JP6017376B2 - Cash management equipment - Google Patents

Description

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

  In a financial institution such as a bank, a cash management device that stores and manages cash in a plurality of storage units provided so as to be able to be pulled out from a main body is used. In this cash management device, denomination data, input / output distinction data, and quantity data are input, and cash is stored in and received from the corresponding storage unit (see, for example, Patent Document 1). Depending on the operation mode of a financial institution such as a bank and the amount of small bundles of banknotes or bar metal coins to be handled, a small bundle of money of one denomination or bar metal coins may be stored in two or more storage units. is there.

JP 2012-48363 A

  By the way, when there are a plurality of storage units that can be used for cash of the same denomination, an operator such as a contact person basically selects an arbitrary storage unit from these and takes out the cash. Therefore, an arbitrary storage unit is selected to store cash. For this reason, if cash storage / receipt is repeated, the storage status of cash may vary among storage units. Since there exists a possibility that the workability | operativity of loading / unloading may fall in such a state, cash may be collected in any one storage part. When cash is transferred between a plurality of storage units such as such a summarizing operation, the operator inputs denomination data and quantity data related to the transfer source cash and the distinction data of the issue, and the transfer unit of the transfer source The cash is taken out from the bank, and the same denomination data and quantity data and warehousing distinction data are input, and the cash is stored in the storage unit at the transfer destination. Since many operations are required in this way, there is a problem that the operation is troublesome, an operation error is likely to occur, and processing takes time.

  An object of this invention is to provide the cash management apparatus which can perform the movement process of cash easily and correctly in a short time.

  In order to achieve the above object, the invention according to claim 1 is a cash management device main body and a plurality of cash storage devices that can be slidably opened / closed and drawn out in an open state. Control for managing the storage of cash in the storage unit and the execution of the storage mode, the unloading mode that enables the withdrawal of cash from the storage unit, and the entry mode that allows the storage of cash in the storage unit A cash management apparatus comprising: a control unit, wherein the control unit is capable of executing a movement mode between storage units that enables movement of cash between a plurality of storage units, and starts executing the movement mode between storage units. In accordance with the movement contents input to the operation means, it is possible to take out cash from the source storage unit and store cash in the destination storage unit and transfer from the source storage unit to the destination storage unit. Characterized in that it manages the movement status of gold.

  According to a second aspect of the present invention, in the first aspect of the invention, the inter-storage unit movement mode includes an input receiving step of accepting an input of the movement content to the operation means, and a movement source according to the inputted movement content. The movement source lock releasing step for releasing the lock of the storage unit and enabling the storage unit of the movement source to be pulled out, and unlocking the storage unit of the movement destination according to the input movement content, A destination lock release step for enabling the storage unit to be pulled out, a withdrawal confirmation step for confirming the cash withdrawal status of the source storage unit, and a storage for checking the cash storage status of the destination storage unit And a confirmation step.

  According to a third aspect of the present invention, in the second aspect of the invention, in the input receiving step, the control unit selects only a storage unit that can be a movement source at the time of designated input of the movement source storage unit to the operation unit. It is possible to input.

  According to a fourth aspect of the present invention, in the invention according to the second or third aspect, in the input accepting step, the control unit only includes a storage unit that can serve as a movement destination at the time of designation input of the movement destination storage unit to the operation unit. It is possible to select and input.

  According to a fifth aspect of the present invention, in the invention according to any one of the second to fourth aspects, in the input receiving step, the control means includes a current stock amount of a movement source storage unit and a movement destination storage unit. Can be displayed on the display means.

  According to a sixth aspect of the invention, in the invention according to any one of the second to fifth aspects, the control means is configured such that after the movement source lock releasing step, the movement source storage unit changes from the closed state to the opened state again. In the closed state, the destination lock release step is executed.

  The invention according to claim 7 is the invention according to any one of claims 2 to 6, wherein the control means includes the contents of cash to be taken out from the storage unit of the transfer source input in the input receiving step; A match with the contents of the cash actually taken out from the storage unit of the movement source confirmed in the take-out confirmation step is determined.

  The invention according to claim 8 is the invention according to any one of claims 2 to 7, wherein the control means includes the contents of cash to be stored in the storage unit of the transfer destination input in the input receiving step. In the storage confirmation step, it is determined whether or not there is a match with the contents of the cash actually stored in the storage unit of the transfer destination.

  The invention according to a ninth aspect is the invention according to any one of the first to eighth aspects, wherein the control means is capable of executing a movement mode within the storage unit that enables the movement of cash within one storage unit. It is characterized by that.

  The invention according to claim 10 is characterized in that, in the invention according to any one of claims 1 to 9, the control means stores the transfer contents of cash in the log storage means.

  According to the first aspect of the present invention, the control means can execute the inter-storage unit movement mode that enables the movement of cash among the plurality of storage units, and is operated at the start of execution of the inter-storage unit movement mode. According to the movement contents input to the means, it is possible to take out cash from the source storage unit and store cash in the destination storage unit and to transfer cash from the source storage unit to the destination storage unit. Since the movement status is managed, the number of operations can be reduced. Therefore, the cash transfer process can be performed easily and accurately in a short time.

  According to the second aspect of the present invention, in the input receiving step, the input of the movement content is received by the operation means, and in the movement source unlocking step, the movement source storage unit is unlocked according to the input movement content. This retracting portion can be pulled out. As a result, the operator pulls out the original storage unit and takes out the cash. In the destination unlocking step, the destination storage unit is unlocked in accordance with the input movement content, and the storage unit can be pulled out. As a result, the operator pulls out the destination storage unit and stores the cash taken out from the source storage unit as described above. Further, in the take-out confirmation step, the cash withdrawal status of the transfer source storage unit is confirmed, and in the storage check step, the cash storage status of the transfer destination storage unit is confirmed. Therefore, the number of operations can be reliably reduced. Therefore, it is possible to reliably carry out the cash transfer process easily and accurately in a short time.

  According to the invention of claim 3, in the input receiving step, the control unit can selectively input only the storage unit that can be the movement source at the time of the designation input of the movement source storage unit to the operation unit. Selection mistakes can be reduced. Therefore, it is possible to more reliably perform the cash transfer process easily and accurately in a short time.

  According to the fourth aspect of the present invention, the control means can select and input only the storage section that can be the movement destination at the time of the designation input of the movement destination storage section to the operation means in the input receiving step. Selection mistakes can be reduced. Therefore, it is possible to more reliably perform the cash transfer process easily and accurately in a short time.

  According to the fifth aspect of the invention, the control means can display the current amount of the storage unit at the movement source and the storage unit at the movement destination on the display means in the input receiving step, so that these are displayed. Thus, selection errors of the movement source and the movement destination can be further reduced. Therefore, it is possible to more reliably perform the cash transfer process easily and accurately in a short time.

  According to the sixth aspect of the present invention, the control means automatically executes the destination lock release step when the source storage unit is changed from the closed state to the open state and then closed again after execution of the source lock release step. Therefore, the number of operations can be further reduced. Therefore, it is possible to more reliably perform the cash transfer process easily and accurately in a short time.

  According to the invention of claim 7, the control means actually determines the contents of the cash to be taken out from the movement source storage unit input in the input reception step and the movement source storage unit confirmed in the removal confirmation step. In order to determine a match with the contents of the cash that has been taken out, for example, by generating an alarm in the case of a mismatch, it is possible to prevent a mistake in taking out from the storage unit at the movement source or an illegal act.

  According to the eighth aspect of the present invention, the control means actually stores the contents of the cash to be stored in the destination storage unit input in the input receiving step and the destination storage unit confirmed in the storage confirmation step. For example, by generating an alarm in the case of a mismatch, it is possible to prevent a storage error or fraud in the destination storage unit.

  According to the invention which concerns on Claim 9, a control means can move the cash within one storage part by performing the movement mode within a storage part, and can arrange the cash within one storage part. it can.

  According to the invention which concerns on Claim 10, since the movement content of cash is memorize | stored in a log memory | storage means, the movement content of cash can be confirmed later. Therefore, it is possible to prevent movement errors and fraud.

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 part of the cash management apparatus which concerns on one Embodiment of this invention. It is a perspective view showing a bar metal storage part of a cash management device concerning one embodiment of the present 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 part 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 part 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 accommodating part 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 part 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 the 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 part 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 accommodating part of the cash management apparatus which concerns on one Embodiment of this invention. It is a side view which shows the rear part vicinity of the accommodating part of the cash management apparatus which concerns on one Embodiment of this invention. It is a front view which shows the initial display content of the display part in the input reception step of the cash management apparatus which concerns on one Embodiment of this invention. It is a front view which shows the modification of the initial display content of the display part in the input reception step of the cash management apparatus which concerns on one Embodiment of this invention. It is a front view which shows the display content of the quantity input screen of the display part in the input reception step of the cash management apparatus which concerns on one Embodiment of this invention. It is a front view which shows the display content of the banknote display screen of the display part in the input reception step of the cash management apparatus which concerns on one Embodiment of this invention. It is a front view which shows the display content of the display part in the movement origin lock release step of the cash management apparatus which concerns on one Embodiment of this invention. It is a front view which shows the display content of the display part in the movement destination lock release step of the cash management apparatus which concerns on one Embodiment of this invention. It is a front view which shows an example of the printing content after the movement process between storage parts of the cash management apparatus which concerns on one Embodiment of this invention. It is a front view which shows another example of the printing content after the storage part movement process 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 is used at a position closer to the counter. The cash management apparatus 10 is a storage-type apparatus that mainly stores small bundles of banknotes and metal bars as cash.

