JP5055601B2 - Firearm management system and firearm management program - Google Patents

Description

  The present invention relates to a firearm management system and a firearm management program, and more particularly to a firearm management system and a firearm management program for automatically managing the taking-out and storage of a firearm from a storage.

  Firearms such as handguns and rifles are stored in facilities such as police stations and clay shooting ranges. Usually, firearms are stored using a dedicated special storage (see, for example, Patent Document 1). The user takes out the firearm from the storage when using the firearm, and stores the firearm in a predetermined position in the storage after use.

To prevent firearm theft, it is necessary to strictly control when the firearm was taken out of storage and stored. Traditionally, firearms have been managed manually.
For example, in a police station, when a policeman carries out a handgun carried at work from the storage room or stores it in the storage room, the manager of the management will follow the policeman and visually check the removal and storage of the handgun from the storage room. , Hand-out time and storage time are written in a dedicated ledger.

JP 7-238744 A

  Such manual confirmation work is labor-intensive and therefore burdensome on management, leading to an increase in management cost. In addition, human error is likely to occur due to manual intervention in the conventional confirmation work, which may lead to a situation such as the loss of the handgun.

  An object of the present invention is to automatically manage take-out and storage of firearms in a storage, thereby reducing the management burden of firearms and capable of reliably managing firearms. It is to provide a system and a firearm management program.

According to the firearm management system of the present invention, the above-described problem is a firearm management system for managing the take-out and storage of a firearm (handgun G), and a storage for storing firearms (for personal use) A storage unit 21) and a central management computer 32 connected to the storage unit via a communication line, and the storage unit stores firearm identification information for specifying a firearm stored in the storage unit 21). Firearm detection means for detection (electronic balance 26, contact sensor 43, handgun imaging camera 44, wireless tag reader 42c), and transmission means for transmitting the firearm identification information detected by the firearm detection means to the central management computer (Line 5), and the central management computer stores a firearm specifying information for specifying a firearm to be stored in the storage in advance as registered specifying information. Information storage means (hard disk 51, user authentication database 56), the firearm identification information detected by the firearm detection means and the registration specific information stored in advance in the specific information storage means, Firearm discrimination means (CPU 50, handgun management program 55) for discriminating whether or not a firearm stored in the storage is a firearm previously registered as a firearm to be stored in the storage; The firearm detection means measures the total weight of the weight of the firearm without a real package and the actual package (M) loaded in the firearm as the firearm identification information, and The information storage means stores in advance the total weight of the firearm and the number of the actual packages to be loaded in the firearm as the registration specifying information, and the firearm discrimination means detects the firearm detection means by the firearm detection means. The total weight thus measured and the registered specific information stored in advance in the specific information storage means, and the firearms and actual packages stored in the storage are firearms to be stored in the storage, and This is solved by determining whether or not the firearm is registered in advance as an actual package .

Thus, since the central management computer automatically determines whether or not a pre-registered firearm is stored in the storage, it is not necessary to perform manual management. Also, because firearm identification information for identifying firearms is detected and compared with the information of the central management computer, the firearms are automatically identified. The discrimination accuracy is improved. In this case, the firearm includes both a state in which an actual package is loaded and an unloaded state in which no actual package is loaded. In addition, in order to determine whether or not the firearm is registered in advance based on the total weight of the firearm and the actual package in a state where the actual package is not loaded, the weight of the firearm and the actual package is determined using different means. There is no need to measure separately, and the configuration of the firearm detection means can be simplified.

  In this case, the firearm detection means (electronic balance 26) measures the weight of the firearm as the firearm specific information, and the specific information storage means stores the weight information of the firearm to be stored in the storage. Pre-stored as the registration specific information, the firearm discrimination means compares the weight of the firearm detected by the firearm detection means and the registration specific information stored in advance in the specific information storage means, It is preferable to determine whether or not the firearm stored in the storage is a firearm registered in advance as a firearm to be stored in the storage.

Thus, since the weight of a firearm is detected as information for identifying a firearm, the firearm identification information can be easily obtained using a scale for measuring the weight.
Note that the firearms in this case also include both a state where an actual package is loaded and an unloaded state where no actual package is loaded.

The firearm detection means includes an unloaded firearm detection means for detecting unloaded firearm identification information for identifying an unloaded firearm that is not loaded with an actual package (an electronic balance 66 for a handgun), Actual package detection means (actual package electronic balance 76) for detecting actual package identification information for specifying the number of actual packages, and the transmission means is the unloaded firearm detected by the unloaded firearm detection means Specific information and actual package identification information detected by the actual package detection means are transmitted to the central management computer, and the specific information storage means is not registered for identifying an unloaded firearm to be stored in the storage. Loaded firearm identification information and registered actual package identification information for identifying the number of actual packages to be loaded in the unloaded firearms are individually stored in advance as the registration identification information, and the firearm discrimination means Unloaded gun Comparing the unloaded firearm identification information detected by the detector detection means with the registered unloaded firearm identification information stored in advance in the identification information storage means, and the actual package detected by the actual package detection means The specific information is compared with the registered actual package specific information stored in advance in the specific information storage means, and the unloaded firearms stored in the storage are not registered in advance as unloaded firearms to be stored. It is determined whether or not a loaded firearm and whether or not the number of actual packages to be stored in the storage are stored , and the storage stores unloaded firearms that are not loaded with the actual packages. An unloaded firearm storage (handgun storage 61) and an actual packaging storage (71) for storing the actual package, and the unloaded firearm detection means includes: Storage for loaded firearms While being placed within said cartridge detecting means are preferably installed in the cartridge for storage-compartment.

In this way, the information for identifying the firearms not loaded with actual packages and the information for identifying actual packages are individually detected and compared with registered specific information stored in advance in the specific information storage means. Whether or not both the loaded firearm and the actual package are registered in the specific information storage means can be individually determined. For this reason, for example, the loss or fraud of the actual package can be reliably detected. In addition, since firearms and actual packages that are not loaded with real packages can be stored in separate storage units, there is a possibility that firearms and actual packages may be stolen at the same time compared to storing both in a single storage unit. Lower, and more secure in firearm management.

  Further, the firearm detection means (contact sensor 43) detects the surface shape information of the firearm as the firearm specific information, and the specific information storage means specifies the firearm to be stored in the storage. The surface shape information for storing is stored in advance as the registration specific information, and the firearm discrimination means stores the surface shape information detected by the firearm detection means and the registration specific information stored in advance in the specific information storage means. To determine whether or not the firearm stored in the storage is a firearm registered in advance as a firearm to be stored in the storage.

  In this way, it is also possible to determine whether or not a firearm is registered in advance by detecting the surface shape of the firearm and comparing it with the registered specific information as firearm specific information.

  The firearm detection means (handgun imaging camera 44) acquires firearm image information as the firearm identification information, and the identification information storage means identifies a firearm to be stored in the storage. Image information for pre-stored as the registration specific information, and the firearm discrimination means stores the image information acquired by the firearm detection means and the registration specific information stored in advance in the firearm specific information storage means To determine whether or not the firearm stored in the storage is a firearm registered in advance as a firearm to be stored in the storage.

  Thus, it is also possible to determine whether or not a firearm is registered in advance by acquiring image information of the firearm and comparing it with the registered specific information as firearm specific information.

  Further, the firearm includes an information storage medium (wireless tag 45) in which unique information for specifying the firearm is stored, and the firearm detection means (wireless tag reader 42c) receives the information from the information storage medium. Specific information is read as the firearm identification information, and the specific information storage means prestores unique information for specifying a firearm to be stored in the storage as the registered specific information, and the firearm discrimination means Compares the specific information read by the firearm detection means with the registered specific information stored in advance in the specific information storage means, and the firearms stored in the storage are stored in the storage. It may be determined whether the firearm is registered in advance as a firearm to be used.

  In this way, an information recording medium is provided in the firearm, the unique information is acquired by reading the unique information stored in the information recording medium, and this is compared with the registered specific information as the firearm specific information. However, it can be determined whether or not a firearm is registered in advance.

  The firearm detection means (the electronic balance 26, the contact sensor 43, the handgun imaging camera 44, and the wireless tag reader 42c) is provided in weight information, image information, surface shape information and firearms stored in the firearm. Two or more types of information selected from the unique information stored in the information storage medium is detected as the firearm specific information, and the specific information storage means is configured to detect the firearm among the firearms to be stored in the storage. Firearm identification information corresponding to the firearm identification information detected by the firearm detection means is stored in advance as the registered identification information, and the firearm discrimination means includes two or more types detected by the firearm detection means. The firearm specifying information is compared with the registered specifying information corresponding to each of the firearm specifying information, and the firearm specifying information and the registered specifying information corresponding to each are all in one. If it is, it is preferable that firearms housed in the stocker is determined to be in advance registered firearms as firearm to be accommodated in the stocker.

  In this way, by determining whether or not a firearm is registered in advance based on two or more types of information for identifying a firearm, it is determined as compared with the case of determining based on one type. The accuracy can be improved.

  In addition, the storage includes user specifying means (card reader 24) for acquiring user specifying information for specifying a user who intends to use the storage, and the user specifying means acquired by the user specifying means. User identification information transmitting means for transmitting user identification information to the central management computer, and in the identification information storage means, registered user information relating to a registered user who is permitted in advance to use the storage, The registered specific information that is registered in association with the registered specific information, and that the firearm discriminating means is stored in advance in the firearm specific information detected by the firearm detecting means and the specific information storage means. The user identification information acquired by the user identification means and the registered user information registered in association with the registration identification information, and Determining whether or not the firearm stored in the storage is a firearm registered in advance as a firearm to be stored, and whether or not the user who intends to use the storage is a registered user preferable.

  In this way, the storage is provided with user specifying means for reading information for identifying the user, and the specified information storage means is registered user information relating to users who are permitted to use the storage in advance. Is registered in association with the registration specific information. The firearm discriminating means, in addition to discriminating the firearm detected by the firearm detecting means, the user specifying information read by the user specifying means and the registered user information stored in the specific information storing means. By comparing, it is possible to determine whether or not a user who intends to use the storage is permitted in advance to use the storage. For this reason, it is possible to reliably prevent a user who is not permitted to use the storage from taking out the firearms illegally.

  The storage is installed in a firearm storage room (handgun storage room 1) having an entrance / exit, and the firearm storage room detects a user who attempts to pass through the entrance / exit. It is preferable to include an entry / exit management unit (central management computer 32) that includes a detection unit (RFID tag reader 14) and determines whether or not the user detected by the user detection unit is a pre-registered user. .

  In this way, in order to detect when the firearm storage room is entered and exited, and to determine whether the detected user is a registered user or not, the user enters or exits the firearm storage room. It can be managed automatically. Thereby, it is not necessary to manually manage entry into and exit from the firearm storage room, and the management burden can be reduced.

  According to the firearm management program of the present invention, the above problem includes a storage for storing firearms and a central management computer connected to the storage via a communication line, and uses the storage A firearm management program for managing the take-out and storage of firearms, wherein the firearm identification information for identifying the firearms to be stored in the storage is registered as registered identification information in the central management computer. Pre-stored registration specific information storage processing, and firearm reception processing for receiving firearm identification information for specifying a firearm stored in the storage from the storage via the communication line, Registration specific information reading process for reading out the registration specific information stored in the registration specific information storage process, the firearm specific information received in the firearm receiving process, and the registration specific information reading process A firearm discrimination that compares the registration specific information read out in step S1 to determine whether or not the firearm stored in the storage is a pre-registered firearm to be stored in the storage It is solved by executing the processing.

  Thus, since the central management computer automatically determines whether or not a pre-registered firearm is stored in the storage, it is not necessary to perform manual management. Also, because firearm identification information for identifying firearms is detected and compared with the information of the central management computer, the firearms are automatically identified. The discrimination accuracy is improved.

