JP2010159570A - Safe-deposit box system and program for managing safe-deposit box - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a safe-deposit box system which can stabilize an erected state of a storage cabinet and enhance safety of a system operation, by displaying the weight distribution of a plurality of safe boxes housed in the storage cabinet and information on the weight balance of the storage cabinet, so as to keep the weight balance of the storage cabinet proper; and to provide a program for managing a safe-deposit box. <P>SOLUTION: This safe-deposit box system 10 makes a system manager recognize the condition of the weight balance and the like by making a display 24 display the two-dimensional matrix weight distribution of the safe boxes 13, in which the weights of all the safe boxes 13 housed in the storage cabinet 14 correspond to storage positions of the safe boxes 13, and the weight balance information for evaluating the weight balance of the storage cabinet 14. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a safe deposit system and a safe deposit management program. In particular, by displaying the weight distribution of multiple safe boxes stored in the storage shelf and the weight balance information of the storage shelf, the storage shelf weight balance is maintained well and the standing state of the storage shelf is stabilized. The present invention relates to a safe deposit system and a safe deposit management program capable of improving the safety of system operation.

  Conventionally, a safe box storing valuables (contained items) is stored and stored in a storage shelf installed in a safe room with excellent anti-theft and fire resistance, and when users deposit and withdraw valuables, An automatic safe deposit system and a method of operating the same have been proposed in which a safe box is transported between a reading table installed in a reading room where a user deposits and withdraws valuables and a storage shelf in a safe (for example, , See Patent Document 1 and Patent Document 2).

  For example, the storage rack of the safe room can store a large number of safe boxes in a space-saving manner, that is, (m × n) pieces composed of a plurality of stages (m stages) and a plurality of rows (n lines). The safe box can be stored, and when the user deposits and withdraws valuables, the safe box associated with the user information is stored between the storage position of the stored storage shelf and the viewing table. It is transported by a transport mechanism such as a stacker crane.

  In addition, valuables to be deposited by users are diverse, such as important documents such as contracts, recording media such as CDs and DVDs with confidential data, precious metals, gold bullion, etc. Varies greatly depending on the type. Therefore, in the conventional automatic safe deposit system, the weight limit that can be stored in each safe box is set in advance in consideration of the load resistance of the storage shelf.

JP 2001-20610 A JP 2003-301664 A

  However, even if the total weight of all the safes does not exceed the load capacity of the storage shelf, if the heavy safes are stored in a part of the storage shelf, the durability of the storage shelf There was a problem of lowering. For example, when a heavy safe box is concentrated in a row for a long period of time, the storage shelf frame is distorted, and storage and transportation of the safe box to and from the storage shelf of the safe box is carried out. There was a problem that an abnormality occurred. Also, if a heavy safe box is concentrated on the upper part of the storage shelf, the weight balance is easily lost and unstable.

  The present invention has been made to solve the above problems, and displays the weight distribution of a plurality of safe boxes stored in the storage rack and the weight balance information of the storage rack, thereby displaying the weight balance of the storage rack. For safe depositor system and safe depositor management that can improve the safety of the safe deposit box system by enabling system operation such as arranging safe boxes so that the standing state of the storage shelf is stabilized The purpose is to provide a program.

The following invention is provided to solve the above-mentioned conventional problems.
In the safe deposit box system according to the first aspect of the present invention, storage position information including the number of rows and the number of rows is stored in a storage shelf having a plurality of rows (m rows) and a plurality of rows (n rows) installed in a safe room. A safe deposit system that stores a plurality of (m × n) safe boxes whose storage positions are specified, based on weight information of the safe box storing a storage object and the storage position information of the safe box The weight balance information indicating the weight deviation of the safe box in the storage shelf is displayed.