  The cash management apparatus 10 includes a box-type cash management apparatus main body 11 and storage units 12 provided on the cash management apparatus main body 11 in a plurality of stages, specifically, eight stages in the vertical direction. Each of these storage units 12 can be slidably 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 storage units 12 are pulled forward and pushed backward, 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. All of the storage units 12 can receive and withdraw cash in the open state withdrawn from the cash management apparatus main body 11, that is, the clerk can store the cash into the apparatus (entry) and take it out of the apparatus (departure). It becomes possible. In other words, all the storage units 12 are incapable of entering and leaving cash in the closed state in which the storage unit 12 is pushed into the cash management apparatus main body 11.

  Of the storage units 12, the uppermost one is the preliminary storage unit 12 (a), which is not bundled rose banknotes, unwrapped rose coins, and cash such as dirty banknotes and dirty coins, and cash vouchers. Storing. Further, four from the top to the second to the fifth stage are small bundle storage portions 12 (b) for storing small bundles of banknotes, and the third to the sixth to the eighth stage are the metal bars for storing the metal bars. It is the storage portion 12 (c). A small bundle of banknotes consists of a single denomination of a predetermined number (100), and a bar is made of a single denomination of a predetermined number (100 or 50). It has become.

  Specifically, among the storage units 12, the small bundle storage unit 12 (b) in the second row from the top is a small bundle banknote of a 10,000 yen ticket that is a single bundle denomination, The bundle storage unit 12 (b) is a small bundle of 10,000 yen bills that is a single bundle denomination, and the small bundle storage unit 12 (b) in the fourth stage from the top is a single bundle denomination. Only small bundles of yen are stored. In addition, among the storage units 12, the small bundle storage unit 12 (b) in the fifth row from the top includes a small bundle banknote of 5,000 yen, a small bundle of 2000 yen, and a small bundle of 1000 yen It is designed to store only.

  Specifically, among the storage parts 12, the sixth-stage bar metal storage part 12 (c) from the top stores only the 100-yen bar metal and the 10-yen bar metal, and stores the seventh-stage bar metal from the top. The portion 12 (c) is only a 500 yen bar and a 1 yen bar, and the eighth stage from the top, that is, the bottom bar storage part 12 (c) is only a 50 yen bar and a 5 yen bar. Are designed to be stored separately.

  Of course, the total number of the storage units 12 and the number of the small bundle storage units 12 (b) and the bar metal storage units 12 (c) can be arbitrarily set. For example, the preliminary storage units 12 ( Of course, everything except a) can be used as the small bundle storage portion 12 (b) or the bar metal storage portion 12 (c).

  On the upper part of the cash management apparatus main body 11, an operation display unit 15 for performing an operation input by an operator such as a counter person in charge and displaying to the operator, and a printer 16 for outputting data by printing on a paper surface, Is provided. The operation display unit 15 is operated by the operator, a display unit (display unit) 17 that displays information such as operation guidance and management data to the operator, a card reader 18 that scans the operator's ID card, and the like. An operation unit (operation unit) 19 such as a keyboard and a sound generation unit 20 that outputs sound to the operator are provided.

  The cash management apparatus main body 11 is provided with a lock mechanism 22 shown in FIG. 2 that individually locks the storage unit 12 in a closed state for each of the plurality of storage units 12 so as to correspond one-to-one. Indicator lights 23 that flash only when the lock mechanism 22 is unlocked are provided on a side where the height positions of the plurality of storage portions 12 shown in FIG. Further, as shown in FIG. 2, the cash management apparatus main body 11 is connected to the operation display unit 15, the printer 16, the lock mechanism 22, and the indicator lamp 23 to control them, and each of the cash in the plurality of storage units 12. Control unit (control means) 25 for managing the loading and unloading, and the memory for storing the quantity information, denomination information, processing related data, etc. of the bar metal and small bundle banknotes stored in each of the plurality of storage units 12 Section (log storage means) 26 is provided.

  As shown in FIG. 3, the storage portion 12 includes a front plate portion 31 in which a handle 30 is provided at 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 portion 12 (b) shown in FIG. 3 and the bar metal storage portion 12 (c) shown in FIG.

  As shown in FIG. 3, the small bundle storage unit 12 (b) stores the bundled small bundle banknotes T so as to be able to be loaded and unloaded, and more specifically, a plurality of fixed pieces, 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 banknote T is formed by accumulating a predetermined number (100) of banknotes of a single denomination, winding the binding tape t at a specified position, and bonding the binding tape t.

  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. One small bundle tray 40 is formed with only one bundle storage recess 49.

  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 portion 12 (b). , A bundle storing concave portion 49 that is a storing position of the small bundle bills T is defined for each denomination. Specifically, as described above, among the plurality of storage units 12, all of the small bundle storage unit 12 (b) in the second stage from the top and the small bundle storage unit 12 (b) in the third stage from the top are all The bundle storage recess 49 of the small bundle tray 40 stores only a small bundle of 10,000 yen bills, and the small bundle storage portion 12 (b) in the fourth row from the top is a bundle of all the small bundle trays 40. The storage recess 49 stores only a small bundle of 1,000 yen bills. That is, among the plurality of storage units 12, the plurality of storage units 12 in the second to fourth stages from the top each store only a single denomination of cash. Further, among the plurality of storage units 12, the small bundle storage unit 12 (b) from the top includes a small bundle of 5,000 yen, a small bundle of 2000 yen, and a small bundle of 1000 yen. Only bills are stored.

  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 portion 12 (b) is set to be constant. That is, in the small bundle tray 40 for storing the small bundle bills T having a low height (length in the short side direction), the height position of the bottom portion 44 in the small bundle storage portion 12 (b) in which the small bundle tray T 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 portion 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.

  In the bundle storage recess 49 of the small bundle tray 40, a small bundle banknote T of a denomination having a long length other than the set denomination and a small bundle banknote T of a denomination having a high height other than the set denomination are appropriate. This makes it difficult to store the paper in a simple manner, so that some erroneous storage is easily regulated. That is, the small bundle banknote T having a longer length than the set denomination small bundle banknote T is bent between the pair of side wall portions 43 and becomes difficult to store, and is higher than the set denomination small bundle banknote T. The small bundle banknote T interferes with the front plate portion 31 of the storage section 12 immediately above, and pushes the small bundle storage section 12 (b) in which the small bundle banknote T is stored into the cash management apparatus main body 11. Inhibit. 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, all types and heights are constant, so the height position of the bottom 44 in the small bundle storage portion 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 unit 12 (c) stores a bar B formed by stacking a predetermined number of coins of a single denomination and wrapped with wrapping paper so as to be able to be loaded and unloaded. A plurality of, specifically, six or five, depending on the denomination diameter, and four rows of synthetic resin bar trays 55 on the left and right sides are fixed in the frame 34.

  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 portion 12 (c) is provided with a bar metal storage recess 59 which is a 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 unit 12 (c) when the bar B of the storage object denomination is mounted on any bar metal 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 bar storage unit 12 (c) in which the bar tray B is disposed, and the bar B having a long length. The bar position of the mounting table 60 in the bar storage unit 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.

  Thereby, in the bar metal storage recess 59 of the bar metal tray 55, the bar metal B having a large diameter other than the set denomination and the bar metal B having a high height other than the set denomination are: Appropriate storage becomes difficult, and a part of erroneous storage is thereby easily regulated. In other words, the bar B having a diameter larger than that of the set denomination B interferes with the wall 57 or another bar B and becomes difficult to store, and is higher than the set denomination B. The gold B interferes with the front plate portion 31 of the storage unit 12 immediately above, and prevents the bar metal storage unit 12 (c) storing the bar B from being pushed into the cash management apparatus main body 11. 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. Specifically, among the plurality of storage units 12, the bar metal storage unit 12 (c) in the sixth row from the top includes all the bar metal trays 55 arranged in the rightmost column and the second column from the right. Will store only 100 yen bars, and all the bar trays 55 arranged in the leftmost column and the second column from the left will store only 10 yen bars. In addition, the seventh-tier bar metal storage portion 12 (c) from the top has all the bar trays 55 arranged in the rightmost column and the second column from the right store only 500 yen bar. Thus, all the bar trays 55 arranged in the leftmost column and the second column from the left store only one yen bar. Moreover, in the 8th row from the top, that is, the lowermost row of the bar metal storage portion 12 (c), all the bar metal trays 55 arranged in the rightmost column and the 2nd column from the right have only 50 yen bar. All the bar trays 55 arranged in the leftmost column and the second column from the left store only the 5-yen bar.

  As shown in FIG. 5, a plurality of, specifically, 10 auxiliary rods 63 for preventing the metal rod B from falling are erected on the fractional metal rod tray 55 at a position between the adjacent mounting table portions 60. In addition, a fraction indicating portion 64 that clearly indicates that it is for the fraction is formed on the outer side of the bar metal storage 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 clerk takes out the required number of bars B from the most front bar tray 55, the front bar tray 55 is emptied, and the bar bar 55 from the back bar tray 55 becomes empty. When B is taken out, the remaining fraction of the bar metal B of the rear bar metal tray 55 is transferred to the front bar metal tray 55.