According to the firearm management system and firearm management program of the present invention, since the central management computer automatically determines whether or not a pre-registered firearm is stored in the storage, it is necessary to perform manual management. No. Therefore, the burden required for management of firearms can be reduced.
Further, according to the firearm management system and the firearm management program of the present invention, the firearm management is automatically determined by the central management computer. Certainty is increased. Therefore, compared with the case where it carries out manually, the discrimination precision of a firearm improves and it can discover an illegal act reliably.

  Further, according to the firearm management program of the present invention, since it is automatically determined whether or not a pre-registered firearm is stored in the storage, it is not necessary to perform manual management. Therefore, the management burden can be reduced.

  Hereinafter, an embodiment of the present invention will be described with reference to the drawings. It should be noted that members, arrangements, and the like described below do not limit the present invention, and it goes without saying that various modifications can be made in accordance with the spirit of the present invention.

  1 to 21 are explanatory diagrams of a firearm management system and a firearm management program according to an embodiment of the present invention, in which FIG. 1 is a conceptual diagram showing the overall configuration of the firearm management system, and FIG. FIG. 3 is a perspective view showing the outline of the electronic balance, FIG. 4 is a functional block diagram of the central management computer, and FIG. 5 is an explanatory view showing the data structure of the user authentication database. 6 is a flowchart showing the overall flow of the handgun management system, FIG. 7 is a flowchart showing the flow of entrance management of the handgun storage room, FIG. 8 is a flowchart showing the flow of opening and closing management of the personal storage, and FIG. FIG. 10 is a flowchart showing the flow of handgun take-out inquiry management, FIG. 11 is a flowchart showing the flow of handgun storage room exit management, and FIG. 12 is a table. Exemplary screen Details a depot usage in the apparatus, FIG. 13 is a screen example of displaying a depot usage in the display device, FIG. 14 is an example of a screen when warning display on the display device.

15 is a perspective view showing an electronic balance of the firearm management system according to the second and third embodiments, and FIG. 16 is a perspective view showing an electronic balance of the firearm management system according to the fourth embodiment. 17 is a conceptual diagram showing the overall configuration of the firearm management system according to the fifth embodiment, FIG. 18 is a perspective partial sectional view showing an outline of the handgun storage room of the firearm management system according to the sixth embodiment, and FIG. FIG. 20 is a perspective view showing an outline of an electronic balance of a firearm management system according to a sixth embodiment. FIG. 20 is an explanatory view showing a data structure of a user authentication database of the firearm management system according to the seventh embodiment. 21 is an example of a screen for displaying a list of user attendance statuses on the display device in the firearm management system according to the seventh embodiment.
In FIG. 1 and FIG. 2, in order to facilitate understanding of the invention, the storage room electronic lock 13, the entrance / exit door control panel 15, the storage electronic lock 23, and the storage control panel 25 that are originally invisible. The electronic balance 26 is indicated by a broken line. The same applies to FIGS. 17 and 18.

(First embodiment)
In each of the following embodiments, a system for managing a handgun is described as an example of a firearm. However, the firearm is not limited to a handgun, and may be a rifle, a machine gun, or the like.
First, a first embodiment of the present invention will be described. As shown in FIG. 1, the firearm management system includes a handgun storage room 1 (firearm storage room) for storing handguns, and a management room 3 for managing users using the handgun storage room 1. It has. The management room 3 is provided as a separate room from the handgun storage room 1 and is configured to be able to manage users of the handgun storage room 1 from a remote location. This ensures security when managing firearms.

  The handgun storage room 1 includes an entrance / exit door 11 that is openable / closable with respect to the entrance / exit, an opening / closing control device 12 provided at the entrance / exit door 11, and a storage room electronic lock provided at the entrance / exit door 11. 13, an RFID tag reader 14 provided on the outer wall of the handgun storage room 1, an opening / closing control device 12, a storage room electronic lock 13, and an entrance / exit door control panel 15 connected to the RFID tag reader 14, and an outer wall of the handgun storage room 1 And an external monitoring camera 17 provided outside the handgun storage room 1.

  Inside the handgun storage room 1, a personal storage 21 is arranged. As shown in FIGS. 1 and 2, the personal storage 21 includes a plurality of storage rooms each having an opening, and a plurality of storage doors 22 provided so as to be openable and closable with respect to the openings of the respective storage rooms. A storage electronic lock 23 provided in each storage door 22, a card reader 24 provided in the personal storage 21, a storage control panel 25 connected to the storage electronic lock 23 and the card reader 24, The electronic balance 26 provided in each storage room, the internal speaker 27 provided on the inner wall of the handgun storage room 1, and the internal monitoring camera 28 provided on the inner wall of the handgun storage room 1 are provided.

In the management room 3, a central control device 31, a central management computer 32, a display device 33, and an input device 34 are provided.
Each device in the handgun storage room 1 and the central control unit 31 in the management room 3 are electrically connected by a line 5 which is a communication line. Line 5 corresponds to the transmission means of the present invention.

The entrance / exit door 11 is provided at a position that closes the entrance / exit of the handgun storage room 1. An opening / closing control device 12 is provided inside the entrance / exit door 11, and the opening / closing control device 12 is electrically connected to an entrance / exit door control panel 15 (see FIG. 1). The opening / closing control device 12 opens and closes the entrance / exit door 11 by a control signal from the entrance / exit door control panel 15.
In addition, although the entrance / exit door 11 of this embodiment is a hinged door type door opened and closed in an arc shape with the side end portion on the handgun storage chamber 1 side as an axis, it may be a sliding door type that slides left and right.

The storage room electronic lock 13 is attached to the inside of the door main body in the vicinity of the door knob portion of the entry / exit door 11, and has a structure in which a rectangular dead bolt protrudes from the side of the entry / exit door 11.
An opening (not shown) is provided at a position corresponding to the dead bolt in the entrance / exit of the handgun storage room 1, and the dead bolt protruding from the entrance / exit door 11 is accommodated in the opening, thereby the entrance / exit door. 11 is locked. On the contrary, the entrance / exit door 11 is unlocked by immersing the dead bolt accommodated in the opening into the entrance / exit door 11.
The storage room electronic lock 13 is electrically connected to the entrance / exit door control panel 15 (see FIG. 1), and the entrance / exit door 11 is locked or unlocked by a control signal from the entrance / exit door control panel 15. .

The RFID tag reader 14 is a device for wirelessly reading the information of the RFID tag possessed by the user and transmitting it to the entrance / exit door control panel 15. The RFID tag reader 14 includes a reading device for reading the RFID tag. This reading device is installed on the outer wall surface of the handgun storage room 1 and the upper part of the entrance / exit door 11 on the inner wall surface.
The user has in advance a name tag with a built-in RFID tag. When the user stands in front of the entrance or exit of the entrance / exit door 11, the RFID tag reader 14 wirelessly reads the unique information stored in the RFID tag from the user's name tag and transmits it to the entrance / exit door control panel 15.
The RFID tag reader 14 corresponds to the user detection means of the present invention.

  Reading devices of the RFID tag reader 14 are installed outside and inside the handgun storage chamber 1. For this reason, when the user is about to enter the room, the external reader operates before the internal reader. Conversely, when the user is about to leave the room, the internal reader operates before the external reader. Therefore, it is possible to determine whether the user is going to enter or leave the room depending on which reading device is activated first.

  The article incorporating the RFID tag is not limited to a name tag, and any article may be used as long as it is attached to an article that is always carried by the user and can be read by the RFID tag reader 14. For example, if the user is a police officer, it may be incorporated in a police notebook or the like.

  Returning to FIG. 1, the entrance / exit door control panel 15 is a device that transmits the RFID tag information read by the RFID tag reader 14 to the central control device 31 of the management room 3. Further, the entrance / exit door control panel 15 is driven to open / close the entrance / exit door 11 by opening / closing the opening / closing control device 12 based on a control signal from the central control device 31, or to drive / lock the storage room electronic lock 13. Or it is comprised so that unlocking may be performed.

  The external speaker 16 is a device that outputs alarms and various announcements. The external speaker 16 is electrically connected to the central control device 31 via the line 5, and emits an alarm sound or an announcement sound based on an audio output signal transmitted from the central control device 31.

  The external monitoring camera 17 is a device that images the entrance / exit of the handgun storage room 1. The external monitoring camera 17 is installed facing the entrance / exit, and can capture a user who enters / exits the entrance / exit. The external monitoring camera 17 is connected to the central control device 31 and can transmit imaging data and receive control signals from the central control device 31. The captured image data is stored in the central management computer 32 and displayed on the display device 33.

  The external monitoring camera 17 of the present embodiment is always activated, and always captures images of users entering and exiting the entrance / exit. Note that a human body sensor or the like may be installed near the entrance / exit to detect the approach of the user, and the external monitoring camera 17 may be activated only when the user approaches the entrance / exit. By doing in this way, power consumption etc. can be reduced compared with the case where the external monitoring camera 17 is always driven.

Next, the interior of the handgun storage room 1 will be described.
In the handgun storage room 1, a personal storage 21 for storing handguns as storage objects is installed. The personal storage 21 is a locker type storage in which a plurality of storage rooms for storing and storing handguns are provided. A storage door 22 is provided at each opening of the storage room so as to be freely opened and closed.

  The storage door 22 is a hinged door similar to the entrance / exit door 11. The storage door 22 is provided with a transparent storage window 22a so that the inside of the storage room can be seen from the outside. Each storage door 22 is provided with a storage electronic lock 23. In addition, the storage door 22 is provided with a sensor (not shown) so as to output a signal corresponding to the open / close state of the storage door 22.

  The storage electronic lock 23 is attached in the vicinity of the door knob portion of the storage door 22, and a dead bolt can freely appear and disappear from the side surface of the storage door 22. The storage electronic lock 23 is electrically connected to the storage control panel 25 and is locked or unlocked based on a control signal from the storage control panel 25.

A card reader 24 is provided on the front side of the personal storage 21. The card reader 24 can read the card information recorded on the IC card and transmit it to the storage control panel 25 by sliding the IC card owned by the user with the reading unit of the card reader 24.
The card reader 24 corresponds to the user specifying means of the present invention. The card information stored in the IC card corresponds to user specifying information for specifying a user.

  The storage control panel 25 (see FIG. 1) is a device that transmits the IC card information read by the card reader 24 to the central control device 31. In addition, the storage control panel 25 transmits a signal for controlling the locking and unlocking of the storage electronic lock 23 to the storage electronic lock 23 in response to a control signal from the central control device 31, and locks and unlocks the storage electronic lock 23. Control.

  An electronic balance 26 is provided in each storage room. As shown in FIG. 3, the electronic balance 26 includes a pedestal 41 and a mounting table 42 disposed on the pedestal 41, and is configured to measure the weights of the handgun G and the magazine M mounted on the mounting table 42. Has been. That is, the electronic balance 26 is a firearm detection means for measuring these weights as firearm specifying information for specifying the handgun G and the magazine M, and also has a fixing means for fixing the handgun G and the magazine M in the storage chamber. Also serves as.

  The handgun G of this embodiment can remove the magazine M loaded with actual packages. The electronic balance 26 can individually fix the handgun G that is not loaded with the actual package and the magazine M that is loaded with the actual package. In this way, by separating and storing the handgun main body and the actual package, it is safe without causing an explosion in the storage room.

The pedestal 41 includes a computer inside, and can measure the weight of the handgun G and the magazine M mounted on the mounting table 42. The pedestal 41 is electrically connected to the central control device 31 via the line 5 and can transmit the total weight of the measured handgun G and the magazine M. In addition, the pedestal 41 is provided with a digital display unit 41 a so that the total weight of the handgun G and the magazine M measured by the pedestal 41 can be displayed.
The pedestal 41 can receive and analyze the detection signal of the contact sensor 43 attached to the mounting table 42.

