JP6046359B2 - Key management device and key management system - Google Patents

Description

  The present invention relates to a key management device and a key management system.

  A technique is known in which a key cannot be removed from a key holder by using a sealing tool when the key is connected to the key holder unless the sealing tool is broken. In other words, the sealing tool in this case prevents unauthorized removal of the key from the key holder, and if it is forcibly removed, it indicates a fraudulent act by indicating a trace of destruction. (See, for example, Patent Document 1).

JP 2011-179164 A

  However, when the sealing tool is used in this way, even when it is necessary to replace the key with the new key holder, the sealing tool is destroyed, the old key is removed from the key holder, and the new sealing tool is used. It is necessary to prepare a tool and connect a new key to the key holder. For this reason, the task becomes complicated, and there is a problem that it is necessary to discard the old sealing tool.

  Therefore, the present invention can prevent the unauthorized removal of the key from the key holder, and when replacing the key to the key holder, the replacement work can be facilitated and the waste can be reduced. An object is to provide a key management device and a key management system.

In order to achieve the above object, the invention according to claim 1 is a key holder detachably attached to the apparatus main body, a coupling means provided in the key holder for coupling the key, and the key to the key by the coupling means. Release means for releasing the connection state, authentication means for authenticating use of the apparatus main body, and permission means for permitting access to the release means based on an authentication result of the authentication means, the connection means Is a ring-shaped rotating body that is rotatable with respect to the key holder and has a notch, a lock body that engages and slides with the releasing means, and that the locking body is directed toward the rotating body. The notch portion of the rotating body is located inside the key holder when the connecting means is in the connected state, and engages with the lock body, and the connecting body When the connection state is released by means, Is disengaged from the click body allows the position outside of the key holder, the lock body, said release means is characterized by a plurality have a engagement portion engaged.
According to a second aspect of the present invention, there is provided a key holder that can be attached to and detached from the apparatus main body, a connecting means that is provided in the key holder and connects the key, and a releasing means that releases the connected state to the key by the connecting means. Authentication means for authenticating use of the apparatus main body, and permission means for permitting access to the release means based on an authentication result of the authentication means, wherein the connecting means is connected to the key holder. A slid-like slide body that is slidable and has a notch, a lock body that is engaged and slid by the release means, and an urging body that urges the lock body toward the slide body The notch portion of the slide body is located inside the key holder when the connecting means is in the connected state and engages with the lock body, and when the connected state is released by the connecting means, Engagement with lock body Is released enabling located outside the key holder, the lock body, the release means and having a plurality of engagement portions to be engaged.
The invention according to claim 3 is the invention according to claim 1 or 2, wherein the lock body is locked inside the key holder in a state where the lock body is engaged with the notch, and the release means is connected to the engagement portion. A locking claw for releasing locking to the inside of the key holder when engaged is provided.
According to a fourth aspect of the present invention, there is provided a key holder that can be attached to and detached from the apparatus main body, a connecting means that is provided in the key holder and connects the key, and a releasing means that releases the connected state to the key by the connecting means. Authentication means for authenticating use of the apparatus main body, permission means for permitting access to the release means based on an authentication result of the authentication means, and for each authentication information authenticated by the authentication means, the release Means for storing the key holder that can release the state of connection to the key by the connection means.
According to a fifth aspect of the present invention, there is provided a key holder that is attachable to and detachable from the apparatus main body, a connecting means that is provided in the key holder and connects the key, and a releasing means that releases the connected state to the key by the connecting means. Authentication means for authenticating use of the apparatus main body, permission means for permitting access to the release means based on an authentication result of the authentication means, and use of a key connected by the connecting means for each key holder And means for storing information.

The invention according to claim 6 is the invention according to claim 4 or 5 , wherein a designation means for designating a key holder to be released from the coupled state by the coupling means, and a key holder designated by the designation means are provided. Guiding means for guiding, a step of removing the key holder guided by the guiding means from the apparatus body, a step of accessing the releasing means, and a step of remounting the detached key holder to the apparatus body And a confirmation means for confirming the above.

The invention according to claim 7 is the invention according to claim 6 , wherein the key holder is provided with storage means for storing holder number information, and the release means is provided with the holder number information stored in the storage means. Reading means is provided, and the confirmation means confirms the step of reading the holder number information by the reading means.

The invention according to claim 8 is the invention according to claim 6 or 7 , wherein the confirmation means confirms a coincidence between a predetermined order of the steps registered in advance and an order that has progressed during the operation of the steps. And a notifying means for notifying the coincidence confirmation result.

The invention according to claim 9 includes, in the invention according to any one of claims 6 to 8, a history management unit that leaves a history of confirmation by the confirmation unit in the order of progress in the operation of the step. It is characterized by that.

The invention according to claim 10 is the invention according to any one of claims 4 to 9 , wherein the connecting means is rotatable with respect to the key holder and has a ring-shaped rotating body having a notch. A locking body that engages and slides with the releasing means, and an urging body that urges the locking body toward the rotating body, and the cutout portion of the rotating body includes the connecting means. Is located inside the key holder when it is in the connected state and engages with the lock body, and when the connected state is released by the connecting means, the engagement with the lock body is released and the outside of the key holder It is possible to be located at

The invention according to claim 11 is the invention according to any one of claims 4 to 9 , wherein the connecting means is slidable with respect to the key holder and has a notched part, A lock body that engages and slides with the release means, and a biasing body that biases the lock body in the direction of the slide body. The notch portion of the slide body includes the connecting means. When in the connected state, it is located inside the key holder and engages with the lock body, and when the connected state is released by the connecting means, the engagement with the lock body is released to the outside of the key holder. It is possible to position.

According to a twelfth aspect of the present invention, in the invention according to the tenth or eleventh aspect , the lock body has a plurality of engaging portions with which the releasing means is engaged.

According to a thirteenth aspect of the present invention, in the invention according to the twelfth aspect , the lock body is locked inside the key holder in a state of being engaged with the notch, and the release means is engaged with the engagement portion. And a locking claw for releasing the locking to the inside of the key holder.

The invention according to claim 14 is the invention according to any one of claims 1 to 13 , further comprising permission management means for setting a function of the permission means.

According to the invention according to any one of claims 1 , 2, 4, and 5, when changing the key to the key holder, the permission unit accesses the release unit based on the authentication result of the authentication unit. When the permission is granted, the release means can release the connection state of the key holder to the key by the connection means, and the key of the key holder is replaced in this state. As described above, since the authentication unit needs to be authenticated to access the release unit, it is possible to prevent unauthorized removal of the key from the key holder. Further, if the permission means grants access to the release means based on the authentication result of the authentication means, the connection means can be released by the release means, so that it is not necessary to destroy the member. Therefore, it is possible to facilitate the key changing operation and reduce waste.

According to the sixth aspect of the present invention, when the key holder to be released from the connected state by the connecting means is specified by the specifying means, the guiding means guides the key holder specified by the specifying means. Thereafter, the confirmation means confirms the step of removing the key holder guided by the guiding means from the apparatus main body, the step of accessing the release means, and the step of reattaching the removed key holder to the apparatus main body. Therefore, stricter management is possible for the operation for releasing the connected state of the key holder.

According to the seventh aspect of the invention, the confirmation means confirms which key holder is to be decoupled so that the reading means provided in the release means also confirms the step of reading the holder number information of the key holder. Since the holder number information is also confirmed by the confirmation means when the release is performed by the release means, more strict management is possible.

According to the eighth aspect of the present invention, the confirming means confirms the match between the predetermined order registered in advance for each step and the order that has progressed during the operation of each step, and the notifying means confirms the match confirmation result. Since notification is performed, an error in the operation procedure can be notified.

