CN205644880U - Simple structure's high tension transmission line prevents outer broken warning system - Google Patents

Abstract

The utility model provides a high-voltage transmission line anti-break alarm system with simple structure, which includes a front-end device and a background device; Camera, and embedded image processing board; the embedded image processing board is expanded with WIFI communication module, 3G communication module and GPS module; background devices include background monitoring server, PC workstation, monitoring mobile phone and iPAD mobile terminal; infrared camera The two-way signal electrical connection with the embedded image processing board; the sound and light alarm is electrically connected with the signal of the embedded image processing board; the background monitoring server communicates with the embedded image processing board through the 3G network through the 3G communication module. The utility model has the advantages of simple structure, convenient installation and maintenance, strong environmental adaptability, high working reliability during use, and good real-time monitoring performance.

Description

A high-voltage transmission line anti-break alarm system with simple structure

This application is a divisional application of a utility model patent application with an application number of 201520844140.7 and an application date of October 28, 2015.

technical field

The utility model relates to the technical field of electric facility safety monitoring, in particular to a high-voltage transmission line anti-break alarm system.

Background technique

With the rapid development of economy, the scope of urban and rural infrastructure construction is getting bigger and bigger. Human factors such as illegal construction operations in the high-voltage transmission line protection area, illegal tree planting and house building, and external force damage caused by natural factors such as windy tree branches and kites mounted on the power line have brought serious problems to the safe operation of high-voltage transmission lines. threat. If it is not discovered and dealt with in time, it will easily cause disasters such as large-scale power outages, fires and even casualties, resulting in huge direct and indirect economic losses. Therefore, the effective monitoring and early warning of the breaking behavior of high-voltage transmission lines is increasingly recognized and valued by the power supply department. Therefore, it is very necessary to develop a device that can effectively monitor and warn the breaking behavior of high-voltage transmission lines.

Utility model content

The purpose of the utility model is to provide a high-voltage transmission line anti-breaking alarm system with simple structure, convenient installation and maintenance, strong environmental adaptability, high working reliability, and good real-time monitoring during use.

The technical scheme of the utility model is: the high-voltage transmission line anti-break alarm system with simple structure of the utility model includes a front-end device and a background device; its structural characteristics are: the above-mentioned front-end device includes a box body, a lightning arrester, a solar panel, Battery, power management board, sound and light alarm, infrared camera, and embedded image processing board; the embedded image processing board is expanded with WIFI communication module, 3G communication module and GPS module; background devices include background monitoring server, PC Workstation, monitoring mobile phone and iPAD mobile terminal;

The above lightning arrester, solar panel, infrared camera and sound and light alarm are arranged on the box body; the storage battery, power management board and embedded image processing board are arranged in the box body;

The infrared camera is electrically connected to the embedded image processing board with two-way signals; the sound and light alarm is electrically connected to the embedded image processing board; Control signal electrical connection;

The PC workstation is connected to the background monitoring server with two-way signal electrical connection; the monitoring mobile phone is connected to the background server through wireless communication; the background monitoring server is connected to the embedded image processing board through the 3G network through the 3G communication module; the iPAD mobile terminal is connected to the embedded Type image processing board communication connection; GPS module is used to locate the front-end device and provide time information;

The infrared camera mentioned above is a dome camera equipped with a pan-tilt control system and a maximum monitoring distance of 100m;

The above-mentioned embedded image processing board is an image processing board using an ARM9-based quad-core multiprocessor chip.

The utility model has positive effects: (1) The high-voltage transmission line anti-breaking alarm system of the utility model has a simple structure, and its front-end device is a box-type overall structure that is easy to disassemble and assemble, and the volume is small, and the weight of a single device is not more than 16kg, which can effectively meet the needs of rapid installation and temporary replacement of monitoring tower positions, convenient on-site construction, and time-saving and labor-saving. (2) The high-voltage transmission line anti-break alarm system of the utility model has a simple structure. Its front-end device adopts the self-power supply technology of solar panels, batteries and power management panels. installation, strong applicability. (3) The high-voltage transmission line anti-break alarm system of the utility model has a simple structure. The infrared camera in the front-end device adopts a dome camera equipped with a pan-tilt control system and a maximum monitoring distance of 100m. It has a night vision function and can Day and night monitoring, good working reliability, during use, you can remotely rotate and adjust the monitoring angle through the monitoring mobile phone. (4) The high-voltage transmission line anti-break alarm system with simple structure of the utility model, after successful installation and debugging, the front-end device does not need to replace the battery regularly, and has a long service life, and relevant parameter commands can be set remotely through mobile phones and PC workstations, After successful installation, it is basically maintenance-free, and the cost of use and maintenance is low. (5) The high-voltage transmission line anti-breakage warning system with a simple structure of the utility model can effectively monitor and warn the breakout behavior of the high-voltage transmission line when it is in use, and has good real-time performance and high working reliability.

Description of drawings

Fig. 1 is a schematic block diagram of the structure of the utility model.

detailed description

Below in conjunction with accompanying drawing and specific embodiment, the utility model is described in further detail.

(Example 1)

As shown in Fig. 1, the high-voltage transmission line anti-break alarm system of this embodiment is mainly composed of a front-end device and a background device.

The front-end device consists of box body, lightning arrester, solar panel, infrared camera, sound and light alarm, battery, power management board and embedded image processing board; the embedded image processing board is expanded with WIFI communication module, 3G communication module and GPS module.

Lightning arresters, solar panels, infrared cameras and sound and light alarms are arranged on the box body; storage batteries, power management boards and embedded image processing boards are arranged in the box body.

