CN205714580U - A kind of thin slice inductance and the detection device of Wind turbines overspeed protection system - Google Patents
A kind of thin slice inductance and the detection device of Wind turbines overspeed protection system Download PDFInfo
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- CN205714580U CN205714580U CN201620611962.5U CN201620611962U CN205714580U CN 205714580 U CN205714580 U CN 205714580U CN 201620611962 U CN201620611962 U CN 201620611962U CN 205714580 U CN205714580 U CN 205714580U
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- wind turbines
- thin slice
- conductive coil
- protection system
- overspeed protection
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/70—Wind energy
- Y02E10/72—Wind turbines with rotation axis in wind direction
Abstract
This utility model provides the detection device of a kind of thin slice inductance and Wind turbines overspeed protection system; described thin slice inductance includes insulated substrate, conductive coil and signal wire socket; described conductive coil is for being in conplane spiral coil; the two sides of described insulated substrate is respectively provided with conductive coil; one end of the conductive coil on insulated substrate two sides is connected, and the other end is respectively connecting to signal wire socket.The pulsed magnetic field that thin slice inductance of the present utility model produces encourages speed Sensor Analog Relay System rotor speed of walking around; the detection to Wind turbines overspeed protection system can be realized; avoid blower fan to carry out overspeed protection system detection under operation and cause the damage to blower transmission components; guarantee fan operation safety, simple to operation.
Description
Technical field
This utility model relates to technical field of wind power generation, in particular it relates to a kind of thin slice inductance and Wind turbines hypervelocity
The detection device of protection system.
Background technology
In recent years, regenerative resource particularly wind energy has obtained wideling popularize and applying, wind turbine of countries in the world
The safe operation of group and protection are particularly important during wind-power electricity generation.
Under high wind conditions, for timely, effectively, promptly prevent wind power generating set impeller hypervelocity accident, it is to avoid or fall
Low wind power generating set impeller hypervelocity accident cause substantial equipment damage and economic loss, control system of wind turbines must be able to and
The protection act such as Shi Jinhang shutdown, therefore need the overspeed protection system to Wind turbines to carry out periodic detection.
The detection mode of existing Wind turbines overspeed protection system: carry out overspeed protection system inspection when running of wind generating set
Survey, need the rotational speed regulation of Wind turbines to overspeed state, then by judging that overspeed protection system the most normally moves
Make to reach to detect the most normal purpose of overspeed protection system.Such detection mode, owing to Wind turbines needs to surpass
Speed is run, and Wind turbines can cause certain damage, and risk is bigger.
In order to overcome the problems referred to above, in the urgent need to designing the detection device of a kind of Wind turbines overspeed protection system, it is to avoid
Wind turbines is safeguarded because Wind turbines drive disk assembly is caused damage by overspeed protection system test, it is ensured that running of wind generating set is pacified
Entirely.
In view of this, special proposition this utility model.
Utility model content
In order to solve the problems referred to above, the first utility model purpose of the present utility model is to provide a kind of thin slice inductance, mainly
For the detection device of Wind turbines overspeed protection system, specifically, have employed following technical scheme:
A kind of thin slice inductance, including insulated substrate, conductive coil and signal wire socket, described conductive coil is same for being in
The spiral coil of one plane, the two sides of described insulated substrate is respectively provided with conductive coil, the conductive coil on insulated substrate two sides
One end be connected, the other end is respectively connecting to signal wire socket.
Further, described conductive coil includes the first conductive coil and second being correspondingly arranged at insulated substrate two sides
Conductive coil, the rotation direction of the first conductive coil is oppositely oriented with the second conductive coil.
Further, the spiral center of described first conductive coil and the spiral center of the second loop connect.
Further, described insulated substrate is offered through hole, corresponding first conductive coil of through hole and the second conductive coil
Spiral center arrange, the spiral center of described first conductive coil or the spiral center of the second loop are connected through through hole
Connect.
