CN106199058B - A kind of energy conservation wind speed meteorological sensor device - Google Patents
A kind of energy conservation wind speed meteorological sensor device Download PDFInfo
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- CN106199058B CN106199058B CN201610461054.7A CN201610461054A CN106199058B CN 106199058 B CN106199058 B CN 106199058B CN 201610461054 A CN201610461054 A CN 201610461054A CN 106199058 B CN106199058 B CN 106199058B
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- cylindrical body
- conductive
- body pedestal
- fixed ring
- wind
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01P—MEASURING LINEAR OR ANGULAR SPEED, ACCELERATION, DECELERATION, OR SHOCK; INDICATING PRESENCE, ABSENCE, OR DIRECTION, OF MOVEMENT
- G01P5/00—Measuring speed of fluids, e.g. of air stream; Measuring speed of bodies relative to fluids, e.g. of ship, of aircraft
- G01P5/02—Measuring speed of fluids, e.g. of air stream; Measuring speed of bodies relative to fluids, e.g. of ship, of aircraft by measuring forces exerted by the fluid on solid bodies, e.g. anemometer
Abstract
The present invention relates to a kind of energy saving wind speed meteorological sensor devices, it is designed using brand new, introduce mechanical triggering power supply mechanism, pass through the structure of designed conductive fixed ring (4) and conductive rotating bar (12), the synchronous detection operation for obtaining three cup type rotating devices with the wind (1), and combine the design of elastic conducting strip (5), the trigger-type movement of high-frequency signal is realized by power supply module (9), introduce the continued power of storage capacitor (10), again based on the instant control closed action for electric control switch (11), and delay disconnection movement, realize the instant power supply for being directed to designed speed probe (7), pass through the work of speed probe (7) again, capture is detected through insulating driving rod (2) by three cup type rotating devices with the wind (1) and obtains wind speed measurement result, it eliminates for speed probe (7) long-term continued power scheme realizes the energy-efficient effect of air velocity transducer while guaranteeing job stability.
Description
Technical field
The present invention relates to a kind of energy saving wind speed meteorological sensor devices, belong to intelligent meteorological sensor technical field.
Background technique
Sensor (English name: transducer/sensor) is a kind of detection device, can experience measured letter
Breath, and the information that can will be experienced are for conversion into electric signal or the information output of other required forms, according to certain rules to meet
The requirement such as transmission, processing, storage, display, record and control of information；The characteristics of sensor includes: micromation, digitlization, intelligence
Energyization, multifunction, systematization, networking.It is to realize the automatic primary link detected and automatically control.The presence of sensor
And development, it allows object to have the sense organs such as tactile, taste and smell, object is allowed slowly to become to have lived.It is basic generally according to it
Perceptional function is divided into temperature-sensitive element, light-sensitive element, gas sensor, force sensing element, magneto sensor, dew cell, acoustic sensor, puts
Ten major class such as radiation sensor, color sensor and the quick element of taste.Meteorological sensor is a kind of more particularly to meteorological data detection
Sensor, such as temperature sensor, humidity sensor, air velocity transducer, baroceptor etc. are respectively used to detect all kinds of
Meteorological data, and with the continuous promotion of technical level, improvement and innovation for meteorological sensor are also to make rapid progress, all
Such as number of patent application: 201280052861.3, a kind of Magnetic Sensor is disclosed, has the Hall sensor and use of detection magnetic force
In the IC for the driving and signal processing for carrying out Hall sensor, IC has two layers or more of multiple metal wiring layers, hall sensing
Device and IC are routed by lead to be electrically connected and is sealing into a packaging body.For the output voltage of Hall sensor is defeated
The metal line entered to the IC signal processing part having has crossings on different level portion, to inhibit the magnetic flux due to applying from outside close
The variation of degree and be connected with the output electrode pad of the output terminal of Hall sensor and Hall sensor lead wiring
And it is produced on the metal line for the output voltage of Hall sensor to be input on the IC for the signal processing part that IC has
Raw induced electromotive force.The influence for inhibiting the induced electromotive force as caused by the change dramatically of magnetic flux density as a result, provides electric current biography
High-speed responsive needed for sensor.
