CN109459077A - A kind of power transmission and distribution capability of anti-wind assessment system - Google Patents
A kind of power transmission and distribution capability of anti-wind assessment system Download PDFInfo
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- CN109459077A CN109459077A CN201811392932.XA CN201811392932A CN109459077A CN 109459077 A CN109459077 A CN 109459077A CN 201811392932 A CN201811392932 A CN 201811392932A CN 109459077 A CN109459077 A CN 109459077A
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01D—MEASURING NOT SPECIALLY ADAPTED FOR A SPECIFIC VARIABLE; ARRANGEMENTS FOR MEASURING TWO OR MORE VARIABLES NOT COVERED IN A SINGLE OTHER SUBCLASS; TARIFF METERING APPARATUS; MEASURING OR TESTING NOT OTHERWISE PROVIDED FOR
- G01D11/00—Component parts of measuring arrangements not specially adapted for a specific variable
- G01D11/30—Supports specially adapted for an instrument; Supports specially adapted for a set of instruments
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01D—MEASURING NOT SPECIALLY ADAPTED FOR A SPECIFIC VARIABLE; ARRANGEMENTS FOR MEASURING TWO OR MORE VARIABLES NOT COVERED IN A SINGLE OTHER SUBCLASS; TARIFF METERING APPARATUS; MEASURING OR TESTING NOT OTHERWISE PROVIDED FOR
- G01D21/00—Measuring or testing not otherwise provided for
- G01D21/02—Measuring two or more variables by means not covered by a single other subclass
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Abstract
一种输配电防风能力评估系统，包括监测装置和智能处理装置，所述智能处理装置包括控制板、红外传感器、电场传感器、风速传感器、经纬仪、雨量传感器、风向传感器、PC端、数据库、服务器、数据处理平台、信号收发器、红外摄像头、超声探伤仪、红外热像仪，所述红外传感器、电场传感器、风速传感器、经纬仪、雨量传感器和风向传感器通过监测电路与控制板电性连接，所述红外摄像头、超声探伤仪、红外热像仪、第一驱动机构和第二驱动机构通过指令电路与控制板电性连接；通过在广西电网风区设置本发明的系统，能获取广西的风、雨、输电线路损害等信息，进而实现对电网风灾监测预警、线路防风能力评估、线路受损辅助分析和灾害损失预测等功能。
A power transmission and distribution windproof capability evaluation system, comprising a monitoring device and an intelligent processing device, the intelligent processing device includes a control board, an infrared sensor, an electric field sensor, a wind speed sensor, a theodolite, a rain sensor, a wind direction sensor, a PC terminal, a database, and a server , data processing platform, signal transceiver, infrared camera, ultrasonic flaw detector, infrared thermal imager, the infrared sensor, electric field sensor, wind speed sensor, theodolite, rain sensor and wind direction sensor are electrically connected to the control board through the monitoring circuit, so The infrared camera, the ultrasonic flaw detector, the infrared thermal imager, the first driving mechanism and the second driving mechanism are electrically connected with the control board through the command circuit; by setting the system of the present invention in the wind area of Guangxi power grid, the wind, Rain, transmission line damage and other information, and then realize the functions of power grid wind disaster monitoring and early warning, line wind protection capability assessment, line damage auxiliary analysis and disaster loss prediction.
Description
Technical field
The present invention relates to disaster caused by a windstorm assessment equipment technical field, especially a kind of power transmission and distribution capability of anti-wind assessment system.
Background technique
Current radix saposhnikoviae, wind resistance working experience of the Guangxi Power Grid based on many years, have basically formed respective incident command system
It is but more superficial to the assessment of electric power facility wind resistance with scheduling mechanism of taking precautions against natural calamities, lack following functions: (1) to power grid before calamity
Equipment for power transmission and distribution disaster-stricken situation is accurately estimated；(2) based on meteorological basic data, GIS-Geographic Information System spatial analysis capacity pair is utilized
Whole district's wind speed profile situation carries out statistics and analysis, and then draws Guangxi Power Grid wind and distinguish Butut, in conjunction with windage yaw over the years tripping, breaks
The line track section of falling tower combs equipment for power transmission and distribution radix saposhnikoviae dangerous point, formulates corresponding anti-disaster caused by a windstorm measures to rectify and reform and technical requirements；
(3) wind resistance of analysis and assessment transmission line of electricity, for power grid disaster prevention emergency, commander provides information support and decision-making foundation, it is ensured that edge
Haiti area stabilization of power grids safe operation.For this purpose, establishing a kind of power transmission and distribution capability of anti-wind assessment system is necessary.
