CN207336563U - Wind speed wind direction sensor - Google Patents
Wind speed wind direction sensor Download PDFInfo
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- CN207336563U CN207336563U CN201720515799.7U CN201720515799U CN207336563U CN 207336563 U CN207336563 U CN 207336563U CN 201720515799 U CN201720515799 U CN 201720515799U CN 207336563 U CN207336563 U CN 207336563U
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Abstract
A kind of wind speed wind direction sensor is the utility model is related to, it includes signal acquisition part, digital power portion and base supporting part, and signal acquisition part is used to be acquired ambient wind velocity, wind direction and temperature signal, and sends the signal collected to digital power portion；Digital power portion is used to gather air pressure signal, and digital power portion at the same time handles air pressure, ambient wind velocity, wind direction and the temperature signal collected and is converted into digital signal；Base supporting part is used to support the sensor complete machine, while the electric interfaces that base supporting part communicates as the sensor with external control system.The utility model employs the measuring device being made of double hotting mask sensitive bodies first, realizes ambient wind velocity and the synchronous acquisition of wind direction signals, and measurement data is more accurate, directly perceived；Measurable temperature and air pressure signal at the same time, the frequency and form that can be on request provide the parameters such as ambient wind velocity, wind direction, temperature, air pressure for outer welding system.
Description
Technical field
The utility model belongs to meteorological sensor, and in particular to a kind of wind speed wind direction sensor.
Background technology
Meteorological sensor is a kind of sensor that the environmental parameters such as beam wind wind speed, temperature, air pressure are provided for projectile correction.Mesh
It is insufficient below preceding meteorological sensor generally existing：First, be only capable of collecting beam wind vector from environment, can not independent present wind
Speed and wind direction；Second, beam wind wind speed, temperature and the measuring cell of air pressure and its drive circuit are assembled in signal pickup assembly
In same component, each component intersects interference in mechanical structure, has not only influenced the measurement accuracy of sensor, but also be unfavorable for reality
The now independent maintenance and replacement of each function module.
The content of the invention
The technical problems to be solved by the invention are to overcome above-mentioned deficiency, there is provided a kind of measurement data is intuitively accurate, resists dry
Disturb that ability is strong, performance is stablized, possess more high maintainability and the wind speed wind direction sensor of interchangeability.
The technical solution adopted by the present invention：A kind of wind speed wind direction sensor, it include signal acquisition part, digital power portion and
Base supporting part, signal acquisition part is used to be acquired ambient wind velocity, wind direction and temperature signal, and the signal collected is passed
Give digital power portion；Digital power portion is used to gather air pressure signal, digital power portion while the air pressure to collecting, ambient wind
Speed, wind direction and temperature signal are handled and are converted into digital signal；Base supporting part is used to support sensor complete machine, while bottom
The electric interfaces that seat supports portion communicates as the sensor with external control system.
Further, the signal acquisition part is by head cover, range wind component, wind basket assembly, beam wind component, outer barrel and the first electricity
Connector forms；Range wind component is reverse mounted above wind basket assembly, and beam wind component is arranged on below wind basket assembly, and head cover passes through
Screw thread is connected with wind basket assembly upper end, is arranged on range wind component external, as its guard shield；Outer barrel passes through screw thread and wind cage group
Part lower end connects, and beam wind component external is arranged on, as its guard shield；There is one group of uniformly distributed radial screw bore in outer barrel lower end,
It is set to have the mechanical interface function that signal acquisition part is connected with digital power portion 2 concurrently；First electric connector and range wind component and horizontal stroke
The data conductor connection of wind component, the electric interfaces to communicate as signal acquisition part with digital power portion；
The wind basket assembly is made of upper disk, wire-passing tube, partition plate, lower wall and pillar；Consistent 4 wire-passing tubes and 16 of outside diameter
Spaced 18 ° of root pillar is evenly distributed in a center circle, and the cylinder of wire-passing tube and pillar runs through partition plate, and wire-passing tube and
The both ends of pillar are riveted with upper disk and lower wall respectively, form a cage structure, and the signal acquisition for hotting mask sensitive body provides
One metastable " wind field "；4 wire-passing tubes are used for the data conductor for connecting range wind component；In thermal insulation board and 16 pillars mutually
4 root beads of distribution in 90 ° connect, and are fixed on the centre position of wind cage, for keeping apart two hotting mask sensitive bodies up and down, prevent the two
Between there is hot crosstalk；
The range wind component by range wind seat, range wind thermal plate, range wind hotting mask sensitive body, range wind temperature compensation resistance, range wind backing plate,