  As shown in FIG. 6, the small bundle shown in FIG. 3 is placed at the front end of the lower part of the small bundle bill storage portion insertion space forming portion 65 into which each small bundle storage portion 12 (b) of the cash management apparatus main body 11 is inserted. An optically reflective small type that detects the set of small bundles of bills T via the sensor grooves 48 at positions immediately below the respective sensor grooves 48 of the two small bundle trays 40 in the left and right rows of the storage unit 12 (b). A bundle 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.

  Moreover, as shown in FIG. 6, there is a small bundle storage section at the front end of the upper portion of the small bundle bill storage section insertion space forming section 65 into which each small bundle storage section 12 (b) of the cash management apparatus main body 11 is inserted. As shown in FIG. 7B, a left end detection line sensor 67 for detecting the left end position of the small bundle banknote T, a small bundle at the upper adjacent positions of the small bundle trays 40 in the left and right two rows of 12 (b). A left band detection line sensor 68 that detects a binding tape t on the left side of the banknote T, that is, a band, a right band detection line sensor 69 that detects a binding tape t on the right side of the small banknote T, and Four sensors, a right end detection line sensor 70 for detecting the right end position of the small bundle bill 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 side by side in the left-right direction with respect to one small bundle storage unit 12 (b), and also include 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 portion 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 small bundle storage portion 12 (b) stores each bundle of the small bundle storage portion 12 (b) that slides back and forth immediately above these. 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 storage portions 12 (b) Money detection reflection data, which is reflected light data of the upper end portion of the small bundle banknote T stored in each bundle storage concave portion 49 of the small bundle storage portion 12 (b) that slides back and forth immediately below, is acquired.

  It should be noted that the small bundle storage portion 12 (b) to be detected is drawn most 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 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 unit 12 (b) to be detected. The small bundle set detection sensor 66 acquires money detection reflection data from the lower end portion of the small bundle banknote T in the small bundle storage portion 12 (b) that passes along with the opening and closing of the small bundle storage portion 12 (b). Thus, 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 opening and closing of the small bundle storage unit 12 (b). Money detection reflection data will be acquired from the upper end part of the small bundle banknote T in the accommodating part 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.

  Moreover, since the binding tape t is wound around the small bundle of bills T and the binding tape t is also present at the upper end portion, the control unit 25 controls the left band detection line sensor 68 and the right side. From the money detection reflection data of the band detection 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 the other part where there is no bill and the reflected light amount is further reduced It will be distinguished from the space inside and outside the bundle housing recess 49.

  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 banknote T in the small bundle storage unit 12 (b) is verified by collating the corrected money detection reflection data of 69 with the quantity master data for the small bundle banknote 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 that is the denomination of the small bundle banknote T in the small bundle storage unit 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.

  In addition, the control part 25 is small about denominations other than the regulation denomination detected by the left end detection line sensor 67 and the right end detection line sensor 70 about all the bundle storage recessed parts 49 in the small bundle storage part 12 (b). When the banknote T is stored, that is, when a different denomination small bundle banknote T not stored in the corresponding denomination storage position is detected, a warning is displayed on the display unit 17 and the sound generation unit 20 generates a warning sound. Is generated.

  As shown in FIG. 8, at the front end of the lower part of the bar storage part insertion space forming part 75 into which each bar storage part 12 (c) of the cash management apparatus main body 11 is inserted, the bar metal storage part 12 (c ) 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 part insertion space forming part 75 into which each bar metal storage part 12 (c) of the cash management apparatus main body 11 is inserted, there are four rows on the left and right sides of the bar metal storage part 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 portion 12 (c). As shown in FIG. 9 (B), twelve bars are arranged side by side in the left-right direction with respect to one bar metal storage portion 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 detection sensor 76 provided immediately below each bar metal storage section 12 (c) slides back and forth immediately above each bar metal storage section 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 storage units 12 (c) slides back and forth immediately below the bar metal storage units 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 unit 12 (c) 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 comes into contact with 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 bar set detecting sensor 76 and the bar detection line sensor 77 store each bar in the bar storage unit 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 unit 12 (c), which passes along with the opening and closing of the bar storage unit 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 part 12 (c), which passes along with the opening / closing of the bar storage part 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 B stored in the storage unit 26, quantity detection data that is the quantity of the bar B in the bar storage unit 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 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, A bar metal storage part 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.

  Note that the control unit 25 stores all the bar metal storage recesses 59 in the small bundle storage unit 12 (b) with a bar metal B of a denomination other than the standard denomination detected by the bar metal detection line sensor 77. In other words, when a different denomination bar B that is not stored in the corresponding denomination storage position is detected, a warning is displayed on the display unit 17 and a warning sound is generated by the sound generation unit 20.

  As shown in FIG. 10, the cash management apparatus main body 11 has the front end position and the rear end position of all the small bundle bill storage part insertion space forming parts 65 and all the bar metal storage part insertion space forming parts 75 as shown in FIG. 10. The toothed pulleys 83 and 84 are rotatably provided at fixed positions via the support shafts 81 and 82, and the toothed pulley 86 is also provided above the toothed pulley 84 at the rear end via the support shaft 85. The position 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, 86, and a rear end portion of the storage portion 12 is fixed to the timing belt 91. As a result, when the storage portion 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 unit 12 which is the rotation data of the detection disk 87 is acquired. The control unit 25 calculates the opening / closing direction and position of the storage unit 12 from the opening / closing phase data, and calculates the opening / closing speed of the storage unit 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 main body 11 is inserted into the cash management apparatus main body 11 at the rear end positions of all the small bundle bill storage part insertion space forming parts 65 and all the bar metal storage part insertion space forming parts 75 of the storage part 12. By detecting the detection piece 95 at the rear end of the stack, the storage unit 12 acquires all opening / closing phase data indicating that the storage unit 12 is in the fully closed position, which is the rear end position most pushed into the cash management apparatus main body 11. A closing detection sensor 96 is provided at a fixed position. In the cash management apparatus main body 11, detection of the rear end portion of the storage portion 12 inserted at the front end positions of the small bundle bill storage portion insertion space forming portion 65 and the bar metal storage portion insertion space forming portion 75. By detecting the piece 95, a fully open detection sensor 97 for acquiring opening / closing phase data indicating that the storage unit 12 is in a fully open position which is the front end position most pulled out from the cash management apparatus main body 11 is provided in a fixed position. ing. That is, the full-close detection sensor 96 and the full-open detection sensor 97 acquire the open / close phase information of the storage unit 12.

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

  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 portion 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 portion 12 can be pulled out, and the opening operation is allowed. Further, when the drive of the solenoid 102 is released after the storage portion 12 is pulled out, the locking member 104 has the claw portion 105 in the lowered state, and in this state, when the storage portion 12 is returned to the fully closed position, the engagement pin 101 pushes up the claw part 105 and then lowers, and the claw part 105 engages with the engagement pin 101 to automatically and mechanically lock the storage part 12 so that it cannot be pulled out.

  In addition, in the cash management apparatus main body 11, one storage portion 12 is pulled out at the rear end positions of all the small bundle bill storage portion insertion space forming portions 65 and all the bar metal storage portion insertion space forming portions 75. In this state, a fall prevention mechanism 110 shown in FIG. 12 is provided that prevents the cash management apparatus 10 from falling by restricting the withdrawal of all other storage units 12. The toppling prevention mechanism 110 includes an elevating body 111 supported by the cash management apparatus main body 11 so as to be movable up and down, and an operating pin 112 provided at each rear end of the storage unit 12. The elevating body 111 has a restricting member 114 in which a groove portion 113 that is inclined forward and downward is formed at the position of each storage portion 12.

  When one storage portion 12 is pulled out, the overturn prevention mechanism 110 has its operating pin 112 moved along the groove portion 113 as shown in FIGS. The elevator body 111 is raised. In this state, as shown in FIG. 12B, the regulating member 114 is disposed in front of the operation pin 112 of the other storage unit 12 with the rear end of the groove 113 raised above the operation pin 112. As a result, the restricting member 114 abuts on the operating pin 112 to restrict the drawer of the storage portion 12.

  The lowering / lowering body 111 is controlled to be lowered by friction, and as shown in FIG. 12 (B) to FIG. 12 (A), when the retracted storage portion 12 is returned, the operating pin 112 is moved. By moving the groove 113, the elevating body 111 is lowered by the inclination of the groove 113. In this state, as shown in FIG. 12A, the regulating member 114 is disposed in front of the operating pin 112 of the storage portion 12 with the rear end of the groove 113 aligned with the operating pin 112. As a result, the restricting member 114 can insert the operating pin 112 into the groove 113, and allows the alternative pulling out of all the storage portions 12.

  And in this embodiment, the control part 25 is the full-closed detection sensor 96 provided with respect to each small bundle storage part 12 (b) with respect to each small bundle storage part 12 (b), and a full open detection. The small bundle storage portion 12 (b) is located at a position other than the open / closed end positions from the opening / closing phase data which is the detection result of the sensor 97, and the rotary provided to the one small bundle storage portion 12 (b). When it is determined from the opening / closing phase data of the encoder 88 that the one small bundle storage unit 12 (b) is stopped, the small bundle provided for the one small bundle storage unit 12 (b) If a predetermined change occurs in the money detection reflection data of any one of the set detection sensor 66, the left end detection line sensor 67, the left side detection line sensor 68, the right side detection line sensor 69, and the right end detection line sensor 70, an unauthorized process is performed. It determines that has occurred. If it is determined that an unauthorized process has occurred, the control unit 25 displays an alarm display to that effect on the display unit 17 and generates an alarm sound on the sound generation unit 20 to warn.

