WO2013003972A1

WO2013003972A1 - Gps anti-theft tracking system for solar panel

Info

Publication number: WO2013003972A1
Application number: PCT/CN2011/001085
Authority: WO
Inventors: 李亮
Original assignee: 成都捷康特科技有限公司
Priority date: 2011-07-01
Filing date: 2011-07-01
Publication date: 2013-01-10

Abstract

Disclosed in the utility model is a GPS anti-theft tracking system for solar panel comprising a solar panel, an original junction box, a camouflage shell, a GPS control unit arranged in a camouflage shell, a remote monitoring center, Wherein the GPS control unit comprises a GPS module, a communication module, a power supply module, a vibration sensor, a displacement sensor module and an MCU microprocessor unit. And the remote monitoring center contains an order receiving/sending module, a remote monitoring alarm system, a GIS geographic information module, and a plurality of remote monitoring unit duplicates. The upper end of the power module is connected to the power output end of the solar panel, and the lower end of the power module is respectively connected to the GPS module, the MCU microprocessor unit and the displacement sensor. The MCU microprocessor unit is respectively connected in dual directions to the GPS module and the communication module. The system changes the anti-theft mode from prior art on-site acousto-optic alarming to the tracking locating of the stolen equipment, thereby achieving good camouflage effect, convenient installation and wide application.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a solar panel anti-theft technology, and in particular to a tracking system capable of providing GPS anti-theft for a solar panel.

BACKGROUND OF THE INVENTION It is said that in mountainous areas, remote areas, and island areas, it is impossible to use existing electricity due to complicated lines and the like.

Book

The network solves the power supply problem of devices such as base stations. This area is either coastal or high altitude, remote, complicated, but with a long average sunshine duration, so most of them use solar power. Take the communication base station as an example; a base station uses 1-5 sets (each set consisting of 24-32 units) of solar panels, which can basically solve the power supply problem of the base station in the case of sufficient sunshine.

Due to the wide application of solar panels, the unit price is expensive, the use points are mostly remote and unattended, and the traffic is inconvenient, so it is easy to be stolen. In some areas, the average monthly solar panel theft rate is over 8%, each time stolen. The direct loss of the event ranged from 200,000 to 500,000 yuan, and the loss caused by regional communication interruption was even more unpredictable.

At present, in order to effectively protect the safety of these devices and prevent illegal movement or theft, various anti-theft devices and security measures have emerged, such as various anti-theft lock anti-theft fixtures, etc., and these traditional locks are mobile and interactive. Not enough sex, it is easy to be destroyed, so there are many electronic anti-theft systems, such as the use of human body infrared sensors, reed sensors, voice control monitors, etc., when the sensor detects illegal intrusion signals, the host sends out The alarm sounds to notify the relevant unit or personnel. This type of alarm needs to be planned and installed, and the construction cost is high, time-consuming, and concealed is not easy to be destroyed. From the principle of anti-theft, it is only possible to activate the sound and light device at the time of theft, which can be used as a deterrent.

1 Confirmation Experienced thieves can destroy the corresponding monitoring device beforehand.

In order to overcome this shortcoming, the applicant applied for a battery anti-theft device patent on December 10, 2007 (announcement date May 3, 2005, patent number 200720082309.5). The utility model completely changed the scene deterrence mode. A real-time tracking mode for stolen items after being stolen successfully solved several technical problems.

In response to this situation, on the basis of the original battery tracking anti-theft system, after sufficient field investigation and technical demonstration, as well as multiple field tests and tests, the applicant proposed the utility model for the solar panel anti-theft problem. Utility model content

The problem to be solved by the utility model is: how to provide a monitoring device integrated with the solar panel, which can be accurately started after the solar panel is stolen and sent back to the monitoring system for a long time. Information such as geographic location, altitude, speed, etc., so that the monitoring center can retrieve the equipment through this information and eventually capture criminals.

The technical problem raised by the utility model is solved as follows: A solar panel GPS anti-theft tracking system, comprising a solar panel and an original junction box mounted on the solar panel, the power cord is connected to the original junction box, and includes a camouflage casing, a GPS control unit and a remote monitoring center, wherein the GPS control unit is mounted in the camouflage casing, and the camouflage casing is mounted on the monitored solar panel, wherein

1. Camouflage housing:

The camouflage housing is mounted on the monitored solar panel instead of or over the original junction box, or separately mounted on the monitored solar panel;

2. The GPS control unit includes:

a GPS module responsible for satellite positioning; a communication module responsible for communicating with the remote monitoring communication;

a power module responsible for supplying power;

a battery that is responsible for powering the system in the absence of sunlight;

a displacement sensor module responsible for detecting displacement of the monitored solar panel;

An MCU microprocessing unit responsible for receiving and processing various types of information provided by each of the above modules and transmitting instructions;

3. The remote monitoring center includes: an instruction information receiving/transmitting module;

a remote monitoring alarm system;

– GIS geographic information module;

The upper end of the power module is connected to the power output portion of the monitored solar panel, and the lower end is respectively connected to the GPS module, the MCU micro processing unit and the displacement sensor, and the MCU micro processing unit respectively connects the GPS module and the communication module in two directions, and the remote monitoring The alarm system bidirectionally connects the information acceptance/instruction transmission module and the GIS geographic information module.