Temperature sensor, warming seat, first group of hexagonal copper post, range wind plate and range wind lid composition；Range wind hotting mask sensitive body and range wind temperature compensation
Resistance is arranged on range wind thermal plate, for gathering longitudinal wind speed and direction signal；Mounting surface is set before and after range wind thermal plate
There is range wind backing plate, and in the elongated slot of range wind seat, adjusted with holding screw and be fixed on component center；For gathering
The temperature sensor of ambient air temperature signal is arranged in warming seat, and warming seat is fixed on the corresponding circular groove of range wind seat with holding screw
It is interior；Flange form separation structure is provided with range wind seat, influence of the range wind hotting mask sensitive body to temperature sensor can be effectively eliminated；It is vertical
Wind seat lower part is provided with first group of hexagonal copper post, and range wind plate is fixed in first group of hexagonal copper post with screw, as range wind hotting mask
The drive circuit of sensitive body；Range wind seat lower end is provided with range wind lid, plays sealing protection to circuit part；
The beam wind component by beam wind seat, beam wind thermal plate, beam wind hotting mask sensitive body, beam wind temperature compensation resistance, beam wind backing plate,
Second group of hexagonal copper post, beam wind plate and beam wind lid composition；Beam wind hotting mask sensitive body is arranged on beam wind temperature-sensitive with beam wind temperature compensation resistance
On plate, for gathering horizontal wind speed and direction signal；The left and right sides mounting surface of beam wind thermal plate is respectively arranged with beam wind pad
Plate, in the lump in the elongated slot of beam wind seat, is adjusted with holding screw and is fixed on component center；The lower part of beam wind seat is set
Second group of hexagonal copper post is equipped with, beam wind plate is fixed in second group of hexagonal copper post with screw, the drive as beam wind hotting mask sensitive body
Dynamic circuit；The lower end of beam wind seat is provided with beam wind lid, plays sealing protection to circuit part；The range wind hotting mask of range wind component is quick
Sense body and the axis of the beam wind hotting mask sensitive body of beam wind component are mutually perpendicular in 90 ° in the horizontal direction；
The digital power portion is by connector, support tube, power shelf, sleeve, air pressure power panel, digital communication plate, gas
Pressure sensor, power module, power-supply filter, tube body, three-way connection, ductule, snorkel, the second electric connector and the 3rd electricity
Connector forms；Connector and support tube are integrally welded, guard shield and frame as component；Connector upper end is provided with
One group of radial direction cone mouth counterbore, makes it have the mechanical interface function that digital power portion is connected with signal acquisition part concurrently；Support tube lower end
One group of radial screw bore is provided with, it is had the mechanical interface function that digital power portion is connected with base supporting part concurrently；Power supply branch
Frame is arranged on connector and support tube cavity, is fixed with one group of screw；Second electric connector is arranged on the upper end of power shelf, makees
For the electric interfaces to communicate with signal acquisition part；Power shelf lower part both sides are respectively arranged with air pressure power panel and digital communication
Plate；Baroceptor and power module are arranged on air pressure power panel, and power module is used to power for sensor complete machine；Air pressure transmission
The outlet of sensor is provided with tube body, which is sequentially connected three-way connection and ductule, finally with being arranged on support tube lower part
Two snorkels are connected, so as to fulfill the collection to ambient pressure signal；Digital communication plate passes through the back side with air pressure power panel
Socket is attached communication, is handled and is converted to for analog signals such as the wind speed to collecting, wind direction, temperature, air pressures
Digital signal；Power-supply filter is arranged on power shelf lower part, is fixed with screw；Sleeve is arranged on outside power shelf, is passed through
Screw thread is connected with power shelf, and protective action is played to above-mentioned electronic component and its circuit；3rd electric connector and component it is each
Data conducting wire is connected, the electric interfaces to communicate as digital power portion with base supporting part；
The base supporting part is made of base, chassis, wire ring, the 4th electric connector and cable；4th electric connector
Base upper end is arranged on, as the electric interfaces to communicate with digital power portion；Base lower end is integrally welded with chassis, supports
Sensor complete machine；Base upper end is provided with one group of radial direction cone mouth counterbore, it is had base supporting part concurrently and is connected with digital power portion
Mechanical interface function；The mechanical interface that chassis is connected as sensor with external structure；Wire ring is arranged on chassis lower end, uses
In the sealing of member lumens；The lead end of cable passes through wire ring and chassis, is connected in base intracavity with the 4th electric connector, as
The electric interfaces that sensor communicates with external control system.
