CN204286426U - A kind of monitoring device of transmission tower attitude - Google Patents
A kind of monitoring device of transmission tower attitude Download PDFInfo
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- CN204286426U CN204286426U CN201420629517.2U CN201420629517U CN204286426U CN 204286426 U CN204286426 U CN 204286426U CN 201420629517 U CN201420629517 U CN 201420629517U CN 204286426 U CN204286426 U CN 204286426U
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Abstract
The utility model relates to a kind of monitoring device of transmission tower attitude, primary structure is by movement station, base station, information processing computing machine, printer, satellite positioning communication, mobile communication, radio-frequency communication, photo-voltaic power supply forms, adopt machinery, circuit, the design that computing machine combines, movement station is adopted to gather shaft tower attitude information, base station provides reference coordinate, computing machine carries out information processing, adopt satellite positioning communication, mobile communication, radio-frequency communication carries out information transmission, adopt 32, 8 microcomputer processors carry out sequencing acquisition process, the monitoring of transmission tower attitude is made to achieve informationization, sequencing, robotization, this apparatus design is advanced, compact conformation, rationally distributed, easy to install, the data recorded are accurately full and accurate, it is the monitoring device of very good transmission tower attitude.
Description
Technical field
The utility model relates to a kind of monitoring device of transmission tower attitude, belongs to the technical field of high-voltage transmission line pole tower monitoring and security protection.
Background technology
Along with the dilatation construction of high voltage power transmission electrical network, across area increasing, the quantity of transmission tower also gets more and more; Because transmission tower is higher, be mostly in the rugged surroundings in hillside, field, marsh, roadside, often can cause shaft tower and collapse crooked, cause great transmission of electricity security incident, therefore the safety custody of transmission tower attitude is very important.
At present, the attitude monitoring of transmission tower mainly uses easy obliquity sensor, for measuring the degree of tilt of shaft tower, and this metering system poor stability, error is large, can not measure the translation of transmission tower, measure difficulty for the transmission tower on slope, error is larger, cause the lateral attitude of shaft tower can not Timeliness coverage, make maintenance delayed, even cause shaft tower to topple over accident, have a strong impact on the safe power supply of transmission line of electricity.
Summary of the invention
Goal of the invention
The purpose of this utility model is the deficiency for background technology, design a kind of monitoring device of transmission tower attitude, adopt the design that physical construction, integrated circuit, antenna communication, computing machine combine, with the attitude situation of Measurement accuracy transmission tower, prediction is carried out to the attitude of transmission tower, to ensure the safe operation of transmission tower.
Technical scheme
The utility model primary structure comprises: movement station cabinet, movement station pilot lamp, movement station power switch, movement station modulator, movement station photovoltaic panel, movement station accumulator, movement station photovoltaic energy controller, movement station circuit board, movement station bolt, base station cabinet, base station pilot lamp, base station power switch, base station modulator, base station photovoltaic panel, base station circuit board, base station accumulator, base station photovoltaic energy controller, base station bolt, information processing computing machine, printer, cable, wire, satellite positioning antennas, mobile communication antenna, radio-frequency communication antenna,
Movement station cabinet is rectangle, is provided with movement station photovoltaic panel, the first satellite positioning antennas, the first mobile communication antenna, the first radio-frequency communication antenna at the top of movement station cabinet; The front panel of movement station cabinet is provided with movement station pilot lamp, movement station power switch, movement station modulator; In movement station cabinet, left part is provided with movement station circuit board, and fixed by movement station bolt, movement station circuit board is movement station control circuit, in movement station cabinet, right part is provided with movement station accumulator, movement station photovoltaic energy controller, is connected each other between each parts by wire;
Base station cabinet is rectangle, is provided with base station photovoltaic panel, the second satellite positioning antennas, the second mobile communication antenna, the second radio-frequency communication antenna at the top of base station cabinet; The front panel of base station cabinet is provided with base station pilot lamp, base station power switch, base station modulator; In base station cabinet, left part is provided with base station circuit board, and fixed by base station bolt, base station circuit board is base station control circuit, in base station cabinet, right part is provided with base station accumulator, base station photovoltaic energy controller, is connected each other between each parts by wire;
The 3rd satellite positioning antennas, the 3rd mobile communication antenna, the 3rd radio-frequency communication antenna is provided with on information processing computing machine top; Be provided with printer at the right part of information processing computing machine, and connected by cable.