Summary of the invention
The invention discloses a kind of power transmission and distribution capability of anti-wind assessment systems, can be by the way that this is arranged in Guangxi Power Grid wind area
System obtains the information such as wind, rain, the transmission line of electricity damage in Guangxi, and then realizes to power grid disaster caused by a windstorm monitoring and warning, route capability of anti-wind
Assessment, route are damaged the functions such as assistant analysis and casualty loss prediction.
To achieve the above object, the technical solution of the present invention is as follows:
A kind of power transmission and distribution capability of anti-wind assessment system, including monitoring device and intelligent treatment device, the monitoring device include prison
Device noumenon, pedestal and fixing seat are surveyed, the pedestal can rotate under the driving of the first driving mechanism relative to fixed seat, the bottom
Seat is connected with support rod above, and being provided with above the support rod can be under the driving of the second driving mechanism relative to support rod rotation
Monitoring device ontology；
The intelligent treatment device includes control panel, infrared sensor, electric-field sensor, air velocity transducer, theodolite, rainfall biography
Sensor, wind transducer, the end PC, database, server, data processing platform (DPP), signal transceiver, infrared camera, ultrasound are visited
Hurt instrument, thermal infrared imager, the reflectoscope and infrared sensor are provided projectingly in the side of mounting base, and the wind speed passes
Sensor, precipitation rain fall sensor and wind transducer are provided projectingly in the other side of mounting base；The electric-field sensor, infrared photography
Head and thermal infrared imager are arranged at the side of monitoring device ontology, and the theodolite and signal transceiver are arranged in monitoring device
In ontology；The infrared sensor, electric-field sensor, air velocity transducer, theodolite, precipitation rain fall sensor and wind transducer pass through
Observation circuit and control panel are electrically connected, the infrared camera, reflectoscope, thermal infrared imager, the first driving mechanism and
Second driving mechanism is electrically connected by instruction circuit and control panel；The control panel passes through signal transceiver and the end PC, service
Device, database are connected with data processing platform (DPP).
Further, the bottom surface of the pedestal is additionally provided with annular convex sliding block, and the top surface of the fixing seat is additionally provided with
Annular concave sliding slot, the bottom of the annular concave sliding slot are provided with ball, and the annular convex sliding block Matching installation is in annular
Pedestal sliding equipment is formed in concave sliding slot.Further, the top surface of the fixing seat is provided with annular waterproof convex block, described
The bottom surface of pedestal is provided with annular waterproof trough, and the annular waterproof convex block Matching installation is in formation pedestal waterproof in annular waterproof trough
Mechanism；The pedestal proof mechanism of water is set to pedestal sliding equipment outer ring.
Further, the top surface inclination setting of the pedestal.
Further, first driving mechanism is the first motor, is provided with the first motor cavity, institute in the pedestal
It states the first motor to be arranged in the first motor cavity, the center position of the top surface of the fixing seat is connected with the first rotation
Bar, the center position of the base bottom are provided with first through hole and are connected to the first motor cavity, and first rotating bar is worn
First through hole is crossed to connect with the first motor.
Further, second driving mechanism is the second motor, and the support bar top is provided with mounting groove, described
Monitoring device bodies top is connect with connecting rod, and the connecting rod can match in insertion mounting groove, is set below the mounting groove
It is equipped with the second motor cavity, and the second motor cavity is connected to by the second through-hole with mounting groove, the second motor setting exists
In second motor cavity, second motor is connect by the second rotating bar with connecting rod.