There are also number of patent application: 201410093853.4, a kind of sensor is disclosed, the probe of the sensor includes one
Inner part and the outer housing for being arranged the inner bulk, the inside of the inner part are equipped with core, and the surface of the inner part has one section of spiral shell
The lower end in spin slot road, the outer housing has opening, so that the inner part and the outer housing composition one for being arranged the inner bulk have
One helical duct and the hollow bilayer of lower ending opening structure, and the position of helical duct of the outer housing inside correspondence
It sets and offers multiple through-holes；The sensor of above-mentioned technical proposal design is used to carry out sensing measurement to fluid.
Moreover, number of patent application: 201410247919.0, a kind of sensor is disclosed, with sensor element
With the heating element in particular for heating the sensor element, wherein the sensor element, which has, can be exposed to and to measure
The preceding electrode and comparative electrode of substance, wherein the sensor element, the especially described preceding electrode and the comparative electrode can lead to
It crosses electrical contacts to be electrically contacted, especially wherein the heating element has conductive heater structure, wherein the conductive heater knot
At least one of structure, the preceding electrode, described comparative electrode and one of the electrical contacts at least partly by it is multiple each other
The particle of connection is constituted, wherein the particle is at least partly made of noble metal or precious metal alloys.It is such sensor, outstanding
It is that gas sensor or particle sensor allow improved manufacturability in the case where superperformance.
It can be seen from the prior art that the various sensors of existing design for people's lives provide it is many just
Victory so that actual use becomes more humanized, but in actual use, careful people can find it is some not to the utmost
Such as the place of people's will, it is well known that meteorological sensor is for detecting meteorologic parameter data information, it is desirable that real-time monitoring is caught
Each meteorological variation of nature is grasped, this just takes electricity to propose requirement meteorological sensor, needs to mention for meteorological sensor
For endlessly electric energy, existing technical staff is in this regard, be always to start with from power consumption, constantly selection innovative technology reduces consumption
Electricity, but lasting power supply is still inevitable, therefore existing energy conservation is not improvement fundamentally, need skill
Art personnel continue to innovate this, to reach energy-saving effect truly.
Summary of the invention
It is designed technical problem to be solved by the invention is to provide a kind of using brand new, introduces mechanical triggering power supply machine
Structure can be realized the energy saving wind speed meteorological sensor device of energy-efficient effect while guaranteeing job stability.
In order to solve the above-mentioned technical problem the present invention uses following technical scheme: the present invention devises a kind of energy saving wind speed gas
Image sensor device, including three cup type rotating devices with the wind, insulating driving rod, cylindrical body pedestal, conductive fixed ring, elastic conduction
Piece, control module, speed probe, signal output module, power supply module, storage capacitor, electric control switch and at least one
Conductive rotating bar；Wherein, wherein one end of insulating driving rod is mutually fixedly connected with the central location of three cup type rotating devices with the wind,
And straight line where insulating driving rod and plane where three cup type rotating devices with the wind are perpendicular；The center of cylindrical body pedestal upper surface
The through-hole of position setting connection exterior space and cylindrical body base interior space, the other end of insulating driving rod is by cylindrical body pedestal
Exterior space passes vertically through the through-hole of cylindrical body pedestal upper surface, into cylindrical body base interior space, speed probe and letter
Number output module is fixedly installed on the inner space of cylindrical body pedestal, and the detection position of speed probe and insulating driving rod are another
The position of one end corresponds to each other, and the detection signal output end of speed probe is connected with signal output module, signal output
The output interface of module passes through the side of cylindrical body pedestal, on the lateral surface of cylindrical body pedestal；The internal diameter of conductive fixed ring
It is adapted with insulating driving rod outer diameter, conductive fixed ring fixation is set in insulating driving rod, and conductive fixed ring is located at cylinder
In body base interior space, conductive fixed ring is rotated with the rotation of insulating driving rod；The length and cylindrical body of conductive rotating bar
