CN206115659U - Be applied to intelligent alarm device of transmission line iron tower - Google Patents

Abstract

The utility model discloses an intelligent alarm device applied to an iron tower of a power transmission line, which is characterized in that a central cylindrical rotating shaft (13) is arranged inside a body (12), and an integrated chip (4) is arranged at the bottom, and the integrated chip (4) includes a power supply Bus bar (6), GPS module (8), sound and light alarm controller (7), rotation controller (9), digital tilt angle sensor (11) and gravity acceleration sensor (10), the top of the body (12) is set The polysilicon solar panel (1), the middle part of the central cylindrical shaft (13) is connected to the camera (2), and the outer part of the lower part of the body (12) is connected to the alarm red light (3) and the alarm horn (5). The utility model is simple in structure and easy to install. It is convenient and fast, effectively utilizes new energy, reduces workload, reduces personnel and equipment injury accidents, and improves work efficiency.

Description

An intelligent alarm device applied to transmission line iron tower

Technical field:

The utility model relates to an intelligent alarm device applied to an iron tower of a power transmission line, which belongs to the technical field of power transmission lines.

Background technique:

With the continuous development of power grid construction, the transmission grid is rapidly spreading all over the country, and the transmission towers are also constantly being built to consolidate the transmission grid. The increase in the number of iron towers will bring many problems:

1. It takes more time for transmission line patrol personnel to find fault points;

2. Electric workers cannot detect the tilting of the tower in time, and cannot prevent the tower from collapsing;

3. Surrounding residents and small animals approach the tower, and there is a risk of power grid accidents.

If a device can be used to reflect the status of the transmission line iron tower in time and accurately, the work efficiency will be greatly improved, and accidents can also be prevented. When the transmission line fails, if the tower can be located by GPS and the specific actual conditions of the on-site iron tower and the transmission line can be checked in time, it will provide great convenience for accident handling and locate the fault point more timely and accurately.

Utility model content:

The purpose of this utility model is to overcome the deficiencies of the prior art and provide a simple structure, convenient and quick installation, effective use of new energy, reduce workload, reduce personnel and equipment injury accidents, and improve work efficiency. alarm system.

The purpose of this utility model can be achieved through the following measures: an intelligent alarm device applied to transmission line iron towers, which includes a cylindrical body, which is characterized in that a central cylindrical shaft is provided in the body, and an integrated chip is provided at the bottom of the body. The chip includes power bus bar, GPS module, sound and light alarm controller, rotation controller, digital tilt angle sensor and gravity acceleration sensor. The power bus bar is connected to GPS module, sound and light alarm controller, digital tilt angle sensor and GPS module respectively. Rotation controller, the rotation controller is connected to the gravity acceleration sensor, and the gravity acceleration sensor is connected to the digital tilt angle sensor; the top of the body is equipped with a polysilicon solar panel, and the polysilicon solar panel is connected to the power bus bar of the integrated chip through the wire in the central cylinder shaft. The middle part of the cylindrical shaft is connected to the camera, and the camera is connected to the rotation controller of the integrated chip to control the rotation angle of the camera through wires. The lower part of the body is connected to the alarm red light and the alarm horn. The alarm controller is connected.

Compared with the prior art, the utility model can produce the following positive effects: The utility model has simple structure, convenient and fast installation, can accurately locate the position of the pole tower, observe the inclination state of the pole tower in time, and can send out sound and light alarm when foreign objects approach, and use GPS The module contacts with the remote communication receiving system and sends an alarm to the relevant staff. The utility model integrates the functions of GPS positioning, sound and light alarm, remote monitoring, anti-inclination of the iron tower, etc., and can be widely used in the iron tower of the transmission line, which greatly facilitates the scheduling of the line patrol personnel of the transmission line and accident handling that require remote monitoring of the iron tower status Jobs for electrical workers, such as clerks, that have:

1. It provides great convenience for the daily line inspection of electric power workers and reduces the workload, especially in the case of severe weather such as heavy storms and snow, the effect is particularly obvious when finding fault points, and real-time collection of field data speeds up line fault handling speed;

2. The use of the utility model can detect problems such as the tilt of the iron tower in time, eliminate the defects in advance, prevent the collapse of the iron tower, and prevent problems before they happen;

3. The alarm through the sound and light alarm can effectively prevent birds from nesting on the iron tower, and warn nearby residents to stay away from the iron tower, reducing personnel and equipment injury accidents.

