阅读说明：本技术 一种电力无线中继器系统传输装置 (Transmission device of electric power wireless repeater system ) 是由 徐进东 张淏凌 王茂飞 戴永东 于 2020-12-14 设计创作，主要内容包括：本发明涉及电力设备领域,特涉及一种电力无线中继器系统传输装置。本发明在每个杆塔上的传感器数据通过分无线中继器与设置在该杆塔上的路由器连接,每个路由器通过ZigBee网络与总无线中继器连接,总无线中继器通过串口将数据传输到中继器的主控模块,主控模块中控模块再将串口数据打包成I1报文的格式通过4G模块上传到电力信息平台。本发明的通讯方式便于将某一区域的电力运行数据集中传输至远方。(The invention relates to the field of power equipment, in particular to a transmission device of a power wireless repeater system. The sensor data on each tower is connected with the routers arranged on the tower through the sub wireless repeaters, each router is connected with the main wireless repeater through the ZigBee network, the main wireless repeater transmits the data to the main control module of the repeater through the serial port, and the main control module packs the serial port data into the format of I1 message and uploads the message to the power information platform through the 4G module. The communication mode of the invention is convenient for transmitting the electric power operation data of a certain area to a remote place in a centralized way.)

1. A kind of electric power wireless repeater system transmission device, including dividing the wireless repeater, router, total wireless repeater, characterized by that: in one area, sensor data on each tower is connected with routers arranged on the tower through sub-wireless repeaters, each router is connected with a main wireless repeater through a ZigBee network, the main wireless repeater transmits the data to a main control module of the repeater through a serial port, and the main control module packs the serial port data into a format of an I1 message and uploads the format of the I1 message to an electric power information platform through a 4G module.

2. A power wireless repeater system transmission apparatus according to claim 1, wherein: the area is all towers with the radius of 1 km.

3. A power wireless repeater system transmission apparatus according to claim 1, wherein: still include the wireless repeater fixed knot of electric power constructs, the wireless repeater fixed knot of electric power constructs including wireless repeater, solar panel, lithium cell, connecting plate, adjusting device, and wireless repeater, lithium cell and adjusting device are fixed at the connecting plate, and solar panel passes through the solar connecting wire and is connected with the lithium cell, and the lithium cell passes through the repeater connecting wire and is connected its characterized in that with wireless repeater: solar panel swing joint is on adjusting device, solar panel is adjustable for adjusting device's angle, adjusting device includes the fixed plate, solar panel, hinge and angle modulation device, fixed plate fixed mounting is on the connecting plate, fixed plate and solar panel pass through hinge connection and be in the same place, the angle modulation device includes two T type joints, the orthodontic screw rod, anti-tooth screw rod, basket screw, anti-tooth nut, orthodontic nut, two T type joints are fixed respectively at the fixed plate, solar panel is last, anti-tooth screw rod swing joint with fix the T type articulate on solar panel, orthodontic screw rod swing joint with fix the T type articulate on the fixed plate, anti-tooth screw rod is through anti-tooth nut and basket screw connection, orthodontic screw rod passes through orthodontic nut and basket screw connection.

4. A power wireless repeater system transmission apparatus according to claim 3, wherein: the T-shaped joint is connected with the orthodontic screw and the anti-orthodontic screw by pin shafts.

5. A power wireless repeater system transmission apparatus according to claim 3, wherein: two angle adjusting devices are arranged between the fixed plate and the solar panel.

6. A power wireless repeater system transmission apparatus according to claim 3, wherein: the wireless repeater and the lithium battery are respectively fixed on two sides of the solar panel.

Technical Field

The invention relates to the field of power equipment, in particular to a transmission device of a power wireless repeater system.

Background

The power grid system equipment is distributed in a geographical space, and along with the development of personnel reduction and efficiency improvement work, unattended operation is gradually popularized.

The existing tower is provided with sensors at more positions to monitor the operation condition of power equipment, and how to transmit a plurality of sensor signals to a general monitoring system for a long time in an effective period and economically is difficult originally because no existing reliable wireless or wired network exists outdoors, especially in a remote wilderness, the cost is assumed to be too high by adopting a direct connection mode of the equipment and the like, and the connection of the equipment is also easily interrupted due to rain and snow weather if the equipment is wired too much. Meanwhile, as each tower needs to be provided with a plurality of wireless repeaters, the problem also exists how to quickly install and adjust the equipment. If the inclination of the solar panel needs to be adjusted at each place, the corresponding devices can be assembled only on site, and the site environment is generally complex, so that the installation time is long.

