KR20090004424U - Movable monitoring system - Google Patents

Abstract

A mobile surveillance system is disclosed. The monitoring system according to the present invention has a GPS module 37 for acquiring position information, a detection module 10 for detecting an occurrence of an emergency situation, and when an occurrence of an emergency situation is detected, interworking with the detection module 10. Photographing module 31 for photographing the occurrence area of the emergency situation, a portable storage module 39 for storing the photographed image, photographed image, sensing data transmitted from the sensing module 10 and the location information Transmission / reception module 40 for transmitting the data to an external server PC 200, including a Zigbee transmission / reception module 38a for short-range transmission and a CDMA transmission / reception module 38b for long-distance transmission, and sensing. When the detection signal for the emergency situation is transmitted from the module 10, the image of the occurrence area of the emergency situation is recorded and the captured image and the sensed data and the position information transmitted from the detection module 10 are external to the server PC 200. To control each module to send It characterized in that it comprises a controller (20). Through this, it is possible to monitor a specific place without being constrained by location, and even a user at a long distance can receive the monitored image and control the monitoring device from a long distance as needed.

Description

MOVABLE MONITORING SYSTEM

The present invention relates to a mobile surveillance system, and more particularly, a Zigbee transmission / reception module and a long-distance transmission for short-range transmission of a captured image while photographing an area where an emergency situation occurs through a mobile surveillance system configured to be movable. The present invention relates to a mobile monitoring system for transmitting an external terminal through a transmission / reception module having a CDMA transmission / reception module and a monitoring method using the same.

In recent years, the development of electronic technology and the demand for a double surveillance system are rapidly increasing. This surveillance system is designed to be protected from disasters, accidents and crimes ranging from the expenses of major national facilities to public institutions, financial institutions, general workplaces, houses, etc. Refers to facilities and equipment. Surveillance systems include unmanned machine guards, home security, unattended bank guards, closed circuit television (CCTV) systems, and access control systems.

It is true that security service companies have made many advances in terms of service quality and system performance with the introduction of advanced equipment using the surveillance system as described above, but it is still uncertain that the situation is not grasped based on the sensor detection system. By dispatching from the situation, the loss caused by manpower and expenses is large, and the criminal arrest rate is low, which is causing the credibility to be lowered.

In addition, since such a monitoring system is fixedly installed in one place, it is almost impossible to move it according to the convenience of the user. have.

In addition, since these surveillance systems are installed by security companies and operated in conjunction with security companies, the general person can monitor the fire at a specific place, for example, a specific area within a building, or theft by opening or closing a door to a car. There was a limit to surveillance.

The present invention has been made to solve the above problems, an object of the present invention is to provide a mobile monitoring device that can monitor a specific place without being restricted by the location.

In addition, another object of the present invention is to provide a monitoring device that can be controlled even from a long distance as needed while receiving a monitored image even a user at a long distance.

In addition, another object of the present invention is to provide a monitoring device that can immediately shoot when an emergency situation, such as smoke detection or intrusion detection occurs.

In order to achieve the above object, the monitoring system according to the present invention has a GPS module for acquiring position information, a detection module for detecting occurrence of an emergency situation, and an occurrence of an emergency situation, in conjunction with a detection module for emergency. An external server PC 200 for capturing an area in which a situation occurs, a portable storage module for storing a photographed image, a photographed image, and sensing data and position information transmitted from the sensing module 10. Transmitting / receiving module 40 for transmitting to the transmission signal, the detection signal for the emergency situation from the transmission and reception module 40 and the detection module having a Zigbee transmission and reception module 38a for short-range transmission and CDMA transmission and reception module 38b for long-distance transmission Is transmitted, each module is configured to transmit the captured image, the sensing data and the location information transmitted from the sensing module to an external server PC at the same time. It is characterized in that it comprises a controller.

In addition, the monitoring system is characterized in that it further comprises a lighting module attached to the photographing module, for illuminating the occurrence area of the emergency situation in order to improve the image quality of the captured image.