  Here, the weight balance of the storage shelf refers to the weight balance in the column direction and the column direction of the storage shelf in order to maintain the stability of the standing state of the storage shelf. Further, the weight balance information indicating the weight deviation of the storage shelves includes, for example, the total weight for each column of the storage shelves, the total weight for each column of the storage shelves, the total weight for each of the predetermined number of columns and rows It is information that allows an administrator or the like to objectively teach the weight bias that causes the storage shelf frame to be distorted. Further, the weight information of the safe box may be the weight of the stored item stored in the safe box, or the total weight of the weight of the safe box itself and the weight of the stored item stored in the safe box. good.

  As a result, when the administrator selects a new safe box to be used, the optimal storage position where the weight balance of the storage shelf can be satisfactorily maintained from the displayed weight distribution of the safe box and the weight balance information of the storage shelf. The administrator can select a safe box in the. Further, at the time of exchanging the storage position of the safe box in the storage shelf, the administrator can instruct the safe box to be switched to a storage position where the weight balance of the storage shelf can be satisfactorily maintained.

  Therefore, since the weight balance of the storage shelf can be maintained well and the standing state of the storage shelf can be stabilized, the safety of system operation can be improved.

  The safe deposit box system according to a second aspect of the present invention is the safe deposit box system according to the first aspect of the present invention, wherein the storage unit stores various information and the weight information of the safe box storing the storage object. In association with the storage position information of the safe box, based on the weight information management unit stored in the storage unit, the weight information of the safe box and the storage position information stored in the storage unit, A column weight representing the total weight of the safe boxes stored in the same column of the storage shelf is calculated for each column of the storage shelf, and the storage unit calculates the column weight of each column as the weight balance information. A weight balance information calculation unit stored in the storage unit, and a display control unit for displaying the weight balance information stored in the storage unit on an external display.

  As a result, the weight distribution of the safe box in which the weights of all the safe boxes stored in the storage rack are associated with the storage position of the safe box and the weight load for each column on the storage rack are displayed on the display. By visually recognizing the system administrator, for example, when the administrator selects a new safe box to be used, from the weight distribution of the displayed safe box and the weight balance information of the storage shelf The administrator can select a safe box in an optimal storage position that can maintain a good balance of the weight of the storage shelves. Further, at the time of exchanging the storage position of the safe box in the storage shelf, the administrator can instruct the safe box to be switched to a storage position where the weight balance of the storage shelf can be satisfactorily maintained.

  Therefore, since the weight balance of the storage shelf can be maintained well and the standing state of the storage shelf can be stabilized, the safety of system operation can be improved.

  The safe deposit box system according to a third aspect of the present invention is the safe deposit box system according to the second aspect of the present invention, wherein the presence / absence of use registration of the safe box stored in the storage shelf is further checked. A usage status management unit that stores the storage location information in the storage unit in association with the storage location information, and the display control unit stores the usage registration information of the safe box stored in the storage unit and the storage location information; Based on the two-dimensional matrix represented by rows and columns corresponding to the steps and columns of the storage shelf, and visually display the presence / absence of the use registration and display on the display, and the weight balance information calculation unit The column weight calculated for each column is displayed on the display unit in correspondence with the column of the two-dimensional matrix.

  As a result, the weight distribution of the safe box in which the weights of all the safe boxes stored in the storage rack are associated with the storage position of the safe box and the weight load for each column on the storage rack are displayed on the display. By visually recognizing the system administrator, for example, when the administrator selects a new safe box to be used, the two-dimensional matrix weight distribution of the displayed safe box and the weight of the storage shelf are displayed. From the balance information, the administrator can select a safe box in an optimal storage position that can favorably maintain the weight balance of the storage shelf. Further, at the time of exchanging the storage position of the safe box in the storage shelf, the administrator can instruct the safe box to be switched to a storage position where the weight balance of the storage shelf can be satisfactorily maintained.

Therefore, since the weight balance of the storage shelf can be maintained well and the standing state of the storage shelf can be stabilized, the safety of system operation can be improved.
In addition, the administrator can visually recognize the usage state of the safe box in the storage shelf.