According to the invention of claim 9 , since the history management means leaves the confirmation status by the confirmation means of the order progressed during the step operation as a history, there is an effect of further enhancing the security related to the release of the coupling means.

According to the invention of claim 1 or 10 , when the notch is located inside the key holder and engages with the lock body, the rotating body holds the key in a non-removable manner with the key holder. When the body is engaged with the release means and slid, the notch is disengaged from the lock body and can be positioned outside the key holder so that the key can be changed. This simplifies the structure of the connecting means and facilitates connection and release.

According to the second or eleventh aspect of the invention, when the cutout portion is located inside the key holder and engages with the lock body, the slide body holds the key with the key holder so that the key cannot be removed. When the body is engaged with the release means and slid, the notch is disengaged from the lock body and can be positioned outside the key holder so that the key can be changed. This simplifies the structure of the connecting means and facilitates connection and release.

According to the invention according to any one of claims 1, 2, and 12, since the lock body has a plurality of engaging portions with which the release means engages, the structure of the release means can be complicated, and other than the release means Can be controlled well.

According to the invention which concerns on Claim 3 or 13 , since the latching claw which latches in the inside of a key holder in the state engaged with the notch part was provided in the lock body, the state which the lock body engaged with the notch part While being able to maintain firmly, engagement with a lock body and the inside of a key holder can also be maintained firmly.

According to the invention of claim 14 , since the function of the permission means can be set by the permission management means, for example, no one can exchange the key for a certain period after the replacement, or has a specific authority. Only a part of a plurality of assigned persons in charge can select a key that can be exchanged even during a certain period after the exchange.

It is a perspective view which shows the key management apparatus of 1st Embodiment which concerns on this invention. It is a control system block diagram which shows the apparatus main body of the key management apparatus of 1st Embodiment which concerns on this invention. It is a perspective view which shows the key holder of the key management apparatus of 1st Embodiment which concerns on this invention. It is sectional drawing which shows the key holder and key of the key management apparatus of 1st Embodiment which concerns on this invention. It is sectional drawing which shows the replacement procedure which shows the key holder and key of the key management apparatus of 1st Embodiment which concerns on this invention. It is a perspective view which shows the releasing tool of the key management apparatus of 1st Embodiment which concerns on this invention. It is the example of a memory | storage of the memory | storage part in the key management apparatus of 1st Embodiment which concerns on this invention. In the key management device according to the first embodiment of the present invention, (a) shows an example of carry-out status data, and (b) shows examples of replacement status data. It is an example of the log output data in the key management apparatus of 1st Embodiment which concerns on this invention. It is sectional drawing which shows the modification of the key holder of the key management apparatus of 1st Embodiment which concerns on this invention, and a key. It is sectional drawing which shows the key holder and key of the key management apparatus of 2nd Embodiment which concern on this invention.

  A first embodiment of a key management apparatus according to the present invention will be described below with reference to FIGS.

  A key management device 1 according to the first embodiment is used in a store of a financial institution such as a bank. As shown in FIG. 1, a key 10, a key holder 11 that holds the key 10 one-on-one, and a key It has an apparatus main body 12 that detachably holds the holder 11 in an aligned state.

  The apparatus main body 12 includes an apparatus main body 14 and a cover 16 that can be opened and closed to cover an opening / closing section 15 provided at a lower portion from an intermediate portion in the vertical direction of the apparatus main body 14. One end of the cover 16 is rotatably connected to the apparatus main body 14 via a hinge 17 provided on the side edge of the apparatus main body 14, and an engagement protrusion 18 is provided on the inner surface of the other end. The detection projection 19 is fixed.

  The apparatus main body 14 includes an operation unit (authentication unit) 21 having a plurality of operation keys 21a on which an input operation such as a personal identification number or a character is performed by a person in charge on an upper portion that is not closed by the cover 16, a date and time, A display unit (notification unit) 22 including a liquid crystal display for displaying operation status, alarm information, guidance, and the like; a card reader (authentication unit) 24 that reads data from the ID card 23 when the ID card 23 is scanned; A printer unit 25 that prints necessary information on a paper surface and discharges the paper from a paper discharge port 25a on the top surface of the key management device main body, and a buzzer (notification unit) 26 that generates a notification sound are provided. The ID card 23 is composed of an electronic card having an IC chip, a magnetic card, or the like, and is individually prepared for all persons in charge who are permitted to use the key management device 1 for identification with others. Individual person-in-charge identification numbers and the like are stored. The operation unit 21 can input at least one of alphabets, hiragana and katakana in addition to numbers. Kanji conversion may be possible if necessary.

  The apparatus main body 14 is provided with a power switch 27 to which a main power on / off operation is input and a connection 28 to which a power cable for an external power source is connected on a side portion that is not blocked by the cover 16. Yes.

  In the apparatus main body 14, a large number of key holders 31 that hold the key holders 11 corresponding to the opening / closing parts 15 closed by the cover 16 in a one-to-one correspondence in a locked state are arranged in an aligned state. Is provided. In addition, the opening / closing part 15 is provided with an engagement insertion hole 32 into which the engagement protrusion 18 is inserted when the cover 16 is closed, and a detection insertion hole 33 into which the detection protrusion 19 is inserted when the cover 16 is closed. ing. Further, the opening / closing part 15 is provided with a storage part 34.

  An electromagnetically driven cover lock mechanism 35 shown in FIG. 2 that locks and unlocks the engaging protrusion 18 inserted in the engaging insertion hole 32 is provided inside the engaging insertion hole 32, and is detected and inserted. Closed detection sensor 37 shown in FIG. 2 detects whether cover 16 is in the closed state by detecting insertion / non-insertion of detection protrusion 19 inserted in detection insertion hole 33 inside hole 33. Is provided. The cover lock mechanism 35 locks the engagement protrusion 18 in the engagement insertion hole 32 on condition that the close detection sensor 37 detects the insertion of the detection protrusion 19 due to the cover 16 being closed.

  The key management device 1 can be carried via a handle 38 provided on the upper portion of the device main body 14, and can be tilted on a desk or the like by using a folding storage stand 39 provided on the back surface. Standing is possible.

  Embedded in the key holder 11 is an IC tag (storage means) 43 shown in FIG. 3 in which an individual key identification number (holder number information) for identifying the key 10 held one-on-one from the other key 10 is stored. Has been. Further, the key holder 11 has a key identification notation section 44 on which the same individual key identification number as that stored in the IC tag 43 is marked so as to be visible. The key 10 shown in FIG. 1 is used for opening / closing a door of a safe installed in a financial institution, for opening / closing a door of a cash processing machine, for opening / closing a door of a cash storage in the door of the cash processing machine, It is used to open and close the door of the collection box inside the door of the cash processing machine, and to switch the main power source of the cash processing machine on and off.

  Each of the plurality of key holding portions 31 locks and holds an individual key holder mounting hole 45 into which the key holder 11 is inserted, and locks the key holder 11 when the key holder 11 is inserted into the key holder mounting hole 45, and It has an individual electromagnetic drive type key lock mechanism 46 shown in FIG. 2 that can be unlocked.

  Each of the key holding units 31 is an operation button that is pressed when the lock of the key lock mechanism 46 constituting the same key holding unit 31 is released. Switching from the communication state to the non-communication state is possible with the operation button (designating means) 51 provided integrally with the lamp (guide means) 50 and the IC tag 43 of the key holder 11 shown in FIG. 2 has an IC tag reader 52 shown in FIG. 2 that detects the removal of the key 10 and detects the return of the key 10 by switching from the non-communication state to the communication state. All the key holders 31 are assigned individual holder identification numbers such as “001” to “030” for identification with other key holders 31, and are located above the key holder mounting holes 45. Is provided with a holding part identification notation part 53 in which the holding part identification number is written for visual recognition. Here, the key identification number assigned to the key holder 11 and the holding unit identification number assigned to the key holding unit 31 are common numbers. In the following description, this common identification number is referred to as a key / holding unit identification number (holder number information).