Described movement station circuit, form integrated circuit by the first power supply stabilization circuit IT1, the first GPRS module interface circuit IT2, a GPRS asynchronous serial communication circuit I T3, a GPS asynchronous serial port communicating circuit IT4, the first GPS module interface circuit IT5, the first radio-frequency module interface circuit IT6, the first microcomputer processor circuit IT7, the first real time clock circuit IT8, the first oscillating crystal circuit I T9, data storage circuitry IT10, the first reference voltage circuit IT11, be connected to each other by wire between each parallel circuit.
Described base station circuit, form integrated circuit by second source mu balanced circuit IC1, the second GPRS module interface circuit IC2, the 2nd GPRS asynchronous serial communication IC circuit the 3, the 2nd GPS asynchronous serial port communicating circuit IC4, the second GPS module interface circuit IC5, the second radio-frequency module interface circuit IC6, the second microcomputer processor circuit IC7, the second real time clock circuit IC8, the second oscillating crystal IC circuit 9, second reference voltage circuit IC10, be connected to each other by wire between each parallel circuit.
Beneficial effect
The utility model has obvious advance compared with background technology, be in hillside, field, marsh, roadside harsh environment scenarios for high-voltage power transmission tower, easily cause inclination, collapse accident, design a kind of monitoring device of transmission tower attitude, adopt the design that machinery, circuit, computing machine combine, adopt movement station to gather shaft tower attitude information, base station provides reference coordinate, and computing machine carries out information processing; Adopt satellite positioning communication, mobile communication, radio-frequency communication carries out information transmission; Adopt 32,8 microcomputer processors to carry out sequencing acquisition process, make the monitoring of transmission tower attitude achieve informationization, sequencing, robotization; This apparatus design advanced person, compact conformation, data that are rationally distributed, easy to install, that record are accurately full and accurate, are the monitoring devices of very good transmission tower attitude.
Accompanying drawing explanation
Fig. 1, monitoring device one-piece construction figure
A-A sectional view of Fig. 2, Fig. 1
B-B sectional view of Fig. 3, Fig. 1
Fig. 4, movement station circuit diagram
Fig. 5, base station circuit diagram
Shown in figure, list of numerals is as follows:
1, movement station cabinet, 2, movement station pilot lamp, 3, movement station power switch, 4, movement station modulator, 5, movement station photovoltaic panel, 6, movement station accumulator, 7, movement station photovoltaic energy controller, 8, movement station circuit board, 9, movement station bolt, 10, first satellite positioning antennas, 11, first defends mobile communication antenna, 12, first radio-frequency communication antenna, 13, base station cabinet, 14, base station pilot lamp, 15, base station power switch, 16, base station modulator, 17, base station photovoltaic panel, 18, base station circuit board, 19, base station accumulator, 20, base station photovoltaic can device processed, 21, base station bolt, 22, second satellite positioning antennas, 23, second mobile communication antenna, 24, second radio-frequency communication antenna, 25, information processing computing machine, 26, printer, 27, cable, 28, 3rd satellite positioning antennas, 29, 3rd mobile communication antenna, 30, 3rd radio-frequency communication antenna.
IT1, the first power supply stabilization circuit, IT2, the first GPRS module interface circuit, IT3, a GPRS asynchronous serial communication circuit, IT4, a GPS asynchronous serial port communicating circuit, IT5, the first GPS module interface circuit, IT6, the first radio-frequency module interface circuit, IT7, the first microcomputer processor circuit, IT8, the first real time clock circuit, IT9, the first oscillating crystal circuit, IT10, data storage circuitry, IT11, the first reference voltage circuit.
IC1, second source mu balanced circuit, IC2, the second GPRS module interface circuit, IC3, the 2nd GPRS asynchronous serial communication circuit, IC4, the 2nd GPS asynchronous serial port communicating circuit, IC5, the second GPS module interface circuit, IC6, the second radio-frequency module interface circuit, IC7, the second microcomputer processor circuit, IC8, the second real time clock circuit, IC9, the second oscillating crystal circuit, IC10, the second reference voltage circuit.