  A safe deposit box system according to a fourth aspect of the present invention is the safe deposit box system according to the third aspect of the present invention, wherein the display control unit includes the column weights greater than or equal to a predetermined weight reference value, and the weight reference value. Less than the column weight is visually discriminated and displayed on the display.

  This allows the system administrator to visually recognize the heavy column for each column on the storage shelf so that the administrator can select a new safe box to be used or a safe box in the storage shelf. It is possible to make the judgment information of the manager's work at the time of the replacement work of the storage position.

  The safe deposit box system according to a fifth aspect of the present invention is the safe deposit box system according to the third or fourth aspect of the present invention, wherein the weight balance information calculation unit maximizes the maximum value among all the column weights. When the column weight is used, the absolute value of the difference between the column weight and the maximum column weight is calculated as a column weight difference for each column, and the display control unit includes the column weight of each column of the storage shelf. The row weight smaller than the other row weight by a predetermined difference reference value or more is visually discriminated from the other row weight and displayed on the display.

  As a result, the weight balance of the storage rack is good or bad, that is, the administrator visually recognizes whether or not the weight of the storage rack is biased, and the administrator selects a new safe box to be used or the storage rack. It is possible to make the judgment information of the manager's work at the time of exchanging the storage position of the safe box in the shelf.

  The safe deposit management program according to the first aspect of the present invention is the number of rows and the number of rows stored in a storage shelf having a plurality of rows (m rows) and a plurality of rows (n rows) installed in a safe room. A safe deposit management program for causing a computer to execute processing for managing and displaying weight information of a plurality of (m × n) safe boxes whose storage positions are specified from storage position information comprising: (a) A process of acquiring weight information of the safe box storing stored items; and (b) storing the weight information of the safe box acquired by the process (a) in association with the storage position information of the safe box. A process stored in the storage unit, and (c) the weight information of the safe box stored in the storage unit by the process (b), and the total weight of the safe boxes stored in the same row of the storage shelf. Each calculated column weight for each column of the storage shelf The column weight of each of the storage shelves stored in the storage unit by (d) the process (c), based on the storage position information. And a process of displaying on a display.

  With such a configuration, when the program is read by the computer and the computer executes the process according to the read program, the same effect as the safe deposit system according to the first aspect of the present invention described above can be obtained.

  According to the present invention, the weight of all the safe boxes stored in the storage shelf is managed in association with the storage position of the safe box, and weight balance information indicating the weight deviation of the storage shelf is displayed on the display. By recognizing the system administrator, for example, when the administrator selects a new safe box to be used, the storage shelf weight is determined from the displayed weight distribution of the safe box and the weight balance information of the storage rack. The administrator can select a safe box in an optimal storage position that can maintain a good weight balance. Further, at the time of exchanging the storage position of the safe box in the storage shelf, the administrator can instruct the safe box to be switched to a storage position where the weight balance of the storage shelf can be satisfactorily maintained.

  Therefore, since the weight balance of the storage shelf can be maintained well and the standing state of the storage shelf can be stabilized, the safety of system operation can be improved.

It is a whole schematic block diagram for demonstrating an example of the safe deposit system which can apply this invention. It is an external appearance perspective view of a reading table. It is sectional drawing of a reading table. It is a block block diagram of a safe deposit system. It is a block block diagram of the function which implement | achieves a weight display process. It is the figure which showed one example of a display of weight display information. It is an example of the flowchart for demonstrating a management processing procedure.

  An embodiment of the present invention will be described with reference to the drawings. In addition, embodiment described below is for description and does not limit the scope of the present invention. Accordingly, those skilled in the art can employ embodiments in which each or all of these elements are replaced by equivalents thereof, and these embodiments are also included in the scope of the present invention.

  First, with reference to FIGS. 1 to 4, an overall outline of a safe deposit system to which the present invention is applicable will be briefly described. FIG. 1 is an overall schematic configuration diagram for explaining an example of a safe deposit system to which the present invention can be applied. 2 is an external perspective view showing an example of the browsing table of the safe deposit system shown in FIG. 1, and FIG. 3 is a longitudinal sectional view of the shutter 20 portion of the browsing table 17 shown in FIG. FIG. 4 is a block configuration diagram of the safe deposit system shown in FIGS.