The present invention has the advantages that compared with prior art：1st, adopted by the hotting mask sensitive body of two orthogonal settings
The signal of collection, the wind speed of Vector modulation environment, wind direction signals are intuitive measurement results, accurate；2nd, ambient wind velocity, wind direction, temperature,
The measuring devices such as air pressure are structurally and functionally realizing independently of each other, avoid influencing each other for measurement result, are conducive to
Any function module is individually replaced and is repaired；3rd, the measurement result of output is digital signal, and antijamming capability is stronger, property
Can be more stable.
Brief description of the drawings
Fig. 1 is the structure diagram of the present invention；
Fig. 2 is the structure diagram of signal acquisition part in the present invention；
Fig. 3 is the structure diagram of apoplexy basket assembly of the present invention；
Fig. 4 is the cross-sectional view of range wind component in the present invention；
Fig. 5 is the side structure schematic diagram of range wind component in the present invention；
Fig. 6 is the cross-sectional view of beam wind component in the present invention；
Fig. 7 is the side structure schematic diagram of beam wind component in the present invention；
Fig. 8 is the structure diagram in digital power portion in the present invention；
Fig. 9 is along the diagrammatic cross-section of hatching A-A in Fig. 8；
Figure 10 is the structure diagram in midsole seat supports portion of the present invention.
Embodiment
As shown in Figure 1, the wind speed wind direction sensor of the present invention mainly includes signal acquisition part 1, digital power portion 2 and base
The grade three parts of supporting part 3.Wherein, signal acquisition part is used to be acquired ambient wind velocity, wind direction and temperature signal；Digital electricity
Source portion is used to gather air pressure signal, handle all analog signals collected and be converted into digital signal, and to pass
Sensor is powered；Base support section has been used to support sensor complete machine, and has both the machine that sensor is attached with external system
The function of tool interface and electric interfaces.
The signal acquisition part 1（Fig. 2）By head cover 4, range wind component 5, wind basket assembly 6, beam wind component 7, outer barrel 8 and
One electric connector 9 forms.Range wind component 5 is reverse mounted above wind basket assembly 6, and beam wind component 7 is arranged under wind basket assembly 6
Just, range wind component 5 and the axis of the respective hotting mask sensitive body of beam wind component 7 are mutually perpendicular in 90 ° in the horizontal direction, are respectively used to
Collection longitudinal direction（Parallel to sensor installation direction）And transverse direction（Horizontal vertical is in sensor installation direction）Ambient wind velocity and wind
To.Head cover 4 is connected by screw thread with 6 upper end of wind basket assembly, is arranged on outside range wind component 5, as its guard shield.Outer barrel 8
It is connected, is arranged on outside beam wind component 7, as its guard shield with 6 lower end of wind basket assembly by screw thread；8 lower end of outer barrel has one
The uniformly distributed radial screw bore of group, makes it have the mechanical interface function that signal acquisition part 1 is connected with digital power portion 2 concurrently.First electricity
Connector 9 is connected with the data conductor of range wind component 5 and beam wind component 7, is communicated as signal acquisition part 1 with digital power portion 2
Electric interfaces.
The wind basket assembly 6（Fig. 3）Including upper disk 10, wire-passing tube 11, partition plate 12, lower wall 13 and pillar 14.Outside diameter one
4 wire-passing tubes 11 and 16 14 spaced 18 ° of pillars caused are evenly distributed in specific center circle, and cylinder runs through partition plate
12, both ends are riveted with upper disk 10 and lower wall 13 respectively, form a cage structure, are carried for the signal acquisition of hotting mask sensitive body
For one metastable " wind field "；4 wire-passing tubes 11 are used for the data conductor for connecting range wind component 5.Thermal insulation board 12 and 16
4 root beads of mutual distribution in 90 ° connect in pillar 14, are fixed on the centre position of wind cage, for keeping apart two hotting mask sensitivities up and down
Body, prevents occurring hot crosstalk therebetween.