  This predetermined change in the money detection reflection data in 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 line sensor 70 is based on the quantity master data. The presence or absence of a change is determined. Specifically, the money detection reflection data is equal to or greater than the bundle presence determination reference data for determining that the small bundle banknote T is included in the quantity master data. From the state where it is determined that the small bundle banknote T is not detected, and it is determined that the small bundle banknote T is not detected. It is both a change from a state to a state in which it is determined to be detected. As the predetermined change in the money detection reflection data, any 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 does not detect the finger. A change from a state to a state where it can be determined that a finger has been detected may be combined.

  Moreover, the control part 25 is the detection result of the full-closed detection sensor 96 and the full-opening detection sensor 97 provided with respect to each bar metal storage part 12 (c) with respect to one bar metal storage part 12 (c). From the opening / closing phase data, the one bar metal storage portion 12 (c) is located at positions other than the opening and closing end positions, and the opening / closing phase of the rotary encoder 88 provided for the one bar metal storage portion 12 (c). When it is determined from the data that the one bar metal storage unit 12 (c) is stopped, a bar set detecting sensor 76 provided for the one bar metal storage unit 12 (c) and When a predetermined change occurs in any of the money detection reflection data of the bar metal detection line sensor 77, it is determined that an unauthorized process has occurred. If it is determined that an unauthorized process has occurred, the control unit 25 displays an alarm display to that effect on the display unit 17 and generates an alarm sound on the sound generation unit 20 to warn.

  This predetermined change in the money detection reflection data in the bar set detection sensor 76 is determined based on the quantity master data, and specifically, the money detection reflection data is determined based on the quantity master data. From the state where it is determined that the bar metal B is detected, which is equal to or higher than the bar metal determination criterion data for determining the presence of the bar B, the bar B, which is less than the bar metal determination criterion data, is detected. Both the change to the state where it is determined that it is not detected and the change to the state where it is determined that it is detected from the state where it is determined that the bar B is not detected are both. In addition, you may match | combine the change to the state which can determine with the bar | burr detection line sensor 77 having detected the finger from the state which has not detected the finger as said predetermined change of money detection reflection data.

  In the cash management apparatus 10 according to the present embodiment having the above-described configuration, the control unit 25 has an exit mode that enables the withdrawal of cash from the storage unit 12, an entry mode that enables the storage of cash in the storage unit 12, Entry / exit mode that enables cash to be taken out and stored in the storage unit 12, movement mode between storage units that enables movement of cash between different storage units 12, and movement of cash within one storage unit 12 The in-storage unit movement mode that can be performed can be executed.

  The delivery mode is selected at the time of delivery when the operator takes out at least one of the bar B and the small bundle banknote T from the storage unit 12 for the purpose of replenishing another depositing / dispensing machine or withdrawing to the customer. The warehousing mode is a mode that the operator selects at the time of warehousing to store at least one of the bar B and the small bundle bill T in the cash management device 10 for replenishment or the like. The warehousing / unloading mode is a mode selected when the operator performs warehousing and warehousing at a time.

  The inter-storage unit movement mode is, for example, to collect cash stored in two storage units 12 in order to improve work efficiency, or to combine the storage units 12 that can work relatively efficiently. This is executed when replenishing cash from the storage unit 12 of the other, and at least one of the bar B and the small bundle banknote T is taken out from the one storage unit 12 and the taken-out cash is directly used as another This mode is selected when moving within the apparatus stored in the storage unit 12. Specifically, the cash that can be moved between the different storage units 12 is a 10,000 yen voucher that is a single denomination that can be stored in the two small bundle storage units 12 (b) in the second and third stages. It is a small bundle banknote and a small bundle banknote of a thousand yen ticket that is a single bundle denomination that can be stored in two small bundle storage portions 12 (b) at the fourth and fifth stages. If the storage unit 12 is set to store a small bundle of the same denomination or a bar in two or more stages, a small bundle of 5,000 yen, a small bundle of 2000 yen, It is possible to execute the inter-storage unit movement mode in which the bar is moved between the plurality of storage units 12.

"Goods issue mode, goods receipt mode, goods receipt / issue mode"
The warehouse transaction for executing any of the warehouse mode, the warehouse mode, and the warehouse / shipment mode is the same as the warehouse transaction described in JP 2012-48363 A. Hereinafter, the normal flow at the time of the warehouse transaction will be described.

  First, at the start of one entry / exit transaction, one of the entry mode, entry mode, entry / exit mode is selected by input to the operation unit 19 according to the selection screen displayed on the display unit 17, and the card When the ID card is scanned by the reader 18 and operator identification data is input to the operation unit 19, the control unit 25 converts the card identification data read by the card reader 18 and the operator identification data input to the operation unit 19 into Approval processing for comparison with the master data stored in advance in the storage unit 26 is performed. If both the card identification data and the operator identification data are in the master data, the control unit 25 executes one mode selected from the delivery mode, the entry mode, and the entry / exit mode.

  When executing the delivery mode, at the start of execution, the control unit 25 is denomination input data indicating the denomination of at least one of the bar B and the small bundle bill T to be delivered, and the quantity for each denomination. An input to the operation unit 19 of transaction quantity input data is accepted. Even in the case of executing the warehousing mode, at the start of execution, the control unit 25 operates the denomination input data and the transaction quantity input data for each denomination for at least one of the metal bars B and the small bundle bills T to be received. An input is accepted to the unit 19. Even when executing the warehousing / unloading mode, at the start of execution, the control unit 25 denomination input data and transaction quantity input data for each denomination for at least one of the bar B and the small bundle bill T to be warehousing. Input to the operation unit 19 and input to the operation unit 19 of denomination input data and transaction quantity input data for each denomination for at least one of the metal bars B and the small bundle bills T to be delivered. When these input data are input via the operation unit 19, the control unit 25 displays the distinction data, denomination input data and transaction quantity input data indicating any one of delivery, receipt, entry / exit, and the display unit 17. When the confirmation operation is input to the operation unit 19, date and time information, operator identification data, distinction data, denomination input are entered as transaction identification data of this one entry / exit transaction. The storage unit 26 stores the data and the transaction quantity input data of the money type.

  And when the small denomination banknote T is contained in the input denomination input data, the control part 25 respond | corresponds about the small bundle storage part 12 (b) which accommodates the small bundle banknote T of the included denomination. The lock mechanism 22 to be unlocked is released to enable the opening operation, and the corresponding indicator lamp 23 is blinked. If the input denomination input data includes the bar B, the lock mechanism 22 is locked with respect to the bar storage unit 12 (c) storing the bar B of the included denomination. It cancels | releases and enables opening operation | movement, and the corresponding indicator lamp 23 is blinked. The operator manually moves the unlocked small bundle storage unit 12 (b) or the bar metal storage unit 12 (c) to the front end position, and in this state, the small bundle bank T or the bar B Both goods issue, goods receipt, and goods receipt / exit are performed. Even if the lock mechanisms 22 of the plurality of storage units 12 are unlocked, when one storage unit 12 is pulled out by the fall prevention mechanism 110, the other storage units 12 are restricted from being pulled out.

  For example, when the denomination input data input in this one entering / exiting transaction includes the small bundle banknotes T stored in the one small bundle storage unit 12 (b), the control unit 25 selects this one. The lock mechanism 22 of the small bundle storage portion 12 (b) is unlocked and the indicator lamp 23 is blinked. When the control unit 25 starts to pull out the one small bundle storage unit 12 (b) from the cash management apparatus main body 11, the fully closed detection sensor for the one small bundle storage unit 12 (b) 96, the opening / closing position of the one small bundle storage unit 12 (b) is detected from the opening / closing phase data of the rotary encoder 88 and the full open detection sensor 97, and the one small bundle storage unit 12 is detected from these opening / closing phase data. It is determined whether (b) has moved normally from the rear end position to the front end position. In a state where the small bundle storage unit 12 (b) is moved to the front end position, the operator performs the output, the receipt, or both of the small bundle banknotes T with respect to the small bundle storage unit 12 (b).

  After determining that the one small bundle storage portion 12 (b) has moved normally from the rear end position to the front end position, the rotary encoder 88 starts detecting the rotation of the detection disk 87, and the full open detection sensor 97 detects the detection piece. If the start of movement in the closing direction of the one small bundle storage unit 12 (b) is detected by the state where 95 is not detected, the control unit 25 controls the one small bundle storage unit 12 (b). The two sets of left and right sets of the small bundle set detection sensor 66, left end detection line sensor 67, left band detection line sensor 68, right band detection line sensor 69 and right end detection line sensor 70 provided are driven and closed. Start importing money detection reflection data at the time of storage. 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 portion 12 (b) is in the rear end position. When it is detected that the storage is normally closed, the capture of the money detection reflection data is terminated.

