CN207819180U - A kind of discharge lightning rod ahead of time based on the driving of atmospheric electric field value - Google Patents
A kind of discharge lightning rod ahead of time based on the driving of atmospheric electric field value Download PDFInfo
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- CN207819180U CN207819180U CN201721875176.7U CN201721875176U CN207819180U CN 207819180 U CN207819180 U CN 207819180U CN 201721875176 U CN201721875176 U CN 201721875176U CN 207819180 U CN207819180 U CN 207819180U
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Abstract
The utility model discloses a kind of discharge lightning rod ahead of time driven based on atmospheric electric field value.The discharge lightning rod ahead of time includes charge-trapping end, discharge tip.Charge-trapping end is using the multiplexing charge-trapping end that can induce two kinds of different charge types.Discharge lightning rod ahead of time is arranged：Atmospheric electric field sensor provides electric field value variation numerical value；Processor determines whether thunder and lightning omen occur according to electric field value variation numerical value and its changing rule, and output controls the pulse of energy discharge when there is thunder and lightning omen；It is multiplexed charge/discharge control circuit, according to the charge type and the quantity of electric charge of the induction of multiplexing charge-trapping end, discharge tip is triggered when the quantity of electric charge reaches threshold values and is connect and dodges the clearance G generation electric discharge that bar tip is formed, or in the case where processor exports impulse action, is repeatedly charged with touching clearance G and generate using extra power and be discharged.The utility model automatically can collect energy by collecting terminal and realize point discharge, moreover it is possible to initiatively promote point discharge by the variation of specific electric field value.
Description
Technical field
The utility model is related to a kind of discharge lightning rod ahead of time more particularly to a kind of shifting to an earlier date based on the driving of atmospheric electric field value
Discharge lightning arrester.
Background technology
In the patent document ZL2011201071059 of the utility model people《Active lightning rod capable of discharging in advance》Middle realization
Discharge circuit is triggered at the energy accumulating of discharge lightning rod ahead of time, energy stores and tip in advance, and the realization of discharging in advance is former
Reason is before being occurred based on thunder and lightning, and atmospheric electric field will produce variation, and energy accumulating device stores the energy that this variation generates, reaches
Point discharge is generated after certain threshold values.Discharge lightning rod ahead of time includes capacitance, Transient Suppression Diode, transwitch, discharging gap.
Discharge lightning rod ahead of time can discharging in advance depend on electric field change when charge-trapping end aggregation the quantity of electric charge, pass through the storage of capacitance
It can act on, Transient Suppression Diode threshold values corresponds to the peak value of the electric field of setting, when reaching the threshold values of Transient Suppression Diode,
Transwitch conducting is triggered, to star t-up discharge gap, electric discharge is generated at the tip of discharging gap, ionizes the air near tip,
Reach the purpose for generating in advance and connecing and dodging channel.
But links realize that neither one is true based on can actively complete to carry out under conditions of collection of energy
Fixed quantizating index goes the triggering electric discharge of driving tip.The atmospheric electric field monitoring data occurred by analyzing thunder and lightning, before thunder and lightning occurs
Atmospheric electric field variation how much not only show numerical quantities, the change procedure of amount more can omen thunder and lightning generation.On the other hand,
The realization of the current triggering of discharge lightning rod ahead of time tip in advance discharge energy relies solely on the electricity of collection of energy, either touches
The number of hair and the effect of electric discharge are all subject to certain restrictions.
Invention content
In view of this, the utility model provides a kind of discharge lightning rod ahead of time driven based on atmospheric electric field value, it can
Energy is automatically collected by collecting terminal and realizes point discharge, and can be changed by specific electric field value, collecting terminal is initiatively promoted
Collect energy.
The utility model is realized using following technical scheme：A kind of discharge lightning rod ahead of time comprising charge-trapping end and
Discharge tip；Charge-trapping end is using the multiplexing charge-trapping end that can induce two kinds of different charge types；The discharging in advance
Lightning rod is provided with：
Atmospheric electric field sensor changes for induction field, provides Electric Field Numerical variation；
Processor MCU, electric field change rule determines whether when for changing numerical value and thunder and lightning omen according to the electric field value
There is thunder and lightning omen, and the pulse that output control discharge tip is discharged when there is thunder and lightning omen；
It is multiplexed charge/discharge control circuit, according to the charge type and the quantity of electric charge of the induction of multiplexing charge-trapping end, the quantity of electric charge reaches
Discharge tip is triggered when threshold values and is connect and dodges the clearance G generation electric discharge that bar tip is formed, or in the case where processor exports Pulse Width Control, profit
The triggering discharge tip that repeatedly charged with extra power and the clearance G for connecing the formation of sudden strain of a muscle bar tip generate electric discharge.