The radius in pedestal section is adapted, and wherein one end of each conductive rotating bar is mutually fixedly connected with the outer side edges of conductive fixed ring,
The place straight line of each conductive rotating bar passes through the center of circle of conductive fixed ring, and the span between all adjacent conductive rotating bars is equal
Equal, all conduction rotating bars are coplanar, and place face and insulating driving rod place straight line are perpendicular, and wherein the one of elastic conducting strip
End is set on the inner wall of cylindrical body pedestal, and the position of elastic conducting strip and all conductive rotating bars place faces position phase each other
Corresponding, each conductive rotating bar is successively in contact with the other end of elastic conducting strip with the rotation of conductive fixed ring；Control mould
Block, power supply module, storage capacitor and electric control switch are fixedly installed on the inner space of cylindrical body pedestal, power supply module it is outer
Connection interface passes through the side of cylindrical body pedestal, on the lateral surface of cylindrical body pedestal, meanwhile, the feeder ear difference of power supply module
It is connected through conducting wire with wherein one end of elastic conducting strip, wherein one end of storage capacitor, electric control switch；Electric control is opened
The other end of pass is connected with the power end of speed probe；Control module is respectively through conducting wire and conductive fixed ring, storage capacitor
The other end, electric control switch control terminal be connected.
As a preferred technical solution of the present invention: described three cup type rotating devices with the wind use ABS engineering plastics system
At.
As a preferred technical solution of the present invention: the motor in the electric control switch is brushless motor.
As a preferred technical solution of the present invention: the control module is single-chip microcontroller.
As a preferred technical solution of the present invention: the speed probe is DSF1210.00SHV speed probe.
A kind of energy saving wind speed meteorological sensor device of the present invention compared with the prior art by using the above technical solution, has
There is following technical effect:
(1) the energy saving wind speed meteorological sensor device that the present invention designs, is designed using brand new, is introduced mechanical triggering and is supplied
Motor structure passes through the structure of designed conductive fixed ring and conductive rotating bar, the synchronous inspection for obtaining three cup type rotating devices with the wind
Survey movement, and the design of elastic conducting strip is combined, it realizes that the trigger-type of high-frequency signal acts by power supply module, introduces storage electricity
The continued power of appearance, then based on the instant control closed action for electric control switch, and delay disconnection movement, realize needle
Instant power supply to designed speed probe, then by the work of speed probe, capture by three cup type rotating devices with the wind
It is detected through insulating driving rod and obtains wind speed measurement as a result, eliminating the long-term continued power scheme for speed probe, protected
While demonstrate,proving job stability, the energy-efficient effect of air velocity transducer is realized；
(2) in the energy saving wind speed meteorological sensor device that the present invention designs, for three cup type rotating devices with the wind, further
Design is made of ABS engineering plastics, can while having both heat-resisting weatherability, dimensional stability and impact resistance advantage
Each details for accurately capturing air-flow flowing is furthermore achieved efficiently, and accurate measuring wind speed effect；
(3) in the energy saving wind speed meteorological sensor device that the present invention designs, for the motor in electric control switch, into one
Step design uses brushless motor, so that energy saving wind speed meteorological sensor device designed by the present invention, in practical work process,
It can be realized mute work, both ensure that designed energy saving wind speed meteorological sensor device, there is efficient, energy conservation, and accurate
Working effect, and can guarantee its course of work not to ambient enviroment generate influence of noise, embody the human nature in design process
Change design；
(4) in the energy saving wind speed meteorological sensor device that the present invention designs, for control module, further design is using single
On the one hand piece machine can be directed to the extension demand of designed energy saving wind speed meteorological sensor device suitable for the later period, on the other hand,
Succinct control architecture mode can be convenient for the maintenance in later period.
Detailed description of the invention
Fig. 1 is the structural schematic diagram for the energy saving wind speed meteorological sensor device that the present invention designs.