In addition, the detection module is characterized in that it transmits a drive signal for driving the imaging module directly to the imaging module at the same time of detecting the emergency situation.

In addition, the detection module is an intrusion detection sensor for detecting the intrusion of outsiders, smoke detection sensor for the detection of smoke, light detection sensor for detecting the light, vehicle operation detection sensor for detecting the operation of the vehicle, emergency stop request switch , At least one or more of a door detection sensor for detecting whether the door is opened or closed, an impact detection sensor for shock detection, and a cutting detection sensor for cutting detection of an object.

The controller may generate a control signal for controlling a predetermined device according to a control request signal from an external server PC.

The server PC may transmit the photographed image, the sensed data, and the position information to a server of a related organization when the sensed data from the sensed module exceeds a predetermined reference value.

According to a second embodiment of the present invention, there is provided a monitoring method, the method comprising: detecting the occurrence of an emergency situation through a detection module and, when an occurrence of the emergency situation is detected, in conjunction with a detection module through a photographing module; And a step of photographing the occurrence area of the emergency situation, and transmitting the photographed image, the sensing data and the position information transmitted from the sensing module to the external server PC through the transmitting / receiving module, and the transmitting / receiving module is a Zigbee for short-range transmission. Characterized in that it comprises a transmission and reception module and a CDMA transmission and reception module for long-distance transmission.

In addition, the detection method is characterized in that it further comprises the step of illuminating the occurrence area of the emergency situation at the same time as the occurrence of the emergency situation.

The sensing module may further include transmitting a driving signal for driving the photographing module to the photographing module at the same time as detecting the emergency situation when an emergency situation is detected.

In addition, the detection module is an intrusion detection sensor for detecting the intrusion of outsiders, smoke detection sensor for the detection of smoke, light detection sensor for detecting the light, vehicle operation detection sensor for detecting the operation of the vehicle, emergency stop request switch , At least one or more of a door detection sensor for detecting whether the door is opened or closed, an impact detection sensor for shock detection, and a cutting detection sensor for cutting detection of an object.

The monitoring method may further include generating a control signal for controlling a predetermined device according to a control request signal from an external server PC.

The monitoring method may further include transmitting a photographed image, sensing data, and location information to a server of a related organization when the sensing data from the sensing module exceeds a predetermined reference value.

As described above, the present invention provides a monitoring system that can be moved by a user, so that a specific place can be monitored without being restricted by places. Such a monitoring system is a personal service such as personal protection, dementia patients, elderly people living alone, children Missing, guarding children with disabilities, kidnapping or kidnapping, tracking ON / OFF control of vehicles being stolen or starting to escape, preventing theft of valuables, protecting pets, fire monitoring of various facilities, crime prevention, forest fire monitoring, environment It can be applied to surveillance.

In addition, the present invention includes a Zigbee transceiver module for short-range transmission and a CDMA transceiver module for long-distance transmission as a transmission / reception module, so that even a user at a long distance can receive a monitored image and at a long distance as needed. The monitoring device can be controlled.

In addition, according to the present invention, when an emergency situation such as smoke detection or intrusion detection occurs, the driving module may be immediately driven without passing through the controller, thereby quickly photographing the emergency situation.

Hereinafter, with reference to the accompanying drawings will be described in detail the most preferred embodiment for the movable monitoring system according to the present invention. However, the present invention is not limited to the embodiments disclosed below, but can be implemented in a variety of different forms, only this embodiment is to make the disclosure of the present invention is complete and the scope of the invention to those skilled in the art It is provided for complete information.

1 is a configuration diagram of a monitoring system 100 according to an embodiment of the present invention, and is largely made of a monitoring device 50 and a server PC 200, and the monitoring device 50 includes a sensing module 10 and a controller ( 20, serial camera 31, lighting device 32, external power input unit 33, power monitoring unit 34, auxiliary power 35, GPS module 37, transmission and reception module 40, portable storage module SD card 41, the alarm buzzer 42 is made. According to the present invention, the monitoring device 50 is manufactured to be portable.