  As shown in FIG. 4, the key 10 has a through hole 60, and the key holder 11 is provided with a connecting mechanism (connecting means) 61 that connects the key 10 by being inserted into the through hole 60. ing. The coupling mechanism 61 is rotatably provided to the key holder 11 and can be engaged with and disengaged from the key code ring 62 and a ring-shaped key code ring (rotating body) 62 inserted into the through hole 60 of the key 10. Thus, the lock body 63 slidably provided in the key holder 11 and a biasing spring (biasing body) 64 that biases the lock body 63 in a direction to engage with the key cord ring 62 are provided. .

  A storage space 68 extending along the length direction is formed inside the key holder 11. Further, the key holder 11 is formed with an arc-shaped insertion hole 69 that opens one end side in the extending direction of the accommodation space 68 to both the upper and lower sides, and the same end side in the extending direction of the accommodation space 68 is formed on the key holder 11. A plurality of slits 70 that are opened to the side, specifically, two slits 70 are formed side by side. Each of the plurality of slits 70 has a shape extending along the length direction of the key holder 11, and the positions in the length direction are aligned with each other.

  The key code ring 62 is inserted into the arc-shaped insertion hole 69 so as to be rotatable with respect to the key holder 11. The key code ring 62 has a C-shape having a notch 72 that divides a part thereof in the circumferential direction. The circumferential interval between the notches 72 is a width that allows the key 10 to be attached and detached via the notches 72 and is narrower than the height of the key holder 11, so that the key code ring 62 can be separated from the key holder 11. The dropout is regulated.

  As shown in FIGS. 4 and 5, the lock body 63 is slidably accommodated in the accommodation space 68 of the key holder 11. A biasing spring 64 is accommodated between the other end side of the accommodating space 68 in the extending direction and the lock body 63, and the biasing spring 64 biases the lock body 63 toward the key cord ring 62. To do. When the notch 72 of the key cord ring 62 is aligned with the accommodation space 68, the lock body 63 crosses the notch 72 with the urging force of the urging spring 64 and a contact surface 75 at one end of the accommodation space 68. Abut. In this state, the key code ring 62 is engaged with the lock body 63, and the rotation is restricted by the lock body 63. In this locked state, the notch 72 is located inside the key holder 11 and is not exposed to the outside from the key holder 11. That is, the notch 72 of the key code ring 62 is located inside the key holder 11 and engages with the lock body 63 when the connecting mechanism 61 is in a connected state for connecting the key 10 as shown in FIG.

  On the other hand, when the lock body 63 moves against the urging force of the urging spring 64 as shown in FIGS. 5A and 5B and is separated from the contact surface 75 by a predetermined distance, the lock body 63 is notched. Escape from part 72. In this state, the key code ring 62 is disengaged from the lock body 63 and the rotation is not restricted by the lock body 63. Therefore, in this unlocked state, as shown in FIG. 5B, the key code ring 62 is rotated so that the entire cutout 72 is located outside the key holder 11 and exposed from the key holder 11 to the outside. Will do. That is, the cutout portion 72 of the key code ring 62 is disengaged from the lock body 63 and can be positioned outside the key holder 11 when the connection state where the connection mechanism 61 connects the key 10 is released.

  As shown in FIG. 5 (c), the lock body 63 has a plurality of groove portions (engagement portions) that are shorter than the slits 70 that can communicate with the slits 70 of the key holder 11. 78 is formed. When the lock body 63 is in the locked state as shown in FIG. 5C, these groove portions 78 are end portions on the contact surface 75 side of the slit 70 of the key holder 11. And match the position.

  In the storage portion 34 of the apparatus main body 12 shown in FIG. 1, a release tool (release means) 81 shown in FIG. 6 for releasing the connection state to the key 10 by the connection mechanism 61 shown in FIG. 4 is stored. The release tool 81 includes a substrate portion 82, a plurality of specifically extending portions 83 projecting from the end of the substrate portion 82 in the length direction so as to be perpendicular to the substrate portion 82, and the extending portions 83. A plurality of, specifically, two pressing portions 84 extending in parallel with the substrate portion 82 are provided from the end portions of the protruding portions 83 opposite to the substrate portions 82. The extended portion 83 and the pressing portion 84 connected to each other constitute an L-shaped engaging claw 85, and the engaging member 85 is formed at two places on the release tool 81.

  The release tool 81 is configured such that the two extending portions 83 are positioned on the contact surface 75 side shown in FIG. 4, and the pressing portions 84 of the two engaging claws 85 are in the locked state. The two groove portions 78 are inserted through the two slits 70 of the key holder 11 and engaged therewith. In this state, the substrate portion 82 contacts the side surface of the key holder 11. When the substrate portion 82 is slid on the side surface of the key holder 11 as shown in FIG. 5A, the pressing portions 84 of the two engaging claws 85 are opposite to the extending portion 83. Thus, the two grooves 78 come into contact with the ends opposite to the contact surfaces 75, and the grooves 78, that is, the lock body 63 are slid in the unlocking direction against the urging force of the urging spring 64. . When the two extending portions 83 come into contact with the end portion on the opposite side of the contact surface 75 of the slit 70, further sliding to the opposite side of the contact surface 75 of the release tool 81 is restricted.

  In this state, the lock body 63 is unlocked, the key code ring 62 is rotatable, and the notch 72 can be exposed to the outside as shown in FIG. Can be released. The groove 78 has a lock body 63 in a state in which the end opposite to the contact surface 75 is aligned with the end opposite to the contact surface 75 of the slit 70 of the key holder 11. Is not in the unlocked state, and the state in which the lock body 63 enters the notch 72 is maintained. That is, when the groove portion 78 is slid by, for example, a minus driver other than the release tool 81, the entire groove portion 78 only moves within the range of the slit 70. Even if the groove portion 78 is moved in this way, the lock body 63 is notched 72. The state of entering is maintained and the notch 72 of the key code ring 62 is not exposed.

  As shown in FIG. 6, an IC tag reader (reading means) 87 is provided on the substrate portion 82 of the release tool 81. The IC tag reader 87 is connected to a communication line 88, and the communication line 88 is shown in FIG. It is connected in the storage part 34 of the apparatus main body 12 shown. The IC tag reader 87 can communicate with the IC tag 43 of the key holder 11 shown in FIG. 3 in the state where the pressing portion 84 shown in FIG. 6 is inserted into the groove 78 shown in FIG. Read the holding unit identification number. The communication line 88 shown in FIG. 6 is accommodated in the accommodating part 34 shown in FIG. An opening / closing door 90 is provided in the storage portion 34. The apparatus main body 12 includes an electromagnetically driven door lock mechanism 91 that locks and unlocks the open / close door 90 in the closed state, and a close detection sensor 92 that detects whether the open / close door 90 is in the closed state. And an operation button 94 that is pressed when releasing the lock of the door lock mechanism 91 and is integrally provided with a display lamp 93 that can be turned on and blinked.

  The apparatus main body 12 includes a control unit (authentication unit, permission unit, confirmation unit, notification unit, history management unit) 55 that controls the above-described units, and a storage unit including a RAM, an HDD, and the like that can exchange data with the control unit 55. (History management means) 56.