According to the solar panel GPS anti-theft tracking system provided by the present invention, the GPS monitoring unit further includes a vibration sensor, and the vibration sensor is input-connected with the MCU micro processing unit. When the solar panel is at rest, the vibration sensor The static state is converted into control information and sent to the MCU micro processing unit. The MCU micro processing unit causes the entire antitheft device to be in a standby state. When the solar panel is moved, the vibration sensor transmits the mobile information to the MCU micro processing unit, and the MCU microprocessing Unit activation causes the entire anti-theft device to be in a monitored state;

According to the solar panel GPS anti-theft tracking system provided by the present invention, the remote monitoring center is further provided with a plurality of remote monitoring copies with GPS, the remote monitoring copy with GPS and the remote monitoring alarm system. And two-way wireless connection of GPS monitoring unit. According to the solar panel GPS anti-theft tracking system provided by the utility model, the GPS control unit is provided with a signal receiving/transmitting antenna.

According to the solar panel GPS anti-theft tracking system provided by the utility model, the displacement sensor module is a magnetron structure or an electronic control structure.

According to the solar panel GPS anti-theft tracking system provided by the utility model, the vibration sensor is a ball sensor or a mercury displacement switch for sensing the on-board movement and horizontal movement of the solar panel.

According to the solar panel GPS anti-theft tracking system provided by the utility model, the communication module comprises any one of a GSM module, a CDMA module, a WCDMA module, a TD-SCDMA module, a CDMA2000 module, an RFID module or a Bluetooth module, or Its combination.

According to the solar panel GPS anti-theft tracking system provided by the present invention, the remote monitoring center further includes a management platform disposed on the Internet, the management platform is provided with a geographic information system and is connected with the remote monitoring alarm system, and the information is accepted. / The command sending module will directly accept the information on the management platform reflected on the Internet. The geographic information system will receive the received geographical location signals directly on the electronic map, and the management system is responsible for alarm management.

According to the solar panel GPS anti-theft tracking system provided by the utility model, the monitored solar panel supplies power to the GPS monitoring unit through a power module connected to the GPS monitoring unit.

In the specific application, the remote monitoring center performs monitoring. The specific workflow is as follows: After the displacement sensor receives the illegal mobile information, the system will automatically alarm and send the location information received by the GPS module to the remote monitoring center after sending the illegal movement. The location information, the remote monitoring center can be linked with the GIS geographic location information system. After receiving the alarm information, the unit will alarm in a preset manner and display the geographical location information of the monitored device or item after being illegally moved. If the GIS geographic location information unit is linked, the alarm can be directly reported on the electronic map, and the alarm unit uses several copies according to the requirements, so as to carry the terminal on-site positioning of the GPS unit with the local tracking terminal to reduce the error. Through the above monitoring The center and on-site monitoring complete the task of tracking stolen solar panels.

The utility model installs a camouflage casing on a solar panel, and a GPS monitoring unit is arranged in the casing, and the casing can replace or cover the original junction box on the monitored solar panel, and can also be separately installed on the monitored solar panel. The advantages of using this approach are:

1. The camouflage effect is good: The junction box is an inseparable part of the electric board unit. If it is damaged, the electric board unit will not be used. Compared with pre-disguise, the junction box accounts for one-thousandth to one-thousandths of a thousandth of the total area. Other appearance traits have not changed and are visually undetectable.

2. A good solution to the problem of power supply to the tracker: The solar panel directly becomes the power source of the tracker, thus solving the long-term tracking problem after being stolen, so that the stolen tracking time and the time of use of the solar panel after being stolen are synchronized. .

3. One-time bonding during installation, unless special tools can be used for removal. The camouflage junction box is the same as the original junction box and is not easy to disassemble.

4. Easy to install: One installation task can be completed within 30 minutes, which is convenient for batch construction.