Further, the first connection for connecting signal wire socket is extended in the spiral outer end of described first conductive coil
End, the second connection end for connecting signal wire socket is extended in the spiral outer end of the second conductive coil.
Further, described signal wire socket is arranged on insulated substrate, and signal wire socket uses USB socket.
Further, also including the adsorption magnet for fixedly mounting thin slice inductance, adsorption magnet is arranged on insulated substrate
On at least two diagonal angle.
Further, copper-foil conducting electricity is laid on the two sides of described insulated substrate, and described copper-foil conducting electricity etches a spiral shell
Rotation shape conductive copper wire circle forms conductive coil.
Second utility model purpose of the present utility model is to provide a kind of has thin slice inductance described in above-mentioned any one
The detection dress of Wind turbines overspeed protection system, specifically, have employed following technical scheme:
A kind of detection device of Wind turbines overspeed protection system, described Wind turbines overspeed protection system include for
The hypervelocity sensor of detection Wind turbines rotating speed, including
Control unit,
For receiving Wind turbines type information and obtaining corresponding pulse frequency according to Wind turbines type information；
Pulse signal generating unit,
It is connected with control unit, produces corresponding pulse signal according to the pulse frequency that control unit obtains；
Thin slice inductance,
Be connected with pulse signal generating unit, for return pulse signal generating unit produce pulse signal by its turn
It is changed to corresponding magnetic induction signal；
The spiral center of described thin slice inductance is corresponding to the test side of the hypervelocity sensor of Wind turbines overspeed protection system
Arrange.
Further, described thin slice inductance is arranged on the rotor of Wind turbines, and the rotor of Wind turbines has out
Hole；
The detection of described hypervelocity sensor is rectified split hole and is arranged, and described thin slice inductance is arranged on position with pores and leans on
The side of the nearly sensor that exceeds the speed limit.
The pulsed magnetic field that thin slice inductance of the present utility model produces encourages speed Sensor Analog Relay System rotor speed of walking around, Ke Yishi
The now detection to Wind turbines overspeed protection system, it is to avoid blower fan carry out under operation overspeed protection system detection cause right
The damage of blower transmission components, it is ensured that fan operation safety, simple to operation.
Accompanying drawing explanation
The structured flowchart of the detection device of Fig. 1 this utility model Wind turbines overspeed protection system；
The structured flowchart of the another embodiment of the detection device of Fig. 2 this utility model Wind turbines overspeed protection system；
The structured flowchart of the another embodiment of the detection device of Fig. 3 this utility model Wind turbines overspeed protection system；
The structured flowchart of the another embodiment of the detection device of Fig. 4 this utility model Wind turbines overspeed protection system；
The structural representation of Fig. 5 thin slice of the present utility model inductance；
Fig. 6 thin slice of the present utility model inductance mounting structure schematic diagram；
The detection method of Fig. 7 this utility model Wind turbines overspeed protection system；
The detection method of the another embodiment of Fig. 8 this utility model Wind turbines overspeed protection system；
The operation interface flow chart of the detection device of Fig. 9 this utility model Wind turbines overspeed protection system.
Label declaration in accompanying drawing: 100-power supply 200-on and off switch 300-control unit 310-single-chip microcomputer 400-arteries and veins
Rush signal generating unit 410-current-limiting resistance 420-electrical switch 430-USB interface 500-electromagnetic conversion unit 501-exhausted
Edge substrate 502-through hole 503-adsorption magnet 504-conductive coil 505-first connects end 506-signal wire socket 507-
Second connects end 510-thin slice inductance 600-data storage cell 610-memorizer 700-manipulates unit 710-button
800-display unit 900-rotor 901-perforate 1000-speed probe 1100-overspeed control device 1200-band shields
Layer usb signal line.
