KR102067067B1 - Vehicle Moving Type Vault Key Management System of Customer's office and Method thereof - Google Patents

Abstract

The present invention relates to a key management system of a vehicle-movable key safe of a customer, which is to safely and conveniently mange a key of a customer; and a key management method of a vehicle-movable key safe using the same. The key management system of the present invention comprises: a control server (100); a contracting place terminal (200) transmitting an alarm signal to the control server; a key safe (300) installed in a moving vehicle; a worker terminal (400); and an Internet network or wireless communication network (500).

Description

Vehicle moving key vault key management system of customer's house and vehicle moving key vault key management method using same {Vehicle Moving Type Vault Key Management System of Customer's office and Method

The present invention relates to a vehicle mobile key safe key management system of the customer's house to store the keys of the plurality of customer's places in the vehicle to manage the keys of the plurality of customers managed for emergency in the Secom company The present invention relates to the management of the scientific management of the export and return of the customer processing keys stored in the key safe by applying IoT technology.

      Conventional technology related to the present invention is disclosed in Korean Patent Registration No. 10-1158093 (July 3, 2012). 1 is a block diagram of an intelligent key management system for managing the conventional key holder and key holder. In FIG. 1, an intelligent key management system for managing a conventional key holder and key holder includes whether a key detection unit 11 and a key storage box 20 are opened or closed to detect and identify import and export of keys stored in the key storage box 20. The opening / closing detection unit 12 for detecting, the key management control unit 13 for performing key management according to the signals provided from the detection units 11 and 12, and the display unit 14 for displaying a storage state such as returning or discharging keys, etc. And a warning unit 15 for warning the occurrence of a forced departure state of the key. In addition, it further includes a storage unit 16 for storing information for key management and the like, and a communication unit 17 for transmitting and receiving information with a remote control center 30. The apparatus may further include an input unit 18 for inputting information for authenticating a user who imports or exports a key, and an automatic opening / closing unit 19 that opens or closes the key storage box 20. In addition, the intelligent key management system 10 may be connected to an access management system 50 that manages users entering and exiting a predetermined area through a network, and may receive information about which users enter and exit the area. In this case, the intelligent key management system 10 may directly perform authentication based on the user identification information transmitted from the access management system 50, or the authentication is completed from the access management system 50 without performing authentication separately. Information about the user may be provided. Here, the access management system 50 may determine whether a user who accesses by using various means is a legitimate user authorized to access. For example, various means such as access card, fingerprint recognition, iris recognition, etc. may be used. The storage unit 16 may include a first storage unit 161 in which information on keys stored in the key storage 20 is stored, and a second storage unit in which information on legitimate users who can use the key is stored ( 162, and a third storage unit 163 that stores a key management table that manages export and export states of keys. When a key is inserted into the key storage box 20 for storing the key, the first storage unit 161 receives and stores key identification numbers assigned to the keys. The first storage unit 161 stores information indicating in which position the key inserted in the current key storage box 20 is stored. Specifically, the location information of the key storage box 20 in which the corresponding key is stored is stored for each key identification number assigned to the keys stored in the current key storage box 20. Here, the position information indicates the position of the key holder storage portion 21 of the key holder 20 in which the key holder will be described later. For example, the position information may be an identification number assigned to the key holder storage portion 21. have. The second storage unit 162 stores information about a user who can use each key. Specifically, a key identification number usable in correspondence with the user identification number is stored. The key management control unit 13 determines the return and export status of the key according to the signal applied from the key detection unit 11, and identifies the key returned or taken out according to the signal applied from the key detection unit 11. And checking the use state of the key based on the identification result and performing key management.