Referring to FIG. 1, the detection module 10 detects a light or a flame for detecting an intrusion detection sensor 10a for detecting an intrusion of an outsider, a smoke detection sensor 10b for detecting a smoke, and whether a fire has occurred. Light detection sensor 10c, vehicle operation detection sensor 10d for detecting whether the vehicle is running, such as starting the vehicle, emergency call request switch 10e, door detection sensor 10f for detecting whether the door is opened or closed. , Impact detection sensor (10g) for shock detection and cutting detection sensor (10h) for at least one of the cutting detection of the object is made, including detecting whether an emergency situation such as fire or intruder detection, emergency situation When this occurs, it is transmitted to the controller 20. In an embodiment, whether an emergency occurs may be determined based on whether the sensor data of the sensors is greater than or equal to a predetermined reference value. In particular, the vehicle driving sensor 10d transmits the sensing data on whether the vehicle is turned on / off and the speed of the vehicle to the controller 20. In the case of the emergency call request switch 10e, the user switches the switch 10e. Is pressed, it is configured to be delivered to the controller 20 immediately.

When an emergency occurrence signal is received from the sensing module 10, the controller 20 drives the serial camera 31 to capture an emergency occurrence region. If necessary, the controller 20 may apply a control signal to the lighting device 32 so as to illuminate a region where an emergency situation occurs in order to improve image quality. In addition, the photographing module 31 may be a device such as an infrared camera so that a separate lighting device 32 is not required.

On the other hand, the external terminal 220 may directly control the monitoring device 50 through the server PC 200, in this case, the controller 20 receives the transmission and reception module 38 from the external server PC (200) Each module of the control system 100 may be controlled according to the received control signal. For example, according to a control request signal received from an external server PC 200, the controller 20 generates a start key ON / OFF switch control signal of a vehicle or a relay control signal for controlling various devices such as an emergency light switch. May occur.

On the other hand, the serial camera 31 is a photographing module, under the control of the controller 20 to photograph the point where the emergency situation occurs, compress the photographed image in a predetermined manner through the controller, and then to the SD card 41 Save it.

The lighting device 32 illuminates an area in which an emergency situation occurs in order to improve image quality according to a control signal from the controller 32. In another embodiment, the lighting device 32 may be configured to immediately turn on according to a detection signal from the detection module 10 rather than the controller 20.

The external power input unit 33 receives power from the outside to supply power to each part of the monitoring system 100. In the present invention, but configured to use an external power source as the main power source in addition to the auxiliary power source 35, this is only an example, it may be composed of only the auxiliary power source (35).

The power monitoring unit 34 constantly monitors the external power input unit 33 and is configured to immediately operate the auxiliary power supply 35 by controlling the switching unit 36 when the supply of external power is stopped.

The auxiliary power supply 35 supplies power to each component of the monitoring system 100 preliminarily when the supply of external power is stopped under the control of the external power monitoring unit 34, and according to an embodiment, the external power input unit may be used. Without 33, each component of the monitoring system 100 can be powered alone. In addition, the auxiliary power supply 35 is normally rechargeable by the external power input unit 33.

The GPS module 37 receives GPS signals from a plurality of satellites (not shown) through the GPS antenna 37a and generates location information of the monitoring system 100 itself based on the received GPS signals. 20). In particular, since it is difficult to receive a signal from a satellite inside a building, the GPS antenna 37a should be installed to be exposed outside the building. The position information of the monitoring system 100 generated from the GPS module 37 is transmitted together with the image photographed to the external server PC 200 through the transmission / reception module 40 under the control of the controller 20.