Detailed description of the invention
Detection device and detection thereof to a kind of Wind turbines overspeed protection system of the present utility model below in conjunction with the accompanying drawings
Method is described in detail:
Embodiment one
As it is shown in figure 1, the detection device of a kind of Wind turbines overspeed protection system, described Wind turbines overspeed protection system
System includes that the speed probe 1000 for detecting Wind turbines rotating speed, detection device include
Control unit 300, is used for receiving Wind turbines type information and obtaining according to Wind turbines type information corresponding
Pulse frequency；
Pulse signal generating unit 400, is connected with control unit 300, the pulse frequency obtained according to control unit 300
Rate produces corresponding pulse signal；
Electromagnetic conversion unit 500, is connected with pulse signal generating unit 400, for return pulse signal generating unit
400 pulse signals produced are converted into corresponding magnetic induction signal；
The magnetic induction signal output part of described electromagnetism switch unit 500 is corresponding to the rotating speed of Wind turbines overspeed protection system
The test side of sensor is arranged.
The detection device of Wind turbines overspeed protection system of the present utility model, control unit 300 is according to the wind received
Group of motors type information control wave generating unit 400 produces the pulse signal of simulation Wind turbines rotating speed, and by electromagnetism
Pulse signal is converted to encourage the magnetic induction signal of speed probe 1000 by converting unit 500, it is achieved to Wind turbines
Nondestructive test, it is to avoid Wind turbines is safeguarded because blower transmission components is caused damage by hypervelocity test, significantly improves Wind turbines
Security of test, it is ensured that running of wind generating set safety, simple to operation.
As an embodiment of the present embodiment, as in figure 2 it is shown, the control unit 300 of the present embodiment is single-chip microcomputer
310, single-chip microcomputer 310 preserves different Wind turbines model and the tables of data of corresponding ultrafast pulses frequency thereof；
Described pulse signal generating unit 400 includes that electrical switch 420, electrical switch 420 connect single-chip microcomputer 310；
Described single-chip microcomputer 310 receives selected Wind turbines type information, according to selected Wind turbines model
In tables of data, obtain corresponding ultrafast pulses frequency, control electrical switch 420 output pulse signal by controlling pin, use
The tach signal of pulse signal simulation Wind turbines.
Further, one end of the present embodiment electrical switch 420 is connected with power supply 100 by current-limiting resistance 410, another
End is connected with the input of electromagnetism switch unit 500.
Specifically, single-chip microcomputer 310 uses STM32F103ZET6 single-chip microcomputer, the Wind turbines type information selected by reception,
And produce pulse signal control electrical switch 420 output pulse signal according to selected Wind turbines type information；Described current limliting
Resistance 410 is for controlling the electric current of output pulse signal.During detection device work, the pulse signal produced by single-chip microcomputer is controlled
Electrical switch connecting and disconnecting realize the output of pulse signal.
As shown in Figure 6, the electromagnetic conversion unit 500 of the present embodiment is arranged on the rotor 900 of Wind turbines, Wind turbines
Rotor on there is perforate 901；The detection of described speed probe 1000 is rectified split hole 901 and is arranged, described electromagnetic conversion
Unit 500 is arranged on position with pores and the side near speed probe 1000.So can ensure electromagnetic conversion unit 500
Export more stable being detected by speed probe 1000.The speed probe 1000 of the present embodiment connects overspeed protection system
Overspeed control device 1100, the Wind turbines rotating speed that overspeed control device 1100 detects according to speed probe 1000 controls wind
The running status of group of motors, to guarantee that it is properly functioning.
As an embodiment of the present embodiment, described electromagnetic conversion unit 500 is air core inductor.
Specifically, described air core inductor is the thin slice inductance 510 using printing circuit board.The present embodiment have employed specific
The thin slice inductance 510 of design, the thickness of thin slice inductance 510 is less than 1cm, and this is mainly due to speed probe 1000 and rotor
Spacing between 900 is the least, and typically at about 1cm, thin slice inductance 510 thickness of particular design can not change now less than 1cm
The installation of thin slice inductance 510 is realized on the basis of having the installation site of speed probe 1000 and mode.