Further, the top surface of the pedestal is provided with solar panels, and battery, the sun are provided in the pedestal
Energy plate is electrically connected by device for converting solar energy and battery, and the battery is infrared sensor, electric-field sensor, wind speed
Sensor, theodolite, precipitation rain fall sensor, wind transducer, signal transceiver, infrared camera, reflectoscope, infrared thermal imagery
Instrument, the first driving mechanism and the second driving mechanism provide electric energy.
Further, the periphery of the pedestal is provided with side seat, is equipped with screw hole in the side seat.
Further, the electric-field sensor, infrared camera and thermal infrared imager and reflectoscope are located at ipsilateral.
Further, the control panel includes intelligent processor and control switch, and the intelligent processor includes printing electricity
Road mainboard and the microprocessor being arranged on printed circuit mainboard and processing chip, the microprocessor and processing chip are electrical
Connection.
Above-described power transmission and distribution capability of anti-wind assessment system, has the advantage that
(1) wind speed, wind direction and rainfall and its space point of wind can be monitored by this power transmission and distribution capability of anti-wind assessment system
Cloth, while the damage situations of equipment for power transmission and distribution are obtained, it can be derived that the wind resistance of equipment for power transmission and distribution, assessment then in conjunction with comparison
Accuracy is high, is conducive to the prevention of disaster caused by a windstorm and the improvement of the capability of anti-wind to equipment for power transmission and distribution, is conducive to the impaired assessment mould of disaster caused by a windstorm
The foundation of type.
(2) wind speed, wind direction and the rainfall and its space distribution situation of the wind obtained by monitoring, can be to whole district's wind
Speed, rainfall equal distribution situation carry out statistics and analysis, and then draw Guangxi Power Grid wind and distinguish Butut, in conjunction with equipment for power transmission and distribution by
Situation section is damaged, equipment for power transmission and distribution radix saposhnikoviae dangerous point is combed, formulates corresponding anti-disaster caused by a windstorm measures to rectify and reform and technical requirements.
(3) present invention is provided with the live-action image that infrared camera is capable of providing equipment for power transmission and distribution, and reflectoscope can
Whether structural damage is had inside monitoring equipment for power transmission and distribution, and thermal infrared imager can pass through analysis equipment for power transmission and distribution internal temperature variation
It obtains whether internal circuit is damaged, is conducive to the raising for the accuracy assessed equipment for power transmission and distribution capability of anti-wind.
(4) further, the pedestal of this power transmission and distribution capability of anti-wind assessment system can be rotated according to wind direction, make inclining for pedestal
Inclined-plane can meet Xiang Fengxiang always, to reduce wind-engaging disaster loss bad a possibility that weaken the resistance to wind.
(5) present invention is further provided with solar panels and acquires solar energy, and is stored in battery, can be monitoring device
Electric energy needed for operation provides, monitoring device stops working the progress of impact evaluation after grid cut-off when disaster caused by a windstorm being avoided to occur, in addition,
The top of fixing seat is provided with annular waterproof convex block, can prevent water from entering between annular convex sliding block and annular concave sliding slot,
It avoids rainwater from entering the normal rotation of pedestal influence pedestal, guarantees being normally carried out for monitoring.
Detailed description of the invention
Fig. 1 is schematic perspective view of the invention.
The diagrammatic cross-section that Fig. 2 is monitoring device ontology, support rod, pedestal, fixing seat connect.
Fig. 3 is annular convex sliding block and annular concave sliding slot, annular waterproof convex block and the matched partial cutaway of annular waterproof trough
Face schematic diagram.
Fig. 4 is the structural schematic diagram that fixing seat is connected with side seat；
Fig. 5 is the structural schematic diagram of intelligent treatment device in the present invention；
In figure: 1- monitoring device ontology, 2- pedestal, 3- fixing seat, 4- mounting rod, 5- mounting base, 6- support rod, 7- solar energy
Plate, 8- mounting groove, 9- connecting rod, the second motor cavity of 10-, the second motor of 11-, the second rotating bar of 12-, 13- annular waterproof
Convex block, 14- annular waterproof trough, 15- annular convex sliding block, 16- annular concave sliding slot, 17- ball, 18- reflectoscope, 19-
First motor, 20- battery, the first rotating bar of 21-, 22- side seat, 23- screw hole, 24- signal transceiver, 25- infrared sensing
Device, 26- electric-field sensor, 27- air velocity transducer, 28- theodolite, 29- precipitation rain fall sensor, 30- wind transducer, 31- are infrared
Camera, 32- thermal infrared imager.