Description of drawings:

Fig. 1 is the structural representation of the utility model;

Fig. 2 is a functional block diagram of the integrated chip part of the utility model.

detailed description:

Below in conjunction with accompanying drawing, the specific embodiment of the present utility model is described in detail:

Embodiment: An intelligent alarm device applied to transmission line iron towers (see Figure 1 and Figure 2), which includes a cylindrical body 12, which can be fixed on the iron tower with screws when in use, and is provided with a center for storing various wires in the body 12 The cylindrical shaft 13, the bottom of the body 12 is provided with an integrated chip 4, the integrated chip 4 includes a power bus bar 6, a GPS module 8, an audible and visual alarm controller 7, a rotation controller 9, a digital tilt angle sensor 11 and a gravity acceleration sensor 10, The power bus bar 6 is respectively connected to the GPS module 8, the sound and light alarm controller 7, and the digital tilt angle sensor 11, the GPS module 8 is connected to the rotation controller 9, the rotation controller 9 is connected to the gravity acceleration sensor 10, and the gravity acceleration sensor 10 is connected to the digital tilt angle sensor sensor 11. The top of the body 12 is provided with a polysilicon solar panel 1 to effectively utilize new energy. The polysilicon solar panel 1 is connected to the power bus bar 6 of the integrated chip 4 through the wires in the central cylindrical shaft 13. The polysilicon solar panel 1 is connected to the collected voltage by Rectify and invert, and then use the wires in the central cylindrical shaft 13 to provide working power to the power bus bar 6 of the chip 4. The power bus bar 6 is the total power of the device and provides power for each module and component. The middle part of the central cylinder shaft 13 is connected to the camera 2, the camera 2 is connected to the rotation controller 9 of the integrated chip 4 through wires, and the rotation angle is controlled by the rotation controller 9, the camera 2 can rotate around 90 degrees horizontally and 30 degrees vertically The range is rotated around, and the camera angle is adjusted in a small range to facilitate the observation of the transmission line; the outer side of the lower part of the body 12 is connected to the alarm red light 3 and the alarm horn 5, and the alarm red light 3 and the alarm horn 5 are controlled by the sound and light alarm of the wire and the integrated chip 4 Device 7 is connected. The sound and light alarm controller 7 detects heat sources within the range of the iron tower. When outsiders or animals approach, the sound and light alarm controller 7 controls the alarm horn 5 to emit the sound of "Do not approach the iron tower, high voltage is dangerous" and simultaneously controls the alarm red light 3 flashing. The digital inclination sensor 11 is used in conjunction with the acceleration of gravity sensor 10 to monitor the vertical angle of the tower. Under normal circumstances, the inclination angle of the tower is 0 degrees. When the digital inclination angle sensor 11 and the gravitational acceleration sensor 10 receive the signal of the inclination angle and the offset of the center of gravity of the tower, the degree of inclination is calculated by processing, and the GPS module 8 is used to send the signal to the remote communication receiving system. Signals, electric power workers can visually observe this data through signal receiving devices with network communication functions (such as mobile phones, computers, etc.).

The above embodiments are only descriptions of preferred implementations of the present utility model, and other preferred implementations are not described here one by one, and are not intended to limit the scope of the present utility model. Without departing from the design spirit of the present utility model, Various modifications and improvements made by ordinary engineers and technicians in the field to the technical solution of the utility model shall fall within the scope of protection determined by the claims of the utility model.

Claims (1)

1. a kind of intelligent alarm device for being applied to iron tower of power transmission line, which includes cylinder type body（12）, it is characterised in that this Body（12）Centered cylinder rotating shaft is provided with inside（13）, body（12）Bottom be provided with integrated chip（4）, integrated chip（4）Including electricity Source bus bar（6）, GPS module（8）, sound and light alarm controller（7）, Rotation Controllers（9）, digital slope angle transducer（11）With Gravity accelerometer（10）, power source bus row（6）Connect GPS module respectively（8）, sound and light alarm controller（7）, numeral inclines Angled sensors（11）, GPS module（8）Connection Rotation Controllers（9）, Rotation Controllers（9）Connection Gravity accelerometer （10）, Gravity accelerometer（10）Connection digital slope angle transducer（11）；Body（12）Top be provided with polysilicon too Positive energy plate（1）, polycrystalline silicon solar plate（1）By centered cylinder rotating shaft（13）Interior wire and integrated chip（4）Power supply it is female Line is arranged（6）It is connected, centered cylinder rotating shaft（13）Middle part connection photographic head（2）, photographic head（2）By wire and integrated chip （4）Control photographic head（2）The Rotation Controllers of the anglec of rotation（9）It is connected, body（12）Lower outside connection warning red light （3）And alarming horn（5）, warning red light（3）And alarming horn（5）By wire and integrated chip（4）Sound and light alarm control Device（7）It is connected.