The conventional key holder and the intelligent key management system for managing the key holder configured as described above are difficult to manage the state, such as whether the exported key is stored in its original position when the key is exported from the safe, and whether the key has been exported for proper reasons. Is there. In addition, the conventional key management system as described above has a problem that is difficult to apply to the key management stored in the mobile key safe installed in the vehicle because it is fixed. Vehicle mobile key safe key management system of the present invention for solving the problems of the prior art as described above and a vehicle mobile key safe key management method using the same to the export and return of the key stored in the mobile key safe installed in the vehicle It is for monitoring in real time. In addition, another object of the present invention is to make customer process key management safe and convenient by applying IoT technology.

The vehicle mobile key safe key management method of the present invention having the above object has a control server receiving an abnormal alarm signal from the contract terminal and issuing an emergency dispatch, and transmitting the abnormal alarm signal contracting party ID to the worker terminal. Allowing the worker to dispatch with the vehicle managing the contractor, and store the received abnormal alarm signal, dispatch notification information, abnormal alarm reception time information, contractor ID, and key vault ID installed in the dispatch vehicle in a DB. When the worker drives the vehicle with the key vault, moves to the contractor and opens the key vault, the key vault transmits the key vault ID and key vault open time information to the control server, and the key vault ID and key vault open time. The control server receiving the information compares the received key safe ID with the dispatched car key safe ID stored in the DB to determine whether there is a match. Storing the received key vault ID and key vault open time information in the control server DB if the match is found; the worker exports the key from the key vault to open the contractor's door lock and the key vault is the key export channel. Transmitting the information and the key export time information to the control server; and if the control server determines whether the key export channel information received from the key safe of the vehicle matches the keymap information stored in the DB, Storing the key export channel information and key export time information received from the vehicle's key safe in the DB; after the worker confirms the security of the contractor, the key is returned to the corresponding channel of the key safe and the key safe is locked. The key safe transmits the key safe ID, the key return signal of the corresponding channel, the key return time information, the key safe lock information, and the key safe lock time information to the control server. Determining, by the server, whether to time out based on the corresponding key safe ID, key export time information, and key return time information for the corresponding key of the corresponding channel; and, if the time limit does not exceed, the control server receives And storing the key return time information for the corresponding channel of the corresponding key safe and the key safe lock time information in the DB and terminating.

The vehicle mobile key safe key management system of the present invention configured as described above and the vehicle mobile key safe key management method using the same include automatic management of keys in a key safe installed in a mobile vehicle, key export, and non-return of keys in real time. It is possible to prevent the illegal use of the key is to have an effect. In addition, by using the key on-off circuit and LPWA (Low-Power Wide Area) communication, it can be manufactured at low cost and can be installed in a moving vehicle to manage key entry and exit information in real time. .

1 is a configuration of an intelligent key management system for managing a conventional key holder, key holder,
2 is the overall configuration of the vehicle removable key safe key management system of the present invention customer unit,
3 is a key vault perspective configuration applied to the present invention,
4 is an exemplary diagram of contractor keymap information stored in a DB of a control server according to the present invention;
5 is a control flowchart of a method for managing a vehicle mobile key vault key according to the present invention;
6 is a flowchart illustrating a control method for using an abnormal key according to a first embodiment of the present invention;
7 is a flowchart illustrating a second embodiment control method for using an abnormal key according to the present invention.

The vehicle mobile key safe key management system and a vehicle mobile key safe key management method using the same according to the present invention having the above object will be described below with reference to FIGS. 2 to 7.