  The storage unit 56 stores a person-in-charge identification number that can use the key management device 1 and a personal identification number that is input when the key management apparatus 1 is used. In addition, for each person-in-charge identification number, permission for mode switching (described later) is stored. The presence / absence and usable key 10 and the key / holding unit identification number of the key holding unit 31 holding the key 10 are stored in association with each other. That is, whether or not mode switching is permitted is determined according to the duty range and authority of the person in charge, and therefore whether or not mode switching is permitted is stored for each person in charge. Further, since the keys 10 that can be used differ depending on the job scope and authority of the person in charge, a key holding unit 31 that can take out the key 10 is determined for each person in charge, and this relationship is stored. Furthermore, a key holder 11 capable of changing the key 10 is determined according to the job scope and authority of the person in charge, and this relationship is stored.

  The storage unit 56 stores the usage information (purpose, application location) of the key 10 held in association with the key / holding unit identification number of each key holding unit 31 in a one-to-one correspondence. In other words, the keys 10 to be held are determined on a one-to-one basis in each key holding unit 31, and the keys 10 are for opening / closing the door of the safe, for opening / closing the door of the cash processing machine, and for the cash storage of the cash processing machine, respectively. Since the use (purpose, place of use) for opening / closing the door, opening / closing the door of the collection box of the cash processing machine, and switching the main power source of the cash processing machine is determined, a plurality of key holding units 31 Individual holding unit identification information and usage information of the held key 10 are stored in association with each other. For example, as shown in FIG. 7, the storage unit 56 stores a key / holding unit identification number “001” and “kinko-villa” as its use information in association with each other. The part identification number “002” and its usage information “ATM1 Gobira” are stored in association with each other, and the key / holding unit identification number “003” and its usage information “ATM1 Gouyu Shunoko A Key” are stored. "Is stored in association with each other, and" 004 "as the key / holding unit identification number and" ATM1 Gouki Kaishu Kagi "as its usage information are stored in association with each other.

  The key management apparatus 1 can be used in the take-out / return mode, the exchange mode, the new registration mode, and the log output mode. Is possible only when the ID is read from the ID card 23. When the identification number of the person in charge who is not allowed to switch the mode is read from the ID card 23, the control unit 55 automatically selects the following take-out / return mode and sets the identification number of the person in charge who is permitted to switch the mode to the ID. When reading from the card 23, the mode selection screen is displayed on the display unit 22. This display is, for example, “1. take-out / return mode 2. exchange mode 3. new registration mode 4. log output mode”. In this case, the operator can input a number on the operation key 21 a of the operation unit 21. Select a mode. The control unit 55 executes the selected mode.

"Take-out / return mode"
Describe the take-out / return mode. After the ID card 23 is scanned by the card reader 24, the take-out / return mode is selected, and the password set for permitting management of the key 10 is input to the operation unit 21. Then, the control unit 55 collates the person-in-charge identification number of the ID card 23 read by the card reader 24 and the password entered in the operation unit 21 with the data stored in the storage unit 56, thereby It is determined whether or not the personal identification number is appropriate for executing the take-out / return mode. If appropriate, the control unit 55 drives the cover lock mechanism 35 to unlock the cover 16 and also has a key holding unit having a key / holding unit identification number set for this person-in-charge identification number. The display lamps 50 of all the corresponding operation buttons 51 are blinked so that the lock 31 can be unlocked. As described above, the operation unit 21, the card reader 24, and the control unit 55 authenticate the use of the apparatus main body 12. In addition, when the person-in-charge identification number and the personal identification number are appropriate, it may be set so that all the key holding units 31 can be unlocked.

  The person in charge opens the unlocked cover 16, and the operation button of the key holding unit 31 holding the key holder 11 with the desired key 10 out of the key holding unit 31 in which the display lamp 50 is flashing. 51, the identification of the key / holding unit identification number written in the holding unit identification notation unit 53 is visually recognized and pressed (one or more). That is, the operation button 51 provided in each of the plurality of key holding units 31 receives a selection designation for selecting one of the plurality of key holding units 31 when the take-out / return mode is set. . The holding unit identification notation unit 53 provided in each key holding unit 31 may be a liquid crystal element, and the corresponding key / holding unit identification number and usage information may be displayed.

  Then, when a person in charge presses a desired one of the operation buttons 51 in which the display lamp 50 blinks and accepts selection designation, the control unit 55 turns on the display lamp 50 and The key lock mechanism 46 of the key holding unit 31 provided with the operation button 51 is driven to release the lock, and the key holder 11 with the key 10 can be removed. In other words, when the operation button 51 receives the selection designation of the key holding unit 31, the control unit 55 releases the lock of the key holding unit 31 designated and designated by the key lock mechanism 46. Thus, the person in charge takes out the key holder 11 with the key 10 from the key holding unit 31 in which the locked state of the key holding unit 31 is released and it is guided that the key can be taken out when the display lamp 50 is turned on. It will be. Even when the key / holding unit identification number is input to the operation unit 21, the control unit 55 recognizes the selected and designated key holding unit 31, drives the key lock mechanism 46 to release the lock, and displays the display. The lamp 50 is switched from blinking to lighting.

  Then, the control unit 55 detects the take-out when the IC tag reader 52 of the key holding unit 31 cannot communicate with the IC tag 43 of the key holder 11. The control unit 55 returns the display lamp 50 detected to be taken out to a blinking state, and also identifies the person-in-charge identification number of the ID card 23 read when the key holder 11 is taken out, and the key holding unit 31 in which the operation button 51 is pressed. Key / holding unit identification number, key holder 11 from the key holding unit 31 where the operation button 51 is pressed, that is, the time when the key 10 is taken out, and the return time (the data is blank because it has not been returned at this point) The storage unit 56 stores the carry-out status data as shown in FIG.

  In the example of the carry-out status data shown in FIG. 8A, the key holder 11 with the key 10 from the key holding unit 31 with the key / holding unit identification number “001” is assigned to the person identification number with “777”. The person in charge took out at the takeout time of “10:10” and returned at the return time of “10:20”. That is, the control unit 55 associates the take-out time and return time, which are detection results of the IC tag reader 52, with the key / holding unit identification number stored in the IC tag 43 that is the detection target of the IC tag reader 52, and stores the storage unit 56. Remember me. Of course, even if the operation button 51 other than the blinking of the display lamp 50 is operated, the control unit 55 does not release the locked state of the key holding unit 31 provided with the operation button 51. .

  Then, each time the key holder 11 with the key 10 is taken out, the control unit 55 causes the storage unit 56 to store the above-described take-out status data in time-series in order of take-out time and store the log data for storage create.

  The person in charge closes the cover 16 after taking out the key holder 11 with the key 10 (the same is true after returning the key holder 11 described later). Then, the engagement protrusion 18 of the cover 16 enters the engagement insertion hole 32 of the apparatus main body 14, and the detection protrusion 19 of the cover 16 enters the detection insertion hole 33 of the apparatus main body 14. Thus, when the close detection sensor 37 detects the detection protrusion 19, the control unit 55 locks the cover 16 in the closed state by the cover lock mechanism 35. Note that when a lock operation is input to the operation unit 21 in a state where the detection protrusion 19 is detected by the close detection sensor 37, the cover lock mechanism 35 may lock the cover 16 in the closed state.

  Next, the return time will be described. The person in charge opens the unlocked cover 16, and from the key holding unit 31 where the display lamp 50 is flashing, the key / key displayed on the key identification notation unit 44 of the key holder 11 with the key 10. The key holder 11 is inserted into the key holder mounting hole 45 of the key holding part 31 having the holding part identification notation part 53 in which the same key / holding part identification number as the holding part identification number is written (one or more key holders may be provided). ). Then, the control unit 55 reads the key / holding unit identification number from the IC tag 43 of the key holder 11 by the IC tag reader 52, and this key / holding unit identification number becomes the key / holding unit identification number of the key holding unit 31. Check if they match. Only when these key / holding unit identification numbers match, the return of the key holder 11 with the key 10 is detected, and the key holder 11 is locked by the key lock mechanism 46. At the same time, the control unit 55 sets the time when the key holder 11 with the key 10 is detected as the return time of the latest carry-out status data having the key / holding unit identification number stored in the storage unit 56. Write.

