and quantity input data are stored in the storage unit 26.

  Based on the type input data, the discrimination data, and the quantity input data input in this one entry / exit transaction, the control unit 25 performs the bulk money storage 12 (a), all the small bundle storages 12 (b), and From all the bar storages 12 (c), the target storage 12 in which cash is stored / extracted in this one storage / departure transaction is determined. Then, the lock mechanism 22 that locks the determined target storage 12 is unlocked, and the determined target storage 12 can be pulled out from the cash management apparatus main body 11.

  For example, when the type input data input in this one entry / exit transaction includes at least one of loose bills and loose coins, the control unit 25 selects the loose coin storage 12 (a) as the target storage. 12, the lock mechanism 22 that locks the loose money storage 12 (a) is unlocked. Thereby, this loose money storage 12 (a) can be pulled out from the cash management apparatus main body 11. At the same time, the control unit 25 turns on the indicator lamp 23 on the side for the rose money storage 12 (a).

  Also, for example, when the small bundle banknote T is included in the type input data input in this one entry / exit transaction, the control unit 25 stores the small bundle bank that stores the small bundle banknote T of the included denomination. The storage 12 (b) is the target storage 12 and the lock mechanism 22 that locks the small bundle storage 12 (b) is unlocked. Thereby, this small bundle storage 12 (b) can be pulled out from the cash management apparatus main body 11. At the same time, the control unit 25 turns on the indicator lamp 23 on the side for the small bundle storage 12 (b).

  In addition, when the type input data input in this one entry / exit transaction includes the bar B, the control unit 25 stores the bar metal storage 12 (c ) As the target storage 12, and the lock mechanism 22 that locks the bar storage 12 (c) is unlocked. Thereby, this metal bar storage 12 (c) can be pulled out from the cash management apparatus main body 11. At the same time, the control unit 25 lights the indicator lamp 23 on the side for the bar storage 12 (c).

  Here, when there are a plurality of target storages 12 determined based on the type input data, the distinction data, and the quantity input data input in this one storage / exit transaction, the control unit 25 determines all of the determined targets. The lock mechanism 22 of the storage 12 is brought into the unlocked state. Thereby, each of all the object storage 12 can be pulled out from the cash management apparatus main body 11 without depending on the drawer state of the other object storage 12. In other words, all the target storage boxes 12 can be pulled out from the cash management apparatus main body 11 together. On the other hand, among the storage units 12 other than the target storage unit 12 among the rose money storage unit 12 (a), all the small bundle storage units 12 (b), and all the bar metal storage units 12 (c), The control unit 25 does not release the lock of the lock mechanism 22 and cannot be pulled out. Thereby, the operator can perform each storage / extraction in parallel with the plurality of target storage boxes 12 being pulled out from the cash management apparatus main body 11 together.

  For example, when an operator exchanges one 10,000 yen rose bill into two 100 yen sticks B in one entry / exit transaction, type input data indicating a 10,000 yen rose bill, Differentiating data indicating warehousing and quantity input data indicating one piece are input, type input data indicating a bar of 100 yen, distinguishing data indicating leaving, and quantity input data indicating two are input. Then, the control unit 25 determines the bar money storage 12 (a) and the bar storage 12 (c) storing the 100-yen bar B as the target storage 12 into which cash is entered and exited, Both unlock the lock mechanism 22. Then, the operator opens them together, stores a 10,000 yen rose banknote in the rose money storage 12 (a), and stores two 100 yen bars B in the bar metal storage 12 ( The loading / unloading work of removing from c) is performed. Of course, after storing a 10,000 yen rose banknote in the rose money storage box 12 (a) and closing the rose money storage box 12 (a), the bar metal storage room storing the 100 yen bar B. A loading / unloading operation of pulling out 12 (c) and taking out two 100-yen bars B from the bar storage 12 (c) is possible, and a loading / unloading operation in the reverse procedure is also possible.

  In this one entry / exit transaction, the control unit 25 selects the one of the rose money storage 12 (a), all the small bundle storages 12 (b), and all the bar metal storages 12 (c). Only the target storage 12 for the entry / exit transaction is displayed on the display unit 17 at the amount immediately before the one entry / exit transaction.