2 is an overall configuration diagram of a vehicle removable key safe key management system of the present invention. In FIG. 2, the vehicle mobile key safe key management system of the present invention receives a contractor ID, an abnormal alarm signal from the contractor, initiates an emergency dispatch, and transmits the received contractor ID to the worker terminal. The vehicle is dispatched with the vehicle, and the dispatch alarm information, the abnormal alarm reception time information, the contractor ID, the key safe ID installed in the dispatch vehicle is stored in the DB, and the key safe ID received from the key safe and the key safe open time DB are stored. The key export channel information based on the key export channel information and the key export time information received from the key vault and the key map information stored in the DB. Stores one key export channel information and key export time information in DB, and the key safe ID received from the key safe, the key return signal of the channel, and the key return Receive information, key safe lock information, key safe lock time information, and determine whether to time out based on key export time information and key return time information for the corresponding key safe ID and the corresponding key of the corresponding channel; If it is within, the control server 100 for storing the key return time information key lock time information for the corresponding channel of the key safe in the DB, and the contract terminal for transmitting the abnormal alarm signal to the control server when the intruder invaded 200, and installed in a moving vehicle, when the worker opens the key safe and exports the key, the key safe ID and the key safe open time information are transmitted to the control server, and the worker exports the key from the channel of the key safe. Send the export channel information and key export time information to the control server, and after the worker confirms the security of the contractor, return the key to the corresponding channel of the key safe and lock the safe. In the case, the key safe ID, key return signal of the channel, key return time information, key safe lock information, key safe lock time information for transmitting the key safe lock time information to the control server, and abnormality alarm of the contractor from the control server When receiving a signal and receiving the key vault ID mismatch information from the control server, have the worker confirm the key vault, dispatch instructions and the key vault open date and time, and when receiving the mismatch information of the key channel information from the control server, A worker terminal 400 and a control server, a contractor terminal, a key vault and a worker terminal that allow the user to check the channel of the key safe and allow the worker to determine the cause and take action when receiving timeout information from the control server. It is characterized in that consisting of an Internet network or a wireless communication network 500 for connecting to a network.

3 is a key vault perspective configuration applied to the present invention. In FIG. 3, the key holder 310 of the key safe 300 applied to the present invention serves as an on / off switch of an electric circuit and is for mounting a key, and all keys are mounted on a key holder (channel) 310. If present, the electrical circuit is on. If any key is empty, the key holder electrical circuit is off. In addition, the key holder (channel) 310 matches the keymap information to the DB of the control server in the order of the key vault of the key vault, and if there is a key export of the key vault, receives the information and stores the key map. By comparison, the usage of contractor key is monitored. All events are automatically stored in the DB. In addition, there may be n drawers in the key safe 300, n drawers 320 may have n channels (key holders 310), and a plurality of keys may be inserted into each key holder 310. If the holder is configured and there is open information of the key safe and key export information of the key holder 310, the key safe ID, key safe open time information, key export channel information, key export time information, and the like are communicated through the communication module 330. It can be transmitted to the control server 100. Where n is a natural number equal to 1, 2, 3.

4 is an exemplary diagram of contractor keymap information stored in a DB of a control server according to the present invention. In FIG. 4, the contractor keymap information stored in the DB of the control server 100 applied to the present invention relates to channel information for each drawer in the key safe, and the electrical circuit on each key holder (channel) 310 for each drawer. It contains the off information and the contract information corresponding to each key (key) of each channel of each drawer. For example, it contains the channel 1: 26 contractor information of drawer 1 and the channel 2: 26 of drawer 1. It can contain the information of the two contractors. Therefore, when the channel off signal is received, the control server can check the contractor information in the DB to determine whether the channel to which the contracted party belongs is located. In addition, as shown in FIG. 4, the key is hung on the key holder so that the key does not fall off the contact surface even when the vehicle is shaken while the vehicle is running.