  As shown in FIGS. 1 to 4, the safe deposit system 10 is physically separated from the safe room 11 and the safe room 11, which are excellent in antitheft and fireproof properties, so that a user can store valuables (stored items). A viewing room 12 for depositing and withdrawing goods) and a computer 23 for managing the operation of the safe deposit system 10. Further, the transport of the safe box 13 between the safe room 11 and the reading room 12 is executed by a transport mechanism.

  The safe room 11 has a plurality of steps (m steps) and a plurality of rows (n rows) so that a large number of safe boxes 13 can be stored in a small space, and (m × n) safe boxes 13 are stored. A plurality (k) of possible storage shelves 14 are installed, and (m × n) safe boxes 13 are stored in each storage shelf 14. The storage position of each safe box 13 is specified by the number of each storage shelf 14 and the number of rows and the number of columns in which each safe box 13 is arranged. Here, the same level of the storage shelf 14 is a horizontal direction (horizontal direction) indicated by an arrow 26, and the same row is a vertical direction (vertical direction) indicated by an arrow 25. In the example of FIG. 1, the safe room 11 has two storage shelves 14 storing (16 × 6) safe boxes 13 having 16 rows (m = 16) and 6 rows (n = 6). (K = 2: storage shelves 14a and 14b) are installed.

  The computer 23 manages user information for identifying the user and storage position information for specifying the storage position of the safe box 13 used by the user in association with each other.

  Further, a stacker crane 16 that is a part of a transport mechanism for taking out the safe box 13 from the storage shelf 14 and storing it in the storage shelf 14 is disposed between the storage shelf 14 a and the storage shelf 14 b in the safe room 11. Has been. An operation control device 15 that executes operation control of each device constituting the safe deposit system 10 according to a command from the computer 23 is also disposed in the safe room 11. The stacker crane 16 takes out the safe box 13 at the specified storage position from the storage shelf 14 or stores it in the storage shelf 14 in accordance with a conveyance instruction from the operation control device 15.

  An authentication device 22 for confirming whether or not a user can enter the viewing room 12 is installed in the vicinity of the door 27 of the viewing room 12. Information read by the authentication device 22 is transmitted to the computer 23, and whether or not the computer 23 is allowed to enter the room is determined based on the information, and the door 27 is opened and closed by the control of the operation control device 15 based on the determined result. Executed.

  The reading room 12 is provided with a reading table 17 for the user to deposit and take out the safe box 13. The browsing table 17 is provided with an authentication device 18 for confirming the identity of the user, a touch panel 19 operated by the user, and a shutter 20 provided at an outlet of the safe box 13. In addition, a weight sensor 21 that measures the weight of the safe box 13 is installed inside the reading table 17.

  Based on the information read by the authentication device 18, the computer 23 determines whether or not the user can perform the use operation. Based on the determined result, the user's operation using the touch panel 19 is permitted. Information input from the touch panel 19 (input information) is transmitted to the computer 23 for processing determination, and processing based on the input information is executed.

  For example, after a user confirmation is performed by the authentication device 22 and the authentication device 18, when a deposit or removal request for valuables is input from the touch panel 19, the user among the safe boxes 13 stored in the storage shelf 14. The safe box 13 in the storage position associated with the user information is taken out of the storage shelf 14 by the stacker crane 16 and transported from the safe room 11 to the reading table 17 by the transport mechanism, the shutter 20 is opened, and the user However, it becomes possible to deposit valuable items in the safe box 13 and take them out of the safe box 13.

  When an end request for depositing or taking out valuables is input from the touch panel 19, the shutter 20 is closed, the weight of the safe box 13 is measured by the weight sensor 21, and the measured weight information is transmitted to the computer 23. The Thereafter, the safe box 13 is transported from the browsing table 17 to the safe room 11 by the transport mechanism, and stored in the storage position of the storage shelf 13 associated with the safe box 13 by the stacker crane 16. These series of processing operations are executed by the operation control device 15 controlling the transport mechanism including the stacker crane 16, the shutter 20, and the weight sensor 21 in accordance with instructions from the computer 23.

