KR100818344B1 - Personal cabinet system for independence - Google Patents

Abstract

A standalone personal cabinet system is provided to network a standalone personal cabinet to an integrated operation management monitoring server on the Internet and connect to a system of other security companies, thereby monitoring a standalone operation state in real-time through the web. A standalone monitoring server(10) connected to the Internet is interconnected with a security controller(30), an integrated operation management server(40), and other security systems. The standalone monitoring server comprises an LCD controlling module(51), a network device(52), a CPU(53), a transmitting module(54), a receiving module(55), and a memory(56), and is connected to an operation/security display unit(12), a reader(16), an SMS(Short Message Service) transmitter(18), a security warning lamp(19), a manager PC connector(17), and a security sensor(11). The security controller is connected to a display window(14) and is connected to 8 personal cabinets(24) through a personal cabinet connector(49). The transceiver/receiving module(42,45) is connected to the memory(44) and a timer(43) through the CPU(41). The CPU is connected to the personal cabinet connector(49) through a battery recognizing module(46), a personal cabinet recognizing module(47), and a notebook computer storage recognizing module(48).

Description

Standalone Security Management Locker System {PERSONAL CABINET SYSTEM FOR INDEPENDENCE}

1 is an overall configuration diagram for explaining a standalone security management locker system according to an embodiment of the present invention;

Figure 2 is a block diagram showing a management locker device in the standalone security management locker system of the present invention,

3 is a view showing the operation security indicators of the management locker device in the standalone security management locker system of the present invention,

4 is a view showing a control screen of the integrated operation management server in the standalone security management locker system of the present invention,

5 is an open flow chart of the security locker for explaining the standalone security management locker system of the present invention;

Figure 6 is a closed flowchart of the security locker for explaining the standalone security management locker system of the present invention,

7 is a flowchart illustrating communication initialization with the integrated operation management server for explaining the standalone security management locker system of the present invention.

* Explanation of symbols for the main parts of the drawings

10: independent control server 11, 21: connection terminal

12: operation and security indicator 14: display window

16: recognizer 18: SMS sender

20: security locker device 24: individual security locker

30: security controller

40: integrated operation management server

The present invention relates to a stand-alone security management locker system that can configure a simple lock-type security locker device to facilitate a simple type of management function, and more specifically, can be linked to a system with another security company as well as independent operation. The present invention relates to a standalone security management locker system of a portable computer that can implement various real-time web monitoring of status.

In general, the student locker is installed in the form of a cube, and the user stores the goods there for a period of time. In other words, lockers are mostly installed to store textbooks and student goods in schools or academies, which are educational institutions, and are stacked and used in multiple stages in the horizontal and height directions as a large number of lockers are required in proportion to the number of students.

Since the multi-layered locker is installed at a certain place and anyone can access the locker, safety is required for stacking and separating in the horizontal and height directions.

Therefore, the locker is tailored to the user storing his items and using the locker by paying a certain amount of storage fee.

However, it is not intended for use as a safe locker for employees in schools, public institutions or companies. In addition, for the purpose of commercial locker technology, the payment process of storage fee for the use of the locker and its operation method is complicated. The technology of the locker consists only of the basic management of the use of the locker, that is, the check of the period of use and the opening and closing of the locker, so that log management for security management is not possible.

For example, the laptop was not managed at the time it was taken out or stored, and was not suitable for the use of personal security lockers. Conventional lockers are intended for the storage of items, so there is no consideration for laptop computers that require charging and internet connection, and the focus is only on the use of locker space, and whether there are actually stored items in the storage space. There is no information about what state it is in.

Therefore, the conventional locker is not connected with other security systems, so it is impossible to respond quickly and actively in an emergency. In addition, the existing locker system has a problem that is difficult to install and maintain due to the multi-layer separation of complexity and management functions.

The present invention has been invented to solve the above-mentioned conventional problems, the security locker device of the independent operation type is implemented and can be networked by connecting to the integrated operation management monitoring server and the Internet, and also with systems with other security companies It is aimed to provide a standalone security management locker system of a portable computer that can be connected and can be implemented as a simple form of management function can be implemented a variety of real-time web monitoring methods for the independent operation status.

Another object of the present invention can provide an improved stand-alone security management locker system that can be operated independently in the classroom, laboratory, laboratory, etc. as the object of the security locker device.