Before carrying out overspeed protection system detection, slow rotor 900, make rotor 900 forward the perforate on rotor disk to
901 align with the front end at speed probe 1000 center and brake, and the perforate 901 that rotor 900 is parked on rotor disk passes with rotating speed
On the Centered position of sensor 1000, thin slice inductance 510 is placed on before speed probe 1000, keeps thin slice inductance
510 centers and speed probe 1000 center alignment.
As shown in Figure 4, the pulse signal generating unit 400 of the present embodiment and electromagnetic conversion unit 500 are by band screen layer
Usb signal line 1200 is connected.Band screen layer usb signal line 1200 can effectively shield external interference signals, improves overspeed protection
The reliability of system detection.
The detection device of the Wind turbines overspeed protection system of the present embodiment, also includes being connected with control unit 300
Data storage cell 600, is used for storing currently selected Wind turbines type information and system settings data, as again starting shooting
Time acquiescence blower fan type information and system arrange.
Preferably, described memory element 600 uses 24FC256 EEPROM EEPROM, with monolithic
Connected by I2C bus between machine, be used for storing currently selected blower fan model and system settings data, as when again starting shooting
Acquiescence blower fan model is arranged with system.
The detection device of the Wind turbines overspeed protection system of the present embodiment, also includes being connected respectively with control unit 800
Display unit 800 and manipulation unit 700, described display unit 800 is for showing the pulse frequency of current PRF signal, logical
Cross operate described manipulation unit 700 carry out pulse frequency be increased or decreased simulation Wind turbines rotor speed.
Preferably, described display unit 800 is touch screen 810, specifically, can use 2.8 inch capacitive touch screen,
Carry out Wind turbines model selection when operator use, test signal controls, system is arranged, current operation information shows
Show.
Preferably, described manipulation unit 700 is button 710.
The detection device of the Wind turbines overspeed protection system of the present embodiment produces pulse signal with single-chip microcomputer for core, logical
Cross touch screen 810 and show the frequency of current PRF signal, model rotor is increased or decreased by what button 710 carried out pulse frequency
Rotating speed, the pulse signal that single-chip microcomputer produces controls electrical switch break-make output pulse signal.
The detection device of the Wind turbines overspeed protection system of the present embodiment also includes for receiving ROMPaq and data
Communication module.
Specifically, communication module is connected with host computer by usb communication cable, and communication module receives the liter that host computer is sent
Level program and data, update with the program upgrading and data realizing the detection device of Wind turbines overspeed protection system.
As a kind of preferred implementation of the present embodiment, described communication module use USB RS-232 transducer.
The detection device of the Wind turbines overspeed protection system of the present embodiment also includes the power supply 100 for power supply, power supply
100 connect control unit 300 by and off switch 200.Power supply 100 of the present utility model is Wind turbines overspeed protection system
Detection device is powered, and on and off switch 200 is used for the connecting and disconnecting that the detection device of Wind turbines overspeed protection system is powered.
Further, the power supply 100 of the present embodiment uses lithium battery.
The detection device of the Wind turbines overspeed protection system of the present embodiment also includes for fixed internal plate and guarantor
Protect internal circuit shell.
Such as, the model providing each integrated circuit that the present embodiment is exemplary is: control unit 300 uses single-chip microcomputer
STM32F103ZET6, pulse signal generating unit 400 uses HEF4052BT, and communication module uses FTDI1232-C, and data are deposited
Storage unit 600 uses 24FC256, display unit 800 to use 2.8 inch touchscreen.
The detection device of the Wind turbines overspeed protection system of the present embodiment is by surpassing corresponding to different model Wind turbines
Speed pulse frequency is saved in the tables of data of single-chip microcomputer 310, and single-chip microcomputer 310 receives the Wind turbines type selected by touch screen 810
After number, in tables of data, obtain ultrafast pulses frequency according to selected blower fan model and produce corresponding pulses signal imitation rotation speed of fan
Signal, controls electrical switch 420 output pulse signal by controlling pin, and pulse signal is delivered to after current-limiting resistance 410 current limliting
Thin slice inductance 510 encourages speed probe 1000, and overspeed protection system is receiving the hypervelocity letter that speed probe 1000 is sent here
Number, if starting Wind turbines protection, then explanation overspeed protection system is normal, otherwise, then explanation overspeed protection system fault.
