KR20000000313A - Security system and method for an underground parking lot - Google Patents

Abstract

PURPOSE: A guard system and a method for an underground parking lot are provided to easily find out a generation of a dangerous situation in a certain area of an underground parking lot. CONSTITUTION: A guard system comprises: a danger sensing device(100) for generating and inputting an alarm signal(211a) by corresponding to a first alert signal input from the outside; an alert marking device(200) for informing a danger acoustically by corresponding a second alert signal(211b) and informing the danger visually by corresponding to a third alert signal(211c).

Description

Security system for underground parking lot and method thereof {SECURITY SYSTEM AND METHOD FOR AN UNDERGROUND PARKING LOT}

The present invention relates to a security system for underground parking.

More specifically, when a dangerous situation such as a robbery occurs in a underground parking lot that is isolated from the outside such as an apartment or a building, a weak person such as a woman or an elderly person can be informed of the danger by using a remote controller that is carried. The present invention relates to an underground parking lot security system and a method for operating an alarm system so that a manager or neighbors can easily know a dangerous situation occurring in a predetermined area of the underground parking lot.

In recent years, the penetration of automobiles has soared, and anyone can easily buy a car at low cost. In particular, the number of cars owned by women and the elderly is also gradually increasing.

As the penetration rate of cars increased rapidly, there was a shortage of ground parking lots, and buildings such as apartments and buildings gradually began to build parking lots underground.

As described above, the entrance of the parking lot made underground has the information of the vehicle registered to freely enter and exit the building, and the parking lot management system is constructed to collect and store the information of the vehicle entering and exiting the building. have.

Here, the operation of the above-described parking lot management system will be described briefly. When a driver sends a signal using a portable remote controller, the management system receives a signal and determines whether the vehicle is a registered vehicle. After recording the time, access control measures connected to the management system are opened to allow the vehicle to enter the underground parking lot.

On the other hand, the above-described underground parking lot is isolated from the outside is provided in the basement of the building, there was a problem that can not easily know when a dangerous situation occurs.

Thus, surveillance cameras are installed in various places of the underground parking lot, and the signals captured by the surveillance cameras are input and recorded on a recording medium such as magnetic tape, or a plurality of cameras can be easily recognized by the administrator. It is equipped with a security system to output on the screen of the monitor.

At this time, as described above, the security system records the current situation of the underground parking lot photographed by the camera on the recording medium, and is used for data to confirm the unfavorable situation that occurred later in the underground parking lot. It is almost impossible to check and monitor an underground parking lot 24 hours a day by using a screen shot by a camera and output to a plurality of monitors.

Therefore, when a driver or other people encounter a robbery or other dangerous situation in the underground parking lot, it could not be easily avoided and suffered a problem.

Accordingly, an object of the present invention is to provide a portable remote controller when a dangerous situation such as the intensity occurs in a weak person such as a woman or an elderly person in an underground parking lot that is isolated from the outside such as an apartment or a building to solve the above problems. It provides a security system and method for underground parking lot so that the alarm system can be operated so that the manager or people around it can easily know that a dangerous situation has occurred in a certain area of the underground parking lot.

1 is a block diagram showing the configuration of a security system for underground parking lot according to an embodiment of the present invention; And

Figure 2 is a flow chart for explaining the operation of the security system for underground parking lot according to an embodiment of the present invention shown in FIG.

* Description of Signs of Main Parts of Drawings *

100: risk monitoring means 110: signal receiving unit

120: first alarm unit 200: alarm display means

210: control unit 220: second alarm unit

230: third alarm unit 240: display unit

The method of the security system for underground parking lot according to the present invention for achieving the above object is (i) the danger notification signal that the user outputs through the remote controller through any one of a plurality of signal receiving unit installed in a predetermined area of the underground parking lot; Determining whether an input is made, and (ii) performing an alarm mode when the danger notification signal is input.

Security system for underground parking lot according to the present invention for achieving the above object, receiving a signal sent by the user using a remote controller to output a danger notification signal, in response to the first alarm signal input from the outside alarm signal A risk monitoring means for generating and outputting a signal, and outputting first, second, and third alarm signals in response to a danger notification signal inputted from the risk monitoring means, and in response to the second alarm signal, audible notification of danger; And alarm display means for visually informing the danger in response to the third alarm signal.

According to such an underground parking guard system and its method, when a dangerous situation is encountered by a driver who parks a vehicle in an underground parking lot, the manager can easily notify the manager of the guarding system by using a remote controller. You can be protected.