The present invention for achieving the above object, the independent control server 10 and the security controller 30, eight individual security locker 24, operation and security indicator 12 and recognizer 16 and display window 14 The security locker device 20 is configured to be connected to the independent control server 10 is connected to the security controller 30 is connected to the Internet, while also connected to the integrated operation management server 40 and other security systems. Its features include what is being networked.

Another specific feature of the present invention, the security locker device 20 is an independent control server 10 and the security controller 30, eight separate security locker 24, operation and security indicators 12 and recognizer 16 And a display window 14; The independent control server 10 is configured such that the LCD control module 51, the network 52, the central processing unit 53, the transmission module 54, the receiving module 55 and the memory 56 are interconnected, An operation and security related indicator 12, a recognizer 16, an SMS sender 18, a security warning light 19, a management PC connection device 17 and a security detector 11, respectively; The security controller 30 is connected to the display window 14, the eight individual security lockers 24 are connected to each other through the locker connection unit 49, the transmission and reception module 42, 45 is the central processing unit 41 The memory 44 and the sensing timer 43 are connected to each other, and the central processing unit 41 is connected to the battery charge recognition module 46, the locker opening and closing recognition module 47, and the notebook computer storage recognition module 48. Locker connection 49 is connected; The independent control server 10 is interconnected with the security controller 30, including the integrated operation management server 40 and networked to interconnect with other security systems.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is an overall configuration diagram illustrating a standalone security management locker system according to an embodiment of the present invention, Figure 2 is a block diagram showing a management locker device in the standalone security management locker system of the present invention.

The standalone security management locker system of the present invention can independently operate the security locker device (refer to FIG. 2) in a separate form, and can be linked to other security systems such as, for example, Secom in the security locker device 20. It is configured to enable prompt action in case of emergency.

The object of use of the security locker device 20 may be operated in a space such as a school classroom or a laboratory or a laboratory, the standalone security management locker system of the present invention is a laptop computer security locker, laptop computer charging locker, electronic locker, notebook It can be applied to a computer storage box and the like, and in some cases can also be used in a portable computer or a terminal without departing from the technical scope. In addition, the security locker device 20 also has a function to prevent movement and theft by installing a weight sensor.

The security locker device 20 of the present invention is a stand-alone security management locker system of a portable computer to securely store a notebook computer (not shown), for example, when the user of the individual security locker 24 goes home or goes out. The controller for opening and closing the individual security locker 24 of the independent control server 10 and the security controller 30, and each of the security locker 24 inside the sensing unit for recognizing the internal storage items, charging the power of the laptop computer It consists of a charging device, LAN connection terminals (11, 21) to enable the Internet to the laptop computer.

Accordingly, the security locker device 20 includes an independent control server 10 and a security controller 30, eight individual security lockers 24, operation and security indicators 12, a recognizer 16, and a display window 14. This is composed.

The independent control server 10 to which the Internet is connected to the security locker device 20 is networked to be interconnected with the security controller 30 and to be integrated with the integrated operation management server 40 and other security systems.

And, the independent control server 10 so that the LCD control module 51, the network 52, the central processing unit (CPU: 53), the transmission module 54, the receiving module 55 and the memory 56 are interconnected. It is composed. In addition, the operation and security related indicator 12, recognizer 16, SMS (Short Message Service) sender 18, security warning light (19), management PC connection device 17 and the security detector 11 are connected respectively It is done.

In the network 52 is connected to the Internet network and other security system, the other security system is connected to the security detector 11 and the worker PC is connected to the connection device (17). The operation and security indicator 12 and the recognizer 16 may be integrally or separately installed and used, and the security detector 11 may detect power on / off and disconnection.

The transmission and reception modules 54 and 55 of the independent control server 10 are connected to the transmission and reception modules 45 and 42 of the security controller 30. The security controller 30 has a display window 14 connected to each other. In addition, eight individual security lockers 24 are connected to each other through the locker connection unit 49.

The transmission and reception modules 45 and 42 of the security controller 30 are connected to the memory 44 and the sensing timer 43 through the central processing unit 41, respectively, and the central processing unit 41 is a battery charge recognition module. The locker connection unit 49 is connected to the locker opening and closing recognition module 47 and the notebook computer storage recognition module 48.

3 is a view showing the indicators related to operation security in the standalone security management locker system of the present invention, the operation state of the individual security locker on the LCD screen by the LCD control module 51 of the independent control server 10 shown in FIG. On the other hand, in the operation and security indicators 12, the locker number and operation status are respectively displayed.