  When one small bundle storage unit 12 (b) is normally closed from the front end position to the rear end position in this way, the control unit 25 turns on the indicator lamp 23 of this one small bundle storage unit 12 (b). From the currency detection reflection data at the time of closing of the two sets of left and right sensors 66 to 70 provided for the one small bundle storage unit 12 (b), the one small bundle is turned off. The quantity detection data of the small bundle banknotes T stored in the respective bundle storage recesses 49 of the bundle storage section 12 (b) and the denomination detection data of the individual bundle banknotes T are acquired. The control unit 25 determines the one from 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 unit 12 (b) immediately before being stored in the storage unit 26. Gold that is the amount of increase / decrease in the small bundle storage unit 12 (b), combining the actual transaction data that is the actual transaction quantity and denomination actual transaction data that is the actual transaction denomination Determine the quantity actual transaction data of the type. And the control part 25 collates this quantity actual transaction data with the transaction quantity input data of the money type which combined the transaction quantity input data and money type input data which were input by this one receipt / shipment transaction. Then, it is determined whether or not there is a difference.

  If there is no difference, the control unit 25 stores the actual transaction data of the money type determined this time and the quantity detection data of the money type acquired this time in association with the transaction identification data of this one entry / exit transaction. It is stored in the unit 26, and it is determined that the opening / closing transaction for the one small bundle storage unit 12 (b) has ended.

  In addition, when the denomination input data input in this one entering / exiting transaction includes the denomination of the small bundle banknote T stored in the other small bundle storage unit 12 (b), the control unit 25 Performs an open / close transaction similar to that of the one small bundle storage unit 12 (b) to the other small bundle storage unit 12 (b).

  Further, for example, when the denomination input data input in this one entry / exit transaction includes the bar B stored in the one bar storage unit 12 (c), the control unit 25 The lock mechanism 22 of the one metal bar storage part 12 (c) is unlocked and the indicator lamp 23 blinks. Thereafter, the cash management apparatus main body 11 of this one metal bar storage part 12 (c) is flashed. When the pulling out from the first bar metal storage unit 12 (c) is started, the one bar metal storage unit 12 (from the full-close detection sensor 96, the rotary encoder 88 and the full-open detection sensor 97 for the single bar storage unit 12 (c) is detected. The opening / closing position of c) will be detected, and it is determined from these opening / closing phase data whether or not this one bar storage part 12 (c) has moved normally from the rear end position to the front end position. In a state where the bar metal storage part 12 (c) is moved to the front end position, the operator carries out both the delivery, the receipt and the entry / exit of the bar metal B with respect to the bar metal storage part 12 (c).

  After it is determined that the one bar storage part 12 (c) has moved normally from the rear end position to the front end position, the rotary encoder 88 starts to detect the rotation of the detection disk 87, and the fully open detection sensor 97 detects the detection piece. When detecting the start of movement in the closing direction of the one bar metal storage part 12 (c) by detecting the state of not detecting 95, the control unit 25 controls the one bar metal storage part 12 (c). All the bar metal set detection sensors 76 and all the bar metal detection line sensors 77 provided 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 bar metal storage portion 12 (c) is in the rear end position. When it is detected that the storage is normally closed, the capture of the money detection reflection data is terminated.

  When this one bar metal storage part 12 (c) is normally closed from the front end position to the rear end position, the control unit 25 turns on the indicator lamp 23 of this one bar metal storage part 12 (c). From the currency detection reflection data at the time of closing for all the bar metal set detection sensors 76 and all the bar metal detection line sensors 77 provided for the one bar metal storage portion 12 (c), In this manner, the quantity detection data of the bar B stored in each bar metal storage recess 59 of the one bar metal storage part 12 (c) and the denomination detection data of each bar B are obtained. The control unit 25 obtains this one from the quantity detection data of the money type acquired this time and the quantity detection data of the money type of the one bar storage part 12 (c) immediately before stored in the storage unit 26. Gold which is the amount of increase / decrease in the bar storage part 12 (c), and which combines the actual transaction data that is the actual transaction quantity and denomination actual transaction data that is the actual transaction denomination Determine the quantity actual transaction data of the type. And the control part 25 collates this quantity actual transaction data with the transaction quantity input data of the money type which combined the transaction quantity input data and money type input data which were input by this one receipt / shipment transaction. Then, it is determined whether or not there is a difference.

  If there is no difference, the control unit 25 stores the actual transaction data of the money type determined this time and the quantity detection data of the money type acquired this time in association with the transaction identification data of this one entry / exit transaction. It is stored in the unit 26, and it is determined that the opening / closing transaction for this one bar storage unit 12 (c) has been completed.

  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 unit 12 (c), the control unit 25 An opening / closing transaction similar to that of the one bar metal storage unit 12 (c) described above is performed on the other bar metal storage unit 12 (c).

  Finally, the control unit 25 stores the denomination of the denomination input data input in this one entry / exit transaction among the small bundle storage unit 12 (b) and the bar metal storage unit 12 (c). If it is determined that the open / close transaction has been completed for all of the items, it is determined that the current entry / exit transaction has been completed, and the transaction identification data of this one entry / exit transaction is used as log data for this one entry / exit transaction. The date / time information, operator identification data, distinction data, denomination input data, denomination transaction quantity input data, and denomination quantity actual transaction data are stored in the storage unit 26 in association with each other. This log data can be printed on the printer 16.

"Moving mode between storage parts"
When the inter-storage unit movement mode is executed, the warehousing transaction and the warehousing transaction are continuously performed in substantially the same manner as in the warehousing and unloading transaction described in JP 2012-48363 A. In the following, the description will focus on the parts that are different from the time of entry / exit transactions described in the publication.

  First, at the start of one storage unit transfer process for transferring cash within one cash management device 10, the storage unit transfer mode is selected by input to the operation unit 19 according to the selection screen displayed on the display unit 17. When the ID card is scanned by the card reader 18 and the operator identification data is input to the operation unit 19, the control unit 25 reads the card identification data read by the card reader 18 and the operator identification input to the operation unit 19. An approval process for comparing the data with the master data stored in advance in the storage unit 26 is performed. When both the card identification data and the operator identification data are in the master data, the control unit 25 executes the inter-storage unit movement mode.

  When executing the inter-storage unit movement mode, at the start of execution, the control unit 25 executes an input reception step of receiving an input of movement content in the operation unit 19. In the input receiving step, first, the control unit 25 sets only the storage unit 12 capable of inter-storage unit movement processing to a state in which the selection operation to the operation unit 19 is possible. Then, the storage unit 12 is displayed on the display unit 17 and prompts the user to select a storage unit as a movement source from the displayed storage units 12. Specifically, the storage unit 12 capable of moving between storage units includes a second bundle of small bundle storage units 12 (b) that stores a small bundle banknote T of 10,000 yen coupons of the same denomination. Small bundle storage unit 12 (b) at the third level from the top, and small bundle storage unit 12 (b) at the fourth level from the top, which stores the small bundle banknote T of the same denomination To the fifth bundle small bundle storage portion 12 (b).

  For this reason, the control unit 25 is in a state of accepting a selection operation to the operation unit 19 for only the second-stage to fifth-stage small bundle storage units 12 (b) and stores the sixth- to eighth-stage bar metal storage. The selection operation to the operation unit 19 of the unit 12 (c) is not accepted. Further, as shown in FIG. 13, the control unit 25 displays a display prompting selection of the movement source storage unit 12 in the display area A <b> 1 of the display unit 17. Further, the control unit 25 causes the display unit 17 to display a display area A2 indicating the number of stages of the storage unit 12 and the denominations stored in the respective storage units 12, and can be selected as a movement source in the display region A2. The second-tier ten thousand-yen bill bundle storage unit 12 (b) that is currently in the selection standby state can be selected as the movement source in the first color (for example, green) and is not in the current selection standby state 3 A small bundle storage unit 12 (b) for the tiered 10,000 yen ticket, a small bundle storage portion 12 (b) for the fourth tier thousand yen ticket, and a five-thousand 5,000, 2,000, and 1,000 yen ticket The mixed small bundle storage portion 12 (b) is shown in a second color (for example, white). In addition, if the small bundle storage unit 12 (b) of the second-tier 10,000 yen ticket is not currently in the selection standby state, this is indicated by the second color, and the small bundle storage in the other currently selected standby state is performed. The part 12 (b) is indicated by the first color. On the other hand, in the display area A <b> 2 of the display unit 17, the sixth to eighth steps of the bar metal storage unit 12 (c) that cannot be selected as the movement source are indicated by a third color (for example, gray). In the display area A3 of the display unit 17, the number of stages of the storage unit 12 currently in the selection standby state is displayed inside the frame with the first color.

  When the second stage small bundle storage unit 12 (b) is in the selection standby state as the movement source, and a confirmation operation is input to the operation unit 19 in this state, this is the second stage small bundle storage unit as the movement source. This is a designation input operation for selecting 12 (b). As described above, when the second-stage small bundle storage unit 12 (b) is selectively input as the movement source, the control unit 25 stores the small bundle banknotes T of the same denomination as the movement source and can be the movement destination. Since the storage unit 12 is only the third-stage small bundle storage unit 12 (b), the third-stage small bundle storage unit 12 (b) is automatically set as the destination.