Specific embodiment
Below in conjunction with specific embodiment, the invention will be further described, but protection scope of the present invention is not limited to following reality
Apply example.
A kind of power transmission and distribution capability of anti-wind assessment system, as illustrated in fig. 1 and 2, including monitoring device and intelligent treatment device, institute
Stating monitoring device includes monitoring device ontology 1, pedestal 2 and fixing seat 3, and pedestal 2 can be opposite under the driving of the first driving mechanism
Fixing seat 3 rotates, and pedestal 2 is connected with support rod 6 above, support rod 6 be provided with above can under the driving of the second driving mechanism phase
The monitoring device ontology 1 that support rod 6 is rotated；Intelligent treatment device includes control panel, infrared sensor 25, electric-field sensor
26, air velocity transducer 27, theodolite 28, precipitation rain fall sensor 29, wind transducer 30, the end PC, database, server, at data
Platform, signal transceiver 24, infrared camera 31, reflectoscope 18, thermal infrared imager 32, reflectoscope 18 and infrared
Sensor 25 is provided projectingly in the side of mounting base 5, and infrared sensor 25 is used to monitor the position of equipment for power transmission and distribution, so that super
The direction for the alignment equipment for power transmission and distribution that reflectoscope 18 can prepare, and then detect whether have structure damage inside equipment for power transmission and distribution
Wound, air velocity transducer 27, precipitation rain fall sensor 29 and wind transducer 30 are provided projectingly in the other side of mounting base 5, and rainfall passes
Sensor 29 is for monitoring rainfall, and air velocity transducer 27 is for monitoring wind speed, and wind transducer 30 is for monitoring wind direction；Electric field passes
Sensor 26, infrared camera 31 and thermal infrared imager 32 are arranged at the side of monitoring device ontology 1, and infrared camera 31 is used for
The live-action image of equipment for power transmission and distribution is shot, thermal infrared imager 32 is used to monitor the Infrared Thermogram of equipment for power transmission and distribution, electric field sensing
Device 26 is used to monitor the band power information of equipment for power transmission and distribution, and theodolite 28 and signal transceiver 24 are arranged in monitoring device ontology 1,
Theodolite 28 is used to know the latitude and longitude information of monitoring device, and signal transceiver 24 is used to carry out the acquisition and transmission of information；It is red
Outer sensor 25, electric-field sensor 26, air velocity transducer 27, theodolite 28, precipitation rain fall sensor 29 and wind transducer 30 pass through
Observation circuit and control panel are electrically connected, infrared camera 31, reflectoscope 18, thermal infrared imager 32, the first driving mechanism
It is electrically connected with the second driving mechanism by instruction circuit and control panel；Control panel passes through signal transceiver 24 and the end PC, service
Device, database are connected with data processing platform (DPP).Database is connected with data processing platform (DPP).By above structure, the present embodiment
Power transmission and distribution capability of anti-wind assessment system can monitor wind speed, wind direction and the rainfall and its spatial distribution of wind, while obtain defeated
The damage situations of controller switching equipment, and comprehensive acquisition information above, the processing for carrying out data is integrated by data processing platform (DPP).Its
In, electric-field sensor 26, infrared camera 31 and thermal infrared imager 32 preferably with reflectoscope 18 be located at it is ipsilateral so that visit
Wound, monitoring Infrared Thermogram, monitoring band power information can carry out simultaneously.