  On the top surface of the mounting table 42, there are provided a handgun engraving section 42 a for mounting the handgun G with the magazine M extracted, and a magazine engraving section 42 b for mounting the magazine M. The handgun engraving portion 42a is a recess in which a shape substantially coinciding with the side shape of the handgun G is formed. The magazine engraving portion 42b is a rectangular recess that substantially matches the side shape of the magazine M.

Contact sensors 43 as surface shape detection means are disposed at a plurality of locations on the surface of the handgun engraving portion 42a (see FIG. 3A). The contact sensor 43 is a pressure-sensitive sensor that detects a change in pressure due to contact with an article, and the detection result is transmitted to a computer built in the pedestal 41. The contact sensor 43 is disposed at a position corresponding to a characteristic part such as a protrusion characteristic to the handgun G.
The contact sensor 43 corresponds to the firearm detection means of the present invention.

  When the user stores the handgun G in the storage chamber, the user inserts the handgun into the handgun engraving portion 42a (see FIG. 3B). The shape of the handgun engraving portion 42a is individually determined according to the type of the handgun G, and different types of handguns G cannot be fitted into the handgun engraving portion 42a. A detection signal is output from all of the plurality of contact sensors 43 only when a handgun G having a shape matching the handgun engraving portion 42a is fitted, and at least any of the cases where a handgun G whose shape does not match is fitted. The contact sensor 43 does not output a detection signal.

That is, when contact with the handgun G is detected by all of the contact sensors 43, it can be determined that the handgun G having a predetermined shape to be stored in the storage room is attached to the electronic balance 26. If contact is not detected by any of the sensors 43, it can be determined that the handgun G having a predetermined shape is not attached to the electronic balance 26.
The electronic balance 26 according to the present embodiment is a horizontal type in which the handgun G and the magazine M are laid down side by side, but may be a vertical type in which the gun handle portion of the handgun G is faced down.

  Returning to FIG. 2, an internal speaker 27 is provided on the wall surface of the handgun storage chamber 1. The internal speaker 27 is a device that outputs alarms and various announcements. The internal speaker 27 is electrically connected to the central control device 31 via the line 5 and emits an alarm sound, an announcement sound, or the like based on an audio output signal transmitted from the central control device 31.

  The internal monitoring camera 28 is installed with the front side of the personal storage 21 facing the front, and can capture a user who uses the personal storage 21. The internal monitoring camera 28 is connected to the central control device 31 and can transmit imaging data and receive control signals from the central control device 31. The internal monitoring camera 28 of the present embodiment is configured to start when the entry / exit door 11 opens when no one is in the handgun storage room 1 and to start imaging. However, the internal monitoring camera 28 may be constantly activated so that the inside of the handgun storage chamber 1 is always imaged.

Next, the management room 3 will be described.
As shown in FIG. 1, the central control unit 31 includes an entrance / exit door control panel 15, an external speaker 16, an external monitoring camera 17, a storage control panel 25, an electronic balance 26, an internal speaker installed in the handgun storage room 1. 27, electrically connected to the internal monitoring camera 28 via the line 5. The central control device 31 transmits and receives signals to and from these devices, and can be remotely controlled.

  More specifically, the central control device 31 receives RFID tag information from the RFID tag reader 14 via the entrance / exit door control panel 15 and transmits it to the central management computer 32. The central control device 31 transmits a control signal for performing opening / closing control of the entrance / exit door 11 to the entrance / exit door control panel 15 based on information transmitted from the central management computer 32. The entrance / exit door control panel 15 controls the opening / closing controller 12 based on the transmitted control signal to open / close the entrance / exit door 11.

  Similarly, the central control device 31 transmits a control signal for controlling the locking / unlocking of the storage room electronic lock 13 to the entrance / exit door control panel 15. The entrance / exit door control panel 15 drives and controls the storage room electronic lock 13 based on the transmitted control signal, and performs unlocking and locking.

  Further, the central control device 31 receives the IC card information from the card reader 24 via the storage control panel 25 and transmits it to the central management computer 32. Further, the central control device 31 transmits a control signal from the central management computer 32 to the storage electronic lock 23 via the storage control panel 25.

The central management computer 32 is a device that authenticates the user and transmits the authentication result to the central control device 31.
As shown in FIG. 4, the central management computer 32 generates the current time based on the CPU 50 as the arithmetic unit, the hard disk 51 as the storage device, the memory 52 as the temporary storage device, and the internal clock. A unit 53 and an input / output port 54 for exchanging data with the outside are provided.

  The hard disk 51 stores a user authentication database 56 in which a user's RFID tag, IC card information, weight information of the handgun G, and the like are stored in advance, and a user's take-out situation and entry / exit situation of the handgun G and the like. A usage status database 57 and a handgun management program 55 for authenticating a user based on these databases and acquiring a log of the status of taking out the handgun G are stored.

  The central management computer 32 is a means for specifying the above-mentioned handgun G and also serves as an entrance / exit management means of the present invention. The hard disk 51 and the user authentication database 56 correspond to specific information storage means of the present invention. Further, the CPU 50 and the handgun management program 55 correspond to the firearm discrimination means of the present invention.

In addition, the hard disk 51 includes an external monitoring camera video storage unit that stores video captured by the external monitoring camera 17 and an internal monitoring camera video storage unit that stores video captured by the internal monitoring camera 28. .
The memory 52 stores an entrance number counter and a card inquiry number counter, which will be described later.

As shown in FIG. 5, in the user authentication database 56, users who are permitted to use the personal storage 21 are registered in advance, and a unique “user ID 56a” is assigned to each user. It is remembered. Corresponding to each user ID 56a, "name 56b" which is information about the name of the user, "RFID tag information 56c" which is information stored in the RFID tag owned by the user, and the user “Storage number 56d” which is the number of the storage room that can be used, “IC card information 56e” which is information recorded on the IC card possessed by the user, and the handgun G to be stored in the storage room And “registered weight 56f” indicating the total weight of the magazine M are stored in advance.
The IC card information 56e corresponds to registered user information of the present invention. The registered weight 56f corresponds to the registration specifying information of the present invention.

  Here, the weight of the magazine M is a weight in a state in which a predetermined number of actual packages are loaded so as to be loaded in the magazine M. For example, when the number of actual packages to be loaded in the magazine M is determined to be five shots, the weight of the magazine M is the total weight of the empty magazine M and the weight of the five actual packages.

  Specifically, if the total weight of the handgun G and the empty magazine M is 810 g, one actual package is 8 g, and the number of loaded actual packages is five, the total weight of the handgun G and the magazine M is 850 g. The weight 56f is stored in the user authentication database 56. This value varies depending on the type of the handgun G, the weight of the actual package, the number of actual packages loaded, and the like.

Registration of the user ID 56 a, name 56 b, and storage number 56 d in the user authentication database 56 is performed by manual input by the manager in charge using the input device 34.
Similarly, for the RFID tag information 56c, the IC card information 56e, and the registered weight 56f, the information stored in advance in the RFID tag, the information recorded in the IC card, and the total weight of the registered handgun G and the actual package are numerical values. Data is input using the input device 34.

Alternatively, when the central management computer 32 has a “registration mode” that is a mode for storing registration information in the user authentication database 56, registration is performed when the registration weight 56 f and the like are stored in the user authentication database 56. Information may be input in the mode.
In this registration mode, when the handgun G registered in advance on the electronic balance 26 is placed under the supervision of the manager, the weight information is transmitted to the central management computer 32 and the registered weight 56f in the user authentication database 56 is obtained. Is remembered.

  Similarly, with respect to the RFID tag information 56c, the mode of the central management computer 32 is set to the registration mode, and the RFID tag held by the user is read by the RFID tag reader 14 under the supervision of the manager in charge. 56 pieces of RFID tag information 56c. The IC card information 56e is registered by the same method.

  The usage status database 57 includes “entrance time 57a” which is information on the time when the user enters the handgun storage room 1, “exit time 57b” which is information on the time when the user left, and the time when the handgun G is taken out. Information “take-out time 57 c”, information about the time when handgun G was stored “storage time 57 d”, and information about whether the user is currently entering or leaving the handgun storage room 1. The “entry / exit situation 57e” and the “takeout situation 57f” which is information indicating whether the handgun G is currently being taken out or stored are stored. These pieces of information are all stored in a rewritable state.

  The handgun management program 55 is based on the central management computer 32 based on the function of managing the user's entry and exit from the handgun storage room 1, the function of managing the opening and closing of the personal storage 21, and the weight of the detected handgun G and the like. This is a program for executing a function for managing taking-out and storage of the handgun G and the like.

First, the function of managing the user's entry and exit from the handgun storage room 1 by the handgun management program 55 will be described.
The central management computer 32 executes the handgun management program 55, inquires the RFID tag information read by the RFID tag reader 14 in the user authentication database 56, and the user (hereinafter referred to as a user) who has entered the room is registered in advance. Or “registered user”). If the RFID tag information 56c that matches the RFID tag information read by the RFID tag reader 14 is found in the user authentication database 56 as a result of the determination, the user ID 56a of the user is determined as the registered user. Extract.

  When there is a registered user, the central management computer 32 transmits an entry / exit permission signal that permits entry / exit of the registered user to the central control device 31. In response to the entrance / exit permission signal, the central control device 31 transmits a control signal for unlocking the storage room electronic lock 13 to the storage room electronic lock 13 via the entrance / exit door control panel 15. Thereby, the storage room electronic lock 13 is unlocked. Further, the central control device 31 receives the entrance / exit permission signal and transmits a control signal for opening the entrance / exit door 11 to the opening / closing control device 12 via the entrance / exit door control panel 15. Thereby, the entrance / exit door 11 is opened.

  On the other hand, if the RFID tag information 56c that matches the RFID tag information read by the RFID tag reader 14 does not exist in the user authentication database 56, the user ID 56a is not extracted because the user is not a registered user. When there is no registered user, the central management computer 32 does not transmit an entry / exit permission signal to the central controller 31. For this reason, the storage room electronic lock 13 remains locked.

  The handgun management program 55 opens the entry / exit door 11 and stores the entry time 57a in the use situation database 57 as the entry time 57a, and sets the entry / exit situation 57e to “in entry”. Further, the time when the user leaves the entrance / exit door 11 is stored in the use status database 57 as the exit time 57b, and the entrance / exit status 57e is set to “exited”.

Next, a function for managing opening / closing of the personal storage 21 by the handgun management program 55 will be described.
The central management computer 32 executes the handgun management program 55, inquires the IC card information read by the card reader 24 in the user authentication database 56, and a user who intends to use the personal vault 21 registers and uses it. It is discriminate | determined whether it is a person. As a result of the determination, if the IC card information 56e that matches the IC card information read by the card reader 24 exists in the user authentication database 56, the user is assumed to be a registered user, and the user ID 56a of the user is set. Extract.

  When there is a registered user, the central management computer 32 transmits a storage use permission signal indicating that the registered user exists to the central control device 31. The central control device 31 receives the storage use permission signal and transmits a control signal for unlocking the storage electronic lock 23 to the storage electronic lock 23 via the storage control panel 25. Thereby, the storage electronic lock 23 is unlocked.

  On the other hand, if the IC card information 56e that matches the IC card information read by the card reader 24 is not in the user authentication database 56, the user ID 56a is not extracted because the user is not a registered user. When there is no registered user, the central management computer 32 does not transmit a storage use permission signal to the central control device 31. For this reason, the storage electronic lock 23 remains locked.

Next, the function of managing the taking-out / storage of the handgun G or the like based on the detected weight of the handgun G or the like by the handgun management program 55 will be described.
The central management computer 32 temporarily stores the user ID 56a of the registered user who has been authenticated in the memory 52 at the time of user authentication using the IC card.