R, resistor, C, capacitor, F, self-recovering type fuse, J, lowering and stabilizing blood pressure chip, LED, light emitting diode, VDD, power end, GND, earth terminal, P, module interface, Q, field effect transistor, VCC, power end, GPRS, mobile communication module, GPS, satellite positioning communication module, Y, oscillating crystal, U, asynchronous serial port communicating circuit.
Embodiment
Below in conjunction with accompanying drawing, the utility model is described further:
Shown in Fig. 1,2,3, be monitoring device one-piece construction figure, each position, annexation want correct, install firmly.
Transmission tower gesture monitoring device is made up of movement station cabinet 1, base station cabinet 13, information processing computing machine 25, printer 26, satellite positioning antennas, mobile communication antenna, radio-frequency communication antenna;
Movement station cabinet is rectangle, be provided with photovoltaic panel 5, first satellite positioning antennas 10, first mobile communication antenna 11, first radio-frequency communication antenna 12 at the top of movement station cabinet 1, the front panel of movement station cabinet 1 is provided with movement station pilot lamp 2, movement station power switch 3, movement station modulator 4; In movement station cabinet 1, left part is provided with movement station circuit board 8, and fixed by movement station bolt 9, movement station circuit board 8 is mobile control circuit, in movement station cabinet 1, right part is provided with movement station accumulator 6, movement station photovoltaic energy controller 7, is connected each other between each parts by wire;
Base station cabinet 13 is rectangle, is provided with base station photovoltaic panel 17, second satellite positioning antennas 22, second mobile communication antenna 23, second radio-frequency communication antenna 24 at the top of base station cabinet 13; The front panel of base station cabinet 13 is provided with base station pilot lamp 14, base station power switch 15, base station modulator 16; In base station cabinet 13, left part is provided with base station circuit board 18, and fixed by base station bolt 21, it base station circuit board 18 is base station control circuit, in base station cabinet 13, right part is provided with base station accumulator 19, base station photovoltaic energy controller 20, is connected each other between each parts by wire;
Be provided with the 3rd satellite positioning antennas 28, the 3rd mobile communication antenna 29, the 3rd radio-frequency communication antenna 30 on the top of information processing computing machine 25, be provided with printer 26 at the right part of information processing computing machine 25, and connected by cable 27.
Shown in Fig. 4, at movement station circuit diagram, the integrated circuit that movement station circuit is made up of 11 parallel circuits, is connected each other by wire between each parallel circuit; Vdd terminal is power end, and GND end is earth terminal, and the first microcomputer processor circuit IT7 is that processor calculated by 32 single-chip microcomputers; J1 is power conversion chip, J2 is conversion electric power, J3 is battery supply interface, and J4 is GPS module interface, and J5 is 32 processor of single chip computer, P1 is GPRS module interface, P2 is radio-frequency module interface, and U1 is GPRS asynchronous serial port communication chip, and U2 is GPS asynchronous serial port communication chip, U3 is pin-saving chip, and U4 is real-time timepiece chip.
Shown in Fig. 5, at base station circuit diagram, base station circuit forms integrated circuit by 10 parallel circuits, is connected each other between each parallel circuit by wire; Vdd terminal is power end, and GND end is earth terminal, and the second microcomputer processor circuit IT7 is that processor calculated by 8 single-chip microcomputers; J1 is power conversion chip, J2 is conversion electric power, J3 is battery supply interface, J4 is GPS module interface, and J5 is 8 processor of single chip computer, and U1 is GPRS asynchronous serial port communication chip, U2 is GPS asynchronous serial port communication chip, U3 is real-time timepiece chip, and P1 is GPRS module interface, and P2 is radio-frequency module interface.