Disclosure of Invention

Aiming at the defects of the prior art, the invention provides a power wireless repeater system transmission device. The communication mode of the invention is convenient for transmitting the electric power operation data of a certain area to a remote place in a centralized way, and the equipment is convenient for outdoor field installation and angle adjustment and only needs simple installation.

The technical scheme of the invention is as follows: a kind of electric power wireless repeater system transmission device, including dividing the wireless repeater, router, total wireless repeater, characterized by that: in one area, sensor data on each tower is connected with routers arranged on the tower through sub-wireless repeaters, each router is connected with a main wireless repeater through a ZigBee network, the main wireless repeater transmits the data to a main control module of the repeater through a serial port, and the main control module packs the serial port data into a format of an I1 message and uploads the format of the I1 message to an electric power information platform through a 4G module.

The power wireless repeater system transmission apparatus according to the above, characterized in that: the area is all towers with the radius of 1 km.

The power wireless repeater system transmission apparatus according to the above, characterized in that: still include the wireless repeater fixed knot of electric power constructs, the wireless repeater fixed knot of electric power constructs including wireless repeater, solar panel, lithium cell, connecting plate, adjusting device, and wireless repeater, lithium cell and adjusting device are fixed at the connecting plate, and solar panel passes through the solar connecting wire and is connected with the lithium cell, and the lithium cell passes through the repeater connecting wire and is connected its characterized in that with wireless repeater: solar panel swing joint is on adjusting device, solar panel is adjustable for adjusting device's angle, adjusting device includes the fixed plate, solar panel, hinge and angle modulation device, fixed plate fixed mounting is on the connecting plate, fixed plate and solar panel pass through hinge connection and be in the same place, the angle modulation device includes two T type joints, the orthodontic screw rod, anti-tooth screw rod, basket screw, anti-tooth nut, orthodontic nut, two T type joints are fixed respectively at the fixed plate, solar panel is last, anti-tooth screw rod swing joint with fix the T type articulate on solar panel, orthodontic screw rod swing joint with fix the T type articulate on the fixed plate, anti-tooth screw rod is through anti-tooth nut and basket screw connection, orthodontic screw rod passes through orthodontic nut and basket screw connection.

The power wireless repeater system transmission apparatus according to the above, characterized in that: the T-shaped joint is connected with the orthodontic screw and the anti-orthodontic screw by pin shafts.

The power wireless repeater system transmission apparatus according to the above, characterized in that: two angle adjusting devices are arranged between the fixed plate and the solar panel.

The power wireless repeater system transmission apparatus according to the above, characterized in that: the wireless repeater and the lithium battery are respectively fixed on two sides of the solar panel.

The invention has the beneficial effects that: the method has the advantages that firstly, the electric power operation data in a certain area can be conveniently and intensively transmitted to a remote place, and the cost is low; and secondly, only the screws need to be adjusted on site, so that the field installation is convenient. Thirdly, simple structure, weight is lighter, is suitable for outdoor operations.

Drawings

Fig. 1 is a schematic layout diagram of a transmission device of a wireless power repeater system.

Fig. 2 is a fixing structure of a power wireless repeater according to the present invention.

Fig. 3 is a schematic structural diagram of the adjusting device of the present invention.

Description of reference numerals: the solar energy wireless repeater comprises a wireless repeater 101, a router 102, a main wireless repeater 103, a solar panel 2, a lithium battery 3, a solar connecting wire 4, a repeater connecting wire 5, a connecting plate 6, an adjusting device 7, a fixing plate 71, a hinge 72, a T-shaped joint 73, an orthodontic screw 74, an anti-thread screw 75, a turnbuckle 76, an anti-thread nut 77 and an orthodontic nut 78.

Detailed Description

The technical scheme of the invention is further explained by combining the attached drawings.

As shown in fig. 1, the power wireless repeater system transmission device of the present invention includes a sub wireless repeater 101, a router 102, and a main wireless repeater 103, in one area, the sensor data on each tower is connected to the router 102 arranged on the tower through the sub wireless repeater 101, and the connection is a ZigBee network wireless data transmission connection. Each router 102 is connected with the main wireless repeater 103 through the ZigBee network, the main wireless repeater 103 transmits data to a main control module of the repeater through a serial port, and the main control module packages the serial port data into an I1 message format and uploads the message format to the power information platform through the 4G module. This enables all data within one local area to be transmitted remotely. The area of the invention can be all towers with radius of 1 km. The system can transmit the operation data of the electric power equipment in one area to a remote control platform, has less equipment quantity, and is suitable for a detection system of the real-time data of the power grid which is inconvenient for laying a network in a suburb.