Wherein, 1. 3 cup type rotating device with the wind, 2. insulating driving rods, 3. cylindrical body pedestals, 4. conductive fixed rings, 5. bullets
Property conductive sheet, 6. control modules, 7. speed probes, 8. signal output modules, 9. power supply modules, 10. storage capacitors, 11. electricity
Electrical Control switch, 12. conductive rotating bars, 13. through-holes, 14. output interfaces, 15. external interfaces.
Specific embodiment
Specific embodiments of the present invention will be described in further detail with reference to the accompanying drawings of the specification.
As shown in Figure 1, the present invention devises a kind of energy saving wind speed meteorological sensor device, including three cup type rotation dresses with the wind
Set 1, insulating driving rod 2, cylindrical body pedestal 3, conductive fixed ring 4, elastic conducting strip 5, control module 6, speed probe 7, letter
Number output module 8, power supply module 9, storage capacitor 10, electric control switch 11 and at least one conduction rotating bar 12；Wherein, absolutely
Wherein one end of edge drive rod 2 is mutually fixedly connected with the central location of three cup type rotating devices with the wind 1, and 2 institute of insulating driving rod
It is perpendicular in straight line and three cup type 1 place planes of rotating device with the wind；Connection is arranged in the central location of 3 upper surface of cylindrical body pedestal
The other end of the through-hole 13 of exterior space and 3 inner space of cylindrical body pedestal, insulating driving rod 2 is empty by 3 outside of cylindrical body pedestal
Between pass vertically through the through-hole 13 of 3 upper surface of cylindrical body pedestal, into 3 inner space of cylindrical body pedestal, speed probe 7 and signal
Output module 8 is fixedly installed on the inner space of cylindrical body pedestal 3, and the detection position of speed probe 7 and insulating driving rod 2
The position of the other end corresponds to each other, and the detection signal output end of speed probe 7 is connected with signal output module 8, signal
The output interface 14 of output module 8 passes through the side of cylindrical body pedestal 3, on the lateral surface of cylindrical body pedestal 3；Conduction is fixed
The internal diameter and 2 outer diameter of insulating driving rod of ring 4 are adapted, and the conductive fixation of fixed ring 4 is set in insulating driving rod 2, and conductive solid
Determine ring 4 to be located in 3 inner space of cylindrical body pedestal, conductive fixed ring 4 is rotated with the rotation of insulating driving rod 2；Conduction rotation
The length of bar 12 and the radius in 3 section of cylindrical body pedestal are adapted, and wherein one end of each conductive rotating bar 12 is fixed with conduction
The outer side edges of ring 4 are mutually fixedly connected, and the place straight line of each conductive rotating bar 12 passes through the center of circle of conductive fixed ring 4, are owned
Span between adjacent conductive rotating bar 12 is equal, and all conduction rotating bars 12 are coplanar, and place face and 2 institute of insulating driving rod
Perpendicular in straight line, wherein one end of elastic conducting strip 5 is set on the inner wall of cylindrical body pedestal 3, and the position of elastic conducting strip 5
Set that position is corresponding each other with all conductive 12 place faces of rotating bar, each conductive rotating bar 12 with conductive fixed ring 4 rotation
And it is successively in contact with the other end of elastic conducting strip 5；Control module 6, power supply module 9, storage capacitor 10 and electric control are opened
11 inner spaces for being fixedly installed on cylindrical body pedestal 3 are closed, the external interface 15 of power supply module 9 passes through the side of cylindrical body pedestal 3
Face, on the lateral surface of cylindrical body pedestal 3, meanwhile, the feeder ear of power supply module 9 is respectively through conducting wire and elastic conducting strip 5, storage
Wherein one end of capacitor 10, wherein one end of electric control switch 11 are connected；The other end of electric control switch 11 with turn
The power end of fast sensor 7 is connected；Control module 6 respectively through conducting wire and conductive fixed ring 4, storage capacitor 10 the other end,
The control terminal of electric control switch 11 is connected.Energy saving wind speed meteorological sensor device designed by above-mentioned technical proposal uses
Brand new design introduces mechanical triggering power supply mechanism, by the structure of designed conductive fixed ring 4 and conductive rotating bar 12,
The synchronous detection operation for obtaining three cup type rotating devices with the wind 1, and the design of elastic conducting strip 5 is combined, it is real by power supply module 9
The trigger-type movement of existing high-frequency signal introduces the continued power of storage capacitor 10, then is based on be directed to electric control switch 11
When control closed action, and delay disconnection movement realizes the instant power supply for being directed to designed speed probe 7, then by turning
The work of fast sensor 7, capture are detected through insulating driving rod 2 by three cup type rotating devices with the wind 1 and obtain wind speed measurement as a result, taking
The long-term continued power scheme for speed probe 7 that disappeared realizes air velocity transducer while guaranteeing job stability
Energy-efficient effect.