As it is shown in figure 9, the operation interface flow process of the detection device of a kind of Wind turbines overspeed protection system of the present embodiment
Figure, including:
System electrification start is laggard becomes owner of interface, enters relevant work interface after selecting different operating by operation interface.
Operation Interface Options includes the operations such as the selection of blower fan model, System self-test, system parameter setting, shutdown.
Blower fan model selects: according to preset blower fan model list, select the blower fan model corresponding with tested blower fan,
Master controller is inquired about tables of data after receiving blower fan model parameter and is obtained tested blower fan ultrafast pulses frequency data, arranges timing
Device initial value, preserve currently selected blower fan model to data storage, enter blower fan hypervelocity test interface.Blower fan hypervelocity test circle
Face includes starting, suspends, stops three buttons, and after pressing touch screen interface START button, intervalometer is started working, by arteries and veins
Punching controls pin output control pulse signal to pulse signal generator；After pressing " time-out " button, halt signal exports；
Main interface is returned to after pressing " stopping " button.
System self-test: System self-test mainly includes touch screen location self-inspection, button test, battery detecting, pulse signal certainly
Dynamic stepping output function, returns to main interface after self-inspection.
System parameter setting: mainly include that touch screen backlight illumination, backlight time, mode of operation select, after setting completed
Return to main interface.
Power-off operation: after power-off operation, Wind turbines overspeed protection test device enters holding state, presses power on button
Shi Zaici starts shooting.
Embodiment two
The present embodiment provides a kind of thin slice inductance, is mainly used on the detection device of Wind turbines overspeed protection system, as
Shown in Fig. 5 and Fig. 6, a kind of thin slice inductance, including insulated substrate 501, conductive coil 504 and signal wire socket 506, described leads
Electric coil 504 is for being in conplane spiral coil, and the two sides of described insulated substrate 501 is respectively provided with conductive coil 504,
One end of the conductive coil 504 on insulated substrate 501 two sides is connected, and the other end is respectively connecting to signal wire socket 506.
The pulsed magnetic field excitation that the thin slice inductance 510 of the present embodiment produces turns speed probe 1000 model rotor 900 turns
Speed, it is possible to achieve the detection to Wind turbines overspeed protection system, it is to avoid blower fan carries out overspeed protection system under operation
Detection causes the damage to blower transmission components, it is ensured that fan operation safety, simple to operation.
The present embodiment have employed the thin slice inductance 510 of particular design, and the thickness of thin slice inductance 510 is less than speed probe
Spacing between 1000 and rotor 900, it is simple to the installation of thin slice inductance 510, and do not change the peace of existing speed probe 1000
Holding position and mode.
Specifically, the thickness of thin slice inductance 510 is less than 1cm, this mainly due to speed probe 1000 and rotor 900 it
Between spacing the least, typically at about 1cm.
Further, the conductive coil 504 of the present embodiment includes the first conduction being correspondingly arranged at insulated substrate 501 two sides
Coil and the second conductive coil, the rotation direction of the first conductive coil is oppositely oriented with the second conductive coil.So make both sides
The field signal produced in conductive coil is strengthened, it is easier to detected by speed probe 1000.
Further, the spiral center of described first conductive coil and the spiral center of the second loop connect.
Specifically, described insulated substrate 501 being offered through hole 502, corresponding first conductive coil of through hole 502 and second is led
The spiral center of electric coil is arranged, and the spiral center of described first conductive coil or the spiral center of the second loop are through logical
Hole 502 is connected.