The transmission / reception module 40 is a module for transmitting an image captured by the photographing module 31 to an external server PC 200, a Zigbee transmission / reception module 40a for short range transmission, and a CDMA transmission / reception module 40b for long distance transmission. ) The Zigbee transmission / reception module 40a and the CDMA transmission / reception module 40b may be configured to selectively operate or simultaneously operate either one by a switch, but only one example, and may include various modules according to a distance to be transmitted. have.

The SD card 41 is a portable storage module for storing photographed images. The SD card 41 is merely for emphasizing portability. The storage module includes various types of storage media such as a hard disk and a memory stick. Can be.

The alarm buzzer 42 generates a buzzer under the control of the controller 20 when an emergency situation occurs from the sensing module 10 to draw external attention.

Meanwhile, the external server PC 200 integrates and manages the captured image, the location information, and the data of the sensing module, which are received from the monitoring device 50 through a display device such as a monitor 202, and also manages them as a separate database 201. ). Separately, the external server PC 200 transmits the captured image, the location information, and the data of the sensing module to the external terminal 220 through the communication network 210 such as the Internet network.

The external terminal 220 may be a terminal such as a client PC 221, a PDA phone 222 or a CDMA phone 223, as shown, the user through the external terminal 220, the monitoring device 50 You can view the sensing data, location information, and captured images received from the camera. In addition, according to an exemplary embodiment, when a user inputs a relay control request signal for controlling a device such as a starting / on / off control request or emergency light of a vehicle through the external terminal 220, the input signal may be a server PC ( It is transmitted to the monitoring device 50 through the 200 may perform a predetermined control operation.

In addition, the external server PC 200, if the received monitoring data of the detection module 10 exceeds a predetermined reference value, the relevant institutions such as the police station 231, fire department 232 or facility management center 233 ( 230, a signal for notifying an emergency situation may be transmitted along with the sensing data, the location information, and the captured image to enable rapid response to unexpected events.

2 is a flowchart illustrating a monitoring method according to an embodiment of the present invention, which is a flowchart of the monitoring device 50.

Referring to FIG. 2, in operation 200, the sensing module 10 monitors whether an emergency occurs at a specific point to be monitored. The detection module 10 is an intrusion detection sensor 10a for detecting an intrusion of an outsider, a smoke detection sensor 10b for detecting a smoke, a light detection sensor 10c for detecting a light, and a vehicle for detecting whether the vehicle is running. Vehicle operation sensor 10d, emergency call request switch 10e, door detection sensor 10f for detecting whether the door is opened or closed, shock sensor 10g for shock detection, and cutting detection for cutting the object At least one of the sensors 10h.

In operation 201, when an emergency situation is received from the sensing module 10, the controller 20 controls the photographing module 31 to photograph an occurrence area of the emergency situation. According to an exemplary embodiment, the photographing module 31 may photograph by receiving a sensing signal directly from the sensing module 10. In addition, when an emergency occurrence signal is received from the sensing module 10, the lighting device 32 may illuminate a specific area.

In step 202, the controller 20 stores the captured image in the SD card 41.

Then, in step 203, the controller 20 controls the transmission and reception module 40 to transmit the location information, the data of the detection module 10 with the captured image to the external server PC (200).

On the other hand, Figure 3 is a flow chart illustrating a monitoring method according to an embodiment of the present invention, a flow chart at the server PC 200 side.

Referring to FIG. 3, in step 300, the server PC 200 stores location information and data of the sensing module 10 together with the captured image received from the monitoring apparatus 50 in the database 201, and stores them in the step 301. It transmits to an external terminal 220 such as a client PC 221, a PDA phone 222, and a CDMA phone 223 through the communication network 210. In addition, the server PC 200 and the police station 231, fire station 232 or facility management center 233 and the signal to inform the emergency situation along with the sensing data, location information, and the captured image through the communication network 210 It can be sent to the same authorities to enable rapid response to unexpected events.