  When the user stores the handgun G and the magazine M in the storage room, the central management computer 32 inquires the total weight of the handgun G and the magazine M measured by the electronic balance 26 in the user authentication database 56. First, the above-described user ID 56a is read out, and a registered weight 56f stored in association with the user ID 56a is acquired. Then, the total weight of the handgun G and the magazine M measured by the electronic balance 26 is compared with the acquired registered weight 56f to determine whether or not they match.

If they match, it is determined that the handgun G and the magazine M have been properly stored. In this case, the handgun management program 55 stores the time when the handgun G is stored in the use state database 57 as the storage time 57d and sets the carry-out state 57f to “stored”.
Conversely, when the actual package is fired or lost, the weight measured by the electronic balance 26 and the registered weight 56f in the user authentication database 56 do not match. Similarly, when the false handguns G having different weights are mounted on the handgun engraving portion 42a, they do not coincide with each other. If they do not match, a warning sound is emitted from the internal speaker 27 and a warning is displayed on the display device 33.

When the user takes out the handgun G and the magazine M from the storage room, the central management computer 32 determines whether or not the total weight of the handgun G and the magazine M measured by the electronic balance 26 is “0”. .
As a result, when it is “0”, it is determined that the handgun G and the magazine M are appropriately taken out. In this case, the handgun management program 55 stores the time when the handgun G was taken out as the take-out time 57c in the utilization state database 57 and sets the carry-out state 57f to “being taken out”.

  As described above, the central management computer 32 manages the removal and storage of the handgun G and the magazine M. As a result, the actual package can be reliably prevented from being stolen or lost. In addition, since a warning is given even when the user has failed to report even though the actual package is used, the person in charge of management can surely grasp the usage status of the actual package.

  Further, even if a fake handgun G (for example, a plastic imitation product or the like) that can be fitted to the handgun engraving unit 42a is mounted, if it is different in mass from the real handgun G, it is stored in the user authentication database 56. The measured mass and the mass measured by the electronic balance 26 do not match, and a warning is issued. For this reason, even if a false handgun G is set on the electronic balance 26 and an attempt is made to deceive the real handgun G, this can be reliably detected.

  Note that the use of the handgun G or the magazine M may cause wear or dirt to adhere, resulting in a variation in weight error. Considering such a case, a slightly allowable range (for example, a range of ± 1.0 g) may be set for the registered weight 56f. In this case, if the total weight measured by the electronic balance 26 is within this range, it is determined that it matches the registered weight 56f.

  The external monitoring camera video storage unit and the internal monitoring camera video storage unit store videos of the external monitoring camera 17 and the internal monitoring camera 28, respectively. All images captured by the external monitoring camera 17 and the internal monitoring camera 28 can be displayed on the display device 33.

Next, a handgun management flow executed by the handgun management program 55 will be described with reference to FIGS.
FIG. 6 shows the main routine of the handgun management flow. As shown in this figure, it is determined whether or not the RFID tag reader 14 is activated (step S1). If activated ("Y" in step S1), it is determined which reader of the RFID tag reader 14 has been activated first, and whether the user is entering the handgun storage room 1 or leaving the room. It discriminate | determines (step S2). As a result, when entering the room (“Y” in step S2), a handgun storage room entry management routine (step S3) for managing the user's entry into the handgun storage room is executed.
On the other hand, when the user wants to leave the room ("N" in step S2), a handgun storage room exit management routine (step S4) for managing the user's exit from the handgun storage room is executed.

  If the RFID tag reader 14 is not operating (“N” in step S1), it is determined from the operating status of the card reader 24 whether or not the personal storage 21 is being opened (step S5). As a result, if it is activated (“Y” in step S5), it is determined that the user is using the personal storage 21 and the personal storage 21 is opened and closed. A management routine (step S6) is performed.

Next, it is determined whether the user is about to take out or store the handgun G based on the state 57f stored in the use state database 57 (step S7). If it is “medium” (“Y” in step S7), it is determined that the user intends to store the handgun G, and a handgun storage inquiry management routine for managing the storage of the handgun G is executed (step S8). On the other hand, if the handgun G is “stored” (“N” in step S7), it is determined that the user is going to take out the handgun G, and the handgun reference management for managing the handout of the handgun G is determined. A routine is executed (step S9).
If the card reader 24 is not activated (“N” in step S5), the process is terminated. The gun G is managed by performing the above-described series of main routines.

Next, the gun storage room entry management routine (step S3 in FIG. 6) will be described with reference to FIG.
First, it is confirmed whether or not there is already a person in the handgun storage room 1 based on whether or not the value of the occupancy counter stored in the memory 52 is “0” (step S11). If the occupancy counter is “0” (“Y” in step S11), it is determined that there is no person in the room and the internal monitoring camera 28 is not activated, and this is activated to make it ready for imaging. (Step S12). If the occupancy counter is not “0” (“N” in step S11), there is a person who has already entered the room, and the internal monitoring camera 28 is activated, so the process proceeds to step S13 described later without performing activation processing. .

  The RFID tag information of the user is read by the RFID tag reader 14 (step S13). The user's RFID tag information read by the RFID tag reader 14 is digitized in the apparatus and transmitted to the central management computer 32 via the central control apparatus 31. The CPU 50 of the central management computer 32 executes the gun management program 55, searches the user authentication database 56, and RFID tag information 56c that matches the RFID tag information read by the RFID tag reader 14 is stored in the user authentication database 56 in advance. It is determined whether or not it is stored (step S14).

  As a result, if any of the RFID tag information 56c in the user authentication database 56 matches the read RFID tag information, the user who is going to enter the room is registered in the user authentication database 56 in advance. "(" Y "in step S14). And the unlocking process of the storage room electronic lock 13 is performed (step S15), and the door opening process which opens the door of the entrance / exit door 11 is performed (step S16). Thereby, a user can enter the room.

  On the other hand, if the read RFID tag information does not match any of the RFID tag information 56c in the user authentication database 56, it is determined that the user who intends to enter the room is not a registered user ("N" in step S14). . And after issuing an alarm with the external speaker 16 (step S17), it returns to step S13.

  Returning to step S16 again, in order to count the number of users entering the handgun storage room 1, the in-counter counter is incremented every time the RFID tag reader 14 is activated (step S18). Then, the current time is stored in the room entry time 57a of the user who has entered the room in the use situation database 57, and the room entry / exit situation 57e is rewritten to "in-room" (step S19).

  Thereafter, the operating status of the RFID tag reader 14 is checked again, and it is determined whether there is no entry / exit for a predetermined time (step S20). As a result, if there is an entry / exit ("N" in step S20), the process returns to step S13.

On the other hand, if there is no entry / exit for a predetermined time (“Y” in step S20), the entry / exit door 11 is closed (step S21), and the storage room electronic lock 13 is locked (step S22).
By the above processing, a plurality of users can enter the room while the entrance / exit door 11 is open.

  In addition, it is good also as an embodiment which restrict | limits the number of persons who can enter the gun storage room 1 to one person. However, in this embodiment, by counting the number of users as described above, a plurality of people can enter and leave at the same time without limiting the number of people entering the room. Thereby, the user is not crowded at the entrance and exit, and the convenience when using the handgun storage room 1 can be improved as compared with the case where the number of people entering the room is limited to one.

Next, with reference to FIG. 8, the personal storage open / close management routine (step S6 in FIG. 6) will be described.
At the start of the personal vault opening / closing management routine, first, the value of the card inquiry count counter is initialized, and the inquiry count is set to “0” (step S31).

A user who has entered the handgun storage room 1 uses the card reader to store unique information stored in the IC card in order to take out and store the handgun G from a predetermined storage room in the personal storage room 21. The operation of reading in 24 is performed.
The user's IC card information is read by the card reader 24 (step S32) and transmitted to the central management computer 32 via the central control unit 31.

Next, it is determined whether or not the read IC card information matches any of the IC card information 56e registered in advance in the user authentication database 56 (step S33). As a result, if there is matching IC card information 56e, it is determined that the user who intends to use the personal vault 21 is a “registered user” registered in the user authentication database 56 in advance (step S33). “Y”). Next, the user ID 56a is extracted from the user authentication database 56 and stored in the memory 52 (step S34).
Further, the storage number 56d corresponding to the user ID 56a is extracted, and an unlocking instruction signal is transmitted to the central controller 31 so as to unlock the storage electronic lock 23 of the storage room corresponding to the user ID 56a (step S35). ). The central controller 31 transmits an unlocking control signal to the storage control panel 25, and unlocks the storage electronic lock 23. As a result, the user can open the storage door 22 having the storage number 56d.

On the other hand, if the IC card information read by the card reader 24 and the IC card information 56e registered in the user authentication database 56 do not match ("N" in step S33), the central management computer 32 determines the number of inquiries. If the value of the number of inquiries is smaller than 3 (“N” in step S36), a reconfirmation instruction voice for instructing the user to read the IC card again is sent to the internal speaker 27. (Step S37). Further, the number of inquiries is incremented (step S38), and the process returns to step S32.
Thereafter, steps S32, S33, and S36 to S38 are sequentially repeated to instruct IC card authentication and reconfirmation, and reconfirmation is performed until authentication fails a total of three times.

  If the value of the number of inquiries is 3 or more in step S36, that is, if the IC card authentication fails three times, it is possible that the suspicious person is trying to open the personal vault 21. Do not let it. First, the IC card reading process by the card reader 24 is stopped, and an alarm sound is generated by the internal speaker 27 (step S39). Subsequently, a warning display indicating that an abnormality has occurred is performed on the display device 33 of the management room 3 (step S40).

  After the warning is displayed, the manager of the management room 3 confirms the abnormality and, as a result, determines that there is no problem, the manager will manually cancel the reading stop state of the card reader 24 (“Y” in step S41). ). As a result, the process returns to step S31, and the card reader 24 returns to a readable state. If not canceled (“N” in step S41), the process returns to step S39 and the warning display is continued.

Next, the gun storage inquiry management routine (step S8 in FIG. 6) will be described with reference to FIG.
In order to store the handgun G, the user opens the storage door 22 unlocked by the storage electronic lock 23, and installs the handgun G on the mounting table 42 of the electronic balance 26 installed in the storage room. Thereby, the contact detection information and weight information by the contact sensor 43 of the mounting table 42 are read by the computer built in the pedestal 41 and transmitted to the central management computer 32 via the central control device 31 (step S51).

  The central management computer 32 determines whether or not contact has been detected by all the contact sensors 43 (step S52). As a result, when contact is detected by all the contact sensors 43 (“Y” in step S52), it is determined that the predetermined handgun G is placed on the placement table 42, and the next handgun G placed thereon. The weight is inquired (step S53).

  In the weight inquiry of the handgun G, the total weight of the handgun G and the magazine M measured by the electronic balance 26 is transmitted to the central management computer 32 via the central controller 31. Based on the user ID 56 a stored in step S 34, the central management computer 32 acquires the registered weight 56 f corresponding to this from the user authentication database 56 and stores it in the memory 52. Next, it is checked whether or not the total weight transmitted from the electronic balance 26 matches the stored registered weight 56f (step S54). As a result, if both match ("Y" in step S54), it is determined that the handgun G and the magazine M registered in advance as those of the user are stored.

  Next, it is determined whether or not the storage door 22 is closed (step S55). If the storage door 22 is closed (“Y” in step S55), the storage electronic lock 23 is locked (step S56), and a take-out situation 57f corresponding to the user ID 56a in the usage situation database 57 is displayed. It is rewritten to “stored” (step S57). On the other hand, if the storage door 22 is not closed (“N” in step S55), it stands by.