  Specifically, the control unit 25 recognizes that the withdrawal from the cash management apparatus main body 11 has started from the detection results of the fully-closed detection sensor 96 and the rotary encoder 88, and the height of the target storage 12 immediately before the withdrawal is increased. Is displayed on the display unit 17. When a plurality of target storage boxes 12 are pulled out from the cash management apparatus main body 11, the control unit 25 switches the display amounts of the pulled out target storage boxes 12 immediately before the respective withdrawals on the display unit 17. Display. That is, if the display unit 17 displays the heading height immediately before the withdrawal of the one target storage 12 being pulled out, and the display switching button of the operation keyboard 19 is operated once, the other target storage being pulled out. Each time the display switching button of the operation keyboard 19 is operated, for example, the height immediately before withdrawal of 12 is displayed on the display unit 17, the height immediately before withdrawal of each target storage 12 is switched to the display unit 17. Display. In addition, you may display on the display part 17 the amount of heading just before pulling out of all the object storages 12 pulled out. Moreover, you may display on the display part 17 all the amount of storage immediately before this one entry / exit transaction of this one entry / exit transaction irrespective of the drawer state of the object storage 12, In this case, it can be displayed on the display unit 17 at the same time, or can be displayed by switching display as described above.

  When the type input data input in the one entry / exit transaction includes the small bundle banknote T stored in the one small bundle storage 12 (b), the control unit 25 selects the one small bundle. The storage 12 (b) is used as the target storage 12, and the lock mechanism 22 that locks the storage 12 is unlocked and the indicator lamp 23 is turned on. Then, the withdrawal of the one small bundle storage 12 (b) from the cash management apparatus main body 11 is started. The control unit 25 extracts the small bundle storage 12 (b) from the opening / closing phase data of the full-close detection sensor 96, the rotary encoder 88, and the full-open detection sensor 97 for the single small bundle storage 12 (b). The start and opening / closing positions are detected, and it is determined from these opening / closing phase data whether this one small bundle storage 12 (b) has moved from the rear end position to the front end position.

  That is, based on the opening / closing phase data of the fully closed detection sensor 96, the rotary encoder 88, and the fully open detection sensor 97, the control unit 25 starts the rotation detection of the detection disk 87 and the fully closed detection sensor 96 detects the rotation. When the piece 95 is not detected, it is detected that the drawing is started. Thereafter, when the rotary encoder 88 stops detecting the rotation of the detection disk 87 and the full-open detection sensor 97 detects the detection piece 95, the control unit 25 moves the one small bundle storage 12 (b) to the rear. A normal opening operation that is opened from the end position to the front end position is detected.

  In addition, after this one small bundle storage 12 (b) started pulling out from the fully closed state in the rear end position, it returned to the rear end position without being in the fully open state located in the front end position. When detecting based on the opening / closing phase data of the fully-closed detection sensor 96, the rotary encoder 88, and the fully-open detection sensor 97, the control unit 25 does not determine that the operation is normally open and displays an alarm on the display unit 17 and a sound generation unit. An alarm sound is generated at 20, the lock mechanism 22 that locks the one small bundle storage 12 (b) is unlocked, and the indicator lamp 23 is turned on. Thereby, this one small bundle storage 12 (b) can be pulled out. Upon receiving the alarm, the operator redoes the loading / unloading of the one small bundle storage 12 (b).

  Here, when it is detected from the detection results of the fully-closed detection sensor 96 and the rotary encoder 88 that the withdrawal of the one small bundle storage 12 (b) from the cash management apparatus main body 11 is started, the control unit 25 The display unit 17 displays the height of the one small bundle storage 12 (b) immediately before the drawer. The operator loads and unloads the small bundle banknotes T with respect to the one small bundle storage 12 (b) while referring to the head height displayed on the display unit 17 as necessary.

  In a state where only this one small bundle storage 12 (b) is pulled out from the cash management apparatus main body 11, the control unit 25 determines the one small bundle storage among all the storage heights of all the storages 12. Only the amount of 12 (b) is displayed on the display unit 17. In addition, in this one storage / storage transaction target storage 12, other than the one small bundle storage 12 (b), the rose money storage 12 (a), the small bundle storage 12 (b), and the bar metal storage. When any one of the storage boxes 12 (c) is included and the other target storage boxes 12 are pulled out from the cash management apparatus main body 11 together with the one small bundle storage box 12 (b), the control unit 25 Displays the height of the one small bundle storage 12 (b) and the height of the other target storage 12 drawn out on the display unit 17 by switching display.

  After the full-open state located at the front end position is reached, the rotary encoder 88 starts detecting the rotation of the detection disk 87 and the full-open detection sensor 97 does not detect the detection piece 95. When detecting the movement start of the storage 12 (b) in the closing direction, the control unit 25 detects the small bundle set detection sensor 66, the left end detection line sensor 67 provided for the small bundle storage 12 (b), The two left and right sets of the left band detection line sensor 68, the right band detection line sensor 69, and the right end detection line sensor 70 are driven to start taking in the money detection reflection data at the time of closing. Then, when the rotary encoder 88 stops detecting the rotation of the detection disk 87 and the fully-closed detection sensor 96 detects the detection piece 95, the one small bundle storage 12 (b) is in the rear end position. When it is detected that the fully closed state is located, the capturing of the money detection reflection data is terminated.