  Based on the weight information acquired at this time, the computer 23 manages the weight information of each safe box 13 stored in the storage shelf 14 and the storage position information of the safe box 13 in association with each other.

  Further, a display 24 is connected to the computer 23, and the display 24 displays the two-dimensional matrix weight distribution of the safe box 13 stored in the storage shelf 14 subjected to weight display processing by the computer 23 and the storage shelf 14. Weight display information such as weight balance information for evaluating the weight balance (for example, a column weight that is the total weight of the safe box 13 totaled for each column) is displayed.

  The administrator of the safe deposit system 10 considers the weight balance information indicating the weight of the safe box 13 stored in the storage rack 14 displayed on the display unit 24 and the weight balance of the storage rack 14 in consideration of the user. When a new safe box 13 is used, the safe box 13 that can maintain a good weight balance of the storage shelf 14 is selected from the unused safe boxes 13 or is a part of maintenance work of the safe deposit system 10. It is possible to select the safe box 13 to be replaced in the replacement work of the safe box 13.

  In the safe deposit box system 10 described above, the weight sensor 21 is installed inside the browsing table 17, but the weight of the safe box 13 is measured during the transfer process from the browsing table 17 to the storage shelf 14. It can be anywhere as long as it is possible.

  Next, details of the function for realizing the weight display process will be described. FIG. 5 is a block configuration diagram of functions for realizing the weight display processing. Note that each unit for performing various processes such as weight display, usage status management, and weight balance information calculation described below can be realized by the computer 23.

  As shown in FIG. 5, as functions of the computer 23 related to the weight display processing, a usage status management unit 30 corresponding to the usage status management unit of the present invention, and a weight information management unit 31 corresponding to the weight information management unit of the present invention. A weight balance information calculation unit 32 corresponding to the weight balance information calculation unit of the present invention and a display control unit 33 corresponding to the display control unit of the present invention are provided.

  In the storage unit 34, for each safe box 13, storage position information indicating the storage position (the number of steps and the number of columns) of the safe box 13 stored in the storage shelf 14 is stored in association with the identification number of the safe box 13. Has been.

  The usage status management unit 30 stores user information input (registered) from a keyboard provided in the computer 23 or an externally connected card reader and the like in the storage shelf 14 designated by the keyboard or mouse provided in the computer 23. The storage location information of the used safe box 13 is stored in the storage unit 34 of the computer 23 in association with it. At the same time, the usage information corresponding to the storage position information is set to “used” and stored in the storage unit 34 of the computer 23. Here, the use information is whether or not each safe box 13 stored in each storage position of the storage shelf 14 is registered for use, that is, a used safe used by the user. This is information for determining whether it is a box 13 or an unused safe box 13 that is not used by a user.

  In addition, when an instruction to cancel the registered user information is input, the storage position information of the safe box 13 associated with the user information is retrieved from the storage unit 34 of the computer 23 and retrieved. The usage information corresponding to the storage position information is set to “unused” and stored in the storage unit 34 of the computer 23, and the user information is deleted.

  The weight information management unit 31 acquires the weight information of the safe box 13 measured by the weight sensor 21, associates the acquired weight information of the safe box 13 with the storage position information of the safe box 13, and stores the storage unit of the computer 23. 34. Here, the stored weight information of the safe box 13 may be the weight of the valuables stored in the safe box 13 or the total weight of the safe box 13 including the valuables. Hereinafter, the case where the weight information of the valuables stored in the safe box 13 is used as the weight information of the safe box 13 will be described as an example.