As being further improved for said program, the processor MCU is composed according to the numeric renderings of different time sections electric field
Line, the spectral line characterization electric field value variation numerical value and its changing rule.
Further, the processor MCU determines whether thunder and lightning omen occur according to the degree of fitting of the spectral line.
As being further improved for said program, the extra power is a solar cell of energy stores.
Further, the solar cell uses super capacitor.
As being further improved for said program, the atmospheric electric field sensor is using MEMS electric-field sensors or using mill
Field class sensor.
As being further improved for said program, the multiplexing charge/discharge control circuit includes the atmospheric electric field sensor mould
Charging circuit, the positive charge corresponding with positive charge to charge to the multiplexing charge-trapping end when quasi- atmospheric electric field variation
Control of discharge sub-circuit, negative electrical charge control of discharge sub-circuit corresponding with negative electrical charge.
Further, the multiplexing charge/discharge control circuit includes：
Resistance R5, one end are controlled by the processor MCU to receive the pulse；
Optoelectronic switch OP3, the anode of light emitting diode are electrically connected the other end of resistance R5, the moon of light emitting diode
Pole is electrically connected the cathode of the extra power, and is also connect described in electric connection and dodge bar and form node d；
Resistance R6, one end are electrically connected a main electrode of optoelectronic switch OP3, and the other end is electrically connected the outside
The anode of the energy；
Diode D8, anode are electrically connected another main electrode of optoelectronic switch OP3；
Touch switch pipe J3, touch-control end are electrically connected the cathode of diode D8, described in one main electrode is electrically connected
The anode of extra power C3；
Diode D7, anode are electrically connected another main electrode of touch switch pipe J3, and cathode is electrically connected charge
Collecting terminal forms node a；
Booster T, primary side discharged in series tip connect and dodge bar, node d；
Diode D3, anode are electrically connected node d, and cathode is electrically connected one end of the primary side of booster；
Touch switch pipe J1, is connected in parallel on diode D3；
Diode D1, cathode are electrically connected the touch-control end of touch switch pipe J1；
Resistance R1, one end are electrically connected the anode of diode D1；
Optoelectronic switch OP1, one main electrode are electrically connected the other end of resistance R1, another main electrode is electrically connected
The cathode of its light emitting diode；
Capacitance C1, one end are electrically connected node a, and the other end is electrically connected the light emitting diode of optoelectronic switch OP1
Anode simultaneously forms node b；
Diode D4, cathode are electrically connected the other end of the primary side of booster；
Touch switch pipe J2, is connected in parallel on diode D4；
Diode D2, cathode are electrically connected the touch-control end of touch switch pipe J2；
Resistance R2, one end are electrically connected the anode of diode D2；
Optoelectronic switch OP2, one main electrode are electrically connected the other end of resistance R2, another main electrode is electrically connected
The cathode of node d, light emitting diode are electrically connected node b, and the anode of light emitting diode is electrically connected the sun of diode D4
Pole simultaneously forms node c；
Resistance R3 is connected between node b and node c；
Resistance R4 is connected between node a and node c；
Capacitance C2 is connected between node c and node d；
Diode D5, anode are electrically connected node c；
Voltage-stabiliser tube DZ1, anode are electrically connected the cathode of diode D5；
Voltage-stabiliser tube DZ2, cathode are electrically connected the cathode of voltage-stabiliser tube DZ1；
Diode D6, cathode are electrically connected the anode of voltage-stabiliser tube DZ2, and anode is electrically connected node d；
Wherein, optoelectronic switch OP1, touch switch pipe J1, diode D4, the primary composition of booster T are opposite with positive charge
The positive charge control of discharge sub-circuit answered, optoelectronic switch OP2, touch switch pipe J2, diode D3, the primary of booster T form
Negative electrical charge control of discharge sub-circuit corresponding with negative electrical charge.