Further, present embodiments provide the preferred structure that a kind of pedestal 2 can be rotated relative to fixed seat 3, in conjunction with Fig. 2 and
Shown in Fig. 3, the bottom surface of pedestal 2 is additionally provided with annular convex sliding block 15, and the top surface of fixing seat 3 is additionally provided with annular concave sliding slot
16, the bottom of annular concave sliding slot 16 is provided with ball, and annular 15 Matching installation of convex sliding block is in shape in annular concave sliding slot 16
At pedestal sliding equipment, annular convex sliding block 15 is stuck in annular concave sliding slot 16, and the energy under the driving of the first driving mechanism
Relative rotation occurs.Further, the top surface of fixing seat 3 is provided with annular waterproof convex block 13, and the bottom surface of pedestal 2 is provided with ring
Shape capillary groove 14, annular 13 Matching installation of waterproof convex block is in formation pedestal proof mechanism of water, pedestal splashproof machine in annular waterproof trough 14
Structure is set to pedestal sliding equipment outer ring, can prevent water from entering annular convex sliding block 15 and convex annular by pedestal proof mechanism of water
Between type sliding slot 16, ball 17 is avoided to get rusty, rotates to have some setbacks and wear so as to avoid pedestal 2 and accelerate to cause monitoring
The phenomenon that influence, occurs.
Further, the top surface inclination setting of pedestal 2, can be rotated relative to fixed seat 3 by pedestal 2, can make inclined surface face
To wind direction, to reduce wind-engaging disaster loss bad a possibility that weaken the resistance to wind.
Further, the present embodiment additionally provides the specific structure of the first driving mechanism, and the first driving mechanism is the first electricity
Motivation 19 is provided with the first motor cavity in pedestal 2, and the first motor 19 is arranged in the first motor cavity, the top of fixing seat 3
The center position in face is connected with the first rotating bar 21, and the center position of base bottom is provided with first through hole and first electronic
Machine cavity connection, the first rotating bar 21 pass through first through hole and connect with the first motor 19, which the first motor 19 is arranged
In in fixing seat 3, avoiding a possibility that rainwater damages the first motor 19.
Further, the present embodiment additionally provides the specific structure of the second driving mechanism, and the second driving mechanism is the second electricity
Motivation 11 is provided with mounting groove 8 at the top of support rod 6, and 1 top of monitoring device ontology is connect with connecting rod 9, and connecting rod 9 can match
It is inserted into mounting groove 8, the lower section of mounting groove 8 is provided with the second motor cavity 10, and the second motor cavity 10 passes through the second through-hole
It is connected to mounting groove 8, the second motor 11 is arranged in the second motor cavity 10, and the second motor 11 passes through the second rotating bar 12
It is connect with connecting rod 9, the second motor 11 is also encapsulated in inside support rod 6, is also avoided rainwater and is caused to damage to the second motor 11
Bad a possibility that.
Further, the top surface of pedestal 2 is provided with solar panels 7, and battery 20 is provided in pedestal 2, and solar panels 7 are logical
It crosses device for converting solar energy and battery 20 is electrically connected, battery 20 is infrared sensor 25, electric-field sensor 26, wind speed biography
Sensor 27, theodolite 28, precipitation rain fall sensor 29, wind transducer 30, signal transceiver 24, infrared camera 31, ultrasonic inspection
Instrument 18, thermal infrared imager 32, the first driving mechanism and the second driving mechanism provide electric energy.Battery 20 can run for monitoring device
Electric energy needed for providing, monitoring device stops working the progress of impact evaluation after grid cut-off when disaster caused by a windstorm being avoided to occur.
Further, the periphery of pedestal 2 is provided with side seat 22, and screw hole 23 is equipped in side seat 22, by 2 outer circle of pedestal
The side seat 22 that week stretches out, and screw hole 23 is passed through with screw.Side seat 22 is fixed, it is able to achieve the fixation of monitoring device.
Further, control panel includes intelligent processor and control switch, intelligent processor include printed circuit mainboard with
And the microprocessor on printed circuit mainboard and processing chip are set, microprocessor and processing chip are electrically connected.