  When the third stage small bundle storage unit 12 (b) is selected and input as the movement source, the control unit 25 determines that the storage unit 12 that can be the destination is only the second stage small bundle storage unit 12 (b). Therefore, the second-stage small bundle storage unit 12 (b) is automatically set as the movement destination. Further, when the fourth-stage small bundle storage unit 12 (b) is selectively input as the movement source, the control unit 25 determines that the storage unit 12 that can be the destination is only the fifth-stage small bundle storage unit 12 (b). Therefore, the small bundle storage unit 12 (b) at the fifth stage is automatically set as the movement destination. Further, when the fifth-stage small bundle storage unit 12 (b) is selected and input as the movement source, the control unit 25 determines that the storage unit 12 that can be the movement destination is only the fourth-stage small bundle storage unit 12 (b). Therefore, the small bundle storage unit 12 (b) in the fourth stage is automatically set as the movement destination.

  That is, in the input receiving step, the control unit 25 allows only the storage unit 12 that can be the movement source to be selectively input when the movement source storage unit 12 is designated and input to the operation unit 19. When the source storage unit 12 is selected, the destination storage unit 12 is inevitably determined, and this is automatically set.

  Here, when the storage unit 12 of the movement source is selected, the storage unit 12 of the movement destination is determined without any room for selection, so the control unit 25 automatically sets the movement destination. When there are three or more storage units 12 for storing a small bundle of banknotes, only the storage unit 12 that can be the movement source can be selected and input at the time of designation input of the movement source storage unit 12 to the operation unit 19 in the input receiving step. Similarly, when the designation of the destination storage unit 12 to the operation unit 19 is input, only the storage unit 12 that can be the destination can be selected and input.

  For example, if the small bundle storage unit 12 (b) at the fifth stage from the top can store a small bundle of banknotes T of 10,000 yen instead of the above, a small bundle of 10,000 yen The storage unit 12 storing the bundled banknotes T becomes the second, third, and fifth small bundle storage units 12 (b). In this case, for example, when the second storage unit 12 is selected and input as the movement source, the control unit 25 selects the operation unit 19 for only the third and fifth small bundle storage units 12 (b). It will be in the state which receives operation. At the same time, as shown in FIG. 14, the control unit 25 sets the determined second storage unit 12 of the movement source in the display area A2 of the display unit 17 to the fourth color (for example, blue), and moves to the destination. The small bundle storage unit 12 (b) of the third-tiered 10,000 yen ticket that is currently in the selection standby state is set to the first color (for example, green), and can be selected as the movement destination and is currently on standby for selection. A small bundle storage unit 12 (b) of the fifth-tier 10,000 yen ticket, the 2000 yen ticket, and the 1000 yen ticket that is not in a state is indicated by a second color (for example, white) and cannot be selected as a destination. The eighth-tier bar metal storage part 12 (c) is indicated by a third color (for example, gray). In this way, it is displayed that the third and fifth stages can be selected as destinations. Of course, if the small bundle storage unit 12 (b) of the third-tier 10,000 yen ticket is not currently in the selection standby state, this is indicated by the second color, and in this case, the five-stage in the selection standby state The small bundle storage unit 12 (b) of the mixed 10,000 yen ticket, the 2000 yen ticket, and the 1000 yen ticket is indicated by the first color.

  Further, instead of selecting the movement source storage unit 12 first as described above, the movement destination storage unit 12 may be selected first. Also in this case, in the input receiving step, the control unit 25 can selectively input only the storage unit 12 that can be the movement destination at the time of designation input of the movement destination storage unit 12 to the operation unit 19. When the destination storage unit 12 is selected, if the source storage unit 12 is inevitably determined, this is automatically set. If the source can be selected from a plurality of sources, the operation is performed. When specifying the movement source storage unit 12 to the unit 19, only the storage unit 12 that can be the movement source can be selectively input.

  In the input receiving step, next, as shown in FIG. 15, the control unit 25 causes the display area B <b> 1 of the display unit 17 to display a display prompting the user to input movement quantity input data that is the quantity of cash to be transferred. The number of steps of the movement source is displayed in the area B2, the number of steps of the movement destination is displayed in the display area B3, and the input of the movement quantity input data is accepted in the display area B4. Here, since the small bundle bill T is moved, the movement quantity input data is input in the number of bundles or the amount of money.

  For example, when the second-stage small bundle storage unit 12 (b) is set as the movement source and the third-stage small bundle storage unit 12 (b) is set as the movement destination, and the third-stage small bundle storage unit 12 (b) is set as the movement source. When the bundle storage unit 12 (b) is set to the second stage small bundle storage unit 12 (b) as the destination, only the small bundle banknote T of the 10,000 yen ticket can be moved. Only the input of the quantity of the small bundle bill T of the ticket is accepted. At this time, when the number of bundles is input, the number of bundles (10 bundles in the illustrated example) is displayed on the display area B4, and the amount (10000000 yen in the illustrated example) is automatically calculated and displayed. In the display area B4, the amount (10000000 yen in the illustrated example) is displayed and the number of bundles (10 bundles in the illustrated example) is automatically calculated and displayed. Further, for example, when the fourth-stage small bundle storage unit 12 (b) is set as the movement source and the fifth-stage small bundle storage unit 12 (b) is set as the movement destination, and the fifth-stage small bundle storage unit 12 (b) is set as the movement source. In the case where the small bundle storage unit 12 (b) is set as the movement destination, the small bundle storage unit 12 (b) in the fourth stage is set, so that only the small bundle banknote T of the thousand yen ticket can be moved. Only the input of the quantity of a small bundle banknote T of a thousand yen ticket is accepted.

  Here, for reference in setting the movement quantity input data, when the screen switching key B5 shown in FIG. 15 is selected and operated by the operation unit 19, the control unit 25 switches the screen of the display unit 17 and is shown in FIG. Thus, the current balance of the storage unit 12 at the movement source in the display area B6 (30 bundles = 30000000 yen in the illustrated example), and the current balance of the storage unit 12 at the movement destination in the display area B7 (5 in the illustrated example). (Bundle = 5000000 yen) is displayed. When the AC key B8 shown in FIG. 16 is selected and operated by the operation unit 19, the control unit 25 returns the display of the display unit 17 to the screen shown in FIG.

  The control unit 25 receives the input of the movement quantity input data, but at this time, it is within the range of the movement amount of the movement source and does not exceed the storage upper limit amount of the movement destination even if added to the movement amount of the movement destination. Only move quantity input data in the range is accepted. When such movement quantity input data is input to the operation unit 19 and a confirmation operation is input to the operation unit 19, the control unit 25 includes date and time information, operator information in the process identification data of the current inter-storage unit movement process. The movement contents including the identification data, the identification data of the movement source small bundle storage unit 12 (b), the identification data of the movement destination small bundle storage unit 12 (b), and the movement quantity input data are associated and stored in the storage unit 26. Then, the input acceptance step is ended, and the next movement source lock release step is executed.

"Move source unlock step"
The movement source lock release step is a step of releasing the lock of the movement source storage unit 12 according to the movement contents of the movement process between the storage units at this time, and making the movement source storage unit 12 in a state where it can be pulled out. When executing the movement source lock release step, the control unit 25 uses the one small bundle storage unit 12 (b) indicated by the movement source identification data included in the movement content input in the input reception step of the movement process between the storage units this time. ), The corresponding lock mechanism 22 is unlocked to enable the opening operation, and the corresponding indicator lamp 23 blinks. Further, as shown in FIG. 17, the control unit 25 displays on the display unit 17 a display prompting the drawer of the storage unit in which the indicator lamp 23 is blinking on the display region C1, and displays the unlocked state on the display region C2. The movement source small bundle storage unit 12 (b) is shown in FIG. 5, and the denomination (ten thousand yen in the illustrated example) of the small bundle banknote T to be extracted in the display area C3 is the number of bundles (in the illustrated example) to be extracted in the display area C4. 10 bundles) are displayed in the display area C5, and the stocks (20 bundles in the illustrated example) are respectively displayed, the movement source lock release step is terminated, and the next removal confirmation step is executed.

"Retrieval confirmation step"
This take-out confirmation step is a step of confirming the state of taking out the cash in the storage unit 12 of the movement source. After the movement source unlocking step, the withdrawal from the cash management apparatus main body 11 of the one small bundle storage unit 12 (b) indicated by the movement source identification data included in the movement contents of the movement process between the storage units at this time is started. Then, the control unit 25 determines the one small bundle storage unit 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 one small bundle storage unit 12 (b). ) Is detected, and it is determined from these opening / closing phase data whether the one small bundle storage unit 12 (b) has moved normally from the rear end position to the front end position. In a state where the small bundle storage unit 12 (b) is moved to the front end position, the operator carries out the small bundle banknote T.

  After determining that the one small bundle storage portion 12 (b) has moved normally from the rear end position to the front end position, the rotary encoder 88 starts detecting the rotation of the detection disk 87, and the full open detection sensor 97 detects the detection piece. If the start of movement in the closing direction of the one small bundle storage unit 12 (b) is detected by the state where 95 is not detected, the control unit 25 controls the one small bundle storage unit 12 (b). The two sets of left and right sets of the small bundle set detection sensor 66, left end detection line sensor 67, left band detection line sensor 68, right band detection line sensor 69 and right end detection line sensor 70 provided are driven and closed. Start importing money detection reflection data at the time of storage. 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 portion 12 (b) is in the rear end position. When it is detected that the storage is normally closed, the control unit 25 finishes taking in the money detection reflection data. The one small bundle storage portion 12 (b) is automatically locked to the cash management apparatus main body 11 by the corresponding lock mechanism 22 when it is normally closed at the rear end position.