  When no contact is detected by all the contact sensors 43 and either one is non-contact (“N” in step S52), or the total weight measured by the electronic balance 26 does not match the registered weight 56f (step “N” in S54) determines that the registered handgun G or the like has not been properly stored.

  In this case, it is conceivable that a counterfeit product or the like is stored and a case where the user simply opens and closes the storage door 22. Therefore, it is first determined whether or not the storage door 22 is closed by the sensor of the storage door 22 (step S58). If the storage door 22 is closed (“Y” in step S58), the handgun G measured by the electronic balance 26 is used. It is determined whether or not the total weight of the magazine M is “0” (step S59).

As a result, when the total weight is not “0” (“N” in step S59), it is determined that there is a possibility that a suspicious object or the like is placed on the electronic balance 26, and an alarm is sounded (step S60). Then, a warning is displayed on the display device 33 (step S61).
After the warning is displayed, the person in charge of management in the management room 3 confirms the abnormality, and if it is determined that there is no problem as a result, the person in charge of management manually releases the warning (“Y” in step S62). If released, the process returns to the main routine. If not released, the warning display is continued ("N" in step S62).

  On the other hand, when the total weight is “0” (“Y” in step S59), nothing is placed on the electronic balance 26, and the user simply opens and closes the storage door 22. If not, return to the main routine.

Next, the gun shooting inquiry management routine (step S9) will be described with reference to FIG.
The user opens the storage door 22 unlocked by the storage electronic lock 23 and takes out the gun G from the mounting table 42 of the electronic balance 26 installed in the storage room. Thereby, the contact detection information and weight information by the contact sensor 43 of the mounting table 42 are read by the computer built in the pedestal 41 and transmitted to the central management computer 32 via the central control device 31 (step S71).

  The central management computer 32 determines whether or not contact has been detected by all the contact sensors 43 (step S72). As a result, if no contact is detected by any of the contact sensors 43 (“Y” in step S72), it is determined that the handgun G has been taken out of the mounting table 42, and then the weight of the electronic balance 26 is inquired (step S73). ).

  In the weight inquiry, the weight measured by the electronic balance 26 is transmitted to the central management computer 32 via the central controller 31. The central management computer 32 checks whether or not the total weight measured by the electronic balance 26 is “0” (step S74). As a result, if the total weight is “0” (“Y” in step S74), it is determined that the handgun G or the like has been properly taken out.

  Next, it is determined whether or not the storage door 22 is closed (step S75). If it is closed (“Y” in step S75), the storage electronic lock 23 is locked (step S76), and the take-out situation 57f corresponding to the user ID 56a in the use situation database 57 is “take-out”. It is rewritten to “medium” (step S77). On the other hand, if the storage door 22 is not closed (“N” in step S75), it stands by.

  When contact is detected by any of the contact sensors 43 (“N” in step S72), or when the total weight measured by the electronic balance 26 is not “0” (“N” in step S74), the handgun It is determined that G or the like was not properly taken out.

  In this case, there are a possibility that a suspicious object or a counterfeit product is placed, and a case where the user simply opens and closes the storage door 22. Therefore, it is first determined whether or not the storage door 22 is closed by the sensor of the storage door 22 (step S78). If the storage door 22 is closed ("Y" in step S78), the weight measured by the electronic balance 26 is determined. Then, it is determined whether or not it matches the registered weight 56f corresponding to the user ID 56a (step S79).

  As a result, if the measured weight and the registered weight 56f do not match, it is determined that there is a possibility that a suspicious object or the like is placed on the electronic balance 26, and an alarm is sounded (step S80). A warning is displayed (step S81). After the warning is displayed, the manager in charge of the management room 3 confirms the abnormality, and if it is determined that there is no problem as a result, the manager in charge manually cancels the warning (step S82). If canceled, the process returns to the main routine, and if not canceled, the warning display is continued.

  On the other hand, when the measured weight matches the registered weight 56f, the suspicious object or the like is not placed and the handgun G and the magazine M are placed as they are, so the user simply opens and closes the storage door 22. It is judged that it is only, and it returns to the main routine.

Next, the gun storage room exit management routine (step S4) will be described with reference to FIG.
The RFID tag information of the user is read by the RFID tag reader 14 (step S91). The user's RFID tag information read by the RFID tag reader 14 is digitized in the apparatus and transmitted to the central management computer 32 via the central control apparatus 31. The CPU 50 of the central management computer 32 executes the gun management program 55, searches the user authentication database 56, and RFID tag information 56c that matches the RFID tag information read by the RFID tag reader 14 is stored in the user authentication database 56 in advance. It is determined whether or not it is stored (step S92).

  As a result, if any of the RFID tag information 56c in the user authentication database 56 matches the read RFID tag information, the user who is about to leave the room is registered in the user authentication database 56 in advance. "(" Y "in step S92). Then, the storage room electronic lock 13 is unlocked (step S93), and the door opening process for opening the door of the entrance / exit door 11 is performed (step S94). Thereby, the user can leave the room.

  On the other hand, if the read RFID tag information does not match any of the RFID tag information 56c in the user authentication database 56, it is determined that the user who is leaving the room is not a registered user ("N" in step S92). . Then, after an alarm is output from the internal speaker 27 (step S95), the process returns to step S91.

  Returning again to step S94, in order to count the number of users leaving the handgun storage room 1, the number-of-entry counter is decremented every time the RFID tag reader 14 is operated (step S96). Then, the current time is stored in the leaving time 57b of the user who has left the room in the use situation database 57, and the entry / exit situation 57e is rewritten to "leaved" (step S97).

  Thereafter, the operating status of the RFID tag reader 14 is checked again, and it is determined whether there is no entry for a predetermined time (step S98). As a result, if there is a room entry ("N" in step S98), the process returns to step S91.

On the other hand, if there is no entry for a predetermined time (“Y” in step S98), the entry / exit door 11 is closed (step S99), and the storage room electronic lock 13 is locked (step S100).
With the above processing, a plurality of users can leave the room while the entrance / exit door 11 is open.

  Next, when the number of people leaving the room is not “0” (“N” in step S101), the stay time from the entry to the present is calculated based on the entry time 57a and the current time in the usage status database 57, and is determined in advance. It is determined whether or not the user stays exceeding the stay time (for example, 60 minutes) (step S103). As a result, if the planned stay time is exceeded (“Y” in step S103), an announcement voice prompting the user to leave the room is output from the internal speaker 27 (step S104). If not, the process returns to step S91.

  After the announcement, the staying time of the user is acquired again (step S105), and it is further determined whether or not a certain time has passed (step S106). As a result, if a certain time has passed ("Y" in step S106), it is determined that there is a possibility that a suspicious person is sitting in the handgun storage room 1, and the door 11 is unlocked from the room. Is disabled (step S107). Subsequently, an alarm is output from the internal speaker 27 (step S108), and a warning display indicating that an abnormality has occurred is displayed on the display device 33 (step S109).

  After the warning is displayed, the person in charge of management in the management room 3 confirms the abnormality and, as a result, determines that there is no problem, the person in charge of management releases the unlocking control, the sound of the alarm, and the warning display (step S110) "Y"). If not canceled, the warning display is continued ("N" in step S110).

  Thus, when there is a suspicious person who stays in the gun storage room 1 for a long time, it can be confined in the gun storage room 1, so that the suspicious person can be prevented from escaping and captured easily. Thereby, illegal taking-out of the handgun G and the actual package can be prevented in advance.

The central management computer 32 manages entry / exit by the above flow.
Next, the outline of the processing flow will be described separately for the case where the user stores the handgun G or the like and the case where the user takes it out.

(When storing a gun)
When the user stores the handgun G, the flow is as follows.
First, when the user stands in front of the entrance / exit of the handgun storage room 1 to store the handgun G, the RFID tag reader 14 is activated (step S1), and the RFID tag possessed by the user is read. Next, it is determined whether the user is going to enter or leave the room (step S2). In this case, since the user is about to enter the room, the handgun storage room entry management routine (step S3) is executed, and the process ends (end).

  Next, the process proceeds to the handgun storage room 1. Thereafter, the operation returns to the start again, and the operation status of the RFID tag reader 14 is confirmed. Next, the operating status of the card reader 24 of the personal storage 21 is confirmed (step S5). When the user performs an operation for causing the card reader 24 to read the information on the IC card, a personal storage cabinet opening / closing management routine is executed (step S6), and the storage cabinet electronic lock 23 is opened and closed.

  Subsequently, the take-out status 57f of the usage status database 57 is referred to. In this case, since the user is trying to store the handgun G, the carry-out state 57f is “being taken out”. Next, a handgun storage inquiry management routine is executed (step S8), and the process is terminated (end).

Next, the process moves out of the handgun storage room 1. Returning to the start again, when the user stands in front of the entrance / exit of the handgun storage room 1, the RFID tag reader 14 operates (step S1) and reads the RFID tag possessed by the user. Next, it is determined whether the user is going to enter or leave the room (step S2).
In this case, since the user is about to leave the room, the handgun storage room entry management routine (step S4) is executed, and the process ends (end).

(When taking out a gun)
When the user takes out the gun G, the flow is as follows.
Since the processing when the user enters the room and when the personal storage 21 is opened and closed is the same as the above-described “case where the handgun is stored”, detailed description thereof is omitted.
As an outline of the processing, first, when the user enters the room, the processing is executed in the order of step S1, step S2, and step S3, and then the processing ends (end), and then the user opens and closes the personal storage 21. When doing so, step S5 and step S6 are sequentially executed.

Subsequently, the take-out status 57f of the usage status database 57 is referred to. In this case, since the user is trying to take out the handgun G, the carry-out state 57f is “stored”. For this reason, next, a gun shooting inquiry management routine is executed (step S9), and the process is ended (end).
Finally, the handgun storage room entrance management routine (step S4) is executed in the same manner as in the above-described case of storing the handgun, and the process is terminated (end).

Next, a display screen on the display device 33 will be described.
On the display screen of the display device 33, as shown in FIG. 12, the usage status is highlighted for each storage room so that an outline of the storage usage status can be understood.

  The central management computer 32 refers to the entry / exit situation 57e and the take-out situation 57f of the use situation database 57, and based on the respective combinations, “take-out (in-room)”, “take-out (leave-out)” , “Contained (entering room)” or “contained (exited)” is determined. And based on this discrimination | determination result, the color of each storage room is changed and it highlights. The highlight display list is displayed on the right side of the screen. By comparing the highlight display with the highlight display of each storage room, the usage status of each storage room can be determined at a glance.

  FIG. 13 shows a detailed display screen of the storage usage status. As shown in this figure, on the detailed display screen, the name, take-out time, storage time, entry time, and exit time of the user are displayed for each storage. Thereby, the person in charge of management can easily know the details of each storage.

  FIG. 14 shows an example of the abnormality display screen in step S109 of FIG. As shown in this figure, when the staying time of the user exceeds a certain level, control is performed so that the entrance / exit door 11 cannot be opened from the inside of the gun storage room 1, and a warning dialog is displayed on the display device 33. The fact that there is a suspicious person in the handgun storage room 1 is displayed. In this way, by displaying an abnormality on the display device 33, it is possible to confirm that an abnormality has occurred when the person in charge of management in the management room 3 confirms the display device 33. The person in charge of management can respond quickly.

On the abnormality display screen, the images of the external monitoring camera 17 and the internal monitoring camera 28 stored in the external monitoring camera video storage unit and the internal monitoring camera video storage unit may be displayed.
In this case, it is preferable to add a time stamp indicating the date and time to the video stored in each storage unit, and display only the video in the time zone where the abnormality occurred. In this way, it is not necessary to verify all the images of the surveillance camera stored for a long time, and it is possible to quickly find an abnormality by verifying only the images in the necessary time zone. As a result, the person in charge of management can quickly respond to the abnormality.