  The weight balance information calculation unit 32 calculates weight balance information for evaluating the weight balance of the storage shelf 14 based on the weight information and storage position information of the safe 13 stored in the storage unit 34 of the computer 23, Store in the storage unit 34. Here, the weight balance of the storage shelf 14 is the weight balance in the step direction and the column direction of the storage shelf 14 for maintaining the stability of the standing state of the storage shelf. Accordingly, the weight balance information for evaluating the weight balance of the storage shelf 14 includes, for example, the total weight for each column of the storage shelf 14, the total weight for each column of the storage shelf 14, and a predetermined number of columns and column sections. This is the total weight and the like, and is information that tells the manager and the like objectively the weight deviation that causes the storage shelf 14 to be distorted. Hereinafter, as the weight balance information, a column weight indicating the total weight for each column of the storage shelf 14 will be described as an example.

  Specifically, the weight balance information calculation unit 32 calculates the total weight of the safe boxes 13 stored in the same column of the storage shelf 14 as the column weight for all columns of the storage shelf 14 and stores it in the storage unit 34. To do. In addition, the maximum column weight that is the maximum value is searched from all the column weights in the same storage shelf 14, and the absolute value of the difference between the maximum column weight and the column weight (column weight difference) is calculated for all the columns. And stored in the storage unit 34.

  Based on the weight information, storage position information, and usage information of the safe box 13 stored in the storage unit 34 of the computer 23, the display control unit 33 converts the stages and columns of the storage rack 14 into rows and columns of a two-dimensional matrix. The display unit 24 displays the corresponding two-dimensional matrix weight distribution indicating whether the safe box 13 at each storage position of the storage shelf 14 is used or not, and the weight of the safe box 13. The weight distribution display information for generating is generated. Further, based on the weight balance information (column weight and column weight difference) stored in the storage unit 34, weight balance display information to be displayed on the display unit 24 is generated. Here, the weight distribution display information and the weight balance display information are collectively referred to as weight display information. The display control unit 33 causes the display unit 24 to display the generated weight display information.

  FIG. 6 is a view showing one display example of the weight display information. As shown in FIG. 6, a two-dimensional display of the weight of each safe box 13 at the corresponding storage position is shown in each cell of the table in which the stages and columns of the storage shelf 14 correspond to the rows and columns of the two-dimensional matrix. Displayed as a matrix weight distribution. Each cell of the table of the two-dimensional matrix includes information for visually discriminating whether it is an unused safe box 13 or a used safe box 13, and the two-dimensional matrix weight distribution. In this display, the weight of the unused safe box 13 is displayed as “0”, and the weight of the unused safe box 13 and the weight of the used safe box 13 are displayed in different colors.

  In addition, the column weight corresponding to each column is displayed as weight balance information under each column of the two-dimensional matrix weight distribution. The weight balance display information includes color-coded display (weight over warning display) information for allowing the administrator to recognize a column having a column weight greater than a preset weight reference value. The weight balance display information also includes color-coded display (weight balance abnormality warning display) information for allowing the administrator to recognize a column having a column weight difference larger than a preset difference reference value. . Here, the weight reference value is a value that should not exceed the column weight in order to maintain the stability of the standing state of the storage shelf 14. The difference reference value is a value for determining whether or not the weight of the storage shelf 14 is biased.

  Therefore, for example, when 100 kg is set as the weight reference value and 30 kg is set as the difference reference value in advance, as shown in FIG. 6, a warning is given that the column weight of the second row exceeds the weight reference value. The color-coded display is used to warn that the weight balance is worse because the weight difference between the fourth row and the fourth row exceeds the reference difference value. Is made the weight of the second and fourth rows. In this example, since the weight reference value excess warning display is given priority, the difference reference value excess warning is displayed only for the fourth column weight.

  Thus, in the case of the display as shown in FIG. 6, in order to prevent further deterioration of the weight balance in the selection of the safe box 13 by the administrator for a new user, the safe box 13 in the second row is avoided and the fourth row is avoided. It can be used as a reference for selecting an unused safe box 13 in the eye.