Further, the spiral outer end of described first conductive coil extend for connect signal wire socket 506 first
Connecting end 505, the second connection end 507 for connecting signal wire socket 506 is extended in the spiral outer end of the second conductive coil.
Further, described signal wire socket 506 is arranged on insulated substrate 501, and signal wire socket 506 uses USB
Socket.
Further, the thin slice inductance 510 of the present embodiment also includes the adsorption magnet for fixedly mounting thin slice inductance, inhales
Attached Magnet is arranged on insulated substrate 501 at least two diagonal angle.
As an embodiment of the present embodiment, copper-foil conducting electricity is laid on the two sides of described insulated substrate 501, and described leads
Etch a spiral-shaped conductive copper coil on electrolytic copper paper tinsel and form conductive coil 504.
Further, the thin slice inductance 510 of the present embodiment can be formed on a printed circuit board, the substrate of printed circuit board
For insulated substrate 501, copper-foil conducting electricity is laid on the substrate two sides of printed circuit board.Use the mode of etching on a printed circuit board
It is directly prepared into thin slice inductance 510, is simple to manufacture conveniently, it is easy to accomplish.
A kind of detection device of the Wind turbines overspeed protection system of the present embodiment, described Wind turbines overspeed protection system
System includes the speed probe 1000 for detecting Wind turbines rotating speed, including
Control unit 300,
For receiving Wind turbines type information and obtaining corresponding pulse frequency according to Wind turbines type information；
Pulse signal generating unit 400,
It is connected with control unit 300, produces corresponding pulse signal according to the pulse frequency that control unit 300 obtains；
Thin slice inductance 510,
It is connected with pulse signal generating unit 400, the pulse signal produced for return pulse signal generating unit 400
It is converted into corresponding magnetic induction signal；
The spiral center of described thin slice inductance 510 is corresponding to the detection of the speed probe of Wind turbines overspeed protection system
End is arranged.
As shown in Figure 6, described thin slice inductance 510 is arranged on the rotor 900 of Wind turbines, on the rotor of Wind turbines
There is perforate 901；
The detection of described speed probe 1000 is rectified split hole 901 and is arranged, and described thin slice inductance 510 is arranged on perforate
Position and the side near speed probe 1000.
Embodiment three
As it is shown in fig. 7, the detection method of a kind of Wind turbines overspeed protection system of the present embodiment, described Wind turbines
Overspeed protection system includes the speed probe for detecting Wind turbines rotating speed, including:
Under Wind turbines stopped status, when control wave generating unit produces pulse signal simulation Wind turbines rotation
The rotor pumping signal to speed probe；
When the frequency of pulse signal reaches the overdrive rate of Wind turbines, it is judged that whether Wind turbines protection system is moved
Make, the most then Wind turbines overspeed protection system is normal, if it is not, then Wind turbines overspeed protection system fault.
The detection method of the Wind turbines overspeed protection system of the present embodiment produces simulation by pulse signal generating unit
Rotation speed of fan signal, can carry out lossless decomposition when Wind turbines maintenance shut-downs to overspeed protection system, it is to avoid blower fan is transported
Cause the damage to blower transmission components because of overspeed protection system detection during row, improve the safety of Wind turbines detection, really
Protect fan operation safety, simple to operation.
Further, described pulse signal generating unit produces pulse signal and can enter according to the different model of Wind turbines
Row is corresponding to be adjusted so that the frequency of pulse signal generating unit generation pulse signal reaches the hypervelocity of different model Wind turbines
Frequency.The overspeed protection system that so can realize the Wind turbines to different model detects, and versatility is higher, it is simple to promote
Application.
Further, described pulse signal generating unit connects electromagnetic conversion unit；
The pulse signal that electromagnetic conversion unit return pulse signal generating unit produces is converted into corresponding magnetic induction
Signal, described speed probe is by detecting the rotating speed of magnetic induction signal acquisition Wind turbines.