  For example, when the user is a police officer, the police officers may be dispatched at the same time when an emergency occurs. In such a case, the entrance / exit door 11 and the storage door 22 may be unlocked all at once using a special key according to an instruction from the manager in charge without performing the above-described management.

  In the event of a power failure, the electrode supply source may be switched to a backup generator or storage battery. When a trouble in the electric system occurs, the entrance / exit door 11 and the storage door 22 may be unlocked simultaneously using a special key according to the instruction of the right holder. At this time, since it takes time to manually unlock the storage door 22 one by one, it may be possible to simultaneously unlock with one key. In addition, the personal storage 21 is divided into a plurality of blocks, and power is supplied by separate electric systems. When an electric system trouble occurs, only the trouble block is unlocked all at once, and the other blocks are Ordinary authentication may be performed.

(Second Embodiment)
Next, a firearm management system according to a second embodiment of the present invention will be described.
In the first embodiment described above, the shape of the handgun G is identified using the contact sensor 43. However, in this embodiment, firearm identification information for identifying the handgun G is obtained by a method different from this. It is characterized by that.

As shown in FIG. 15A, in this embodiment, a handgun imaging camera 44 is provided in the storage room as an imaging means so that the handgun G installed on the mounting table 42 of the electronic balance 26 can be imaged. It is configured. An image processing device (not shown) is connected to the handgun imaging camera 44. The image processing apparatus is an apparatus that performs image processing of the handgun G imaged by the handgun imaging camera 44, extracts feature points based on luminance and the like, and transmits them to the central management computer 32.
The handgun imaging camera 44 corresponds to the firearm detection means of the present invention.

  Although not shown in the figure, the user authentication database 56 of the central management computer 32 stores the feature point data of the handgun G registered as stored in the storage room in advance as registered image information. . This registered image information is stored in association with the registered weight 56f for each user ID.

  The handgun management program 55 executes a process of acquiring image information from the handgun imaging camera 44 in place of the process of acquiring surface shape information from the contact sensor 43 (step S51) in the handgun storage inquiry management routine (see FIG. 9). . Further, in place of the subsequent determination process by the contact sensor 43 (step S52), a process of comparing the image information transmitted from the handgun imaging camera 44 with the registered image information of the user authentication database 56 is performed.

  In addition, the handgun management program 55 is a handgun take-out inquiry management routine (see FIG. 10), a process of acquiring image information from the handgun imaging camera 44 instead of the process of acquiring surface shape information from the contact sensor 43 (step S71). Execute. Further, in place of the determination process in the subsequent contact sensor 43 (step S72), a process of comparing the image information transmitted from the handgun imaging camera 44 with the registered image information in the user authentication database 56 is performed.

  When the handgun G is placed on the mounting table 42, the handgun G is imaged by the handgun imaging camera 44, and the image data is transmitted to the image processing apparatus connected to the handgun imaging camera 44. In the image processing apparatus, the captured data is subjected to image analysis to extract feature points, and the feature point data (image information) is transmitted to the central management computer 32 as firearm identification information. In the central management computer 32, the transmitted image information and the registered image information in the user authentication database 56 are compared and determined, and whether or not the handgun G placed on the placing table 42 is a handgun G registered in advance. Is determined.

At the same time, the total weight of the handgun G and the magazine M is measured by the electronic balance 26, and compared with the registered weight 56f by the central management computer 32 as in the first embodiment.
As a result, the image information transmitted from the handgun imaging camera 44 matches the registered image information in the user authentication database 56, and the total weight transmitted from the electronic balance 26 matches the registered weight 56f in the user authentication database 56. In this case, it is determined that the stored handgun G is a pre-registered handgun G.

  Thus, by making a determination based on the image of the handgun G, it is not necessary to provide the engraving portion on the mounting table 42 as in the first embodiment described above. For this reason, the cost required for processing the mounting table 42 can be reduced. Also, by changing the registered image information stored in the user authentication database 56, the registered handgun G can be easily changed to another type.

(Third embodiment)
Next, a firearm management system according to a third embodiment of the present invention will be described.
In this embodiment, as shown in FIG. 15B, a wireless tag 45 (information storage medium) is attached to the handgun G in advance, and a wireless tag reader 42c as a unique information detecting means is installed on the mounting table 42. Yes. The handgun G stores unique information that does not overlap or is unlikely to overlap with other handguns G. The wireless tag reader 42 c reads out the unique information recorded in the wireless tag 45 and transmits it to the central management computer 32. Although not shown in the figure, in the user authentication database 56 of the central management computer 32, the unique information of the pre-registered handgun G to be stored in the storage room is stored in advance as registered unique information. This registration unique information is stored in association with the registered weight 56f for each user ID.
The wireless tag reader 42c corresponds to the firearm detection means of the present invention.

  The handgun management program 55 uses the handgun storage inquiry management routine (see FIG. 9) to replace the process of acquiring surface shape information from the contact sensor 43 (step S51) with the unique information stored in the wireless tag 45 from the wireless tag reader 42c. Execute the acquisition process. Further, instead of the subsequent determination process by the contact sensor 43 (step S52), a process of comparing the unique information transmitted from the wireless tag reader 42c with the registered unique information in the user authentication database 56 is performed.

  In addition, the handgun management program 55 is stored in the wireless tag 45 from the wireless tag reader 42c in place of the process (step S71) of acquiring surface shape information from the contact sensor 43 in the handgun take-out inquiry management routine (see FIG. 10). Execute processing to acquire unique information. Further, instead of the subsequent determination process by the contact sensor 43 (step S72), a process of comparing the unique information transmitted from the wireless tag reader 42c with the registered unique information in the user authentication database 56 is performed.

  When the handgun G is placed on the placing table 42, the unique information stored in the wireless tag 45 of the handgun G is read by the wireless tag reader 42 c as the firearm identification information and transmitted to the central management computer 32. In the central management computer 32, the unique information transmitted from the wireless tag reader 42c and the registered unique information in the user authentication database 56 are compared and determined, and the handgun G placed on the placement table 42 is the handgun G registered in advance. It is determined whether or not there is.

At the same time, the total weight of the handgun G and the magazine M is measured by the electronic balance 26, and compared with the registered weight 56f by the central management computer 32 as in the first embodiment.
As a result, the unique information transmitted from the wireless tag reader 42c matches the registered unique information in the user authentication database 56, and the total weight transmitted from the electronic balance 26 matches the registered weight 56f in the user authentication database 56. Then, it is determined that the stored handgun G is a pre-registered handgun G.

  In this way, by attaching the wireless tag 45 to the handgun G, it is not necessary to provide an engraving portion on the mounting table as in the first embodiment described above, thereby reducing the cost required for processing the mounting table. It becomes possible. Further, by changing the registration specific information stored in the user authentication database 56, the registered handgun G can be easily changed to another type.

  Furthermore, in this embodiment, at least two types of information of weight information and other information are detected as information for specifying the handgun G and the like, and the handgun G and the like are detected based on the firearm specifying information. It is determined whether or not it has been registered in advance. For this reason, compared with the case where it discriminate | determines based on one type of information, it becomes possible to improve discrimination accuracy.

  In the above embodiment, the handgun G or the like is determined based on two types of information, but may be determined based on three or more types of information. In this case, based on the combination of three or more types of information selected from the weight information, surface shape information, image information, and unique information stored in the information storage medium provided in the handgun G, It is preferable to make a determination.

(Fourth embodiment)
Next, a firearm management system according to a fourth embodiment of the present invention will be described.
In the first embodiment described above, the total weight of the hand gun G and the actual package not loaded with the actual package is measured, but this embodiment is characterized in that the weight of the hand gun G and the weight of the actual package can be individually measured. .
As shown in FIG. 16, the present embodiment is different from the first embodiment in that an electronic balance 90 for actual packaging is provided in addition to the electronic balance 80 for the gun as an electronic balance. The handgun electronic balance 80 and the actual packaging electronic balance 90 are installed in one storage chamber. The handgun electronic balance 80 corresponds to the unloaded firearm detection means of the present invention, and the actual packaging electronic balance 90 corresponds to the actual package detection means of the present invention.

The handgun electronic balance 80 includes a handgun base 81 and a handgun mounting base 82. The handgun mounting table 82 has the same configuration as that of the mounting table 42 of the first embodiment. A handgun mounting unit 82a is formed on the surface, and a plurality of contact sensors 83 are provided.
On the other hand, the actual packaging electronic balance 90 includes an actual packaging base 91 and an actual packaging platform 92. The actual packaging mounting table 92 has actual packaging engraving portions 92 a that are slightly larger than the side shape of the actual packaging B, as many as the actual packaging B.

  In the user authentication database 56 of the first embodiment, the total weight of the handgun G and the actual package B to be accommodated in the storage room is stored as the registered weight 56f. In the present embodiment, the actual package is not loaded. The weight of the handgun G and the weight of the actual package B are stored separately. That is, according to the user authentication database 56, the weight of the hand gun G that is not loaded with the actual package is the weight of the registered gun (corresponding to “registered firearm identification information” of the present invention), and the weight of the actual package B is the registered actual package weight (this This corresponds to “registered package information” of the invention.

  Further, the handgun management program 55 of the first embodiment performs a process for inquiring the total weight of the handgun G and the magazine (see steps S53 and S54 in FIG. 9). In this embodiment, the handgun G and the actual package are used. A process for individually inquiring the weight of B is performed.

When the handgun G is installed in the handgun engraving section 82a, the handgun electronic balance 80 acquires the weight and transmits weight information (unloaded firearm identification information) to the central management computer 32 via the line 5. Is configured to do.
Further, when the actual package B is installed in the actual package engraving unit 92a, the actual package electronic balance 90 acquires the weight and transmits the weight information (actual package identification information) to the central management computer 32 via the line 5. It is configured as follows. As a result, the weights of the handgun G and the actual package B can be individually measured.

  The handgun management program 55 compares the weight of the unloaded firearm transmitted from the handgun electronic balance 80 with the registered firearm weight stored in the user authentication database 56 and determines whether or not they match. . The handgun management program 55 compares the weight of the actual package B transmitted from the actual package electronic balance 90 with the registered actual package weight stored in the user authentication database 56, and determines whether or not they match.

As a result, when the weight of the handgun G measured with the electronic balance 80 for the handgun and the weight of the registered firearm match, and the weight of the actual package B measured with the electronic balance 90 for the actual package and the registered actual package weight In addition, it is determined that the pre-registered handgun G and the actual package to be stored in the storage room are stored.
In this way, by measuring the handgun G and the actual package B individually, it is possible to prevent an illegal act such as fraud of only the actual package B.

(Fifth embodiment)
Next, a firearm management system according to a fifth embodiment of the present invention will be described.
In the fourth embodiment described above, the handgun electronic balance 80 and the actual packaging electronic balance 90 are installed in the same storage room, but separate storages are provided to store the handgun G and the actual package in those storages. You may make it do.
As shown in FIG. 17, in this embodiment, a handgun storage 61 and an actual storage 71 are provided.
The handgun storage 61 corresponds to the firearm storage of the present invention.

As in the first embodiment, the handgun storage 61 is provided with a handgun storage electronic lock 63, a handgun card reader 64, a handgun storage control panel 65, and a handgun electronic balance 66. It has been. These are the same configurations as the storage electronic lock 23, the card reader 24, the storage control panel 25 of the first embodiment, and the electronic balance 80 for the handgun of the fourth embodiment. Is omitted.
The handgun electronic balance 66 corresponds to the unloaded firearm detection means of the present invention.