The range wind component 5（Fig. 4 and Fig. 5）Including range wind thermal plate 15, range wind seat 16, temperature sensor 17, warming
Seat 18, range wind lid 19, range wind hotting mask sensitive body 20, range wind temperature compensation resistance 21,22, first groups of hexagonal copper posts 23 of range wind backing plate and vertical
Aerofoil 24.Range wind hotting mask sensitive body 20 and range wind temperature compensation resistance 21 are arranged on range wind thermal plate 15, for gathering longitudinal direction（Vertically
In range wind thermal plate direction）Wind speed and direction signal；Mounting surface is provided with range wind backing plate 22 before and after range wind thermal plate 15, in the lump
In the elongated slot of range wind seat 16, adjusted with holding screw and be fixed on component center.For gathering ambient air temperature letter
Number temperature sensor 17 be arranged in warming seat 18, warming seat 18 is fixed on the corresponding circular groove of range wind seat 16 with holding screw
It is interior；Range wind seat 16 carries flange form separation structure, can effectively eliminate 20 influence to temperature sensor 17 of sensitive body of range wind hotting mask.
16 lower part of range wind seat is provided with first group of hexagonal copper post 23, and range wind plate 24 is fixed in first group of hexagonal copper post 23 with screw, makees
For the drive circuit of range wind hotting mask sensitive body 20.16 lower end of range wind seat is provided with range wind lid 19, and sealing protection is played to circuit part
Effect.
The beam wind component 7（Fig. 6 and Fig. 7）Including beam wind hotting mask sensitive body 25, beam wind temperature compensation resistance 26, beam wind temperature-sensitive
Plate 27, beam wind seat 28, beam wind lid 29,30, second groups of hexagonal copper posts 31 of beam wind backing plate and beam wind plate 32.Beam wind hotting mask sensitive body 25
It is arranged on beam wind temperature compensation resistance 26 on beam wind thermal plate 27, for gathering transverse direction（Perpendicular to beam wind thermal plate direction）Wind speed
And wind direction signals；The left and right sides mounting surface of beam wind thermal plate 27 is respectively arranged with beam wind backing plate 30, in the lump installed in beam wind seat
In 28 elongated slot, adjusted with holding screw and be fixed on component center；The lower part of beam wind seat 28 is provided with second group of hexagonal
Copper post 31, beam wind plate 32 are fixed in second group of hexagonal copper post 31 with screw, the drive circuit as beam wind hotting mask sensitive body 25.
The lower end of beam wind seat 28 is provided with beam wind lid 29, plays sealing protection to circuit part.
The digital power portion 2（Fig. 8 and Fig. 9）Including connector 33, support tube 34, snorkel 35, ductule 36,
Two electric connectors 37, power shelf 38, sleeve 39, baroceptor 40, power module 41, air pressure power panel 42, digital communication
Plate 43, tube body 44, power-supply filter 45,46 and the 3rd electric connector 47 of three-way connection.Connector 33 and support tube 34 are welded into
One, guard shield and frame as component；33 upper end of connector is provided with one group of radial direction cone mouth counterbore, it is had numeral concurrently
The mechanical interface function that power supply unit 2 is connected with signal acquisition part 1；34 lower end of support tube is provided with one group of radial screw bore, makes it
Have the mechanical interface function that digital power portion 2 is connected with base supporting part 3 concurrently.Power shelf 38 is arranged on connector 33 and support
34 inner cavity of pipe, is fixed with one group of screw.Second electric connector 37 is arranged on the upper end of power shelf 38, as with signal acquisition part
The electric interfaces of 1 communication.38 lower part both sides of power shelf are respectively arranged with air pressure power panel 42 and digital communication board 43.Air pressure transmission
Sensor 40 and power module 41 are arranged on air pressure power panel 42, and power module 41 is used to power for sensor complete machine；Air pressure transmission
The outlet of sensor 40 is provided with tube body 44, and the tube body 44 is sequentially connected three-way connection 46 and ductule 36, finally with being arranged on
Two snorkels 35 of support tube lower part are connected, so as to fulfill the collection to ambient pressure signal.Digital communication plate 43 and air pressure
Power panel 42 is attached communication by the socket at the back side, believes for simulations such as the wind speed to collecting, wind direction, temperature, air pressures
Number handled and be converted to digital signal.Power-supply filter 45 is arranged on 38 lower part of power shelf, is fixed with screw.Sleeve 39
It is arranged on outside power shelf 38, is connected by screw thread with power shelf 38, protection is risen to above-mentioned electronic component and its circuit
Effect.3rd electric connector 47 is connected with the pieces of data conducting wire of component, communicates as digital power portion 2 with base supporting part 3
Electric interfaces.