  When it is detected that the one small bundle storage 12 (b) is closed from the front end position to the rear end position, the control unit 25 displays the one small bundle storage 12 (b). The lamp 23 is turned off, and the small bundle set detection sensor 66, the left end detection line sensor 67, the left band detection line sensor 68, the right band detection line sensor 69, and the like provided for the small bundle storage 12 (b) From the money detection reflection data at the time of closing for the left and right two sets of the right end detection line sensor 70, it was stored in each bundle storage recess 49 of this one small bundle storage 12 (b) as described above. The quantity detection data of the small bundle banknote T and the denomination detection data of each small bundle banknote T are acquired.

  After the acquisition, the control unit 25 acquires the quantity detection data of the money type acquired this time and the quantity detection data of the money type of the one small bundle storage 12 (b) stored in the storage unit 26 at the time of the previous entry / exit transaction. From the above, the quantity actual transaction data that is the actual transaction quantity and the denomination that is the denomination of the actual transaction in this one entry / exit transaction, which is the increase / decrease in the one small bundle storage 12 (b) Determining the actual transaction data for each type of money by integrating the transaction data. Then, the control unit 25 inputs the quantity actual transaction data of this money type into the quantity input data of the money type obtained by combining the type input data, the distinction data, and the quantity input data, which are input for the current one warehouse transaction. And check whether there is a difference. That is, the quantity actual transaction data of the deposit / withdrawal money type related to this one small bundle storage 12 (b) and the quantity input data of the deposit / withdrawal money type related to this one small bundle storage 12 (b) match. Then, it is determined that there is no difference, and otherwise, it is determined that a difference has occurred. Thus, when this one small bundle storage 12 (b) which is the object storage 12 is pushed out after being pulled out, the control unit 25 is directed to the one small bundle storage 12 (b). It is examined whether or not the cash is entered / exited according to the type input data, the discrimination data, and the quantity input data input to the operation keyboard 19.

  If there is a difference between the actual transaction data of the money type and the quantity input data of the money type in the one small bundle storage 12 (b), the control unit 25 causes the display unit 17 to display an alarm and generate a sound. An alarm sound is generated at the unit 20, and the lock mechanism 22 that locks the one small bundle storage 12 (b) is unlocked and the indicator lamp 23 is turned on. Thereby, this one small bundle storage 12 (b) can be pulled out. Upon receiving the alarm, the operator redoes the loading / unloading of the one small bundle storage 12 (b).

  In addition, when the denomination input data input by this one entering / exiting transaction contains the denomination of the small bundle banknote T stored in the other small bundle storage 12 (b), the control unit 25 The same processing as that for the one small bundle storage 12 (b) described above is performed for the other small bundle storage 12 (b).

  In addition, the control unit 25, when the type input data input in this one entry / exit transaction includes the bar B stored in the one bar storage 12 (c), this one bar The lock mechanism 22 that locks the gold storage 12 (c) as the target storage 12 is unlocked and the indicator lamp 23 is turned on. Then, the withdrawal from the cash management apparatus main body 11 of this one bar metal storage 12 (c) is started. The control unit 25 extracts the bar metal storage 12 (c) from the opening / closing phase data of the full-close detection sensor 96, the rotary encoder 88, and the full-open detection sensor 97 for the bar metal storage 12 (c). The start and opening / closing positions are detected, and it is determined from these opening / closing phase data whether this one bar storage 12 (c) has moved from the rear end position to the front end position.

  That is, based on the opening / closing phase data of the fully closed detection sensor 96, the rotary encoder 88, and the fully open detection sensor 97, the control unit 25 starts the rotation detection of the detection disk 87 and the fully closed detection sensor 96 detects the rotation. When the piece 95 is not detected, it is detected that the drawing is started. Thereafter, when the rotary encoder 88 stops detecting the rotation of the detection disk 87 and the fully open detection sensor 97 detects the detection piece 95, the control unit 25 moves the one bar storage 12 (c) to the rear. A normal opening operation that is opened from the end position to the front end position is detected.