Figure 4 illustrates a control screen of the integrated operation management server in the standalone security management locker system of the present invention. That is, a personal computer (PC) connected to the integrated operation management monitoring server 40 shown in FIG. 1 as a web browser that displays the normal operation of the locker, the emergency state and the nonuse, and the storage, the charging, and the empty. Through the networked with the independent control server 10 of the security locker device 20 connected to the Internet network it can monitor the integrated control of the entire locker in real time.

Therefore, the present invention can simplify the management function, and provide a separate operation management monitoring window for the operation environment setting and operation status through the web by unifying.

In the independent security management locker system of the present invention, the independent control server 10 of the security locker device 20 transmits data on the operation status in real time to the integrated operation management monitoring server 40 through the Internet public network, and each locker device The administrator can check the operation status of his standalone security locker device in real time through a web connection.

 In the present invention configured as described above is a security locker device 20 that manages individual security lockers 24 loaded with a plurality of notebook computers as shown in Figure 1, which is an independent control server 10 and a security controller 30, the operation and security indicator 12, the display window 14, and the security recognizer (16).

As shown in FIG. 2, the security locker device 20 of the eight individual security lockers 24 receives power through the connection terminals 11 and 21 and supplies the power to each individual security locker 24, and provides a LAN cable or the Internet. Networked with the line.

The security recognizer 16 is a device that performs a security function for recognizing the owner of the locker when the user wants to use the designated locker. Security devices for personal identification include RFID, magnetic cards, IC cards, Bluetooth devices, fingerprint recognition, and standard numeric keys. The function of the security recognizer is to recognize the security device for personal identification.

The independent control server 10 opens and closes each locker in the individual security locker 24 of the locker device, and collects data on the operation state of the individual security locker. In addition, it controls the operation of the security recognizer 16, performs a security authentication function, sends an SMS text by the SMS sender 18, and performs a warning-related operation in case of emergency by the security warning light (19). The network 52 of the independent control server 10 is connected to the integrated operation management server 40 and other security systems of the Internet network, the other security system is connected to the security detector 11 and the worker PC is connected to the device ( 17).

The independent control server 10 accumulates data on the locker opening and closing operation and services the locker operation state through the web, and exchanges data with the controller and the command. The controller is also physically connected to each individual security locker. Performs the command of the independent control server 10, sends a control command to the individual security locker, receives the status information of the individual security locker, and transmits the status information of the individual security locker to the independent control server 10. The individual security locker of the locker device has a multi-scalable module consisting of a locker and a part for managing the locker. Each individual security locker can be connected in series.

The individual security locker and the security controller 30 performs a function of managing a locker installed in the module and the flashing in the operation. This performs the command of the independent control server 10, and transmits the information of the locker installed in the same module. Receives the opening / closing information of the locker, and receives the presence or absence information of the notebook computer inside the locker. It receives the charging status of the notebook computer, displays the status information on the panel LEDs of each locker, and recognizes the unique address of the locker.

The locker device of the individual security locker has the purpose of keeping the laptop computer safe, for example, and is based on the security function. It stores the notebook computer, powers the notebook computer, and supplies the LAN to the notebook computer. It detects the presence of a laptop computer inside the locker, receives the electronic signal, opens the lock, and senses the state of charge of the battery.

The communication method between the individual security lockers of the locker device may be adopted as a main supply token communication method, and communication may be performed in a manner of granting control from an independent control server. At this time, in the most basic communication configuration, execution command sending (opening and closing of the locker) is sending a token to an individual security locker to be controlled by an independent control server and responding to the response from the individual security locker. Also, the execution command is transmitted from the independent control server, the execution command is executed in the individual security locker, the execution completion is transmitted from the individual security locker, and the acknowledgment is transmitted from the independent control server.

Sending data transfer command (mailbox status information) is sending a token to an individual security locker to be controlled by an independent control server, and responds to the response from an individual security locker. The independent control server transmits a data transmission command, and collects current locker state information from an individual security locker. The data is transmitted from the individual security locker, and the acknowledgment is transmitted from the independent control server.

In the physical connection method between the independent control server and the individual security locker, the connection terminal is configured at the lower left and right sides when viewed from the front. Items required for connection are power, data transmission line, LAN cable, etc., and physical connection between devices is composed based on the above items.

The operation and security indicator 12 (see Fig. 3) displays in real time the details of the status of the individual security locker. The displayed form outputs the individual security locker number, and the status LED shows the status of the individual security locker currently being printed. In addition, it automatically repeats the status of the entire individual security locker every 5 seconds and can be viewed manually by selecting the triangle button.