As shown in fig. 2 and fig. 3, the power wireless repeater fixing structure convenient to install of the present invention includes a sub wireless repeater 101, a solar panel 2, a lithium battery 3, a connecting plate 6, and an adjusting device 7, wherein the sub wireless repeater 101, the lithium battery 3, and the adjusting device 7 are fixed on the connecting plate 6, the solar panel 2 is movably connected to the adjusting device 7, and the angle of the solar panel 2 relative to the adjusting device 7 can be adjusted. The sub-wireless repeater 101 and the lithium battery 3 are preferably fixed on both sides of the solar panel, respectively, and the positions thereof can be exchanged as appropriate. Solar panel 2 is connected with lithium cell 3 through solar connecting wire 4, makes it to charge for lithium cell 3, and lithium cell 3 passes through repeater connecting wire 5 and is connected with dividing wireless repeater 101, makes it can provide the power for dividing wireless repeater 101 normal work.

As shown in fig. 3, the adjusting device 7 of the present invention comprises a fixing plate 71, a solar panel 2, a hinge 72 and a reclining device, wherein the fixing plate 71 is fixedly installed on the connecting plate 6, and the whole device is installed at a position to be installed through the connecting plate 6. The fixing plate 71 and the solar panel 2 are connected together by hinges 72, the number of the hinges 72 may be one, two or more, and two hinges 72 are provided in fig. 2. When the pitch angle is adjusted, the fixing plate 71 is fixed, and the solar panel 2 rotates around the rotating shaft of the hinge 72 through the change of the length of the angle adjusting device, so that the angle between the fixing plate 71 and the solar panel 2 is adjusted. Each angle adjusting device comprises two T-shaped joints 73, an orthodontic screw 74, an anti-dental screw 75, a turnbuckle 76, an anti-dental nut 77 and an orthodontic nut 78, wherein the two T-shaped joints 73 are respectively fixed on the fixed plate 71 and the solar panel 2, the anti-dental screw 75 is movably connected with the T-shaped joints 73 fixed on the solar panel 2, the orthodontic screw 74 is movably connected with the T-shaped joints 73 fixed on the fixed plate 71, for example, the T-shaped joints 73 are connected with the orthodontic screw 74 and the anti-dental screw 75 by pin shafts, so that the orthodontic screw 74 and the anti-dental screw 75 can rotate along the shaft of the T-shaped joints 73, as shown in figure 3, when the angle adjusting device becomes or shortens, the angles of the T-shaped joints 73, the orthodontic screw 74 and the anti-dental screw 75 are changed, and the pitch angle is changed. The counter screw 75 is connected to the turnbuckle 76 by a counter nut 77, and the orthodontic screw 74 is connected to the turnbuckle 76 by an orthodontic nut 78.

One, two or more angle adjusting devices can be arranged between the fixing plate 71 and the solar panel 2, for example, two angle adjusting devices are arranged in fig. 3, and when the length needs to be adjusted, the length of the angle adjusting devices can be adjusted by rotating the turnbuckle 76.

When the angle adjustment is carried out, the tightened orthodontic nut 78 and the counter-orthodontic nut 77 (one on the left and right of the central plane) are loosened, when the turnbuckle 76 is rotated anticlockwise, the length of the part of the two screw rods screwed into the turnbuckle 76 is increased, the solar panel 2 is driven to rotate clockwise around the hinge 72, and the elevation angle of the solar panel 2 is increased; when the turnbuckle 76 is rotated clockwise, the elevation angle of the solar panel 2 becomes smaller, and when the required angle is adjusted, the orthodontic nut 78 and the anti-orthodontic nut 77 are tightened. The range of the solar panel 2 pitch angle adjustment of the present invention depends on the length of the turn buckle 76 and the screw. The invention adopts universal parts for assembly, reduces the processing cost, and has the characteristics of high cost performance, convenient adjustment and the like. Thus, the device of the invention can adjust the angle of the solar panel only by adjusting the turnbuckle 76 on site, and is convenient for on-site installation.