  On the other hand, the control unit 55 does not lock the key holder 11 by the key lock mechanism 46 when the key holding unit 31 and the key / holding unit identification number of the key 10 do not match, and the operation button 51 of the key holding unit 31 is not locked. The display lamp 50 is turned on to generate a notification sound by the buzzer 26 and an alarm display (including a display for guiding correct operation) on the display unit 22.

"Exchange mode"
The exchange mode will be described. After the ID card 23 is scanned by the card reader 24, the exchange mode is selected, and a password set for permitting management of the key 10 is input to the operation unit 21. Then, the control unit 55 collates the person-in-charge identification number of the ID card 23 read by the card reader 24 and the password entered in the operation unit 21 with the data stored in the storage unit 56, thereby It is determined whether or not the password is proper for executing the exchange mode. When it is appropriate, that is, when the identification number of the person in charge who has been given the specific authority to execute the exchange mode and the password are input, the control unit 55 drives the cover lock mechanism 35 to unlock the cover 16. In addition, a screen prompting the selection operation of the key holding unit 31 to be exchanged is displayed on the display unit 22, and the key having the exchangeable key / holding unit identification number registered for the input person identification number The display lamp 50 of the operation button 51 provided for the holding unit 31 is blinked. The person in charge opens the cover 16 and presses the operation button 51 of the desired key holder 31 to be exchanged (one or more) from among the operation buttons 51 whose display lamps 50 are blinking.

  Then, the control unit 55 recognizes that the key / holding unit identification number of the key holding unit 31 where the operation button 51 is pressed is selected and specified, and the key holding unit 31 provided with the operation button 51 is recognized. The key lock mechanism 46 is driven to release the lock so that the key holder 11 can be removed, and the display lamp 50 of the operation button 51 is switched from blinking to lighting to guide this state. Thus, the person in charge removes the key holder 11 from the key holding unit 31 by releasing the lock state of the key holding unit 31. Even when the key / holding unit identification number is input to the operation unit 21, the control unit 55 recognizes the selected and designated key holding unit 31, drives the key lock mechanism 46 to release the lock, and displays the indicator lamp. 50 is switched from blinking to lighting. The key holder 11 held by the operation button 51 or the key holding unit 31 designated by the operation unit 21 is a target for releasing the connection state of the key 10 by the connection mechanism 61 as will be described later. 50 guides the designated key holder 11 by switching from blinking to lighting.

  When the key holder 11 is removed from the key holding unit 31, the control unit 55 detects the removal when the IC tag reader 52 of the key holding unit 31 becomes unable to communicate with the IC tag 43 of the key holder 11. Then, the control unit 55 determines that the person-in-charge identification number of the ID card 23 read when the key holder 11 is removed, the key / holding unit identification number of the key holding unit 31 where the operation button 51 is pressed, and the operation button 51 The removal time of the key holder 11 from the pressed key holder 31, the replacement time of the key 10 of this key holder 11 (the data is blank since it is not replaced at this point), and the operation button 51 The replacement state data including the reattachment time to the key holding unit 31 where is pressed (the data is blank because it is before reattachment at this time) is stored in the storage unit 56. Also, in this replacement status data, the release tool removal time when the release tool 81 was taken out from the storage unit 34 (the data is left blank at this point because it was before removal), and the release tool 81 is stored in the storage unit 34. And the release tool storage time stored in (the data is blank since it has not been taken out at this time).

  In the example of the distribution status data shown in FIG. 8B, the key holder 11 is moved from the key holding unit 31 with the key / holding unit identification number “021”, and the person in charge with the person identification number “711” It is removed at the removal time of “13:15”, the key 10 is changed at the replacement time of “13:17”, the reattachment is erroneous at the time of “13:18”, and the reattachment time of “13:19”. The release tool 81 is attached to the storage unit 34 having the identification number “000” and the person in charge with the person identification number “711” takes the release tool removal time “13:16”. This indicates that the device is taken out and stored at the release tool storage time of “13:20”. That is, the control unit 55 associates the removal time and reattachment time as detection results of the IC tag reader 52 and the replacement time as detection result of the IC tag reader 87 with the key / holding unit identification number in the storage unit 56. Remember me.

  Then, each time the key 10 is changed, the control unit 55 causes the storage unit 56 to store the above-described replacement status data in a time series, and creates storage log data.

  Next, the control unit 55 causes the display unit 22 to display a screen that prompts input of usage information of the key 10 after replacement of the key holding unit 31 from which the key holder 11 has been removed, and accepts the input of usage information. Become. The person in charge re-enters the usage information through kana input, alphabet input, or the like using the operation key 21a of the operation unit 21. For example, as shown in FIG. 7, as usage information for the key / holding unit identification number “001”, “kinko-villa” is input as changed from before, or the key / holding unit identification number “ As the usage information for "002", change "ATM1 GOBILLA" as before, or as the usage information for "003" as the key / holding unit identification number, change it as before. “A key” is entered, or “ATM1 Goki Kaishu key” is entered as usage information for the key / holding unit identification number “004”. When the input is made in this way, the control unit 55 causes the storage unit 56 to store the usage information in association with the key / holding unit identification number selected and designated at the time of the input. That is, when the control unit 55 receives the selection designation of the key holding unit 31 to the operation button 51 or the operation unit 21, the control unit 55 relates to the key / holding unit identification number of the selected and designated key holding unit 31 and the selection designation. Then, it is stored in the storage unit 56 in association with the application information input by the operation unit 21.

  When an operation input indicating that the use information has been input is input to the operation unit 21, the control unit 55 causes the display unit 22 to display a screen that prompts the user to change the key 10 and is provided to the storage unit 34. The display lamp 93 of the operation button 94 is flashed. Looking at this, the person in charge presses the operation button 94. Then, the control unit 55 switches the display lamp 93 from blinking to lighting, and drives the door lock mechanism 91 to unlock the open / close door 90 of the storage unit 34. Thereafter, the person in charge opens the opening / closing door 90 of the storage unit 34 and takes out the release tool 81. As described above, the control unit 55 grants access to the release tool 81 based on the authentication result of the person-in-charge identification number of the ID card 23 and the input password. When the open / close door 90 is opened, the closing detection sensor 92 detects this, and at that time, the control unit 55 uses the time as the release tool removal time of the release tool 81 of the replacement status data described above. The data is stored in the storage unit 56.

  Then, the person in charge takes the released release tool 81 in such a posture that the two extending portions 83 shown in FIG. 6 are positioned on the contact surface 75 side shown in FIG. The portion 84 is inserted into the two groove portions 78 of the lock body 63 in the locked state, and the substrate portion 82 is brought into contact with the side surface of the key holder 11. In this state, as shown in FIG. 5A, the release tool 81 is attached together with the lock body 63 until the two extending portions 83 abut against the end of the slit 70 opposite to the abutting surface 75. It is made to slide against the urging force of the urging spring 64 to be in the unlocked state. Then, while maintaining this unlocked state, as shown in FIG. 5B, the key code ring 62 is rotated to expose the notch 72 to the outside, and the old key 10 that has been attached is removed. The new key 10 is attached and replaced.