5 is an open flowchart of the security locker for explaining the standalone security management locker system of the present invention. To open an individual security locker, go to the independent control server of the security locker, and ask the recognizer for authentication to the recognition device.

If it is recognized by the recognition device, the opening request time is stored, and the locker corresponding to the recognition device is opened. At this time, the open information is notified by SMS (Short Message Service), and the open information is transmitted to the integrated operation management server. It senses the locker opening information and stores time and sensing information. For example, if the allowable time exceeds about 5 minutes and the allowable time is exceeded, the above-mentioned open information SMS notification before the locker open information sensing is returned to the above, otherwise, the operation ends. If the recognition device is not recognized, error information is stored and terminated.

6 is a closed flowchart of the security locker for explaining the standalone security management locker system of the present invention.

When the security locker is opened, SMS notification of the open information, waiting for the open information allowance time, and transmits the open information of the locker. Then, the time and sensing information is stored, for example, when the allowable time of opening exceeds about 5 minutes, the time-out information is stored and the security officer is notified. Then, the opening operation notification is performed by the integrated operation management server. Open Information Returns to the SMS notification leaflet.

Otherwise, the closing information and time is stored, and the consolidation notification is made to the integrated operation management server and then terminated.

7 is a flowchart illustrating communication initialization with the integrated operation management server for explaining the standalone security management locker system of the present invention.

When the power is turned on, the standalone control server is initialized and the security controller is also initialized. After self-testing the security management system (Self Test), communication with the integrated operation management server is performed on the Internet.

The operation status can be transmitted online according to the successful login, and the designated time can be reset even if the specified time is exceeded.

The independent security management locker system of the portable computer of the present invention has various substitutions, modifications, and alterations within the scope without departing from the technical spirit of the present invention for those skilled in the field of application of the technology to which the present invention belongs. Since it is possible, it is not limited to the above-mentioned embodiment and the accompanying drawings.

As described above, according to the present invention, the security locker device of the independent operation type is implemented and can be networked by connecting to the integrated operation management monitoring server and the Internet, and can be connected to the system with other security companies and can be managed in a simple form. As a function has been developed, it is possible to provide a standalone security management locker system of a portable computer that can be implemented in a variety of real-time web monitoring method for the independent operation status.

Claims (5)

Security locker device 20, consisting of independent control server 10 and security controller 30, eight separate security locker 24, operation and security indicator 12 and recognizer 16 and display window 14 To The independent control server 10 to which the Internet is connected is interconnected with the security controller 30 and is networked so as to be interconnected with the integrated operation management server 40 and other security systems; The independent control server 10 is configured such that the LCD control module 51, the network 52, the central processing unit 53, the transmission module 54, the receiving module 55 and the memory 56 are interconnected, Independent security management, characterized in that the operation and security indicator 12, recognizer 16, SMS sender 18, security warning light (19), management PC connection device 17 and the security detector 11 is connected, respectively. Locker system. delete delete The method of claim 1, The security controller 30 has a display window 14 is connected to each other, eight individual security lockers 24 are connected to each other through a locker connecting portion 49, and the transmission and reception module 42, 45 is a central processing unit ( 41, the memory 44 and the sensing timer 43 are connected to each other, and the central processing unit 41 is a battery charge recognition module 46, a locker open / close recognition module 47, and a notebook computer storage recognition module 48. Independent security management locker system, characterized in that the locker connection portion 49 is connected through. The security locker device 20 includes an independent control server 10 and a security controller 30, eight individual security lockers 24, operation and security indicators 12, a recognizer 16, and a display window 14. In the locker system,  The independent control server 10 is configured such that the LCD control module 51, the network 52, the central processing unit 53, the transmission module 54, the receiving module 55 and the memory 56 are interconnected, The operation and security related indicator 12, recognizer 16, SMS sender 18, security warning light 19, management PC connection device 17 and security detector 11 are connected respectively; The security controller 30 is connected to the display window 14, the eight individual security lockers 24 are connected to each other through the locker connection unit 49, the transmission and reception module 42, 45 is the central processing unit 41 The memory 44 and the sensing timer 43 are connected to each other, and the central processing unit 41 is connected to the battery charge recognition module 46, the locker opening and closing recognition module 47, and the notebook computer storage recognition module 48. Locker connection 49 is connected; The independent control server 10 is an independent security management locker system, characterized in that the interconnected with the security controller 30, the integrated operation management server 40 and the network to be interconnected with other security systems.

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