Claims (3)
1. the monitoring device of a transmission tower attitude, it is characterized in that: primary structure comprises: movement station cabinet, movement station pilot lamp, movement station power switch, movement station modulator, movement station photovoltaic panel, movement station accumulator, movement station photovoltaic energy controller, movement station circuit board, movement station bolt, base station cabinet, base station pilot lamp, base station power switch, base station modulator, base station photovoltaic panel, base station circuit board, base station accumulator, base station photovoltaic energy controller, base station bolt, information processing computing machine, printer, cable, wire, satellite positioning antennas, mobile communication antenna, radio-frequency communication antenna,
Movement station cabinet is rectangle, is provided with movement station photovoltaic panel, the first satellite positioning antennas, the first mobile communication antenna, the first radio-frequency communication antenna at the top of movement station cabinet; The front panel of movement station cabinet is provided with movement station pilot lamp, movement station power switch, movement station modulator; In movement station cabinet, left part is provided with movement station circuit board, and fixed by movement station bolt, movement station circuit board is movement station control circuit, in movement station cabinet, right part is provided with movement station accumulator, movement station photovoltaic energy controller, is connected each other between each parts by wire;
Base station cabinet is rectangle, is provided with base station photovoltaic panel, the second satellite positioning antennas, the second mobile communication antenna, the second radio-frequency communication antenna at the top of base station cabinet; The front panel of base station cabinet is provided with base station pilot lamp, base station power switch, base station modulator; In base station cabinet, left part is provided with base station circuit board, and fixed by base station bolt, base station circuit board is base station control circuit, in base station cabinet, right part is provided with base station accumulator, base station photovoltaic energy controller, is connected each other between each parts by wire;
The 3rd satellite positioning antennas, the 3rd mobile communication antenna, the 3rd radio-frequency communication antenna is provided with on information processing computing machine top; Be provided with printer at the right part of information processing computing machine, and connected by cable.
2. the monitoring device of a kind of transmission tower attitude according to claim 1, it is characterized in that: described movement station circuit, by the first power supply stabilization circuit IT1, first GPRS module interface circuit IT2, one GPRS asynchronous serial communication circuit I T3, one GPS asynchronous serial port communicating circuit IT4, first GPS module interface circuit IT5, first radio-frequency module interface circuit IT6, first microcomputer processor circuit IT7, first real time clock circuit IT8, first oscillating crystal circuit I T9, data storage circuitry IT10, first reference voltage circuit IT11 forms integrated circuit, be connected to each other by wire between each parallel circuit.
3. the monitoring device of a kind of transmission tower attitude according to claim 1, it is characterized in that: described base station circuit, by second source mu balanced circuit IC1, second GPRS module interface circuit IC2, 2nd GPRS asynchronous serial communication IC circuit 3, 2nd GPS asynchronous serial port communicating circuit IC4, second GPS module interface circuit IC5, second radio-frequency module interface circuit IC6, second microcomputer processor circuit IC7, second real time clock circuit IC8, second crystal circuit IC9, second reference voltage circuit IC10 forms integrated circuit, be connected to each other by wire between each parallel circuit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420629517.2U CN204286426U (en) | 2014-10-28 | 2014-10-28 | A kind of monitoring device of transmission tower attitude |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420629517.2U CN204286426U (en) | 2014-10-28 | 2014-10-28 | A kind of monitoring device of transmission tower attitude |
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| Publication Number | Publication Date |
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| CN204286426U true CN204286426U (en) | 2015-04-22 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201420629517.2U Active CN204286426U (en) | 2014-10-28 | 2014-10-28 | A kind of monitoring device of transmission tower attitude |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104316032A (en) * | 2014-10-28 | 2015-01-28 | 国网山西省电力公司吕梁供电公司 | Device for monitoring attitude of transmission tower |
| CN107656290A (en) * | 2017-08-10 | 2018-02-02 | 国网浙江省电力公司信息通信分公司 | A kind of transmission tower real-time monitoring system based on big-dipper satellite |
-
2014
- 2014-10-28 CN CN201420629517.2U patent/CN204286426U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104316032A (en) * | 2014-10-28 | 2015-01-28 | 国网山西省电力公司吕梁供电公司 | Device for monitoring attitude of transmission tower |
| CN107656290A (en) * | 2017-08-10 | 2018-02-02 | 国网浙江省电力公司信息通信分公司 | A kind of transmission tower real-time monitoring system based on big-dipper satellite |
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