The actual package storage 71 includes an actual package storage electronic lock 73, an actual package card reader 74, an actual package storage control panel 75, and an actual package electronic balance 76. Since these are the same configurations as the storage electronic lock 23, the card reader 24, the storage control panel 25, and the actual packaging electronic balance 90 of the fourth embodiment, detailed description will be given here. Is omitted.
The actual package electronic balance 76 corresponds to the actual package detection means of the present invention.
Further, the configuration of the central management computer 32 and the processing of the handgun management program 55 are the same as those in the fourth embodiment, and thus the description thereof is omitted.

When the handgun G that is not loaded with the actual package is placed on the handgun electronic balance 66 of the handgun storage 61, the weight of the handgun G is measured by the handgun electronic balance 66 as in the fourth embodiment. The weight of the handgun G measured by the handgun electronic balance 66 is transmitted to the central management computer 32 via the line 5.
Similarly, when the actual package B is placed on the actual package electronic balance 76 of the actual package storage 71, the weight of the actual package B is measured by the actual package electronic balance 76 as in the fourth embodiment. The measured weight of the actual package B is transmitted to the central management computer 32 via the line 5.

  Similar to the fourth embodiment, the handgun management program 55 compares the weight of the handgun G transmitted from the handgun electronic balance 66 with the registered firearm weight stored in the user authentication database 56, and for actual packaging. The weight of the actual package B transmitted from the electronic balance 76 is compared with the registered actual package weight stored in the user authentication database 56, and it is determined whether or not the weights of the handgun G and the actual package B match the registered weights. To do.

As described above, the present embodiment is characterized in that the handgun G and the actual package B are stored in separate storages.
In each of the embodiments described above, since the handgun G and the actual package B are stored in one storage room, if the storage door 22 is opened by a suspicious person or the like, both the handgun G and the actual package B may be stolen. There is. However, by storing the handgun G and the actual package B in separate storage as in this embodiment, the possibility of both being stolen at the same time is reduced, and the safety can be further improved.

(Sixth embodiment)
Next, a firearm management system according to a sixth embodiment of the present invention will be described.
In each of the above-described embodiments, the storage door is provided, opened and closed, and the handgun G and the actual package are stored in the storage room. However, it is good also as a structure which does not provide a storage door in these storages.
As shown in FIG. 18, in the present embodiment, a personal storage 101 and an electronic balance 102 are provided. The personal storage 101 is not provided with a storage door, and the electronic balance 102 installed in the storage room is exposed to the outside.

As shown in FIG. 19, the electronic balance 102 includes a pedestal 111 and a mounting table 112. The pedestal 111 includes a digital display unit 111a as in the first embodiment, and can measure the weight of the handgun G mounted on the mounting table 112.
The mounting table 112 is composed of a box-shaped member, and a housing groove 112a that is a concave groove is formed from one side portion toward the opposite side portion. A circular accommodation port 112b is formed on the distal end side of the accommodation groove 112a. Fixing bars 113a and 113b are provided on the inner side wall of the housing groove 112a so as to be able to appear and retract.

The electronic balance 102 of the present embodiment is a so-called vertical type in which the handgun G is installed with the handle of the handgun G facing downward.
The handgun G is moved along the longitudinal direction of the receiving groove 112a with the tip end side of the muzzle slightly facing downward, and is inserted until the tip on the muzzle side hits the inner wall of the receiving port 112b. When a switch (not shown) is pressed in this state, the fixing bars 113a and 113b protrude. If the handgun G is shaped to fit the electronic balance 102, the fixing bar 113a is positioned behind the rear side of the gun handle of the handgun G, and the fixing bar 113b is inserted through the trigger guard of the handgun G. This prevents the handgun G from coming out of the receiving groove 112a.

  In this way, the weight of the handgun G is measured when the fixing bars 113a and 113b protrude completely. When the fixing bars 113a and 113b hit the side surface of the handgun G and do not completely protrude, the handgun G having a predetermined shape is not installed, and it is possible that an illegal act is performed, so that the weight is not measured. In this case, a warning sound may be output or a warning may be displayed on the display device 33 of the management room 3.

As described above, since the electronic balance itself is provided with the fixing means of the handgun G, it is not necessary to provide a storage door in the personal storage 101, and the configuration of the personal storage 101 can be simplified.
Further, when the shape of the handgun G is different from a predetermined shape registered in advance, even if the fixing bars 113a and 113b protrude, the handgun G hits the handgun G, so that the handgun G cannot be fixed by the fixing bars 113a and 113b. . For this reason, the fixing bars 113a and 113b also have a function as one of means for acquiring unique information of the handgun G. Therefore, the handgun G can be identified more reliably as compared with the case where the unique information of the handgun G is acquired only by weight.

(Seventh embodiment)
Next, a firearm management system according to a seventh embodiment of the present invention will be described.
In this embodiment, in addition to the handgun management in the first to sixth embodiments described above, the user's handgun G and the like are taken out and stored based on the work shift information of the user.
Specifically, the central management computer 32 according to the present embodiment includes a database storing user work shift information, and determines whether or not the gun G has been properly taken out and stored within the work shift time. Characterized by dots.

  FIG. 20 shows the data structure of the hard disk 51 of the central management computer 32. As shown in this figure, the hard disk 51 is provided with a work shift database 58 in which information related to the work shift of the user is stored in addition to the user authentication database 56 and the use situation database 57.

  The work shift database 58 stores a scheduled work time 58a and a scheduled work time 58b in association with each user ID 56a of the user authentication database 56. In the scheduled work time 58a, a time set in advance as the time when the user goes to work is stored. Further, the scheduled time for leaving 58b stores a time set in advance as the time when the user leaves the office.

  As in the first embodiment described above, the central management computer 32 stores the time when the user entered or exited the gun storage room 1 in the usage status database 57 as the entry time 57a or the exit time 57b, respectively. Further, as in the first embodiment described above, the central management computer 32 sets the time when the user took out and stored the handgun G and the actual package from the personal storage 21 to the carry-out time 57c and the storage time 57d, respectively. Is stored in the utilization status database 57 as

  The central management computer 32 according to the present embodiment further acquires the scheduled work time 58a and the scheduled work time 58b stored in the work shift database 58, and refers to the take-out time 57c stored in the usage status database 57. It is determined whether or not the handgun G is taken out from the personal storage 21 of the person during the working hours. Specifically, if the time stored in the take-out time 57c is between the times stored in the scheduled work time 58a and the scheduled work time 58b (that is, within working hours), the time is appropriately set within the working hours. It is determined that the carry-out has been performed. Conversely, if the time stored in the take-out time 57c is outside the working hours, it is determined that the take-out has not been performed properly.

  Further, the central management computer 32 refers to the storage time 57d stored in the usage status database 57 to determine whether or not the handgun G has been stored in the personal storage 21 within the working hours. Specifically, if the time stored in the storage time 57d is within the working hours, it is determined that the storage is appropriately performed within the working hours. On the other hand, if the time stored in the storage time 57d is outside the working hours, or if the time is not stored in the storage time 57d even after the scheduled leaving time 58b, has it been stored after the working time? , It is determined that the storage is not performed even after the working hours.

When the handgun G is not properly taken out or stored, the central management computer 32 outputs a warning signal and causes the display device 33 to display a warning.
FIG. 21 is a diagram showing an example of a display mode on the display device 33. As shown in this figure, a list of attendances of a plurality of users is displayed. The horizontal axis indicates the day and day of the week.

  As described above, for a user who did not properly carry out or store the gun G during working hours, the day when the gun was not performed is highlighted (display area indicated by hatching in the figure). I have to. Other than that, because the gun management is appropriately performed, normal display is made without highlighting.

  In this way, by highlighting the users who are not properly managing the gun G in the list display screen, the person in charge of management can easily find the users who are not appropriately managed. it can. Thereby, the convenience of handgun management can be improved.

The firearm management system according to the present invention has been described with reference to a plurality of embodiments. In each of the above embodiments, when entering or leaving the gun storage room 1, the RFID tag detects the user and performs authentication when entering or leaving the room. However, user detection or authentication is performed by other means. Also good. As such a means, for example, a biometric authentication device that detects a user's biometric information may be used for authentication at the time of entry / exit. In this case, examples of biometric information include finger veins, fingerprints, irises, and voiceprints.
Similarly, in each of the above embodiments, authentication is performed using an IC card when the personal storage 21 is opened and closed. For example, the user is authenticated by another means such as a wireless tag or biometric authentication. Also good.

In the first to third embodiments, the handgun G is registered in advance on the basis of two or more types of information including the weight information of the handgun G and other information for specifying the handgun G (firearm specifying information). It is determined whether or not it is a bamboo gun. However, the determination of the handgun G may be performed based on only one piece of firearm identification information.
For example, in the first embodiment, the handgun G may be authenticated based on only the weight information measured by the electronic balance 26 without detecting the surface shape information of the handgun G by the contact sensor 43.

  In this case, the handgun management program 55 does not execute the determination step (contact sensor information acquisition processing in step S51 and step S52) in the handgun storage inquiry management routine (see FIG. 9), and the next weight reference. Step (step S53) is configured to be executed. Further, in the handgun take-out inquiry management routine (see FIG. 10), the determination step in the contact sensor 43 (contact sensor information acquisition process in step S71 and step S72) is not executed, and the next weight inquiry step (step S73) is performed. Configure to run.

  When the handgun G is placed on the electronic balance 26, the weight of the handgun G is measured by the electronic balance 26, and the weight information is transmitted to the central management computer 32. The handgun management program 55 compares the transmitted weight information with the registered weight 56f stored in the user authentication database 56, and determines whether or not they match. As a result, if the two match, it is determined that the handgun G stored in the personal storage 21 has been registered in advance. If they do not match, it is determined that the previously registered handgun G is not stored.

Note that the handgun G may be authenticated based on other information such as the surface shape information of the handgun G, image information, and unique information stored in the wireless tag of the handgun G, instead of the weight information described above.
For example, a case where the handgun G is determined based only on the surface shape information of the handgun G will be described.
In this case, the surface shape information of the handgun G is stored in advance as registered surface shape information instead of the registered weight 56f of the user authentication database 56 in the first embodiment.

  The handgun management program 55 does not execute the weight comparison process (steps S53, S54, S59 in FIG. 9) in the handgun storage inquiry management routine (see FIG. 9), and makes an inquiry (step S52) based only on the contact sensor information. Configure to run. Further, in the handgun take-out inquiry management routine (see FIG. 10), the weight comparison process (steps S73, S74, S79 in FIG. 9) is not executed, and the inquiry (step S72) is executed based only on the contact sensor information. Configure.

  Then, the surface shape information of the handgun G is acquired by the contact sensor 43 and transmitted to the central management computer 32. The handgun management program 55 compares the transmitted surface shape information with the registered surface shape information stored in the user authentication database 56, and determines whether or not they match. As a result, if the two match, it is determined that the handgun G stored in the personal storage 21 has been registered in advance. If they do not match, it is determined that the previously registered handgun G is not stored.

Further, instead of the surface shape information obtained by the contact sensor 43 described above, image information may be employed as firearm identification information.
In this case, the image information is acquired by the handgun imaging camera 44 (see FIG. 15A) of the second embodiment instead of the contact sensor 43 described above. Further, the registered image information is stored as registered identification information in place of the registered surface shape information in the user authentication database 56.

  Then, image information of the handgun G is acquired by the handgun imaging camera 44 and transmitted to the central management computer 32. The handgun management program 55 compares the transmitted image information with the registered image information stored in the user authentication database 56, and determines whether or not they match. As a result, if the two match, it is determined that the handgun G stored in the personal storage 21 has been registered in advance. If they do not match, it is determined that the previously registered handgun G is not stored.

Further, instead of the surface shape information by the contact sensor 43 described above, unique information of the handgun G may be adopted as the firearm identification information.
In this case, the wireless tag reader 42c (see FIG. 15B) of the third embodiment replaces the contact sensor 43 described above to acquire unique information stored in the wireless tag 45 attached to the handgun G. To do. Further, the registration specific information is stored as registration specifying information in place of the registered surface shape information in the user authentication database 56.