Working principle: when using the power transmission and distribution capability of anti-wind assessment system of the present embodiment, side seat 22 is consolidated by screw
Determine in place, so as to which monitoring device is fixed, when blowing, air velocity transducer 27 and wind transducer 30 can be monitored
To the wind speed and direction of wind, and control panel is passed information to, the switch that control panel controls the first motor 19 is opened, in electric energy
Under the action of, the first motor 19 drives pedestal 2 to rotate by the first rotating bar 21, Xiang Fengxiang is met into the inclined surface on pedestal 2,
Precipitation rain fall sensor 29 can monitor rainfall, and pass information to control panel, and theodolite 28 can monitor monitoring device
Latitude and longitude information, and pass information to control panel, electric-field sensor 26 can monitor the band power information of equipment for power transmission and distribution,
And control panel is passed information to, control panel by wind speed, wind direction, rainfall, latitude and longitude information and with power information can pass through letter
Number transceiver 24 passes to data processing platform (DPP), and data processing platform (DPP) is analyzed by the latitude and longitude information that multiple monitoring devices are passed back
Outlet air spatial distribution, information is stored in database after data processing platform (DPP) processing, it is more so as to the subsequent wind to this area
The analysis for sending out region and time, when wind reaches certain rank, control panel controls infrared camera 31, reflectoscope 18 and red
Outer thermal imaging system 38 is opened, and infrared sensor 25 can monitor the position of equipment for power transmission and distribution, and pass information to control panel, control
The switch that making sheet controls the second motor 11 is opened, and the second motor 11 drives monitoring by the second rotating bar 12 and connecting rod 9
Device noumenon 1 rotates, and is directed at infrared camera 31, reflectoscope 18 and thermal infrared imager 32 on monitoring device ontology 1
Equipment for power transmission and distribution, infrared camera 31 can shoot the live-action image of equipment for power transmission and distribution, and reflectoscope 18 can detect defeated
Whether structural damage is had inside controller switching equipment, and thermal infrared imager 32 can monitor the Infrared Thermogram of equipment for power transmission and distribution, and same
When pass information to control panel, control panel passes the information on back data processing platform (DPP), and data processing platform (DPP) passes through analysis thermal imagery
The temperature curve of figure changes to obtain whether equipment for power transmission and distribution internal circuit is damaged, and data processing platform (DPP) passes through comparison wind speed, wind direction
The wind resistance of equipment for power transmission and distribution is obtained with the damage situations of spatial distribution and rainfall and equipment for power transmission and distribution, assesses accuracy
Height is conducive to the prevention of disaster caused by a windstorm and the improvement of the capability of anti-wind to equipment for power transmission and distribution, is conducive to disaster caused by a windstorm and is damaged building for assessment models
It is vertical.In addition, can be achieved by the end PC to infrared sensor 25, electric-field sensor 26, air velocity transducer 27, theodolite 28, rainfall
The control of sensor 29, wind transducer 30, signal transceiver 24, infrared camera 31, reflectoscope 18, thermal infrared imager 32
System, also may be implemented to transfer work to the control of database, data processing platform (DPP) and data.Monitoring device is provided by solar energy
Required electric energy, monitoring device stops working after grid cut-off when disaster caused by a windstorm being avoided to occur, thus the progress of impact evaluation.The present embodiment
The design of power transmission and distribution capability of anti-wind assessment system rationally, easy for installation, assessment is comprehensive.
Claims (10)
1. a kind of power transmission and distribution capability of anti-wind assessment system, including monitoring device and intelligent treatment device, it is characterised in that:
The monitoring device includes monitoring device ontology, pedestal and fixing seat, and the pedestal can be in the driving of the first driving mechanism
Under rotated relative to fixed seat, the submounts are connected with support rod, and being provided with above the support rod can be in the second driving machine
The lower monitoring device ontology rotated relative to support rod of structure driving；
The intelligent treatment device includes control panel, infrared sensor, electric-field sensor, air velocity transducer, theodolite, rainfall biography
Sensor, wind transducer, the end PC, database, server, data processing platform (DPP), signal transceiver, infrared camera, ultrasound are visited
Hurt instrument, thermal infrared imager, the reflectoscope and infrared sensor are provided projectingly in the side of mounting base, and the wind speed passes
Sensor, precipitation rain fall sensor and wind transducer are provided projectingly in the other side of mounting base；The electric-field sensor, infrared photography
Head and thermal infrared imager are arranged at the side of monitoring device ontology, and the theodolite and signal transceiver are arranged in monitoring device
In ontology；The infrared sensor, electric-field sensor, air velocity transducer, theodolite, precipitation rain fall sensor and wind transducer pass through
Observation circuit and control panel are electrically connected, the infrared camera, reflectoscope, thermal infrared imager, the first driving mechanism and
Second driving mechanism is electrically connected by instruction circuit and control panel；The control panel passes through signal transceiver and the end PC, service
Device, database are connected with data processing platform (DPP).