Subsequently, in step 302, the server PC 200 checks whether a control request signal is received from the external terminal 220, and if there is no control request signal received, proceeds to step 300 and captures a captured image in real time from the monitoring device 50. Receive location information and sensed data. If a control request signal is received, the flow proceeds to step 303.

In step 303, when the control request signal is received from the external terminal 220, the received control request signal is transmitted to the monitoring device 50, and the monitoring device 50 then starts a vehicle, an emergency light, or the like according to the control request signal. Generates and outputs a start key ON / OFF control signal or a relay control signal that controls various devices in the system. In the above embodiment, the control signal described only a signal related to the vehicle, but this is only an example and is not limited thereto. It will be apparent to those skilled in the art that the control signal may be applied to various control signals for controlling a street light or a traffic facility. .

The present invention can also be embodied as computer readable code on a computer readable recording medium. The computer-readable recording medium includes all kinds of recording devices in which data that can be read by a computer system is stored. Examples of computer-readable recording media include ROM, RAM, CD-ROM, magnetic tape, floppy disk, optical data storage device, and the like. The computer readable recording medium can also be distributed over network coupled computer systems so that the computer readable code is stored and executed in a distributed fashion.

The best embodiments have been disclosed in the drawings and specification above. Although specific terms have been used herein, they are used only for the purpose of describing the present invention and are not intended to limit the scope of the invention as defined in the meaning or claims. Therefore, those skilled in the art will understand that various modifications and equivalent other embodiments are possible from this. Therefore, the true technical protection scope of the present invention should be defined by the technical spirit of the appended claims.

1 is a block diagram of a movable monitoring system according to an embodiment of the present invention.

2 is a flowchart illustrating a monitoring method according to an embodiment of the present invention, which is a flowchart of the monitoring device 50.

3 is a flowchart illustrating a monitoring method according to an embodiment of the present invention, which is a flowchart at the server PC 200 side.

Claims (6)

A GPS module 37 for obtaining location information; Sensing module 10 for detecting the occurrence of an emergency; When the occurrence of the emergency situation is detected, the shooting module 31 for photographing the occurrence area of the emergency situation in conjunction with the detection module 10; A portable storage module 39 for storing the photographed image; A transmission / reception module 40 for transmitting the photographed image, the detection data transmitted from the detection module 10, and the location information to an external server PC 200, and a Zigbee transmission / reception module 38a for short-range transmission. A transmission / reception module 40 having a CDMA transmission / reception module 38b for long-distance transmission; And When a detection signal for an emergency situation is transmitted from the detection module 10, the photographed region, the detected data transmitted from the detection module 10, and the location information are simultaneously photographed while photographing the occurrence area of the emergency situation. Surveillance system comprising a controller (20) for controlling the respective modules to be transmitted to the server PC (200). The method of claim 1, The monitoring system further comprises a lighting module (32) attached to the photographing module (31) for illuminating the occurrence area of the emergency situation in order to improve the quality of the captured image. The method of claim 1, The detection module (10) is a monitoring system, characterized in that for transmitting the drive signal for driving the photographing module (31) directly to the photographing module (31) at the same time as the detection of the emergency situation. The method of claim 1, The detection module 10 is an intrusion detection sensor (10a) for detecting the intrusion of outsiders, smoke detection sensor (10b) for detecting the smoke, light detection sensor (10c) for detecting the light, to detect whether the vehicle is running Vehicle operation detection sensor 10d, emergency call request switch 10e, door detection sensor 10f for detecting whether the door is opened or closed, impact sensor 10g for shock detection, and cutting for detecting cutting of objects Surveillance system comprising at least one or more of the sensor (10h). The method of claim 1, The controller (20) is a monitoring system, characterized in that for generating a control signal for controlling a predetermined device in accordance with the control request signal from the server PC (200). The method of claim 1, The server PC 200 monitors, when the sensed data from the sensing module 10 exceeds a predetermined reference value, transmitting the captured image, the sensed data, and the location information to a server of a related organization. system.

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