  When the substrate portion 82 of the release tool 81 is brought into contact with the side surface of the key holder 11, the IC tag reader 87 shown in FIG. 6 provided on the substrate portion 82 is moved from the IC tag 43 of the key holder 11 shown in FIG. The holding unit identification number is read, and when the key / holding unit identification number matches the key / holding unit identification number of the key holding unit 31 selected and designated, the control unit 55 sets the time to this key. -It memorize | stores in the memory | storage part 56 as the replacement time of the replacement status data in a holding | maintenance part identification number. If the key / holding unit identification numbers do not match, an alarm such as a notification sound by the buzzer 26 and an alarm display on the display unit 22 (including a display for guiding correct operation) is generated, and the key / holding unit identification numbers match. Wait until

  When the key 10 is changed via the notch 72, the person in charge releases the pressing to the release tool 81 and rotates the key code ring 62 to place the notch 72 in the key holder 11. The position 72 is aligned with the lock body 63. Then, the lock body 63 moves together with the release tool 81 by the urging force of the urging spring 64, abuts against the abutment surface 75 and stops. In this state, the person in charge removes the release tool 81 from the key holder 11.

  Then, the person in charge inserts the key holder 11 after the replacement of the key 10 into the key holder mounting hole 45 of the key holding part 31 having the holding part identification notation part 53 having the same notation as the key identification notation part 44 of the key holder 11. Will do. Then, in the key holding unit 31, the IC tag reader 52 communicates with the IC tag 43 of the key holder 11 to read the key / holding unit identification number, and the key / holding unit identification number and the key / holding unit identification number are read. If the key / holding unit identification number of the key holding unit 31 having the IC tag reader 52 whose number is detected matches, the key holder 11 is locked by the key lock mechanism 46 and provided to the key holding unit 31. The display lamp 50 of the operation button 51 is flashed. If the key / holding part identification number does not match, the key / holding part identification number is generated without generating a lock by generating a notification sound by the buzzer 26 and an alarm display (including a display for guiding correct operation). Wait until matches. When the key / holding unit identification numbers match, the control unit 55 stores the time in the storage unit 56 as the reattachment time of the above-described replacement status data.

  The step of selecting and specifying the operation button 51 of the key holding unit 31, the step of inputting usage information, the step of storing the association of the key / holding unit identification number and usage information of the selected and specified key holding unit 31, the key Step of detecting key / holding unit identification number by IC tag reader 87 from IC tag 43 of holder 11 and confirmation of matching of key / holding unit identification number, key / holding unit by IC tag reader 52 from IC tag 43 of key holder 11 The steps of detecting the identification number and confirming the coincidence of the key / holding unit identification numbers are performed for the number of the keys 10. In the meantime, by comparing with the reference step data stored in the storage unit 56, for example, before the opening detection step of the opening / closing door 90 by the closing detection sensor 92 or from the IC tag 43 of the key holder 11. Before the step of detecting the key / holding unit identification number by the IC tag reader 87, the step of detecting the key / holding unit identification number by the IC tag reader 52 from the IC tag 43 of the key holder 11 is performed. If there is an error, the control unit 55 generates a notification sound by the buzzer 26, an alarm display on the display unit 22 (including a display for guiding correct operation), and the like.

  When the replacement of the key 10 is completed, the person in charge stores the release tool 81 together with the communication line 88 in the storage unit 34 and closes the open / close door 90. Then, the close detection sensor 92 detects this, and the control unit 55 locks the open / close door 90 in the closed state by the door lock mechanism 91 and displays on the display unit 22 a prompt for an operation to close the cover 16. Do. Then, the person in charge closes the cover 16. Then, the engagement protrusion 18 of the cover 16 enters the engagement insertion hole 32 of the apparatus main body 14, and the detection protrusion 19 of the cover 16 enters the detection insertion hole 33 of the apparatus main body 14. Thus, when the close detection sensor 37 detects this detection protrusion 19, the cover lock mechanism 35 automatically locks the cover 16 in the closed state, and the exchange mode is terminated. In this case, the cover lock mechanism 35 may lock the cover 16 in the closed state when a lock operation is input to the operation unit 21 with the detection protrusion 19 detected by the close detection sensor 37.

  When the closing detection sensor 92 detects the closed state of the open / close door 90, the control unit 55 stores the time in the storage unit 56 as the release tool storage time of the replacement status data described above. Also in this case, by comparing with the reference step data stored in the storage unit 56, for example, before the step of opening / closing the door 90 by the closing detection sensor 92, or from the IC tag 43 of the key holder 11 Close detection before the step of detecting the key / holding part identification number by the tag reader 87 and before the step of redetecting the key / holding part identification number by the IC tag reader 52 from the IC tag 43 of the key holder 11 is performed. If there is an error in the order of the steps, such as when the sensor 37 detects the closed state of the detection projection 19, that is, the cover 16, the control unit 55 displays a notification sound by the buzzer 26 and an alarm display on the display unit 22. Display, etc.).

  As described above, the control unit 55 performs the step of removing the key holder 11 held by the key holding unit 31 guided by the display lamp 50 of the operation button 51 from the apparatus main body 12, and the opening / closing door 90 is opened to the release tool 81. The step of accessing, the step of reattaching the removed key holder 11 to the apparatus main body 12, and the step of reading the key / holding unit identification number from the IC tag 43 by the IC tag reader 87 are confirmed. Then, the control unit 55 confirms the match between the predetermined order registered in the storage unit 56 in advance of the step and the order that has progressed during the actual operation of the step, and notifies the match confirmation result.

  In the exchange mode, when the lock of the key holding unit 31 having the exchangeable key / holding unit identification number can be released by the operation button 51, the operation button 94 locks the door 90 of the storage unit 34. After the key 10 is replaced so that it can be operated, the key holder 11 is inserted into the key holder mounting hole 45 of the target key holder 31 and the IC tag reader 52 communicates with the IC tag 43 of the key holder 11 to After confirming the matching of the holding unit identification numbers, the usage information corresponding to the key / holding unit identification number may be input to the operation unit 21.

"New registration mode"
In the new registration mode, the controller 55 drives the cover lock mechanism 35 to lock the cover 16 only when the person-in-charge identification number and the personal identification number that have been given specific authority to execute the new registration mode are input. Except for canceling, it is almost the same as the exchange mode.

"Log Output Mode"
The log output mode will be described. After the ID card 23 is scanned by the card reader 24, the log output mode is selected, and a password set for permitting management of the key 10 is input to the operation unit 21. Then, the control unit 55 collates the person-in-charge identification number of the ID card 23 read by the card reader 24 and the password entered in the operation unit 21 with the data stored in the storage unit 56, thereby It is determined whether or not the password is proper for executing the log output mode. If it is appropriate, the control unit 55 reads the above-mentioned storage log data stored in the storage unit 56, and each of the export status data and the distribution status data constituting the storage log data For each of the holding unit identification numbers (that is, the key / holding unit identification number of the key holding unit 31 that has received the selection designation), the related usage information is read from the storage unit 56, and The corresponding usage information is included in each.

  In this manner, output log data (log information including usage information) as shown in FIG. 9 is created in which take-out status data and distribution status data each including usage information are arranged in time series. In the example of the output log data shown in FIG. 9, the key 10 of “Kinko Villa” is received from the key holding unit 31 with the key / holding unit identification number “001” on the date of “2012/3/3”. The person in charge with the identification number of “777” took out at the take-out time of “10:10” and returned at the return time of “10:20”, and the key / holding unit identification number of “002”. The person in charge with the identification number of “789” takes out the key 10 having the usage information of “ATM1 GOBILLA” from the key holding unit 31 at the time of taking out of “10:15”. The key 10 having the usage information of “ATM1 Gouki Shunoko A Kagi” from the key holding unit 31 of the key / holding unit identification number “003” is returned at the return time, and the person in charge of the person identification number “789” However, at the time of taking out “10:16” The key 10 having the usage information of “ATM1 Goki Kaishu Kagi” from the key holding unit 31 with the key / holding unit identification number of “004” is returned to “789”. This indicates that the person in charge with the person-in-charge identification number took out at the take-out time of “10:17” and returned at the return time of “10:27”.