The base supporting part 3（Figure 10）Including the 4th electric connector 48, base 49, wire ring 50, chassis 51 and cable
52.4th electric connector 48 is arranged on 49 upper end of base, as the electric interfaces to communicate with digital power portion 2.49 lower end of base
It is integrally welded with chassis 51, support sensor complete machine；49 upper end of base is provided with one group of radial direction cone mouth counterbore, has it concurrently
The mechanical interface function that base supporting part 3 is connected with digital power portion 2；Chassis 51 is connected as sensor with external structure
Mechanical interface.Wire ring 50 is arranged on 51 lower end of chassis, the sealing for member lumens.The lead end of cable 52 passes through 50 He of wire ring
Chassis 51, is connected in 49 inner cavity of base with the 4th electric connector 48, the electricity to communicate as sensor with external control system
Gas interface.
Claims (1)
1. wind speed wind direction sensor, it includes signal acquisition part, digital power portion and base supporting part, it is characterised in that signal
Collection portion is used to be acquired ambient wind velocity, wind direction and temperature signal, and sends the signal collected to digital power portion；
Digital power portion is used to gather air pressure signal, and digital power portion at the same time believes air pressure, ambient wind velocity, wind direction and the temperature collected
Number handled and be converted into digital signal；Base supporting part is used to support sensor complete machine, while base supporting part is as institute
State the electric interfaces that sensor communicates with external control system；
The signal acquisition part is made of head cover, range wind component, wind basket assembly, beam wind component, outer barrel and the first electric connector；It is vertical
Wind component is reverse mounted above wind basket assembly, and beam wind component is arranged on below wind basket assembly, and head cover passes through screw thread and wind cage group
Part upper end connects, and range wind component external is arranged on, as its guard shield；Outer barrel is connected by screw thread with wind basket assembly lower end,
Beam wind component external is arranged on, as its guard shield；There is one group of uniformly distributed radial screw bore in outer barrel lower end, it is had signal concurrently
The mechanical interface function that collection portion is connected with digital power portion；The data of first electric connector and range wind component and beam wind component are led
Line connects, the electric interfaces to communicate as signal acquisition part with digital power portion；
The wind basket assembly is made of upper disk, wire-passing tube, partition plate, lower wall and pillar；4 consistent wire-passing tubes of outside diameter and 16 branch
Spaced 18 ° of column is evenly distributed in a center circle, and the cylinder of wire-passing tube and pillar runs through partition plate, and wire-passing tube and pillar
Both ends riveted respectively with upper disk and lower wall, formed a cage structure；4 wire-passing tubes are used for the data for connecting range wind component
Conducting wire；Thermal insulation board and 4 root beads of mutual distribution in 90 ° in 16 pillars connect, and the centre position of wind cage are fixed on, for keeping apart
Lower two hotting mask sensitive bodies；
The range wind component is by range wind seat, range wind thermal plate, range wind hotting mask sensitive body, range wind temperature compensation resistance, range wind backing plate, temperature
Sensor, warming seat, first group of hexagonal copper post, range wind plate and range wind lid composition；Range wind hotting mask sensitive body and range wind temperature compensation resistance
It is arranged on range wind thermal plate, for gathering longitudinal wind speed and direction signal；Mounting surface is provided with vertical before and after range wind thermal plate
Wind backing plate, and in the elongated slot of range wind seat, adjusted with holding screw and be fixed on component center；For gathering environment
The temperature sensor of air temperature signal is arranged in warming seat, and warming seat is fixed in the corresponding circular groove of range wind seat with holding screw；
Flange form separation structure is provided with range wind seat；Range wind seat lower part is provided with first group of hexagonal copper post, and range wind plate is fixed with screw
In first group of hexagonal copper post, the drive circuit as range wind hotting mask sensitive body；Range wind seat lower end is provided with range wind lid, to circuit
Play sealing protection in part；
The beam wind component is by beam wind seat, beam wind thermal plate, beam wind hotting mask sensitive body, beam wind temperature compensation resistance, beam wind backing plate, second
Group hexagonal copper post, beam wind plate and beam wind lid composition；Beam wind hotting mask sensitive body is arranged on beam wind thermal plate with beam wind temperature compensation resistance,
For gathering horizontal wind speed and direction signal；The left and right sides mounting surface of beam wind thermal plate is respectively arranged with beam wind backing plate, and one