Accordingly, the driver can solve the anxiety about the surrounding environment while parking the vehicle in the underground parking lot, and can be protected within a short time when a dangerous situation occurs.

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

1 is a block diagram showing the configuration of a security system for underground parking lot according to an embodiment of the present invention.

Referring to FIG. 1, a user receives a signal transmitted by using a remote controller, outputs a danger notification signal to the alarm display means 200, and generates an alarm signal in response to a first alarm signal 211a input from the outside. Outputting the first, second and third alarm signals 211a, 211b and 211c in response to the danger monitoring means 100 to be output and the danger notification signal inputted from the above-described danger monitoring means 100, And an alarm display means 200 for visually informing the danger in response to the second alarm signal 211b and visually informing the danger in response to the third alarm signal 211c.

Here, the above-described risk monitoring means 100 is built in the underground parking lot, and is received from the signal receiving unit 110 and the alarm display means 200 which receive the signal transmitted by the remote controller of the user. The first alarm unit 120 is configured to selectively generate and output one of a predetermined voice message or a beep sound in response to the first alarm signal 211a.

The signal receiver 110 is installed in a plurality of underground parking lots, and any one of the signal receivers 110 of the above-described signal receivers 110 receives a danger notification signal outputted by a user operating a remote controller. Output to the control unit 210 to be described later.

The above-described remote controller is a device capable of transmitting infrared or RF signals, and the signal receiver 110 is a device capable of receiving infrared or RF signals corresponding to the remote controller.

The above-mentioned alarm display means 200 is built in the management room, and responds to the danger notification signal input from the above-described danger monitoring means 100, and the first, second, third and fourth alarm signals 211a and 211b. Selectively generate and output any one of a predetermined voice message or a beep sound in response to the control unit 210 for outputting 211c and 211d and the second alarm signal 211b of the control unit 210 described above. The second alarm unit 220 and a plurality of lamps, and in response to the third alarm signal 211c of the above-described control unit 210 to the third alarm unit (b) to flash any one of the plurality of lamps ( 230).

The above-mentioned alarm display means 200 has a display unit 240, the display unit 240 is a non-hazardous situation in general, the video signal output from the camera installed in various places of the underground parking lot on the screen, When a dangerous situation occurs, only the video signal output from the specific camera is output on the screen in response to the fourth alarm signal 211d input from the controller 210 as described below.

As described above, when the danger notification signal is input from the danger monitoring means 100 to the underground parking lot, the controller 210 outputs a fourth alarm signal 211d, and the danger notification signal is generated in response to the fourth alarm signal 211d. The video signal input from the camera installed in the input zone is controlled to be continuously displayed on the screen of the display unit 240.

Here, the control unit 210 has the data set in correspondence with the output signal of the remote controller so that the driver can recognize the signal transmitted from the portable remote controller like the management system installed at the entrance of the underground parking lot.

As described above, the risk monitoring means 100 is built in the underground parking lot, and the alarm display means 200 is built in the management room, and the two means 100 and 200 receive signals through communication lines connected to each other. , Or output.

Hereinafter, the operation and method of the above-described underground parking lot security system will be described in detail with reference to FIG. 2.

2 is a flowchart illustrating the operation of the security system for underground parking lot according to an embodiment of the present invention shown in FIG.

First, when a driver who parks a car in an underground parking lot or a dangerous situation occurs and presses the remote controller owned by the driver, the driver is closest among the signal receivers 110 installed in various places of the underground parking lot together with the camera. The signal receiving unit 110 installed therein receives this and outputs the dangerous notification signal 101 to the control unit 210 of the alarm display unit 200.

Then, the controller 210 determines whether the danger notification signal 101 input from the signal receiver 110 is a preset danger notification signal 101 (step S200).

As a result of the determination of the control unit 210, the control unit 210 generates and outputs the first and second alarm signals 211a and 211b.

The above-described first alarm signal 211a is input to the first alarm unit 120 of the risk monitoring means 100, and the first alarm unit 120 generates a beep sound (or siren sound) or a predetermined voice message in response thereto. To the underground parking lot.

Meanwhile, the above-described second alarm signal 211b is input to the second alarm unit 220, and the second alarm unit 220 generates and outputs a beep sound (or siren sound) or a predetermined voice message into the management room. Dangerous situations are occurring in underground parking lots.

In addition, the controller 210 determines from which zone of the underground parking lot the danger notification signal 101 received from the signal receiver 110 is input, and according to a result of the determination, the third alarm signal 211c is output to the third. Output to the alarm 230.