Further, described electromagnetic conversion unit 500 is arranged on the rotor of Wind turbines, on the rotor of Wind turbines
There is perforate；
The detection of described speed probe 1000 is rectified split hole and is arranged, and described electromagnetic conversion unit 500 is arranged on out
Hole location and the side near speed probe 1000.
As an embodiment of the present embodiment, described electromagnetic conversion unit 500 is air core inductor.Specifically, institute
The air core inductor stated is the thin slice inductance 510 using printing circuit board.
Before the detection method carrying out overspeed protection system, first Wind turbines is shut down, it is ensured that aerogenerator unit safe stops
Installing thin slice inductance 510 after machine, thin slice inductance 510 installs rear operating impulse signal generating unit and produces pulse signal, and
Increase rotating speed by increasing pulse signal frequency simulation, when arriving hypervelocity rotating speed, observe overspeed protection system whether action, if super
Speed protection system acting positive closing wind power generating set, illustrates that overspeed protection system is working properly, is completed, take off thin slice
Inductance 510, resets wind turbine generator system controller, and prepares to restart unit；If overspeed protection system is failure to actuate, illustrate that hypervelocity is protected
Protecting system is faulty, need to carry out failture evacuation, again carries out overspeed protection detection after failture evacuation, until overspeed protection system work
Make normal.
As an embodiment of the present embodiment, described pulse signal generating unit is controlled to produce arteries and veins by control unit
Rush signal；
Control unit receives Wind turbines type information and obtains corresponding pulse frequency according to Wind turbines type information,
The pulse frequency that pulse signal generating unit obtains according to control unit produces corresponding pulse signal.
Specifically, described control unit is single-chip microcomputer, and different Wind turbines model and corresponding preserved by single-chip microcomputer
The tables of data of ultrafast pulses frequency；
Described pulse signal generating unit includes electrical switch, and electrical switch connects single-chip microcomputer；
The described Wind turbines type information selected by single-chip microcomputer reception, is counting according to selected Wind turbines model
According to table obtains corresponding ultrafast pulses frequency, control electrical switch output pulse signal by controlling pin, believe with pulse
Number simulation Wind turbines tach signal.
Further, the display unit 800 that described control unit 300 connects respectively and manipulation unit 700,
Described display unit 800 shows the frequency of current PRF signal, carries out arteries and veins by operating described manipulation unit 700
Rush the rotor speed that simulation Wind turbines is increased or decreased of frequency.
As shown in Figure 8, the detection method of a kind of Wind turbines overspeed protection system, including:
Step S1, starts；
Step S2, control unit reads acquiescence Wind turbines model；
Step S3, control unit judges whether to select acquiescence Wind turbines model；
Step S4, the most then carry out step S6, if it is not, then carry out step S5；
Step S5, control unit receives the Wind turbines type information reselected；
Step S6, control unit reads the frequency of respective pulses signal according to the Wind turbines model selected；
Step S7, control unit control wave generating unit produces rotor when pulse signal simulation Wind turbines rotates
Pumping signal to speed probe；
Step S8, it is judged that Wind turbines protection system whether action, the most then Wind turbines overspeed protection system is normal,
If it is not, then Wind turbines overspeed protection system fault.
Further, described control unit is connected with Wind turbines protection system communication, and control unit can receive wind-powered electricity generation
The information of unit overspeed protection system fault is also reported to the police.
The above is only preferred embodiment of the present utility model, not makees this utility model any pro forma
Limit, although this utility model is disclosed above with preferred embodiment, but is not limited to this utility model, any familiar
The technical staff of this patent is in the range of without departing from technical solutions of the utility model, when the technology contents of available above-mentioned prompting is made
Go out a little change or be modified to the Equivalent embodiments of equivalent variations, as long as being the content without departing from technical solutions of the utility model,
Any simple modification, equivalent variations and the modification made above example according to technical spirit of the present utility model, the most still belongs to
In the range of this utility model scheme.