The lightning arrester is used for lightning protection of the front-end device; the solar panel, the storage battery and the power management board are sequentially connected in series, and the power management board is also electrically connected with the embedded image processing board and controlled by the embedded image processing board. The power management board is mainly used to provide +5V and +12V working power for the front-end device; under the control of the embedded image processing board, it manages the power supply and power failure of the infrared surveillance camera and the sound and light alarm.

The infrared camera is used for target monitoring of the area to be monitored on the high-voltage transmission line, and the infrared camera is electrically connected with the embedded image processing board for two-way signals. In this embodiment, the infrared camera is composed of a ball machine, the maximum monitoring distance is 100m, and the power supply adopts 12V power supply, which can continuously monitor day and night, and has a pan-tilt control system. In this embodiment, when the infrared camera is working, it is used to capture a picture of the scene every 1 minute for analyzing the anti-break target.

The embedded image processing board is used to process the image signal sent by the infrared camera in real time and perform target recognition, control the opening and closing of the sound and light alarm according to the set threshold, and is responsible for the information transmission and communication with the background device, and the power management board Take control.

The GPS module extended on the embedded image processing board is used to locate the front-end device and provide time information; the WIFI communication module and 3G communication module are used to be responsible for the signal transmission and communication between the embedded image processing board and the background device.

The background device is mainly composed of a background monitoring server, a PC workstation, a monitoring mobile phone and an iPAD mobile terminal held by supervisors.

The background monitoring server is used to communicate with the embedded image processing board through the 3G network; receive the on-site alarm picture obtained through image processing sent by the embedded image processing board through the 3G communication module expanded on it; push the received on-site alarm picture to The PC workstation and the monitoring mobile phone held by the supervisor send short messages to the monitoring mobile phone held by the supervisor, and transmit the relevant control commands sent by the PC workstation to the embedded image processing board.

The monitoring mobile phones held by supervisors are used to receive on-site alarm pictures and SMS messages pushed by the background monitoring server; remote control adjusts the monitoring angle of view of the infrared camera.

When the iPAD mobile terminal is used for the initial installation of the front-end device, the installation site staff communicates with the WIFI communication module expanded on the embedded image processing board through the iPAD mobile terminal to realize the parameter setting of the embedded image processing board.

The PC workstation is electrically connected with the background monitoring server with two-way signals; the mobile phone for monitoring is connected to the background server through wireless communication; the background monitoring server communicates with the embedded image processing board through the 3G network through the 3G communication module expanded and set on the embedded image processing board; When in use, the iPAD mobile terminal communicates with the embedded image processing board via the WIFI communication module extended on the embedded image processing board.

The aforementioned embedded image processing board is an image processing board using a quad-core multiprocessor chip based on ARM9, equipped with an Ubuntu 12.04 operating system, and supports the installation of the OpenCV visual processing library. When in use, the processor chip on the embedded image processing board has a built-in program of the anti-break target image processing method in the prior art, and the image sent by the infrared camera is automatically processed.

The high-voltage transmission line anti-breakage alarm system of this embodiment has a simple structure. The front-end device is a box-type overall structure that is easy to disassemble and assemble. According to the demand of the pole tower position, the on-site construction is convenient, saving time and effort; the front-end device adopts the self-power supply technology of solar panels, batteries and power management boards, and does not need to set up special power supply lines, so that it can adapt to installation in various occasions and has strong applicability ;The infrared camera in the front-end device is equipped with a pan-tilt control system and a ball camera with a maximum monitoring distance of 100m. It has night vision function, can monitor day and night, and has good working reliability. Adjust the monitoring angle of view; the high-voltage transmission line anti-breakage alarm system with simple structure in this embodiment, after successful installation and debugging, the front-end device does not need to replace the battery regularly, and has a long service life, and relevant parameter commands can be set remotely through mobile phones and PC workstations , After successful installation, it is basically maintenance-free, and the use and maintenance cost is low; when it is in use, it can effectively monitor and warn the breaking behavior of high-voltage transmission lines, with good real-time performance and high working reliability.

The above embodiments are descriptions of specific implementations of the present utility model, rather than limitations of the present utility model. Those skilled in the art can also make various transformations and changes without departing from the spirit and scope of the present utility model. Changes to obtain corresponding equivalent technical solutions, so all equivalent technical solutions should be included in the patent protection scope of the present utility model.

Claims (1)

1. a ultra-high-tension power transmission line external force damage prevention warning system for simple in construction, including fore device and background apparatus；It is characterized in that: described fore device includes that casing, spark gap, solar panel, accumulator, power management plate, audible-visual annunciator, thermal camera and embedded image process plate；Embedded image processes to expand on plate and is provided with WIFI communication module, 3G communication module and GPS module；Background apparatus includes background monitoring server, PC work station, monitoring mobile phone and iPAD mobile terminal；

Described spark gap, solar panel, thermal camera and audible-visual annunciator are arranged on casing；Accumulator, power management plate and embedded image process plate and are arranged in casing；

Thermal camera processes plate two-way signaling with embedded image and electrically connects；Audible-visual annunciator processes partitioned signal with embedded image and electrically connects；Solar panel, accumulator and power management plate are sequentially connected in series, and power management plate also processes plate control signal with embedded image and electrically connects；

PC work station electrically connects with background monitoring server two-way signaling；Monitoring mobile phone is connected with background server radio communication；Background monitoring server processes board communications through 3G communication module with embedded image by 3G network and is connected；IPAD mobile terminal processes board communications through WIFI communication module with embedded image and is connected；GPS module is for fore device location and offer temporal information；

Described thermal camera be equipped with cloud platform control system, ball machine that maximum monitoring distance is 100m；

It is the image processing board using four core processor chips based on ARM9 that described embedded image processes plate.