  When the one small bundle storage unit 12 (b) is normally closed from the front end position to the rear end position, the control unit 25 turns off the indicator lamp 23 of the one small bundle storage unit 12 (b). From the currency detection reflection data at the time of closing of the left and right two sets of the sensors 66 to 70 provided for the one small bundle storage unit 12 (b), the one small bundle storage is performed as described above. The quantity detection data of the small bundle banknote T accommodated in each bundle accommodation recessed part 49 of the part 12 (b) is acquired. From the quantity detection data acquired this time and the quantity detection data of the one small bundle storage unit 12 (b) immediately before being stored in the storage unit 26, the control unit 25 determines the one small bundle storage unit 12 ( The quantity actual movement data that is the quantity of the actual movement in the current one warehouse transaction that is decremented in b) is calculated. Then, the control unit 25 compares the actual quantity movement data with the movement quantity input data included in the movement contents input in the input receiving step, and determines whether or not there is a difference. That is, the control unit 25 includes the contents of the cash to be taken out from the movement source storage unit 12 input in the input receiving step and the cash actually taken out from the movement source storage unit 12 confirmed in the extraction confirmation step. Judge the match with the contents.

  If there is no difference, the control unit 25 uses the actual movement data determined in the current takeout confirmation step and the quantity detection data acquired in the current takeout confirmation step as the process identification of the current inter-storage unit movement process. The data is stored in the storage unit 26 in association with the data, and it is determined that the take-out confirmation step is completed, and the next destination lock release step is executed. In other words, the control unit 25 executes the destination lock release step when the source storage unit 12 is changed from the closed state to the open state after the movement source lock release step is executed, and then is again closed. When there is a difference, the control unit 25 releases the lock of only the corresponding lock mechanism 22 of the one small bundle storage unit 12 (b) that is the movement source and enables the opening operation, and the corresponding indicator lamp Only 23 is blinked, and the fact that there is a mistake in the delivery from the small bundle storage unit 12 (b) on the display unit 17 and the content of the mistake (whether the delivery is insufficient or over delivery and the quantity) In addition to displaying, the sound generator 20 generates an error sound.

"Destination unlock release step"
The destination unlocking step is a step in which the destination storage unit 12 is unlocked in accordance with the contents of the movement input in the input receiving step, so that the destination storage unit 12 can be pulled out. When executing the destination lock release step, the control unit 25 uses the corresponding lock mechanism for one small bundle storage unit 12 (b) indicated by the destination identification data included in the movement contents of the current inter-storage unit movement process. The lock of 22 is released to enable the opening operation, and the corresponding indicator lamp 23 is blinked. Further, as shown in FIG. 18, the control unit 25 performs a display for prompting the drawer of the storage unit 12 where the indicator lamp 23 is blinking on the display region D1 of the display unit 17, and displays the unlocked state on the display region D2. The denomination of the small bundle banknote T (ten thousand yen in the illustrated example) stored in the display area D3 should be stored (should be received) in the display area D4. The number of bundles (10 bundles in the illustrated example) and the stock amount after storage (15 bundles in the illustrated example) are displayed in the display area D5, respectively, the destination unlocking step is terminated, and the next storage confirmation step is executed. To do.

"Storage confirmation step"
This storage confirmation step is a step of confirming the cash storage status of the storage unit 12 at the transfer destination. After the destination lock release step, the withdrawal from the cash management apparatus main body 11 of the small bundle storage unit 12 (b) indicated by the destination identification data included in the movement contents of the current inter-storage unit movement process is started. Then, the opening / closing position of the one small bundle storage unit 12 (b) is determined 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 one small bundle storage unit 12 (b). It is detected, and it is determined from these opening / closing phase data whether this one small bundle storage unit 12 (b) has moved normally from the rear end position to the front end position. The operator enters the small bundle banknote T with the small bundle storage unit 12 (b) moved to the front end position.

  After determining that the one small bundle storage portion 12 (b) has moved normally from the rear end position to the front end position, the rotary encoder 88 starts detecting the rotation of the detection disk 87, and the full open detection sensor 97 detects the detection piece. If the start of movement in the closing direction of the one small bundle storage unit 12 (b) is detected by the state where 95 is not detected, the control unit 25 controls the one small bundle storage unit 12 (b). The two sets of left and right sets of the small bundle set detection sensor 66, left end detection line sensor 67, left band detection line sensor 68, right band detection line sensor 69 and right end detection line sensor 70 provided are driven and closed. Start importing money detection reflection data at the time of storage. 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 portion 12 (b) is in the rear end position. When it is detected that the storage is normally closed, the control unit 25 finishes taking in the money detection reflection data. The one small bundle storage portion 12 (b) is automatically locked to the cash management apparatus main body 11 by the corresponding lock mechanism 22 when it is normally closed at the rear end position.

  When one small bundle storage unit 12 (b) is normally closed from the front end position to the rear end position in this way, the control unit 25 turns on the indicator lamp 23 of this one small bundle storage unit 12 (b). From the currency detection reflection data at the time of closing of the two sets of left and right sensors 66 to 70 provided for the one small bundle storage unit 12 (b), the one small bundle is turned off. The quantity detection data of the small bundle banknote T stored in each bundle storage recess 49 of the bundle storage unit 12 (b) is acquired. From the quantity detection data acquired this time and the quantity detection data of the one small bundle storage unit 12 (b) immediately before being stored in the storage unit 26, the control unit 25 determines the one small bundle storage unit 12 ( The quantity actual movement data, which is the quantity of the actual movement in the current one warehouse transaction, is incremented in b). Then, the control unit 25 compares the actual quantity movement data with the movement quantity input data included in the movement contents input in the input receiving step, and determines whether or not there is a difference. That is, the control unit 25 stores the cash content to be stored in the destination storage unit 12 input in the input receiving step and the cash actually stored in the destination storage unit 12 checked in the storage confirmation step. Is matched with the contents of.

  If there is no difference, the control unit 25 uses the actual movement data determined in the current storage confirmation step and the quantity detection data acquired in the current storage confirmation step as the process identification of the current inter-storage part movement process. The data is stored in the storage unit 26 in association with the data, and it is determined that the storage confirmation step is completed, and the current inter-storage unit movement process is ended. On the other hand, if there is a difference, the control unit 25 releases the lock of the corresponding lock mechanism 22 of the one small bundle storage unit 12 (b) that is the movement destination and enables the opening operation, and the corresponding display. The lamp 23 is flashed, and the display unit 17 indicates that there is a mistake in warehousing the destination small bundle storage unit 12 (b) and the content of the mistake (whether the warehousing is insufficient or excessive). In addition to displaying, the sound generator 20 generates an error sound.

  As described above, when the movement processing between one storage unit is completed, the control unit 25 adds the date and time information, the operator identification data, the movement source small bundle storage unit 12 regarding the current storage unit movement processing to the processing identification data. The actual movement of the quantity determined in the take-out confirmation step relating to the movement contents including the identification data of (b), the identification data of the small bundle storage unit 12 (b) of the movement destination and the movement quantity input data, and the movement process between the storage parts at this time. The data and quantity detection data, and the actual quantity movement data and quantity detection data determined in the storage confirmation step are associated with each other and stored in the storage unit 26 as log data. This log data can be printed on the printer 16.

  That is, the control unit 25 can execute the inter-storage unit movement mode that enables the movement of cash among the plurality of storage units 12, and is input to the operation unit 19 when the execution of the inter-storage unit movement mode is started. According to the movement contents, it is possible to take out cash from the source storage unit 12 and store cash in the destination storage unit 12 and move cash from the source storage unit 12 to the destination storage unit 12. You will manage the situation. In addition, the control unit 25 causes the storage unit 26 to store cash transfer details.

  When the transfer processing between one storage unit is completed, as the journal printing, the control unit 25 displays, for example, “in-flight cash transfer” indicating the transfer processing between storage units, as shown in FIG. , “XX March 11, 15:40” indicating date and time information, “XX Taro” indicating operator name, “No. 001” indicating process identification data, and movement source Display of “second stage” indicating “transfer”, display of “third stage” indicating destination of transfer, display of “small bundle bar” indicating the state of transfer cash, and display of “ten thousand” indicating transfer denomination Then, “10 bundles” and “10,000,000” indicating the movement quantity and “10,000,000” indicating the total amount of movement are printed on the paper P by the printer 16. Further, when the movement processing between one storage unit is completed, as the journal printing, for example, the control unit 25 sets the balance of the entire type of the cash management apparatus 10 after the transfer to the paper P as shown in FIG. Printing is also possible.

“Moving mode in storage”
First, at the start of one storage unit movement process, the storage unit movement mode is selected by input to the operation unit 19 in accordance with the selection screen displayed on the display unit 17, the ID card is scanned by the card reader 18, and the operation unit 19 is scanned. When the operator identification data is input to the control unit 25, the control unit 25 uses the card identification data read by the card reader 18 and the operator identification data input to the operation unit 19 as master data stored in advance in the storage unit 26. Perform the approval process to compare. When both the card identification data and the operator identification data are in the master data, the control unit 25 executes the in-storage unit movement mode.

  When executing the in-storage unit movement mode, the control unit 25 receives the designation of one storage unit 12 in the operation unit 19 at the start of execution. When one storage unit 12 is designated and input, the control unit 25 stores the date and time information, the operator identification data, and the identification data of the specified storage unit 12 in association with the process identification data of the current storage unit movement process. Store in the unit 26.