On basis based on above-mentioned design energy conservation wind speed meteorological sensor device technique scheme, the present invention is also further set
Counted following optimal technical scheme: for three cup type rotating device 1 with the wind, further design is made of ABS engineering plastics, simultaneous
While having heat-resisting weatherability, dimensional stability and impact resistance advantage, each silk of air-flow flowing can be accurately captured
Details is furthermore achieved efficiently, and accurate measuring wind speed effect；And it is directed to the motor in electric control switch 11, into
The design of one step uses brushless motor, so that energy saving wind speed meteorological sensor device designed by the present invention, in practical work process
In, it can be realized mute work, both ensure that designed energy saving wind speed meteorological sensor device, there is efficient, energy conservation, and essence
True working effect, and can guarantee that its course of work does not generate influence of noise to ambient enviroment, embody the people in design process
Propertyization design；There are also control module 6 is directed to, further design uses single-chip microcontroller, on the one hand can be suitable for the later period for set
The extension demand of energy saving wind speed meteorological sensor device is counted, on the other hand, succinct control architecture mode can be convenient for the later period
Maintenance.
The present invention devises energy saving wind speed meteorological sensor device in the actual application process, specifically include three it is cup type with
Wind rotating device 1, insulating driving rod 2, cylindrical body pedestal 3, conductive fixed ring 4, elastic conducting strip 5, single-chip microcontroller,
DSF1210.00SHV speed probe, signal output module 8, power supply module 9, storage capacitor 10, electric control switch 11 and extremely
A few conductive rotating bar 12；Wherein, three cup type rotating devices with the wind 1 are made of ABS engineering plastics, insulating driving rod 2
Wherein one end is mutually fixedly connected with the central location of three cup type rotating devices with the wind 1, and 2 place straight line of insulating driving rod and three glasss
1 place plane of rotating device is perpendicular with the wind for formula；The central location setting connection exterior space and circle of 3 upper surface of cylindrical body pedestal
The other end of the through-hole 13 of 3 inner space of cylinder pedestal, insulating driving rod 2 passes vertically through circle by 3 exterior space of cylindrical body pedestal
The through-hole 13 of 3 upper surface of cylinder pedestal, into 3 inner space of cylindrical body pedestal, DSF1210.00SHV speed probe and signal
Output module 8 is fixedly installed on the inner space of cylindrical body pedestal 3, and the detection position of DSF1210.00SHV speed probe
Correspond to each other with the position of 2 other end of insulating driving rod, the detection signal output end of DSF1210.00SHV speed probe with
Signal output module 8 is connected, and the output interface 14 of signal output module 8 passes through the side of cylindrical body pedestal 3, is located at cylindrical body
On the lateral surface of pedestal 3；The internal diameter and 2 outer diameter of insulating driving rod of conductive fixed ring 4 are adapted, and the conductive fixation of fixed ring 4 is arranged
In insulating driving rod 2, and conductive fixed ring 4 is located in 3 inner space of cylindrical body pedestal, and conductive fixed ring 4 is with insulated transmission
The rotation of bar 2 and rotate；The length of conductive rotating bar 12 and the radius in 3 section of cylindrical body pedestal are adapted, each conductive rotation
Wherein one end of bar 12 is mutually fixedly connected with the outer side edges of conductive fixed ring 4, and the place straight line of each conductive rotating bar 12 passes through
The center of circle of conductive fixed ring 4 is crossed, the span between all adjacent conductive rotating bars 12 is equal, and all conduction rotating bars 12 are total
Face, and place face and 2 place straight line of insulating driving rod are perpendicular, wherein one end of elastic conducting strip 5 is set to cylindrical body pedestal 3
Inner wall on, and position is corresponding each other with all conductive 12 place faces of rotating bar for the position of elastic conducting strip 5, and each conduction turns