2. power transmission and distribution capability of anti-wind assessment system according to claim 1, it is characterised in that:
The bottom surface of the pedestal is additionally provided with annular convex sliding block, and the top surface of the fixing seat is additionally provided with annular concave sliding slot,
The bottom of the annular concave sliding slot is provided with ball, and the annular convex sliding block Matching installation is formed in annular concave sliding slot
Pedestal sliding equipment.
3. power transmission and distribution capability of anti-wind assessment system according to claim 2, it is characterised in that:
The top surface of the fixing seat is provided with annular waterproof convex block, and the bottom surface of the pedestal is provided with annular waterproof trough, the ring
Shape waterproof convex block Matching installation is in formation pedestal proof mechanism of water in annular waterproof trough；It is sliding that the pedestal proof mechanism of water is set to pedestal
Motivation structure outer ring.
4. power transmission and distribution capability of anti-wind assessment system according to claim 1, it is characterised in that:
The top surface inclination of the pedestal is arranged.
5. power transmission and distribution capability of anti-wind assessment system according to claim 1, it is characterised in that:
First driving mechanism is the first motor, is provided with the first motor cavity, first motor in the pedestal
It is arranged in the first motor cavity, the center position of the top surface of the fixing seat is connected with the first rotating bar, the pedestal bottom
The center position in portion is provided with first through hole and is connected to the first motor cavity, and first rotating bar passes through first through hole and the
The connection of one motor.
6. power transmission and distribution capability of anti-wind assessment system according to claim 1, it is characterised in that:
Second driving mechanism is the second motor, and the support bar top is provided with mounting groove, the monitoring device ontology
Top is connect with connecting rod, and the connecting rod can match in insertion mounting groove, and it is electronic to be provided with second below the mounting groove
Machine cavity, and the second motor cavity is connected to by the second through-hole with mounting groove, second motor is arranged in the second motor cavity
Interior, second motor is connect by the second rotating bar with connecting rod.
7. power transmission and distribution capability of anti-wind assessment system according to claim 1, it is characterised in that: the top surface of the pedestal is arranged
There are solar panels, battery is provided in the pedestal, the solar panels are electrical by device for converting solar energy and battery
Connection, the battery are infrared sensor, electric-field sensor, air velocity transducer, theodolite, precipitation rain fall sensor, wind direction sensing
Device, signal transceiver, infrared camera, reflectoscope, thermal infrared imager, the first driving mechanism and the second driving mechanism provide
Electric energy.
8. power transmission and distribution capability of anti-wind assessment system according to claim 1, it is characterised in that:
The periphery of the pedestal is provided with side seat, is equipped with screw hole in the side seat.
9. power transmission and distribution capability of anti-wind assessment system according to claim 1, it is characterised in that:
The electric-field sensor, infrared camera and thermal infrared imager and reflectoscope are located at ipsilateral.
10. power transmission and distribution capability of anti-wind assessment system according to claim 1, it is characterised in that:
The control panel includes intelligent processor and control switch, and the intelligent processor includes printed circuit mainboard and setting
Microprocessor and processing chip on printed circuit mainboard, the microprocessor and processing chip are electrically connected.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201811392932.XA CN109459077A (en) | 2018-11-21 | 2018-11-21 | A kind of power transmission and distribution capability of anti-wind assessment system |
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| CN201811392932.XA CN109459077A (en) | 2018-11-21 | 2018-11-21 | A kind of power transmission and distribution capability of anti-wind assessment system |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111609885A (en) * | 2020-05-26 | 2020-09-01 | 北京钛航信息技术有限公司 | Remote safety monitoring device of multisource signal fusion analysis structure |
| CN117131628A (en) * | 2023-08-24 | 2023-11-28 | 武汉美格科技股份有限公司 | Photovoltaic power generation device wind resistance assessment method, device, equipment and storage medium |
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Application publication date: 20190312 |