5 is a control flowchart of a method for managing a vehicle mobile key vault key of the present invention. In FIG. 5, the method for managing a vehicle mobile key safe key of the present invention is performed by the control server receiving an abnormal alarm signal from the contract terminal (S11), and the control server initiating an emergency dispatch. Transmitting the contact ID to the worker terminal to allow the worker to dispatch with the corresponding vehicle managing the contractor, and storing the received abnormal alarm signal, dispatch alarm information, abnormal alarm reception time information, and contractor ID in the DB ( S12), when the worker drives the vehicle with the key safe installed to the contractor and opens the key safe, the key safe transmits the key safe ID and the key safe open time information to the control server (S13), and the key safe ID. And comparing, by the control server receiving the key vault open time information, with the received key vault ID and the dispatch vehicle key vault ID stored in the DB to determine whether there is a match (S14). In case of matching, storing the received key safe ID and key safe open time information in the control server DB (S15), and when the worker exports the key from the key safe to open the door lock of the contractor, the key safe is exported. Transmitting the channel information and the key export time information to the control server (S16), and the control server determining whether the key export channel information received from the key safe of the vehicle matches the keymap information stored in the DB (S17). ), And if there is a match, storing the key export channel information and the key export time information received from the key safe of the vehicle in a DB (S18), and after the worker confirms the security of the contractor, the key is stored in the corresponding key safe. When you return to the channel and lock the key safe, the key safe sends the key safe ID, key return signal of the channel, key return time information, key safe lock information, and key safe lock time information to the control server. (S20) and the control server determines whether or not to timeout based on the key safe ID, the key export time information and the key return time information for the corresponding key of the channel (S20), and exceeds the time limit. If not, the control server is characterized in that it comprises the step of storing the key return time information, the key vault lock time information for the corresponding channel of the corresponding key vault received in the DB (S21). In addition, if the key vault ID does not match in step S14, by transmitting the mismatch information to the worker terminal to check the key vault ID, dispatch instructions and key vault open time information, further comprising the step of completing and ending. It is. In addition, if the key map information does not match in step S17, the step of transmitting the mismatched channel information to the worker terminal to check the action of the contract key, and may further include the step. In addition, when the time limit is exceeded in the step S20, the time limit information may be transmitted to the worker terminal, and the worker may further include the step of identifying the cause and taking the action.

6 is a control flowchart of a first embodiment of a control method for using an abnormal key applied to the present invention. In FIG. 6, the first embodiment of the method for controlling an abnormal key used in the present invention includes opening a key safe by a user (S31), and a key safe with a key safe open signal, key safe open time information, and a key safe. Transmitting the ID to the control server (S32), storing the received key safe open signal and the key safe ID and checking whether the control server has issued a dispatch command (S33), and having not issued the dispatch command. In this case, it is characterized in that it comprises a step (S34) to allow the worker to confirm the key vault opening and input the key vault opening reason to the control server. In addition, when the dispatch command is issued in step S33, it is characterized by performing a normal procedure to recognize the normal dispatch. In the above, the normal procedure includes the procedure below step S14 of FIG. 5.

7 is a flowchart illustrating a second embodiment control method for using an abnormal key according to the present invention. In FIG. 7, the second embodiment of the method for controlling an abnormal key used in the present invention includes opening a key safe by the user (S41), and transmitting the key safe ID and the key safe open signal to the control server. (S42), checking whether or not the control server has stored the received key safe open signal and issued a dispatch command (S43), and when the dispatch command is issued, the control server receives the received key safe ID and Storing the contract ID of the dispatch command target in the DB (S44), and when the user exports the key from the key safe, the key safe sends the key export position information to the control server (S45), and the control server. Determining whether or not the exported key is from the contracting party which has been dispatched (S46), and if it is not the contracting party, the control server transmits the key export position information to the worker terminal to check whether there is an abnormality. (S47) and, When the user returns the key, the key safe transmits the key return signal and the key return time information to the control server (S48), and the control server exceeds the time limit based on the key export time information and the key return time information. Determining whether or not (S49), and if the time limit is exceeded, allowing the control server to transmit the timeout information to the worker terminal to check whether there is an error (S50), and the user to operate the key safe. Locking, the key vault transmits the key vault lock signal and the key vault lock time information to the control server (S51), and if the key vault lock time exceeds the reference time limit, the control server is working the reference time out information It is characterized in that it comprises a step (S52) to be transmitted to the terminal to check the presence of abnormality and to take action.