  The control unit 25 releases the lock of the corresponding lock mechanism 22 for the one storage unit 12 designated in the current storage unit movement process, enables the opening operation, and blinks the corresponding indicator lamp 23. Thereafter, the control unit 25 detects the opening / closing position of the one storage unit 12 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 one storage unit 12. From these open / close phase data, it is determined whether or not the one storage unit 12 has moved normally from the rear end position to the front end position. With the storage unit 12 moved to the front end position, the operator moves the cash in the storage unit.

  A state where the rotary encoder 88 starts to detect the rotation of the detection disk 87 and the fully open detection sensor 97 does not detect the detection piece 95 after it is determined that the one storage portion 12 has moved normally from the rear end position to the front end position. Thus, when the movement start in the closing direction of the one storage unit 12 is detected, the control unit 25 drives the sensors 66 to 70 or the sensors 76 and 77 provided for the one storage unit 12. Then, the capturing of the money detection reflection data at the time of closing is started. 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, the one storage unit 12 is normally closed at the rear end position. If detected, the control unit 25 finishes taking in the money detection reflection data. Note that when the one storage unit 12 is normally closed at the rear end position, it is automatically locked to the cash management apparatus main body 11 by the corresponding lock mechanism 22.

  When one storage unit 12 is normally closed from the front end position to the rear end position in this way, the control unit 25 turns off the indicator lamp 23 of the one storage unit 12, and the one storage unit 12 From the currency detection reflection data at the time of closing of the sensors 66 to 70 or the sensors 76 and 77 provided for the sensors, the quantity detection data of the cash stored in the one storage unit 12 is acquired as described above. . The control unit 25 collates the quantity detection data acquired this time with the quantity detection data of the one storage unit 12 immediately before stored in the storage unit 26, and determines whether or not there is a difference.

  If there is no difference, the control unit 25 ends the current storage unit movement process. When there is a difference, the control unit 25 releases the lock of the corresponding lock mechanism 22 of the one storage unit 12 that is the object of the current storage unit movement process and enables the opening operation, and the corresponding indicator lamp 23 is blinked to display on the display unit 17 that there has been a movement error and the content of the error (whether it is insufficient after movement or whether it has exceeded after movement) and the sound generation unit 20 has an error. Generate sound.

  According to the cash management apparatus 10 according to the present embodiment described above, the control unit 25 can execute the inter-storage unit movement mode that enables the movement of cash among the plurality of storage units 12. When the execution of the inter-unit movement mode is started, it is possible to take out cash from the source storage unit 12 and store cash in the destination storage unit 12 in accordance with the movement contents input to the operation unit 19 and Since the movement state of cash from the storage unit 12 to the storage unit 12 at the transfer destination is managed, the number of operations can be reduced. Therefore, the cash transfer process can be performed easily and accurately in a short time.

  Further, in the input receiving step, the input of the movement content is received in the operation unit 19, and in the movement source lock releasing step, the movement of the storage unit 12 of the movement source is released according to the input movement content, and the storage unit 12 is moved. It will be in a state where it can be pulled out. As a result, the operator pulls out the original storage unit 12 and takes out the cash. Further, in the movement destination unlocking step, the movement destination storage unit 12 is unlocked according to the input movement content, and the storage unit 12 can be pulled out. As a result, the operator pulls out the destination storage unit 12 and stores the cash taken out from the source storage unit 12 as described above. Further, in the take-out confirmation step, the cash withdrawal status of the transfer source storage unit 12 is confirmed, and in the storage check step, the cash storage status of the transfer destination storage unit 12 is confirmed. Therefore, the number of operations can be reliably reduced. Therefore, it is possible to reliably carry out the cash transfer process easily and accurately in a short time.

  In addition, in the input receiving step, the control unit 25 can selectively input only the storage unit 12 that can be the movement source at the time of the designation input of the movement source storage unit 12 to the operation unit 19, thereby reducing the selection error of the movement source. be able to. Therefore, it is possible to more reliably perform the cash transfer process easily and accurately in a short time.

  In addition, in the input receiving step, the control unit 25 can select and input only the storage unit 12 that can be the movement destination at the time of the designation input of the storage unit 12 as the movement destination to the operation unit 19, thereby reducing the selection error of the movement destination. be able to. Therefore, it is possible to more reliably perform the cash transfer process easily and accurately in a short time.

  In addition, in the input receiving step, the control unit 25 can display the current amount of the storage unit 12 at the movement source and the storage unit 12 at the movement destination on the display unit 17. In addition, it is possible to further reduce destination selection mistakes. Therefore, it is possible to more reliably perform the cash transfer process easily and accurately in a short time.

  In addition, when the storage unit 12 at the movement source is changed from the closed state to the opened state after the movement source unlocking step is performed, the control unit 25 automatically executes the movement destination unlocking step. Further, the number of operations can be reduced. Therefore, it is possible to more reliably perform the cash transfer process easily and accurately in a short time.

  Moreover, the control part 25 is the content of the cash which should be taken out from the movement origin storage part 12 input in the input reception step, and the cash actually taken out from the movement origin storage part 12 confirmed in the extraction confirmation step. In order to determine the match with the contents, for example, by generating an alarm in the case of a mismatch, it is possible to prevent a mistake in taking out from the storage unit 12 of the movement source or an illegal act.

  Further, the control unit 25 stores the cash content to be stored in the destination storage unit 12 input in the input receiving step and the cash actually stored in the destination storage unit 12 confirmed in the storage confirmation step. For example, by generating an alarm in the case of a mismatch, it is possible to prevent a storage error or an illegal act in the storage unit 12 at the destination.

  Moreover, the control part 25 can move the cash in one storage part 12 by performing the movement mode in a storage part, and can arrange the cash in one storage part 12.

  Moreover, since the control part 25 memorize | stores the movement content of cash in the memory | storage part 26, the movement content of cash can be confirmed later. Therefore, it is possible to prevent movement errors and fraud.

  In addition, in the said embodiment, both the small bundle storage part 12 (b) which accommodates the small bundle banknote T so that receipt / removal is possible, and the bar metal accommodating part 12 (c) which accommodates the bar B so that receipt / extraction is possible are provided. Although the case has been described as an example, a cash management apparatus having only one of the small bundle storage unit 12 (b) and the bar metal storage unit 12 (c) may be used.

DESCRIPTION OF SYMBOLS 10 Cash management apparatus 11 Cash management apparatus main body 12 Storage part 17 Display part (display means)
19 Operation part (operation means)
25 Control unit (control means)
26 storage unit (log storage means)
B Bar (cash)
T small banknotes (cash)

Claims (10)

The cash management device itself,
A plurality of storage units that can be slidably opened and closed with respect to the cash management apparatus main body and in which cash can be stored and withdrawn in an opened state;
Cash having an exit mode that enables withdrawal of cash from the storage unit and an entry mode that enables storage of cash in the storage unit and control means for managing the receipt and withdrawal of cash in the storage unit A management device,
The control means is capable of executing an inter-storage unit movement mode that enables movement of cash between a plurality of storage units, and according to the movement content input to the operation means when the inter-storage unit movement mode is started. It is possible to take out cash from the source storage unit and store cash in the destination storage unit, and manage the movement status of cash from the source storage unit to the destination storage unit. Cash management device. The storage unit movement mode is:
An input accepting step for accepting an input of the movement content to the operation means;
A source lock release step for releasing the lock of the source storage unit according to the input movement content and enabling the source storage unit to be pulled out;
A destination unlocking step for unlocking the destination storage unit according to the input movement content and making the destination storage unit drawable;
An extraction confirmation step for confirming the state of withdrawal of cash in the storage unit of the source,
The cash management apparatus according to claim 1, further comprising a storage confirmation step of confirming a cash storage status of the storage unit at the destination.   3. The cash management according to claim 2, wherein in the input receiving step, the control unit can selectively input only a storage unit that can be a movement source at the time of designation input of the movement source storage unit to the operation unit. apparatus.   4. The control unit according to claim 2, wherein, in the input receiving step, only a storage unit that can be a movement destination can be selectively input when a designation of a movement destination storage unit is input to the operation unit. 5. Cash management device.   5. The control unit according to claim 2, wherein in the input receiving step, the current amount of the storage unit at the movement source and the storage unit at the movement destination can be displayed on the display unit. The cash management device described.   3. The control unit according to claim 2, wherein the control unit executes the destination lock release step when the source storage unit is changed from a closed state to an open state and then closed again after the source lock release step. The cash management device according to any one of 5.   The control means includes the contents of the cash to be taken out from the movement source storage unit input in the input receiving step, and the contents of the cash actually taken out from the movement source storage unit confirmed in the removal confirmation step. The cash management device according to any one of claims 2 to 6, wherein the match is determined.   The control means includes the contents of the cash to be stored in the destination storage unit input in the input receiving step, and the contents of the cash actually stored in the destination storage unit confirmed in the storage confirmation step. The cash management device according to any one of claims 2 to 7, wherein the coincidence is determined.   The cash management apparatus according to any one of claims 1 to 8, wherein the control unit is capable of executing a movement mode within a storage unit that enables movement of cash within one storage unit.   The cash management apparatus according to any one of claims 1 to 9, wherein the control unit stores a cash transfer content in a log storage unit.

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