At this time, the third alarm unit 230 is provided with a lamp corresponding to the position of the signal receiving unit 110 installed in the underground parking lot. Therefore, only the lamps provided corresponding to the signal receiver 110 receiving the signal of the remote controller in response to the third alarm signal 211c among the plurality of lamps provided in the third alarm unit 230 blink.

On the other hand, the control unit 210 outputs the fourth alarm signal 211d to the display unit 240 so that only the video signal taken from the camera installed in the area where the dangerous situation occurred on the screen outputs the administrator who guards the building Audible and visually, the dangerous situation generated in the underground parking lot can be recognized and responded urgently (step S210).

In the present specification, the description is limited to the driver, but if the driver has a remote controller that is carried by the driver, a dangerous situation may occur in the underground parking lot and may be protected within a short time.

In addition, the remote controller mentioned in the present specification has been described as being limited to the remote controller manufactured by corresponding to the underground parking management system, but the above-described remote controller is manufactured separately from the underground parking management system and carried by those who use the building. The underground parking guard system can be activated.

Therefore, as described above, the present invention can easily notify a manager of a security system using a remote controller to carry a dangerous situation when a dangerous situation arises for a driver who parks a vehicle in an underground parking lot and receive protection. Can be.

Therefore, while the driver parks the vehicle in the underground parking lot, it provides an effect that the driver can be protected in a timely manner when anxiety and danger to the surrounding environment occur.

Although described above with reference to a preferred embodiment of the present invention, those skilled in the art will be variously modified and changed within the scope of the invention without departing from the spirit and scope of the invention described in the claims below It will be appreciated.

Claims (9)

In the method of notifying the manager of the unexpected situation in the underground parking lot by outputting the video signal output from the plurality of cameras installed in various places in the underground parking lot on the screen of the display unit installed in the management room (i) determining whether the danger notification signal output by the user through the remote controller is input through one of a plurality of signal receivers installed in a predetermined area of the underground parking lot; And and (ii) performing an alarm mode when the danger notification signal is input. The method of claim 1, wherein step (ii) comprises: (ii-1) Recognizing a predetermined area of the underground parking lot to which the danger notification signal is input, outputting a second alarm signal for visually displaying the location to the manager, and a third alarm signal for visually informing the manager. Outputting; And (ii-2) a method of outputting a first alarm signal to an underground parking lot where the danger notification signal is input. The method of claim 2, wherein step (ii-1) Outputting a fourth alarm signal to which the danger notification signal is input, and continuously displaying an image signal input from a camera installed in a zone where the danger notification signal is input in response to the fourth alarm signal on a screen of a display; Method for a security system for underground parking, including the. The method of claim 2, wherein the first alarm signal and the second alarm signal are signals for generating any one of a predetermined voice message or a beep sound. The method of claim 2, wherein the third alarm signal is a signal that causes the alarm lamp to flash. In the system to notify the administrator of the unexpected situation that can occur in the underground parking lot by outputting the video signal output from a plurality of cameras installed in various places in the underground parking lot on the screen of the display unit installed in the management room, A risk monitoring means for receiving a signal transmitted by a user using a remote controller and outputting a danger notification signal, and generating and outputting an alarm signal in response to a first alarm signal input from the outside; And Outputs first, second, and third alarm signals in response to the danger notification signal input from the danger monitoring means, audibly notifies the danger in response to the second alarm signal, and visually identifies the danger in response to the third alarm signal. Security system for underground parking, comprising an alarm display means for informing. The method of claim 6, wherein the risk monitoring means, A signal receiving unit receiving a signal transmitted by using a remote controller of a user; And And a first alarm unit configured to selectively generate and output any one of a predetermined voice message and a beep sound in response to the first alarm signal input from the alarm display means. The method of claim 6, wherein the alarm display means, A controller for outputting first, second and third alarm signals in response to a danger notification signal input from the danger monitoring means; A second alarm unit which generates and outputs one of a predetermined voice message or a beep sound in response to the second alarm signal of the controller; And A security system for an underground parking lot comprising a plurality of lamps, the third alarm unit configured to flash any one of the plurality of lamps in response to a third alarm signal of the controller. The method of claim 8, wherein the control unit of the alarm display means, And outputting a fourth alarm signal and controlling a video signal input from a camera installed in an area in which a danger notification signal is input in response to the fourth alarm signal to be continuously displayed on a screen of the display unit. Underground parking lot guard system.