100: control server, 200: contract terminal,
300: key safe, 400: worker terminal

Claims (10)

In the vehicle mobile key safe key management system of the customer location using IoT technology that stores the keys of the multiple customer locations in the key safe mounted on the vehicle to manage the keys of the multiple customer locations,
A vehicle mobile key safe key management system of a customer location using IoT technology that stores the keys of multiple customer locations in a key safe mounted on a vehicle,
Receives contract ID and abnormal alarm signal from contractor, initiates emergency dispatch and transmits received contract ID to worker terminal to allow worker to dispatch with the vehicle, dispatch alert information, fault alert time information, It stores the contractor ID, the key safe ID installed in the dispatched vehicle in the DB, the key safe ID received from the key safe, the key safe open time information in the DB, the key export channel information received from the key safe, the key export time On the basis of the information, it is determined whether the key export channel information matches the keymap information stored in the DB. If the key export channel information matches, the key export channel information and the key export time information received from the vehicle's key safe are stored in the DB. Receives the key safe ID received from the safe, the key return signal of the channel, key return time information, key safe lock information, and key safe lock time information. It determines whether the timeout is exceeded based on the key ID, key export time information and key return time information for the corresponding key of the corresponding channel, and if it is within the time limit, key return time information for the corresponding channel of the corresponding key safe. A control server 100 for storing lock time information in a DB;
A contract terminal (200) for transmitting an abnormal alarm signal to a control server when an intruder intrudes;
It is installed in the moving vehicle, and the worker opens the key safe and exports the key, and transmits the key safe ID and key safe open time information to the control server.If the worker exports the key from the key safe channel, the key export channel information and key When the export time information is sent to the control server, and the worker checks the security of the contractor and returns the key to the corresponding channel of the key safe and locks the safe, the key safe ID, the key return signal of the channel, the key return time information, A key safe 300 for transmitting the key safe lock information and the key safe lock time information to the control server;
When receiving an abnormality alarm signal of the contractor from the control server, and receiving the key vault ID mismatch information from the control server, the worker checks the key vault, dispatch instruction, and the key vault opening date and time. A worker terminal 400 which allows the worker to check the channel of the key safe when receiving the mismatch information, and causes the worker to check the cause and take action when receiving the timeout information from the control server;
And IoT technology for storing keys of a plurality of customer locations in a key safe mounted on a vehicle, comprising a control server, a contract terminal, a key safe, and an operator's terminal connected to a network. Vehicle moving key vault key management system of customer use.
The method of claim 1,
The wireless communication network,
A mobile key vault key management system for customers using IoT technology that stores keys of multiple customers in a key safe mounted on a vehicle, characterized by using a low power widw-Area (LPWA) method.
The method of claim 1,
The key safe 300 is,
It consists of n drawers, each drawer 320 is composed of n channels (key holders, 310), each key holder 310 is composed of a plurality of key insert holder, the top of the key safe is configured a communication module The mobile key vault key management system of the customer location using IoT technology that stores the keys of multiple customer locations in the key safe mounted on the vehicle, characterized in that the on and off information of each channel can be transmitted to the control server.
In the vehicle mobile key safe key management method of the customer location using IoT technology that stores the keys of the multiple customer locations in the key safe mounted on the vehicle to manage the keys of the multiple customer locations,
Vehicle moving key safe key management method of the customer location using the IoT technology for storing the keys of the plurality of customers in the key safe mounted on the vehicle,
Receiving, by the control server, the abnormal alarm signal from the contract terminal (S11);
The control server issues an emergency dispatch, and transmits an alarm signal to the worker's terminal, allowing the worker to dispatch with the vehicle managing the contractor. The received alarm signal, dispatch alarm information, and alarm Storing reception time information and a contract ID in a DB (S12);
A worker driving a vehicle in which a key safe is installed and moving to a contract office and opening the key safe, the key safe transmitting the key safe ID and the key safe open time information to the control server (S13);
The control server receiving the key safe ID and the key safe open time information compares the received key safe ID with the dispatched vehicle key safe ID stored in the DB to determine whether they match (S14);
If it matches, storing the received key safe ID and key safe open time information in the control server DB (S15);