Lever 12 is successively in contact with the other end of elastic conducting strip 5 with the rotation of conductive fixed ring 4；Single-chip microcontroller, power supply module 9,
Storage capacitor 10 and electric control switch 11 are fixedly installed on the inner space of cylindrical body pedestal 3, in electric control switch 11
Motor is brushless motor, and the external interface 15 of power supply module 9 passes through the side of cylindrical body pedestal 3, positioned at the outer of cylindrical body pedestal 3
On side, meanwhile, the feeder ear of power supply module 9 is respectively through conducting wire and elastic conducting strip 5, wherein one end of storage capacitor 10, electricity
Wherein one end of Electrical Control switch 11 is connected；The other end and DSF1210.00SHV speed probe of electric control switch 11
Power end be connected；Single-chip microcontroller is switched through conducting wire and conductive fixed ring 4, the other end of storage capacitor 10, electric control respectively
11 control terminal is connected.In actual application, positioned at the external interface 15 of the power supply module 9 of 3 side of cylindrical body pedestal
It connects external supply network to carry out taking electricity, while mould is exported by the signal that data line connection is located at the side of cylindrical body pedestal 3
The output interface of block 8；Then under original state, singlechip interruption by taking electronic work in connected storage capacitor 10, by
It is connected through conducting wire with wherein one end of storage capacitor 10 in the feeder ear of power supply module 9, then at this time when electric in storage capacitor 10
When amount is discontented, then external supply network is the charging of storage capacitor 10 through power supply module 9, until 10 electricity of storage capacitor is full of；Together
When, electric control switch 11 is in an off state, so that the confession between power supply module 9 and DSF1210.00SHV speed probe
Circuit is in an off state；In concrete application, under windless condition, three cup type rotating devices with the wind 1 are not rotated, then conductive solid
Determine ring 4 and be similarly in not rotary state at this time, and then conductive rotating bar 12 designed at this time does not connect with elastic conducting strip 5
Touching, then single-chip microcontroller will not receive power supply module 9 and be sent out through elastic conducting strip 5, conductive rotating bar 12, conductive fixed ring 4 at this time
The high frequency triggering power supply signal sent, i.e., single-chip microcontroller does not do any further operating at this time；When there is very fast air-flow in local environment,
When three cup type rotating devices with the wind 1 being driven to be rotated, then connected insulating driving rod 2 is filled with three cup type rotations with the wind
1 rotation is set, and is started turning, at the same time, conductive fixed ring 4 is also rotated with the rotation of insulating driving rod 2, correspondingly,
Each conductive rotating bar 12 is rotated with conductive fixed ring 4, then each conductive rotating bar 12 can successively be set to cylindrical body
Elastic conducting strip 5 on 3 inner wall of pedestal is in contact, wherein whenever a conductive rotating bar 12 is in contact with elastic conducting strip 5
When, single-chip microcontroller carries out a same operation, specifically when a conductive rotating bar 12 is in contact with elastic conducting strip 5,
Single-chip microcontroller will receive by power supply module 9 through transmitted by elastic conducting strip 5, conductive rotating bar 12, conductive fixed ring 4 Lai one
A high frequency triggers power supply signal, and then in the moment for receiving this high frequency triggering power supply signal, single-chip microcontroller will be connected to and be attached thereto
The storage capacitor 10 connect carries out taking electronic work, and then, single-chip microcontroller controls phase therewith in the case where obtaining the power supply of storage capacitor 10
The work preset duration of electric control switch 11 of connection, i.e. circuit set by closed communicating simultaneously continue preset duration, so that power supply mould