Claims (10)
1. a thin slice inductance, it is characterised in that include insulated substrate (501), conductive coil (504) and signal wire socket
(506), described conductive coil (504) is for being in conplane spiral coil, and the two sides of described insulated substrate (501) is divided
Not arranging conductive coil (504), one end of the conductive coil (504) on insulated substrate (501) two sides is connected, and the other end connects respectively
It is connected to signal wire socket (506).
A kind of thin slice inductance the most according to claim 1, it is characterised in that described conductive coil (504) includes correspondence
It is arranged on the first conductive coil and second conductive coil on insulated substrate (501) two sides, the rotation direction of the first conductive coil and second
Conductive coil oppositely oriented.
A kind of thin slice inductance the most according to claim 2, it is characterised in that the spiral center of described first conductive coil with
The spiral center of the second loop connects.
A kind of thin slice inductance the most according to claim 3, it is characterised in that offer logical on described insulated substrate (501)
Hole (502), the spiral center of corresponding first conductive coil of through hole (502) and the second conductive coil is arranged, described first conductor wire
The spiral center of circle or the spiral center of the second loop are connected through through hole (502).
A kind of thin slice inductance the most according to claim 3, it is characterised in that the spiral outer end of described first conductive coil is prolonged
Stretch out for connect signal wire socket (506) first connection end (505), the spiral outer end of the second conductive coil extend for
Connect the second connection end (507) of signal wire socket (506).
A kind of thin slice inductance the most according to claim 1, it is characterised in that described signal wire socket (506) is arranged on
On insulated substrate (501), signal wire socket (506) uses USB socket.
A kind of thin slice inductance the most according to claim 1, it is characterised in that also include for fixedly mounting thin slice inductance
Adsorption magnet, adsorption magnet is arranged on insulated substrate (501) at least two diagonal angle.
8. according to a kind of thin slice inductance described in claim 1-7 any one, it is characterised in that the two sides of described insulated substrate
Lay copper-foil conducting electricity, described copper-foil conducting electricity etches a spiral-shaped conductive copper coil and forms conductive coil (504).
9. the detection of the Wind turbines overspeed protection system of the thin slice inductance that a kind has as described in claim 1-9 any one
Device, described Wind turbines overspeed protection system includes the hypervelocity sensor (1000) for detecting Wind turbines rotating speed, its
It is characterised by, including
Control unit (300)
For receiving Wind turbines type information and obtaining corresponding pulse frequency according to Wind turbines type information；
Pulse signal generating unit (400)
It is connected with control unit (300), produces corresponding pulse signal according to the pulse frequency that control unit (300) obtains；
Thin slice inductance (510),
It is connected with pulse signal generating unit (400), the pulse signal produced for return pulse signal generating unit (400)
It is converted into corresponding magnetic induction signal；
The spiral center of described thin slice inductance (510) is corresponding to the test side of the hypervelocity sensor of Wind turbines overspeed protection system
Arrange.
The detection device of a kind of Wind turbines overspeed protection system the most according to claim 9, it is characterised in that described
Thin slice inductance (510) be arranged on the rotor of Wind turbines, the rotor of Wind turbines has perforate；
The detection of described hypervelocity sensor (1000) is rectified split hole and is arranged, and described thin slice inductance (510) is arranged on perforate position
Put place and the side near hypervelocity sensor (1000).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620611962.5U CN205714580U (en) | 2016-06-20 | 2016-06-20 | A kind of thin slice inductance and the detection device of Wind turbines overspeed protection system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620611962.5U CN205714580U (en) | 2016-06-20 | 2016-06-20 | A kind of thin slice inductance and the detection device of Wind turbines overspeed protection system |
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| CN106050560A (en) * | 2016-06-20 | 2016-10-26 | 大唐（赤峰）新能源有限公司 | Chip inductor and detecting device for wind turbine generator overspeed protection system |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106050560A (en) * | 2016-06-20 | 2016-10-26 | 大唐（赤峰）新能源有限公司 | Chip inductor and detecting device for wind turbine generator overspeed protection system |
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