When the worker takes out the key from the key vault to open the door lock of the contractor, the key vault transmits the key export channel information and the key export time information to the control server (S16);
Controlling, by the control server, whether or not the key export channel information received from the key safe of the vehicle matches the keymap information stored in the DB (S17);
If matched, storing the key export channel information and the key export time information received in the key safe of the vehicle in a DB (S18);
After the worker checks the security of the contractor and returns the key to the corresponding channel of the key safe and locks the key safe, the key safe will be the key safe ID, the key return signal of the channel, key return time information, key safe lock information, and key safe. Transmitting lock time information to the control server (S19);
Controlling, by the control server, whether the time limit is exceeded based on the corresponding key safe ID and the corresponding key of the corresponding channel based on key export time information and key return time information (S20);
And if it does not exceed the time limit, storing and terminating the key return time information and the key safe time information for the corresponding channel of the corresponding key safe received by the control server in a DB (S21). A method for key management of a vehicle mobile key safe key of a customer location using IoT technology, which stores keys of multiple customer locations in a key safe mounted on a vehicle.
The method of claim 4, wherein
The vehicle mobile key safe key management method of the customer location using the IoT technology which stores the keys of many customers in the key safe mounted on the vehicle,
If the key safe ID does not match in the step S14, by transmitting the mismatch information to the worker terminal to check the key safe ID, dispatch instructions and key safe open time information, and further comprising the step of completing and A method for managing a mobile key vault key for a customer using IoT technology that stores a key of a plurality of customer's keys in a vehicle-mounted key safe.
The method of claim 4, wherein
The vehicle mobile key safe key management method of the customer location using the IoT technology which stores the keys of many customers in the key safe mounted on the vehicle,
If the key map information does not match in step S17, the step of transmitting a plurality of customer location keys, characterized in that it further comprises the step of transmitting the mismatched channel information to the worker terminal to check the action of the corresponding contract key and terminate. A method for managing a vehicle's mobile key safe key using a IoT technology stored in a vehicle key safe.
The method of claim 4, wherein
Vehicle moving key safe key management method of the customer location using the IoT technology for storing the keys of the plurality of customers in the key safe mounted on the vehicle,
When the time limit is exceeded in the step S20, the time-out information is transmitted to the worker terminal, so that the worker can identify the cause and take action and terminate. A method for managing a vehicle's mobile key safe key using a IoT technology stored in a vehicle key safe.
delete delete In the control method for the abnormal key use to leave a record of the key usage of the customer by storing the keys of the multiple customers in the vehicle key storage to manage the keys of the multiple customers,
The control method for the abnormal key use to leave a record of the key usage of the customer by storing the keys of the plurality of customers in the vehicle key storage,
Step S41 of the user opening the key safe;
The key safe transmitting the key safe ID and the key safe open signal to the control server (S42);
Checking whether the control server stores the received key safe open signal and issues an dispatch command (S43);
When the dispatch command is issued, the control server storing the received key safe ID and the contract ID of the dispatch command target in a DB (S44);
When the user has exported the key from the key safe, the key safe transmits the key export position information to the control server (S45);
The control server determines whether the exported key is from a contracting party that has made outgoing announcements (S46);
If it is not the contractor, controlling the server to transmit key export position information to the worker terminal to check whether there is an abnormality (S47);
When the user returns the key, the key safe transmitting the key return signal and the key return time information to the control server (S48);
Determining, by the control server, whether the time limit has been exceeded based on the key export time information and the key return time information (S49);
If the time limit is exceeded, the control server transmits the timeout information to the worker terminal to check whether there is an abnormality and take action (S50);
The user locks the key safe, and the key safe transmits the key safe lock signal and the key safe lock time information to the control server (S51);
And when the key safe lock time exceeds the reference time limit, the control server transmits the reference timeout information to the worker terminal to check whether there is an abnormality and to take an action (S52). A method of controlling abnormal key usage to keep a record of key usage of a customer by storing the key of the wife in a vehicle-mounted key safe.

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