5. Good versatility: This method can be used for anti-theft of various types of solar panels. DRAWINGS

1 is a schematic structural view of a first embodiment of the present invention;

2 is a schematic structural view of a second embodiment of the present invention;

3 is a schematic structural view of the third embodiment of the present invention without removing the original junction box;

4 is a schematic structural view of the third embodiment of the present invention for removing the original junction box;

Figure 5 is a logic block diagram of the GPS monitoring unit;

Figure 6 is a logical block diagram of the remote monitoring center;

Among them: 1- solar panel, 2-origin junction box, 3-camera housing, 4-power cord, 5-tracker Source connection. detailed description

The specific embodiments of the present invention are described in detail below with reference to the accompanying drawings.

As shown in FIG. 1 to 6, the utility model relates to a solar panel anti-theft monitoring recovery device with satellite positioning and wireless communication functions, including a camouflage casing, a GPS monitoring unit and a remote monitoring center, wherein the GPS monitoring unit is disposed. In the camouflage housing, the GPS module, the communication module, the battery module, the vibration sensor, the displacement sensor module and the MCU micro processing unit, the remote monitoring center includes a command information receiving/transmitting module, a remote monitoring alarm system, a GIS geographic information module and a number of far A copy of the monitoring unit, the upper end of the power module is connected to the power output part of the solar panel, and the lower end is respectively connected with the GPS module, the MCU micro processing unit and the displacement sensor, and the MCU micro processing unit respectively connects the GPS module and the communication module in two directions, and the remote monitoring alarm system is bidirectional. Connect the information accept/instruction send module and the GIS geographic information module. The surface of the GPS monitoring unit is provided with a signal receiving/transmitting antenna. The displacement sensor is a magnetron structure or a radio control structure. The communication module includes a GSM module, a CDMA module, a WCDMA module, an RFID module, a Bluetooth module, a TD-SCDMA module, and a CDMA2000 module. The vibration sensor installation and the GPS tracking unit are installed together, and the function is to trigger the system to be in the tracking mode when the solar panel is stolen, and to be in a tracking mode when the solar panel is stolen. In the quiescent state, the sensor can convert this quiescent state into control information to put the system in an overall standby state, and vice versa when the solar panel is transported again. This mode of operation can greatly improve monitoring performance.

The device is a solar panel with satellite positioning and wireless communication function, and includes components such as a GPS monitoring unit (including a vibration sensor) and a displacement sensor under the premise of maintaining the original structural components and functions, as shown in FIG. 5 and FIG. 6, the specific workflow is when the displacement sensor receives an illegal mobile letter After the interest, the system will automatically start and go to the tracking state. The location information received by the GPS module will be sent to the remote monitoring center through the communication module to send the illegally moved position information. The information receiving/instruction transmitting module in the remote monitoring center is convenient. The positioning can also be linked with the GIS geographic location information system. After receiving the alarm information, the unit will alarm in a preset manner and display the geographical location information of the solar panel after being illegally moved. If the GIS geographic location information unit is linked The police can directly report the alarm on the electronic map, and the relevant personnel can also carry a copy of the remote monitoring center with GPS function to the scene to investigate, thereby completing the task of anti-theft. The power supply of the GPS monitoring unit is powered by the stolen solar panel itself or the power supply battery is separately configured. The utility model does not change the basic performance, structure and appearance of the existing solar panel, and does not affect the normal use of the solar panel.

There are usually two types of alarms in the remote monitoring center. One is: The information is directly reflected on the management platform on the Internet. The management platform consists of a geographic information system and an alarm management system. The geographic information system will receive the information. The geographical location signal is directly reflected on the electronic map, the management system is responsible for alarm management; the other is: directly send the geographical location information (longitude, latitude, altitude, time information) to the designated mobile phone by SMS or data. The information acquisition personnel convert the information into location information on the map; the two methods can be used uniformly or separately, and the staff can carry a copy of the remote monitoring center with the GPS unit to the site location survey to improve Accuracy and blocking suspects.

FIG. 1 is an embodiment of the present invention, the camouflage casing is mounted on the back of the solar panel in a manner covering the original junction box, and the connection of the GPS monitoring unit completes the power output from the solar panel inside the camouflage casing. The power connection of the terminal. Once the illegal movement is encountered, the vibration sensor in the GPS monitoring unit senses the vibration to activate the tracking mode, and the monitoring unit sends the monitoring information to the monitoring center through the communication module. The monitoring center also performs various control functions through the communication module.

As shown in FIG. 2, in another embodiment of the present invention, the camouflage casing is installed in an independent manner. The camouflage casing mounted on the back of the solar panel is separately connected to the output end of the solar panel. Once the illegal movement is encountered, the vibration sensor in the GPS monitoring unit feels the vibration to activate the tracking mode, and the monitoring unit passes the communication module to the monitoring center. Send monitoring information. The monitoring center also performs various control functions through the communication module.