Power supply circuit between block 9 and DSF1210.00SHV speed probe is in connected state, and power supply module 9 is
DSF1210.00SHV speed probe is powered, so that DSF1210.00SHV speed probe works, detection is insulated
The revolving speed of drive rod 2, i.e. acquisition wind speed measurement realize the detection of wind speed as a result, again via the output outward of signal output module 8；
It is often connected to a high frequency triggering power supply signal in single-chip microcontroller, during control DSF1210.00SHV speed probe work, when
When single-chip microcontroller judgement reaches preset duration, then single-chip microcontroller controls the work of electric control switch 11 first, disconnects set circuit, so that
Power supply circuit between power supply module 9 and DSF1210.00SHV speed probe is in an off state, and is then interrupted again by therewith
Electronic work is taken in the storage capacitor 10 being connected, that is, enters original state referred to above；As a result, when in there is wind state
Under, three cup type rotating devices with the wind 1 rotate, when a conductive rotating bar 12 is in contact with elastic conducting strip 5, then single-chip microcontroller
A wind speed measurement process described above is triggered, realizes wind speed measurement；Correspondingly, ought be then single gradually under windless condition
Piece machine executes in wind speed measurement work, in the case where last time obtained high frequency triggering power supply signal when judgement reaches default
When duration, then enter original state according to the above method；The energy saving wind speed meteorological sensor device designed by the present invention is in reality as a result,
In the application process of border, in due course power supply is realized, while guaranteeing job stability, realizes the efficient section of air velocity transducer
It can effect.
Embodiments of the present invention are explained in detail above in conjunction with attached drawing, but the present invention is not limited to above-mentioned implementations
Mode within the knowledge of a person skilled in the art can also be without departing from the purpose of the present invention
It makes a variety of changes.
Claims (5)
1. a kind of energy conservation wind speed meteorological sensor device, it is characterised in that: passed including three cup type rotating devices with the wind (1), insulation
Lever (2), cylindrical body pedestal (3), conductive fixed ring (4), elastic conducting strip (5), control module (6), speed probe (7),
Signal output module (8), power supply module (9), storage capacitor (10), electric control switch (11) and at least one conduction rotating bar
(12)；Wherein, wherein one end of insulating driving rod (2) is mutually fixedly connected with the central location of three cup type rotating devices with the wind (1),
And straight line where insulating driving rod (2) and plane where three cup type rotating devices with the wind (1) are perpendicular；On cylindrical body pedestal (3)
The through-hole (13) of central location setting the connection exterior space and cylindrical body pedestal (3) inner space on surface, insulating driving rod (2)
The other end through-hole (13) of cylindrical body pedestal (3) upper surface is passed vertically through by cylindrical body pedestal (3) exterior space, into cylinder
Body pedestal (3) inner space, speed probe (7) and signal output module (8) are fixedly installed on the inside of cylindrical body pedestal (3)
Space, and the detection position of speed probe (7) and the position of insulating driving rod (2) other end correspond to each other, revolution speed sensing
The detection signal output end of device (7) is connected with signal output module (8), and the output interface (14) of signal output module (8) is worn
The side of cylindrical body pedestal (3) is crossed, is located on the lateral surface of cylindrical body pedestal (3)；The internal diameter of conductive fixed ring (4) and insulation pass
Lever (2) outer diameter is adapted, and conductive fixed ring (4) fixation is set on insulating driving rod (2), and conductive fixed ring (4) is located at
In cylindrical body pedestal (3) inner space, conductive fixed ring (4) rotates with the rotation of insulating driving rod (2)；Conductive rotating bar
(12) radius of length and cylindrical body pedestal (3) section is adapted, wherein one end and the conduction of each conductive rotating bar (12)