  In addition, in the example of the output log data shown in FIG. 9, the key holder 11 with the key 10 is identified from the key holding unit 31 with the key / holding unit identification number “021”. The person in charge of the number removes at the removal time of “13:15”, replaces the key 10 at the replacement time of “13:17”, and mistakenly reattaches at the time of “13:18”. "" Indicates that it was properly installed at the time of re-installation, and that the application was changed to "Kinko Villa." Furthermore, the person in charge of the person-in-charge identification number “711” takes out the release tool 81 from the storage unit 34 with the identification number “000” at the time of taking out the release tool “13:16”. 20 ”indicates that the release tool is stored at the storage time. That is, the control part 55 and the memory | storage part 56 leave the confirmation condition of the order of the step which advanced in the case of operation as a log | history. At that time, a history of the mistaken procedure is also recorded. For example, when a plurality of key holders 11 are designated and the key 10 is changed, it can be seen from which history the key 10 has been changed in order from the history.

  Here, the output log data includes, for example, take-out status data and replacement status data stored after the take-out status data and replacement status data included in the output log data that was output last time. Data, which is composed of take-out status data and replacement status data stored on the day of output, and which is composed of take-out status data and delivery status data stored on the date or period specified and input to the operation unit 21 Things.

  Then, the control unit 55 causes the printer unit 25 to output the output log data created in this way onto a sheet. The log data for output may not be output to paper by the printer unit 25 but may be output and stored in a data management device comprising a separate personal computer. Output to paper and storage in the data management device You may do both.

  The control unit 55 does not cause the printer unit 25 to output the output log data when the operation unit 21 accepts the output operation as described above, but starts from a reference time point when the main power is turned on. It may be determined whether the predetermined time has elapsed, and when it is determined that the predetermined time has elapsed, the output log data may be output to a sheet or a separate data management device. Alternatively, it is determined whether or not a predetermined time (for example, one week) has elapsed since the reference time when the log data for output was output last time, and is output when it is determined that the predetermined time has elapsed. Log data may be output to paper or a separate data management device. Alternatively, the control unit 55 uses the clock function to determine whether or not a predetermined time set in advance is reached, and when it is determined that the predetermined time is reached, the log data for output is printed on paper or separately. The data may be output to the data management apparatus. Furthermore, you may make it combine these suitably.

  According to the key management device 1 of the first embodiment described above, the control unit 55 authenticates based on the input to the operation unit 21 and the card reader 24 when the key 10 is replaced or newly attached to the key holder 11. If the access to the release tool 81 is permitted based on the authentication result, the release tool 81 can release the connection state of the key holder 11 to the key 10 by the connection mechanism 61. In this state, the key of the key holder 11 can be released. 10 will be replaced. In this way, only a person who has been given a specific authority by preparing a dedicated release tool 81 for releasing the connection of the key 10 by the connection mechanism 61 and requiring authentication for access to the release tool 81. Therefore, unauthorized removal of the key 10 from the key holder 11 can be prevented. Further, if the control unit 55 grants access to the release tool 81 based on the authentication result, the connection state of the connection mechanism 61 can be released by the release tool 81, so that it is not necessary to destroy the member. Therefore, it is possible to facilitate the replacement work of the key 10 and reduce waste.

  Further, when the key holder 11 to be released from the connection state of the key 10 by the connection mechanism 61 is designated by the operation button 51, the display lamp 50 of the operation button 51 changes from blinking to lighting, and the designated key is displayed. The holder 11 will be guided. Thereafter, the control unit 55 includes a step of removing the guided key holder 11 from the apparatus main body 12, a step of accessing the release tool 81, and a step of remounting the removed key holder 11 to the apparatus main body 12. Check. Therefore, stricter management is possible for the operation of releasing the connected state of the key holder 11.

  Further, the control unit 55 confirms the step of reading the key / holding unit identification number from the IC tag 43 of the key holder 11 by the IC tag reader 87 provided in the release tool 81, so that any of the key holders 11 can be connected. Since the key / holding unit identification number indicating whether or not to perform the release is also confirmed when the release is performed by the release tool 81, stricter management becomes possible.

  In addition, since the control unit 55 confirms the match between a predetermined order registered in advance in each step and the order progressed in the operation of each step, the control unit 55 notifies the match confirmation result. An error in the procedure can be notified.

  Moreover, since the control part 55 leaves the confirmation state of the order which progressed in the case of step operation in the memory | storage part 56 as a log | history, there exists an effect which further raises the security which concerns on cancellation | release of the connection mechanism 61. FIG. In other words, when and who made which key holder 11 a target and how it was released during exchange or new registration, it remains in the log as detailed history information and can be referred to.

  Further, when the notch 72 is positioned inside the key holder 11 and engages with the lock body 63, the key code ring 62 holds the key 10 with the key holder 11 so that the lock body 63 cannot be removed. When engaged with the release tool 81 and slid, the cutout portion 72 is released from the lock body 63 and can be positioned outside the key holder 11 so that the key 10 can be replaced. Thereby, the structure of the connection mechanism 61 is simplified, and connection and release are facilitated.

  Further, since the lock body 63 is provided with a plurality of groove portions 78 with which the release tool 81 is engaged, the structure of the dedicated release tool 81 can be complicated, and unlocking other than the release tool 81 can be well regulated. Note that the more the grooves 78 and the engaging claws 85 are increased, the higher the effect of being able to better regulate unlocking other than the release tool 81.

  In the first embodiment described above, as shown in FIG. 10, the lock body 63 is engaged with the inside of the key holder 11 in a state of being engaged with the notch 72, and the release tool 81 is engaged with the groove 78. At this time, a locking claw 98 for releasing the locking inside the key holder 11 may be provided. Accordingly, the state in which the lock body 63 is engaged with the notch 72 can be firmly maintained, and the engagement between the lock body 63 and the inside of the key holder 11 (that is, the accommodation space 68) can also be firmly maintained.

  Next, a second embodiment of the key management apparatus according to the present invention will be described below mainly with reference to FIG. 11 with a focus on differences from the first embodiment.

  In the second embodiment, a connecting mechanism (connecting means) 61 is partially different from the first embodiment. The coupling mechanism 61 of the second embodiment has a rectangular key code ring (sliding body) 62 ′ that is slidably provided on the key holder 11. A straight insertion hole 69 ′ that opens one end side in the extending direction of 68 to both the upper and lower sides is formed. The key code ring 62 ′ is inserted into the linear insertion hole 69 ′ so as to be slidable with respect to the key holder 11. The key code ring 62 'has a hook shape having a notch 72' so as to divide a part of the rectangle.

  When the lock body 63 enters the notch 72 ′ of the key cord ring 62 ′ by the urging force of the urging spring 64 and abuts against the abutment surface 75, the key cord ring 62 ′ engages with the lock body 63. Therefore, the slide is restricted by the lock body 63. In this locked state, the notch 72 ′ is located inside the key holder 11 and is not exposed to the outside from the key holder 11.

  On the other hand, when the lock body 63 moves against the urging force of the urging spring 64 and moves away from the contact surface 75 by a predetermined distance, the lock body 63 escapes from the notch 72 '. In this state, the key code ring 62 ′ is disengaged from the lock body 63, and the slide is not restricted by the lock body 63. Therefore, in this unlocked state, the key code ring 62 ′ is slid, and at this time, the entire cutout 72 ′ is located outside the key holder 11 and exposed from the key holder 11 to the outside. It becomes possible. That is, the notch 72 ′ of the key code ring 62 ′ can be positioned outside the key holder 11 by being disengaged from the lock body 63 when the connection state where the connection mechanism 61 connects the key 10 is released.