  Next, a management process procedure of the computer 23 for newly registering use of the safe box 13 by the administrator using the weight display information will be described. FIG. 7 is an example of a flowchart for explaining the management processing procedure. The safe deposit system 10 is already in operation, and storage location information, one or more user information, and the like are registered in the computer 23.

  As shown in FIG. 7, when the safe box 13 is carried into the safe room 11 from the viewing table 17, the weight of the safe box 13 is measured by the weight sensor 21, and the computer 23 acquires the measured weight information. The obtained weight information of the safe box 13 is stored in the storage unit 34 in association with the storage position information of the safe box 13 (S101).

  Next, based on the weight information and storage position information of the safe box 13 stored in the storage unit 34 of the computer 23, weight balance information for evaluating the weight balance of the storage shelf 14 is calculated and stored in the storage unit 34. (S103, S105). Specifically, the column weight is calculated for all the columns of the storage shelf 14 and stored in the storage unit 34 (S103). Next, the maximum column weight is searched from all the column weights in the same storage shelf 14, and the column weight difference is calculated for all the columns and stored in the storage unit 34 (S105). The processes in steps S101 to S105 are performed every time the weight of the safe box 13 is measured. Note that the processing in steps S103 and S105 may be performed after the following step S107.

  When newly registering the use of the safe 13, the administrator operates the operation means such as the keyboard and mouse of the computer 23 to set the computer 23 to the registration mode (S 107). When the computer 23 is set to the registration mode, the computer 23 executes the following weight display information display processing (S109 to S113).

  The computer 23 generates weight distribution display information for displaying the two-dimensional matrix weight distribution of the safe box 13 in the storage shelf 14 on the display 24 (S109). Specifically, the display information is generated so as to obtain a two-dimensional matrix weight distribution of the safe box 13 in the storage shelf 14 in which the stages and columns of the storage shelf 14 correspond to the rows and columns of the two-dimensional matrix (see FIG. 6). The unused safe box 13 generates display information so that the weight is displayed as “0”, and the weight of the unused safe box 13 and the weight of the used safe box 13 are displayed in different colors. Display information is generated as follows.

  Next, the weight balance display information for displaying the information indicating the weight balance deviation on the display 24 is generated (S111). Specifically, display information is generated so that the column weight is displayed under each column of the two-dimensional matrix weight distribution of the safe box 13 in the storage shelf 14 (see FIG. 6). In addition, a column weight that is equal to or greater than the weight reference value, that is, a column that is overweight is searched, and display information is generated so that the column weight of the searched column is displayed in different colors. Further, a column weight difference equal to or greater than the difference reference value, that is, a column having a weight bias is retrieved, and display information is generated so that the column weight of the retrieved column is displayed in different colors.

  And the weight display information which consists of the produced | generated weight distribution display information and weight balance display information is displayed on the indicator 24 (S113).

  The administrator selects the safe box 13 to be newly registered with reference to the weight display information displayed on the display 24. Specifically, a user who registers an unregistered cell by selecting an undisplayed cell from a two-dimensional matrix table displayed as weight display information by operating an operation means such as a keyboard or a mouse of the computer 23 Enter information about.

  The computer 23 registers use of the safe box 13 based on information input by the administrator (S115). Specifically, the computer 23 generates user information from the input information about the user, extracts storage location information corresponding to the selected cell, and uses the storage location information and user information. The data are stored in the storage unit 34 in association with each other. Further, the user information corresponding to the storage position information is set to “used”. Thus, after newly registering the use of the safe box 13, the administrator ends the registration mode of the computer 23 and resumes normal operation.

  According to the safe deposit system 10 as described above, the two-dimensional matrix weight distribution of the safe box 13 in which the weight of all the safe boxes 13 stored in the storage shelf 14 is associated with the storage position of the safe box 13, and The weight balance information for evaluating the weight balance of the storage shelf 14 can be displayed on the display 24 so that the system administrator can recognize the status of the weight balance. Therefore, when the administrator selects a new safe box 13 to be used, the weight balance of the storage shelf 14 is improved from the displayed two-dimensional matrix weight distribution of the safe box 13 and the weight balance information of the storage shelf 14. The administrator can select the optimum safe box 13 that can be held. In addition, when the storage position of the safe box 13 in the storage shelf 14 is switched, the administrator can instruct the safe box 13 to be switched to a storage position where the weight balance of the storage shelf 14 can be satisfactorily maintained. .