As shown in FIG. 3 and FIG. 4, which is a third embodiment of the present invention, the dotted line portion of FIG. 3 is an original junction box. In this embodiment, the junction box is removed and the inner structural member is retained, and then the camouflage housing is used. It is installed on the back of the solar panel instead of the original junction box, and the power module connection of the GPS unit is completed inside. Figure 4 is a schematic diagram of the installation. Once the illegal movement is encountered, the vibration sensor in the GPS monitoring unit senses the vibration to activate the tracking mode, and the monitoring unit sends the monitoring information to the monitoring center through the communication module. The monitoring center also performs various control functions through the communication module.

The present invention may be variously modified in the same field or related fields. The above detailed description of the embodiments of the present invention is made by the specific embodiments of the embodiments shown in the drawings, but It is to be understood that the scope of the above-described subject matter of the present invention is limited to the examples described. Various changes and modifications may be made without departing from the spirit and scope of the invention.

Claims

WO 2013/003972 Quanhe ij request PCT/CN2011/001085

1. A solar panel GPS anti-theft tracking system, comprising a solar panel (1) and a original junction box (2) mounted on the solar panel (1), and a power cord (4) connected to the original junction box (2) The utility model is characterized in that it further comprises a camouflage casing (3), a GPS control unit and a remote monitoring center, the GPS control unit is installed in the camouflage casing (3), and the camouflage casing (3) is installed on the monitored Solar panel (1), where

1. Camouflage housing:

The camouflage casing (3) is mounted on the monitored solar panel (1) instead of or over the original junction box (2), or separately mounted on the monitored solar panel (1);

2. The GPS control unit includes:

a GPS module responsible for satellite positioning;

a communication module responsible for communicating with the remote monitoring communication;

a power module responsible for supplying power;

3. The remote monitoring center includes:

An instruction information receiving/transmitting module;

a remote monitoring alarm system;

a GIS geographic information module;

The upper end of the power module is connected to the power output portion of the monitored solar panel, and the lower end is respectively connected to the GPS module, the MCU micro processing unit and the displacement sensor, and the MCU micro processing unit respectively connects the GPS module and the communication module in two directions, and the remote monitoring Alarm system bidirectional connection information acceptance / command transmission WO 2013/003972 claims PCT/CN2011/001085 modules and GIS geographic information modules.

2. The solar panel GPS anti-theft tracking system according to claim 1, wherein: the GPS monitoring unit further comprises a vibration sensor, wherein the vibration sensor is connected to the MCU micro processing unit, when the solar panel is at rest. The vibration sensor converts the static state into control information and sends it to the MCU micro processing unit. The MCU micro processing unit causes the entire antitheft device to be in a standby state. When the solar panel is moved, the vibration sensor transmits the mobile information to the MCU for micro processing. Unit, the MCU micro-processing unit is activated to enable the entire anti-theft device to be in a monitoring state;

The remote monitoring center is further provided with a plurality of remote monitoring copies with GPS, and the remote monitoring copy with GPS is connected to the remote monitoring alarm system and the GPS monitoring unit in two directions.

A solar panel GPS anti-theft tracking system according to claim 1, wherein: said GPS control unit is provided with a signal receiving/transmitting antenna.

The solar panel GPS anti-theft tracking system according to claim 1, wherein the displacement sensor module is a magnetron structure or an electronic control structure.

The solar panel GPS anti-theft tracking system according to claim 1, wherein the vibration sensor is a ball sensor or a mercury displacement switch that senses the on-board movement and the horizontal movement of the solar panel.

The solar panel GPS anti-theft tracking system according to claim 1, wherein: the communication module comprises any one of a GSM module, a CDMA module, a WCDMA module, a TD-SCDMA module, a CDMA2000 module, an RFID module or a Bluetooth module. One, or a combination thereof.

7. The solar panel GPS anti-theft tracking system according to claim 1, wherein: the remote monitoring center further comprises a management platform disposed on the Internet, the management platform is provided with a geographic information system and the remote monitoring alarm is provided. The system connection, the information acceptance/instruction sending module will directly accept the information directly on the management platform reflected on the Internet, and the geographic information system will receive the geographical location signal straight. WO 2013/003972 The claims PCT/CN2011/001085 are reflected on the electronic map, and the management system is responsible for alarm management.

The solar panel GPS anti-theft tracking system according to claim 1, wherein: the monitored solar panel supplies power to the GPS monitoring unit through a power module connected to the GPS monitoring unit.