  According to the second embodiment described above, the key code ring 62 ′ removes the key 10 with the key holder 11 when the notch 72 ′ is located inside the key holder 11 and engages with the lock body 63. When the lock body 63 is slid by engaging with the release tool 81, the cutout portion 72 ′ is released from the lock body 63 and can be positioned outside the key holder 11. Thus, the key 10 can be replaced. Thereby, the structure of the connection mechanism 61 is simplified, and connection and release are facilitated.

  In the first and second embodiments described above, the control unit 55 of the key management device 1 communicates with, for example, a management PC (permission management means) at the head office linked with the sales office where the key management device 1 is installed via a LAN. It is also possible to construct a key management system by connecting them so that the function of permitting access to the release tool 81 by the control unit 55 of the key management device 1 can be set by an operation from the management PC. That is, the permission / invalidity of permission for access to the release tool 81 by the control unit 55 of the key management device 1 is set by an operation input. For example, no one can exchange the key 10 for a certain period after the exchange. Or, only a part of the person in charge with specific authority can select the key 10 to be exchanged even for a certain period after the exchange. It becomes.

  Further, in the first and second embodiments, the case where the dedicated storage portion 34 for storing the release tool 81 is described as an example, but an apparatus for storing an ID card managed similarly to the key 10 is provided. A card storage section (not shown) provided separately inside the main body 12 may be used as a storage section for storing the release tool 81. Alternatively, the storage unit 34 can be unitized and attached to the outer surface of the key management device 1.

  In the first and second embodiments, the case where the IC tag reader 87 of the release tool 81 communicates with the control unit 55 by wire is described as an example. However, the IC tag reader 87 may communicate with the control unit 55 wirelessly.

DESCRIPTION OF SYMBOLS 1 Key management apparatus 10 Key 11 Key holder 12 Apparatus main body 21 Operation part (authentication means)
22 Display unit (notification means)
24 Card reader (authentication means)
26 Buzzer (notification means)
43 IC tag (memory means)
50 Indicator lamp (guide means)
51 Operation buttons (specifying means)
55 Control unit (authentication means, permission means, confirmation means, notification means, history management means)
56 Storage unit (history management means)
61 Connection mechanism (connection means)
62 Key code ring (rotating body)
62 'Key code ring (slide body)
63 Locking body 64 Biasing spring (biasing body)
72, 72 'Notch 78 Groove (engagement part)
81 Release tool (release means)
87 IC tag reader (reading means)
98 Claw

Claims (14)

A key holder that can be attached to and detached from the apparatus body;
Coupling means provided on the key holder for coupling keys;
Release means for releasing the connection state to the key by the connection means;
Authentication means for authenticating the use of the apparatus body;
Permission means for permitting access to the release means based on an authentication result of the authentication means;
Equipped with a,
The connecting means includes a ring-shaped rotating body that is rotatable with respect to the key holder and has a notch, a lock body that engages and slides with the releasing means, and the lock body is connected to the rotating body. It consists of a biasing body that biases in the direction,
The notch portion of the rotating body is located inside the key holder when the connecting means is in the connected state and engages with the lock body, and when the connecting means is released from the locked body, Is disengaged and can be positioned outside the key holder,
The key management device according to claim 1, wherein the lock body has a plurality of engaging portions with which the release means engages . A key holder that can be attached to and detached from the apparatus body;
Coupling means provided on the key holder for coupling keys;
Release means for releasing the connection state to the key by the connection means;
Authentication means for authenticating the use of the apparatus body;
Permission means for permitting access to the release means based on an authentication result of the authentication means;
Equipped with a,
The connecting means includes a hook-like slide body that is slidable with respect to the key holder and has a notch, a lock body that engages and slides with the release means, and the lock body in the direction of the slide body And an urging body that urges toward the
The notch portion of the slide body is located inside the key holder when the connecting means is in the connected state and engages with the lock body, and when the connecting means is released from the locked body, Is disengaged and can be positioned outside the key holder,
The key management device according to claim 1, wherein the lock body has a plurality of engaging portions with which the release means engages . The lock body is engaged with the inside of the key holder in a state of being engaged with the notch portion, and is engaged when the release means is engaged with the engagement portion to release the engagement with the inside of the key holder. the key management apparatus according to claim 1, wherein further comprising a claw. A key holder that can be attached to and detached from the apparatus body;
Coupling means provided on the key holder for coupling keys;
Release means for releasing the connection state to the key by the connection means;
Authentication means for authenticating the use of the apparatus body;
Permission means for permitting access to the release means based on an authentication result of the authentication means;
Means for storing the key holder capable of releasing the connection state to the key by the connection means by the release means for each authentication information authenticated by the authentication means;
A key management device comprising: A key holder that can be attached to and detached from the apparatus body;
Coupling means provided on the key holder for coupling keys;
Release means for releasing the connection state to the key by the connection means;
Authentication means for authenticating the use of the apparatus body;
Permission means for permitting access to the release means based on an authentication result of the authentication means;
Means for storing usage information of a key connected by the connecting means for each key holder;
A key management device comprising: Designating means for designating a target key holder for releasing the connected state by the connecting means;
Guidance means for guiding the key holder designated by the designation means;
Confirming means for confirming the step of removing the key holder guided by the guiding means from the apparatus main body, the step of accessing the releasing means, and the step of reattaching the removed key holder to the apparatus main body. When,
The key management apparatus according to claim 4 or 5, further comprising: The key holder is provided with storage means for storing holder number information,
The release means includes a reading means for reading the holder number information stored in the storage means,
7. The key management apparatus according to claim 6 , wherein the confirmation unit also confirms the step of the reading unit reading the holder number information. The confirming means includes notifying means for confirming a match between a predetermined order of the steps registered in advance and an order progressed during the operation of the step, and notifying the match confirmation result. The key management device according to claim 6 or 7, characterized in that The key management device according to any one of claims 6 to 8, further comprising a history management means leaving a verification status by said confirmation means the order in which progressed on the operation of the step as a history. The connecting means includes a ring-shaped rotating body that is rotatable with respect to the key holder and has a notch, a lock body that engages and slides with the releasing means, and the lock body is connected to the rotating body. It consists of a biasing body that biases in the direction,
The notch portion of the rotating body is located inside the key holder when the connecting means is in the connected state and engages with the lock body, and when the connecting means is released from the locked body, the key management device according to any one of claims 4 to 9, characterized in that engagement is released thereby enabling the position outside of the key holder. The connecting means includes a hook-like slide body that is slidable with respect to the key holder and has a notch, a lock body that engages and slides with the release means, and the lock body in the direction of the slide body And an urging body that urges toward the
The notch portion of the slide body is located inside the key holder when the connecting means is in the connected state and engages with the lock body, and when the connecting means is released from the locked body, the key management device according to any one of claims 4 to 9, characterized in that engagement is released thereby enabling the position outside of the key holder. The key management apparatus according to claim 10 or 11 , wherein the lock body has a plurality of engaging portions with which the release means engages. The lock body is engaged with the inside of the key holder in a state of being engaged with the notch portion, and is engaged when the release means is engaged with the engagement portion to release the engagement with the inside of the key holder. The key management device according to claim 12 , further comprising a pawl. A key management device according to any one of claims 1 to 13 ,
A key management system comprising: permission management means configured to communicate with the key management apparatus and set a function of the permission means.

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