  Therefore, since the weight balance of the storage shelf 14 can be maintained well and the standing state of the storage shelf 14 can be stabilized, the safety of system operation can be improved.

DESCRIPTION OF SYMBOLS 10 Safe deposit system 11 Safe room 12 Reading room 13 Safe box 14 Storage shelf 15 Operation control device 16 Tucker crane 17 Reading table 18, 22 Authentication device 21 Weight sensor 23 Computer 24 Display 30 Usage condition management part 31 Weight information management part 32 Weight balance information calculation unit 33 Display control unit

Claims (6)

A plurality (m × n) of storage positions specified by storage position information consisting of the number of rows and the number of rows in a storage shelf having a plurality of rows (m rows) and a plurality of rows (n rows) installed in a vault A safe deposit box system that houses a safe box of
Based on the weight information of the safe box storing the objects to be stored and the storage position information of the safe box, weight balance information indicating a weight deviation of the safe box in the storage shelf is displayed. Safe system. A storage unit for storing various information;
A weight information management unit that stores the weight information of the safe box storing the storage object in the storage unit in association with the storage position information of the safe box;
Based on the weight information and the storage position information of the safe box stored in the storage unit, a row weight representing the total weight of the safe boxes stored in the same row of the storage shelf is set in the row of the storage shelf. A weight balance information calculation unit that calculates for each column and stores the calculated column weight of each column as the weight balance information in the storage unit;
A display control unit for displaying the weight balance information stored in the storage unit on a display;
The safe depositor system according to claim 1, further comprising: And a usage status management unit for storing in the storage unit the presence / absence of use registration of the safe box stored in the storage shelf in association with the storage position information of the safe box,
The display control unit is a two-dimensional matrix represented by rows and columns corresponding to the stages and columns of the storage shelf, based on the presence / absence of use registration of the safe box and the storage position information stored in the storage unit The presence / absence of use registration is visually identified and displayed on the display, and the column weight calculated for each column by the weight balance information calculation unit is associated with the column of the two-dimensional matrix. 3. The safe deposit system according to claim 2, wherein the safe is displayed on the display.   4. The display control unit according to claim 3, wherein the display controller visually distinguishes the row weight that is greater than or equal to a predetermined weight reference value and the row weight that is less than the weight reference value, and causes the display to display the row weight. Safe deposit box system. The weight balance information calculation unit calculates, as a column weight difference, an absolute value of a difference between the column weight and the maximum column weight for each column, where the maximum value among all the column weights is a maximum column weight. And
The display control unit visually distinguishes the row weight that is smaller than the other row weight by a predetermined difference reference value or more from the row weight of each row of the storage shelf from the other row weight. 5. The safe deposit box system according to claim 3, wherein the safe deposit system is displayed on a display. A plurality (mx) of storage positions identified from storage position information consisting of the number of rows and the number of rows stored in a storage shelf having a plurality of rows (m rows) and a plurality of rows (n rows) installed in a vault. a safe deposit management program for causing a computer to execute a process for managing and displaying weight information of (n) safe boxes,
(A) a process of obtaining weight information of the safe box storing the objects to be stored;
(B) a process of storing the weight information of the safe box acquired by the process (a) in a storage unit in association with the storage position information of the safe box;
(C) Based on the weight information and the storage position information of the safe box stored in the storage unit by the processing (b), the total weight of the safe boxes stored in the same row of the storage shelf is calculated. Calculating a column weight to represent for each column of the storage shelf, and storing the calculated column weight of each column in the storage unit;
(D) a process of displaying the column weight of each column of the storage shelf stored in the storage unit by the process (c) on a display;
A safe deposit box management program characterized by comprising:

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