  In addition, after this one bar metal storage 12 (c) started pulling out from the fully closed state at the rear end position, it returned to the rear end position without being fully opened at the front end position. When detecting based on the opening / closing phase data of the fully-closed detection sensor 96, the rotary encoder 88, and the fully-open detection sensor 97, the control unit 25 does not determine that the operation is normally open and displays an alarm on the display unit 17 and a sound generation unit. An alarm sound is generated at 20, and the lock mechanism 22 that locks the one bar storage 12 (c) is unlocked and the indicator lamp 23 is turned on. Thereby, this one bar metal storage 12 (c) can be pulled out. In response to the alarm, the operator redoes the loading / unloading of this one bar storage bin 12 (c).

  Here, when it is detected from the detection results of the full-close detection sensor 96 and the rotary encoder 88 that the withdrawal of the one bar storage 12 (c) from the cash management apparatus body 11 is started, the control unit 25 The display unit 17 displays the amount of heading immediately before the one metal bar storage 12 (c) is pulled out. The operator loads and unloads the bar B with respect to this one bar storage 12 (c) while referring to the head height displayed on the display unit 17 as necessary.

  In the state in which only this one bar metal storage 12 (c) is pulled out from the cash management apparatus main body 11, the control unit 25 selects the one bar metal storage among the amounts of all the storages 12. Only the head height of 12 (c) is displayed on the display unit 17. In addition, in the storage 12 subject to the one entry / exit transaction, the rose money storage 12 (a), the small bundle storage 12 (b) and the bar storage other than the one bar storage 12 (c). When any one of the storages 12 (c) is included and the other target storage 12 is pulled out from the cash management apparatus main body 11 together with the one bar storage 12 (c), the control unit 25 Displays the height of the one bar storage 12 (c) and the height of the other target storage 12 drawn out on the display unit 17 by switching display.

  After this one bar storage 12 (c) is in the fully open state located at the front end position, the rotary encoder 88 starts detecting the rotation of the detection disk 87 and the fully open detection sensor 97 detects the detection piece 95. When the movement start in the closing direction of the one bar metal storage 12 (c) is detected by the state of not being performed, the control unit 25 is provided for the one bar metal storage 12 (c). All the bar metal set detection sensors 76 and all the bar metal detection line sensors 77 are driven to start taking in the money detection reflection data at the time of closing. Then, when the rotary encoder 88 stops detecting the rotation of the detection disk 87 and the full-close detection sensor 96 detects the detection piece 95, this one bar storage 12 (c) is in the rear end position. When it is detected that the currency has been closed, the capture of the money detection reflection data is terminated.

  When a normal opening / closing operation closed from the front end position to the rear end position of the one bar metal storage 12 (c) is detected, the control unit 25 detects the one bar metal storage 12 (c). The indicator lamp 23 is turned off, and the currency detection at the time of closing of all the bar metal set detection sensors 76 and all the bar metal detection line sensors 77 provided for this one bar metal storage 12 (c). From the reflection data, as described above, the quantity detection data of the bar B stored in each bar storage recess 59 of this one bar storage 12 (c) and the denomination detection data of each bar B are stored. To get.

  After the acquisition, the control unit 25 acquires the quantity detection data of the money type acquired this time and the quantity detection data of the money type of this one bar storage 12 (c) stored in the storage unit 26 at the time of the previous entry / exit transaction. From the above, the quantity actual transaction data that is the quantity of the actual transaction and the denomination that is the denomination of the actual transaction in this one entry / exit transaction, which is the increase / decrease in the one bar storage 12 (c) Determining the actual transaction data for each type of money by integrating the transaction data. Then, the control unit 25 collates the actual quantity transaction data of this money type with the quantity input data of the money type that is a combination of the type input data, the discrimination data, and the quantity input data that are input in the current entry / exit transaction. To determine whether a difference exists. That is, if the actual transaction data of the denomination for this one bar metal storage 12 (c) and the quantity input data of the denomination for this one bar storage 12 (c) match, there is a difference. Is determined not to exist, otherwise it is determined that a difference has occurred. Thus, when this one bar metal storage 12 (c) which is the object storage 12 is pushed out after being pulled out, the control unit 25 is directed to this one bar metal storage 12 (c). It is examined whether or not the cash is entered / exited according to the type input data, the discrimination data, and the quantity input data input to the operation keyboard 19.

  If there is a difference between the actual transaction data of the money type and the quantity input data of the money type in the one bar storage 12 (c), the control unit 25 causes the display unit 17 to display an alarm and generate a sound. An alarm sound is generated at the unit 20, and the lock mechanism 22 that locks the one bar storage 12 (c) is unlocked and the indicator lamp 23 is turned on. Thereby, this one bar metal storage 12 (c) can be pulled out. In response to the alarm, the operator redoes the loading / unloading of this one bar storage bin 12 (c).