  Then, the unique information of the handgun G is acquired by the wireless tag reader 42 c and transmitted to the central management computer 32. The handgun management program 55 compares the transmitted unique information with the registered unique information stored in the user authentication database 56, and determines whether or not they match. As a result, if the two match, it is determined that the handgun G stored in the personal storage 21 has been registered in advance. If they do not match, it is determined that the previously registered handgun G is not stored.

It is a conceptual diagram which shows the whole structure of a firearm management system. It is a perspective partial sectional view showing the outline of a handgun storage room. It is a perspective view which shows the outline | summary of an electronic balance. It is a functional block diagram of a central management computer. It is explanatory drawing which shows the data structure of a user authentication database. It is a flowchart which shows the whole flow of a handgun management system. It is a flowchart which shows the flow of handgun storage room entrance management. It is a flowchart which shows the flow of personal storage open / close management. It is a flowchart which shows the flow of handgun storage inquiry management. It is a flowchart which shows the flow of the handgun inquiry management. It is a flowchart which shows the flow of handgun storage room leaving management. It is an example of a screen which displays the storage usage status in detail on the display device. It is an example of a screen which displays storage use status on a display device. It is an example of a screen when displaying a warning on a display device. It is a perspective view which shows the electronic balance of the firearm management system which concerns on 2nd, 3rd embodiment. It is a perspective view which shows the electronic balance of the firearm management system which concerns on 4th Embodiment. It is a conceptual diagram which shows the whole structure of the firearm management system which concerns on 5th Embodiment. It is a perspective partial sectional view showing the outline of the handgun storage room of the firearm management system concerning a 6th embodiment. It is a perspective view which shows the outline | summary of the electronic balance of the firearm management system which concerns on 6th Embodiment. It is explanatory drawing which shows the data structure of the user authentication database of the firearm management system which concerns on 7th Embodiment. It is an example of a screen which displays a list of user attendance status with a display device in the firearm management system according to the seventh embodiment.

Explanation of symbols

1 Handgun storage room (firearm storage room)
3 control room 5 line (transmission means)
11 Entrance / exit door 12 Open / close control device 13 Storage room electronic lock 14 RFID tag reader (user detection means)
15 entrance / exit door control panel 16 external speaker 17 external monitoring camera 21 personal storage 22 storage door 22a storage window 23 storage electronic lock 24 card reader (user identification means)
25 Storage control panel 26 Electronic balance (firearm detection means)
27 Internal speaker 28 Internal monitoring camera 31 Central control device 32 Central management computer (entrance / exit management means)
33 display device 34 input device 41 pedestal 41a digital display unit 42 mounting table 42a hand setting unit 42b magazine setting unit 42c wireless tag reader (firearm detection means)
43 Contact sensor (firearm detection means)
44 Handgun imaging camera (firearm detection means)
45 Wireless tag (information storage medium)
50 CPU (Firearm discrimination means)
51 Hard disk (specific information storage means)
52 Memory 53 Current Time Generation Unit 54 I / O Port 55 Handgun Management Program (Firearm Discriminating Means)
56 User authentication database (specific information storage means)
56a User ID
56b Name 56c RFID tag information 56d Storage number 56e IC card information (registered user information)
56f Registered weight (registration specific information)
57 Usage situation database 57a Entry time 57b Exit time 57c Takeout time 57d Storage time 57e Entry / exit situation 57f Takeout situation 58 Work shift database 58a Scheduled worktime 58b Scheduled worktime 61 Handgun storage (firearm storage)
63 Handgun storage electronic lock 64 Handgun card reader 65 Handgun storage control panel 66 Handgun electronic balance (unloaded firearm detection means)
71 Actual packaging storage 73 Actual packaging storage electronic lock 74 Actual packaging card reader 75 Actual packaging storage control panel 76 Actual packaging electronic balance (real packaging detection means)
80 Handgun electronic balance 81 Handgun pedestal 82 Handgun mounting base 82a Handgun mounting section 83 Contact sensor 90 Actual packaging electronic balance 91 Actual packaging base 92 Real packaging mounting section 92a Actual packaging storage section 101 Personal storage 102 Electronic Balance 111 Pedestal 111a Digital display unit 112 Mounting table 112a Storage unit 112b Storage groove 113a Fixed bar 113b Fixed bar B Real package G Handgun (Gun)
M magazine

Claims (10)

A firearm management system for managing take-out and storage of firearms,
A storage for storing firearms, and a central management computer connected to the storage through a communication line;
The storage is
Firearm detection means for detecting firearm identification information for identifying the firearms housed therein,
Transmitting means for transmitting the firearm identification information detected by the firearm detection means to the central management computer,
The central management computer is
Specific information storage means for preliminarily storing firearms specific information for specifying firearms to be stored in the storage as registered specific information;
The firearm specific information detected by the firearm detection means is compared with the registered specific information stored in advance in the specific information storage means, and the firearms stored in the storage are stored in the storage Firearm discriminating means for discriminating whether or not it is a firearm registered in advance as a firearm to be performed,
The firearm detection means measures, as the firearm identification information, a total weight of the weight of the firearm in a state where no actual package is loaded and the actual package loaded in the firearm,
The specific information storage means stores in advance, as the registration specific information, the total weight of the firearm and the number of actual packages to be loaded into the firearm,
The firearm discrimination means compares the total weight detected by the firearm detection means with the registered specific information stored in advance in the specific information storage means, and firearms stored in the storage, A firearm management system for determining whether or not a real package is a firearm to be stored in the storage and a firearm registered in advance as a real package . The firearm detection means measures the weight of the firearm as the firearm specific information,
The specific information storage means stores in advance weight information of firearms to be stored in the storage as the registered specific information,
The firearm discrimination means compares the weight of the firearm detected by the firearm detection means with the registered specific information stored in advance in the specific information storage means, and firearms stored in the storage It is discriminate | determined whether it is a firearm registered beforehand as a firearm which should be accommodated in the said storage, The firearm management system of Claim 1 characterized by the above-mentioned. The firearm detection means includes an unloaded firearm detection means for detecting unloaded firearm identification information for identifying an unloaded firearm in a state where no actual package is loaded, and an actual package for identifying the number of actual packages A package detection means for detecting specific information;
The transmission means transmits the unloaded firearm identification information detected by the unloaded firearm detection means and the actual package identification information detected by the actual package detection means to the central management computer,
The specific information storage means specifies the registered unloaded firearm identification information for identifying an unloaded firearm to be stored in the storage, and the number of actual packages to be loaded in the unloaded firearm. Each of the registered actual package specific information is previously stored individually as the registered specific information,
The firearm discrimination means compares the unloaded firearm identification information detected by the unloaded firearm detection means with the registered unloaded firearm identification information stored in advance in the identification information storage means. The actual package identification information detected by the actual package detection unit is compared with the registered actual package identification information stored in advance in the specific information storage unit, and the unloaded firearms stored in the storage are stored. It is determined whether or not an unloaded firearm pre-registered as an unloaded firearm, and whether or not the number of actual packages to be stored in the storage has been stored,
The storage is individually provided with an unloaded firearm storage for storing an unloaded firearm in a state where the actual package is not loaded, and an actual packaging storage for storing the actual package,
2. The unloaded firearm detection means is installed in the unloaded firearm storage, and the actual package detection means is installed in the actual package storage. Firearm management system. The firearm detection means detects the surface shape information of the firearm as the firearm specific information,
The specific information storage means stores in advance surface shape information for specifying a firearm to be stored in the storage as the registration specific information,
The firearm discrimination means compares the surface shape information detected by the firearm detection means with the registered specific information stored in advance in the specific information storage means, and the firearms stored in the storage are The firearm management system according to claim 1 or 3 , wherein it is determined whether or not the firearm is registered in advance as a firearm to be stored in the storage. The firearm detection means acquires image information of a firearm as the firearm identification information,
The specific information storage means stores in advance image information for specifying a firearm to be stored in the storage as the registration specific information,
The firearm discrimination means compares the image information acquired by the firearm detection means with the registered specific information stored in advance in the specific information storage means, and the firearms stored in the storage are 4. The firearm management system according to claim 1, wherein the firearm management system determines whether the firearm is registered in advance as a firearm to be stored in the storage. 5. The firearm includes an information storage medium storing unique information for identifying the firearm,
The firearm detection means reads the unique information from the information storage medium as the firearm identification information,
The specific information storage means stores in advance as registration specific information specific information for specifying a firearm to be stored in the storage,
The firearm discrimination means compares the unique information read by the firearm detection means with the registered specific information stored in advance in the specific information storage means, and the firearms stored in the storage are 4. The firearm management system according to claim 1, wherein the firearm management system determines whether the firearm is registered in advance as a firearm to be stored in the storage. 5. The firearm detection means includes two or more types of information selected from weight information, image information, surface shape information, and unique information stored in an information storage medium provided in the firearm. Detected as the firearm specific information,
The specific information storage means stores in advance firearm identification information corresponding to the firearm identification information detected by the firearm detection means among the firearms to be stored in the storage as the registration specific information. ,
The firearm discrimination means compares the two or more types of firearm identification information detected by the firearm detection means with the registered identification information corresponding to each of the firearm identification information, and the firearm When the specific information and the registered specific information corresponding to each match, it is determined that the firearms stored in the storage are pre-registered firearms to be stored in the storage The firearm management system according to claim 1 or 3 , wherein The storage includes user specifying means for acquiring user specifying information for specifying a user who intends to use the storage, and the user specifying information acquired by the user specifying means is stored in the center. User identification information transmitting means for transmitting to the management computer,
In the specific information storage means, registered user information related to a registered user who is permitted to use the storage in advance is registered in association with the registered specific information,
The firearm discrimination means compares the firearm identification information detected by the firearm detection means with the registered identification information stored in advance in the identification information storage means, and is acquired by the user identification means. The registered user information and the registered user information registered in association with the registered specific information are compared, and the firearms stored in the storage are registered in advance as firearms to be stored. was firearm whether, and firearm according to any one of claims 1 to 7, users trying to use the vault, characterized in that to determine whether a registered user Management system. The storage is installed in a firearm storage room with an entrance / exit,
The firearm storage room includes user detection means for detecting a user who is about to pass through the entrance / exit,
The fire according to any one of claims 1 to 8 , further comprising an entrance / exit management unit for determining whether or not the user detected by the user detection unit is a user registered in advance. Vessel management system. Firearm management for managing take-out and storage of firearms using the storage, comprising a storage for storing firearms and a central management computer connected to the storage via a communication line A program,
In the central management computer,
Registration specific information storage processing for preliminarily storing firearms specific information for specifying firearms to be stored in the storage as registration specific information;
Firearm reception processing for receiving firearm identification information for identifying a firearm stored inside the storage, from the storage via the communication line,
A registration specific information reading process for reading the registration specific information stored in the registration specific information storage process;
The firearm identification information received in the firearm reception process is compared with the registration identification information read out in the registered identification information reading process, and the firearms stored in the storage should be stored in the storage A firearm discrimination process for determining whether or not a firearm is registered in advance as a firearm ,
In the registration specific information storage process, the total weight of the firearm and the number of actual packages to be loaded in the firearm is stored in advance as the registration specific information,
The firearm reception process receives, as the firearm specific information, the total weight of the weight of the firearm in a state where no actual package is loaded and the actual package loaded in the firearm,
The firearm discrimination process includes the total weight received in the firearm reception process and the registered identification.
The firearms and actual packages stored in the storage are compared with the registered specific information stored in the information storage process, and are firearms registered in advance as firearms and actual packages to be stored in the storage. A firearm management program characterized by determining whether or not .

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