The outer side edges of fixed ring (4) are mutually fixedly connected, and the place straight line of each conductive rotating bar (12) passes through conductive fixed ring (4)
The center of circle, the span between all adjacent conductive rotating bars (12) are equal, and all conduction rotating bars (12) are coplanar, and place face with
Straight line where insulating driving rod (2) is perpendicular, and wherein one end of elastic conducting strip (5) is set to the inner wall of cylindrical body pedestal (3)
On, and position is corresponding each other in face with where all conductive rotating bars (12) for the position of elastic conducting strip (5), each conductive rotation
Bar (12) is successively in contact with the other end of elastic conducting strip (5) with the rotation of conductive fixed ring (4)；Control module (6) supplies
Electric module (9), storage capacitor (10) and electric control switch (11) are fixedly installed on the inner space of cylindrical body pedestal (3), supply
The external interface (15) of electric module (9) passes through the side of cylindrical body pedestal (3), is located on the lateral surface of cylindrical body pedestal (3), together
When, the feeder ear of power supply module (9) is respectively through conducting wire and elastic conducting strip (5), wherein one end of storage capacitor (10), motor electricity
Wherein one end of control switch (11) is connected；Electric control switchs the power end phase of the other end and speed probe (7) of (11)
Connection；Control module (6) is switched through conducting wire and conductive fixed ring (4), the other end of storage capacitor (10), electric control respectively
(11) control terminal is connected.
2. a kind of energy saving wind speed meteorological sensor device according to claim 1, it is characterised in that: described three cup type turn with the wind
Dynamic device (1) is made of ABS engineering plastics.
3. a kind of energy saving wind speed meteorological sensor device according to claim 1, it is characterised in that: the electric control switch
(11) motor in is brushless motor.
4. a kind of energy saving wind speed meteorological sensor device according to claim 1, it is characterised in that: the control module (6)
For single-chip microcontroller.
5. a kind of energy saving wind speed meteorological sensor device according to claim 1, it is characterised in that: the speed probe
It (7) is DSF1210.00SHV speed probe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610461054.7A CN106199058B (en) | 2016-06-23 | 2016-06-23 | A kind of energy conservation wind speed meteorological sensor device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610461054.7A CN106199058B (en) | 2016-06-23 | 2016-06-23 | A kind of energy conservation wind speed meteorological sensor device |
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| Publication Number | Publication Date |
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| CN106199058A CN106199058A (en) | 2016-12-07 |
| CN106199058B true CN106199058B (en) | 2019-03-29 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201610461054.7A Expired - Fee Related CN106199058B (en) | 2016-06-23 | 2016-06-23 | A kind of energy conservation wind speed meteorological sensor device |
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Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US8443682B2 (en) * | 2011-04-22 | 2013-05-21 | Met One Instruments, Inc. | Asymmetric-cup anemometer |
| CN105510995A (en) * | 2015-12-21 | 2016-04-20 | 无锡信大气象传感网科技有限公司 | Intelligent filter detection wind-resistant meteorological sensor |
| CN105549120A (en) * | 2015-12-21 | 2016-05-04 | 无锡信大气象传感网科技有限公司 | Intelligent heating type cold-resistant meteorological sensor |
-
2016
- 2016-06-23 CN CN201610461054.7A patent/CN106199058B/en not_active Expired - Fee Related
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US8443682B2 (en) * | 2011-04-22 | 2013-05-21 | Met One Instruments, Inc. | Asymmetric-cup anemometer |
| CN105510995A (en) * | 2015-12-21 | 2016-04-20 | 无锡信大气象传感网科技有限公司 | Intelligent filter detection wind-resistant meteorological sensor |
| CN105549120A (en) * | 2015-12-21 | 2016-05-04 | 无锡信大气象传感网科技有限公司 | Intelligent heating type cold-resistant meteorological sensor |
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| Publication number | Publication date |
|---|---|
| CN106199058A (en) | 2016-12-07 |
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