And in the elongated slot of beam wind seat, adjusted with holding screw and be fixed on component center；The lower part of beam wind seat is provided with
Second group of hexagonal copper post, beam wind plate are fixed in second group of hexagonal copper post with screw, the driving electricity as beam wind hotting mask sensitive body
Road；The lower end of beam wind seat is provided with beam wind lid, plays sealing protection to circuit part；The range wind hotting mask sensitive body of range wind component
It is mutually perpendicular in the horizontal direction with the axis of the beam wind hotting mask sensitive body of beam wind component in 90 °；
The digital power portion is by connector, support tube, power shelf, sleeve, air pressure power panel, digital communication plate, air pressure transmission
Sensor, power module, power-supply filter, tube body, three-way connection, ductule, snorkel, the second electric connector and the 3rd are electrically connected
Device forms；Connector and support tube are integrally welded, guard shield and frame as component；Connector upper end is provided with one group
Radial direction cone mouth counterbore, makes it have the mechanical interface function that digital power portion is connected with signal acquisition part concurrently；Support tube lower end is set
There is one group of radial screw bore, it is had the mechanical interface function that digital power portion is connected with base supporting part concurrently；Power shelf is set
Put in connector and support tube cavity, fixed with one group of screw；Second electric connector is arranged on the upper end of power shelf, as with
The electric interfaces of signal acquisition part communication；Power shelf lower part both sides are respectively arranged with air pressure power panel and digital communication board；Gas
Pressure sensor and power module are arranged on air pressure power panel, and power module is used to power for sensor complete machine；Baroceptor
Outlet be provided with tube body, which is sequentially connected three-way connection and ductule, finally with being arranged on two of support tube lower part
Snorkel is connected；Digital communication plate is attached by the socket at the back side with air pressure power panel and communicated；Power-supply filter is arranged on
Power shelf lower part, is fixed with screw；Sleeve is arranged on outside power shelf, is connected by screw thread with power shelf；3rd electricity
Connector is connected with the pieces of data conducting wire of component, the electric interfaces to communicate as digital power portion with base supporting part；
The base supporting part is made of base, chassis, wire ring, the 4th electric connector and cable；4th electric connector is set
In base upper end, as the electric interfaces to communicate with digital power portion；Base lower end is integrally welded with chassis, supports sensing
Device complete machine；Base upper end is provided with one group of radial direction cone mouth counterbore, it is had the machine that base supporting part is connected with digital power portion concurrently
Tool interface function；The mechanical interface that chassis is connected as sensor with external structure；Wire ring is arranged on chassis lower end, for portion
The sealing of part inner cavity；The lead end of cable passes through wire ring and chassis, is connected in base intracavity with the 4th electric connector, as sensing
The electric interfaces that device communicates with external control system.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720515799.7U CN207336563U (en) | 2017-05-10 | 2017-05-10 | Wind speed wind direction sensor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720515799.7U CN207336563U (en) | 2017-05-10 | 2017-05-10 | Wind speed wind direction sensor |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207336563U true CN207336563U (en) | 2018-05-08 |
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ID=62375527
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720515799.7U Active CN207336563U (en) | 2017-05-10 | 2017-05-10 | Wind speed wind direction sensor |
Country Status (1)
| Country | Link |
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| CN (1) | CN207336563U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107064549A (en) * | 2017-05-10 | 2017-08-18 | 太原中北新缘科技中心 | Wind speed wind direction sensor |
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2017
- 2017-05-10 CN CN201720515799.7U patent/CN207336563U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107064549A (en) * | 2017-05-10 | 2017-08-18 | 太原中北新缘科技中心 | Wind speed wind direction sensor |
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Address after: 030000 No. 0301 and 0402, building 1, No. 19, Chuangye street, Taiyuan Xuefu Park, Shanxi comprehensive reform demonstration zone, Taiyuan City, Shanxi Province Patentee after: Taiyuan Zhongbei Xinyuan Technology Center (Co.,Ltd.) Address before: 030051 Zhongbei University photoelectric factory, No. 3 Xueyuan Road, Jiancaoping District, Taiyuan City, Shanxi Province Patentee before: TAIYUAN XINYUAN HIGH TECH CENTER NORTH University OF CHINA |