  In addition, when the denomination input data input in this one entering / exiting transaction includes the denomination of the bar metal B stored in the other bar metal storage 12 (c), the control unit 25 The same processing as that for the one bar metal storage 12 (c) is performed for the other bar metal storage 12 (c).

  Finally, the control unit 25 inputs the one money storage transaction among the rose money storage 12 (a), all the small bundle storages 12 (b), and all the bar storages 12 (c). If it is determined that the entry / exit transaction has been normally completed for all items containing the money included in the type input data, it is determined that the first entry / exit transaction has been completed.

  According to the cash management apparatus 10 according to the present embodiment described above, the control unit 25 selects the cash from the plurality of storage boxes 12 based on the type and quantity of money input / output inputted to the operation keyboard 19. When the target storage 12 to be stored / extracted is determined and there are a plurality of target storages 12, the lock mechanisms 22 of the plurality of target storages 12 are both unlocked, and each of the plurality of target storages 12 is stored. Can be pulled out regardless of the pulled-out state of the other target storage 12. Therefore, the operator can carry in and out cash with respect to each of the plurality of target storage boxes 12 as being pulled out from the cash management apparatus main body 11 together. Therefore, it is not necessary to open and close one of the target storage boxes 12 and close it, and then open and close the other target storage box 12 to perform loading and unloading, thereby improving processing efficiency. it can.

  In addition, the control unit 25 individually manages the amount of cash in the plurality of storages 12 and displays the amount of the target storage 12 on the display unit 17. When the target storage 12 to be stored / extracted is determined, the amount of the target storage 12 is automatically displayed on the display unit 17. Therefore, the operator does not need a dedicated operation for displaying the flying height, and the operation efficiency can be further improved.

  Further, since the control unit 25 displays the amount of the target storage 12 that has been pulled out on the display unit 17, if the operator pulls out the target storage 12, the amount of the target storage 12 is automatically displayed. It will be displayed on the part 17. Therefore, the operator does not need a dedicated operation for displaying the flying height, and the operation efficiency can be further improved. In addition, since the height of the target storage 12 that has not been pulled out is not displayed on the display unit 17, it is possible to prevent an operator from recognizing the height of the storage.

  In addition, when the plurality of target storages 12 are pulled out, the control unit 25 switches the target storage 12 to be displayed on the display unit 17 by switching the screen. Can be displayed by switching the screen.

  Further, when the control unit 25 is pushed in after the target storage box 12 has been pulled out, whether or not cash has been transferred to or from the target storage box 12 according to the type and quantity of money input to the operation keyboard 19. I will scrutinize whether or not. Therefore, it is possible to notify the operator of an entry / exit error by generating an alarm when cash is not entered / exited according to the type and quantity of money input to the operation keyboard 19.

DESCRIPTION OF SYMBOLS 10 Cash management apparatus 11 Cash management apparatus main body 12 Storage box 17 Display part (display means)
19 Operation keyboard (operation means)
22 Lock mechanism 25 Control part B Bar metal T Small bundle bill

Claims (5)

The cash management device itself,
A plurality of storages that can be slidably opened and closed with respect to the cash management apparatus main body, and that allows cash to be stored and withdrawn from the cash management apparatus main body,
A lock mechanism that is provided in each of the plurality of storages and locks the storage to the cash management device main body in a closed state;
Control means for individually releasing the locks of the plurality of lock mechanisms;
A cash management device having
The control means includes
Based on the type and quantity of money to be entered / exited input to the operation means, the target storage to which cash is stored / extracted from among the plurality of storages is determined,
When there are a plurality of the target storages, the lock mechanisms of the plurality of target storages are both unlocked, and each of the plurality of target storages is set according to the pulled-out state of the other target storages. A cash management device characterized in that it can be withdrawn without being lost.   The cash control apparatus according to claim 1, wherein the control unit individually manages a surplus amount of the plurality of storage units, and displays a surplus amount of the target storage unit on a display unit.   The cash control apparatus according to claim 2, wherein the control means causes the display means to display the amount of the object storage that has been pulled out.   4. The cash management apparatus according to claim 3, wherein when the plurality of target storages are pulled out together, the control means switches the target storage to display the height on the display means by screen switching.   When the control means is pushed in after the target storage is withdrawn, whether or not cash has been input / output according to the type and quantity of money input to the operation means with respect to the target storage. The cash management device according to any one of claims 1 to 4, wherein the cash management device is scrutinized.

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