The utility model also provides the charging method of above-mentioned discharge lightning rod ahead of time, and the charging method includes following step
Suddenly：
Charge-trapping end induces charge, and charge is assembled by resistance R4 to capacitance C2 so that the both ends capacitance C2 generate electricity
Potential difference；
Potential difference with capacitance C2 becomes larger, due to voltage-stabiliser tube DZ1 voltage-stabiliser tube DZ2 diode D5 diode D6 it is double
To pressure stabilization function, the potential difference of capacitance C2 eventually maintains a definite value；
When atmospheric electric field value is constantly soaring, charge is caused to be assembled to capacitance C1, b points, c points is made to generate potential difference；
When charge-trapping end induces positive charge, optoelectronic switch OP1 conductings, triggering touch switch pipe J1 conductings form c
The circuit of point diode-D4- boosters T primary-touch switch pipe J1-d points, makes the energy of capacitance C2 pass through booster T and couples,
Clearance G generates electric discharge；
When charge-trapping end induces negative electrical charge, optoelectronic switch OP2 conductings, triggering touch switch pipe J2 conductings form d
The circuit of point-diode D3- boosters T primary-touch switch pipe J2-c points, makes the energy of capacitance C2 pass through booster T and couples,
Clearance G generates electric discharge.
The utility model also provides the charging method of above-mentioned discharge lightning rod ahead of time, and the charging method includes following step
Suddenly：
(1) variation of the atmospheric electric field sensor induction field；
(2) processor MCU records the past time hop counts evidence；
(3) according to the numeric renderings spectral line of different time sections electric field, the spectral line characterization electric field value variation numerical value and its change
Law；
(4) degree of fitting according to the spectral line determines whether thunder and lightning omen occur；
(5) it when thunder and lightning omen occurs in judgement, under MCU controls, by resistance R5, optoelectronic switch OP3, diode D8, touches
Switching tube J3 is controlled, using the energy storage of the extra power C3, the inductive effects to charge-trapping end is simulated, charges to capacitance C2,
The final point discharge for realizing clearance G；
The action for repeating the 5th step, realizes the point discharge of multiple clearance G.
The utility model introduces atmospheric electric field monitoring data, in conjunction with solar powered, passes through real time data mutation analysis, energy
More accurately judge that omen occurs for thunder and lightning, when thunder and lightning omen occurs in judgement, trigger accurately and steadily point discharge in multiple times,
Air ionization phenomenon preferably is generated in lightning-arrest needle tip, generates discharging in advance effect.Make in advance that discharge lightning rod ahead of time can
Energy is automatically collected by collecting terminal and realizes point discharge, and can be changed by specific electric field value, initiatively collecting terminal is made to receive
Collect energy.
Description of the drawings
Fig. 1 is the schematic diagram of the utility model discharge lightning rod ahead of time.
Fig. 2 is a kind of circuit diagram of embodiment of Fig. 1.
Specific implementation mode
In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation
Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only explaining this
Utility model is not used to limit the utility model.
Referring to Fig. 1, the discharge lightning rod ahead of time of the utility model includes charge-trapping end 1 and discharge tip 2.Charge is received
Collection end 1 is using the multiplexing charge-trapping end that can induce two kinds of different charge types.The discharge lightning rod ahead of time is provided with greatly
Pneumoelectric field sensor, processor MCU, multiplexing charge/discharge control circuit.
MEMS electric fields biography can be used for providing electric field value variation numerical value, atmospheric electric field sensor in atmospheric electric field sensor S1
Sensor uses mill field class sensor.
Processor MCU is used to change numerical value according to the electric field value and its changing rule determines whether thunder and lightning omen occur,
And the pulse that output control collection of energy is discharged when there is thunder and lightning omen.Processor MCU can realize the data point of atmospheric electric field
Analysis, storage, there is stronger computing capability.It is multiplexed charge/discharge control circuit to be used under the control of the pulse, according to the multiplexing
The charge type of charge-trapping end induction selects corresponding with corresponding charge type inside the multiplexing charge/discharge control circuit put
Electric control sub-circuit, and repeatedly trigger discharge tip 2 using extra power and connect the clearance G generation electric discharge of 3 formation of sudden strain of a muscle bar tip.
When atmospheric electric field sensor simulated atmosphere electric field change, processor MCU can charge to charge-trapping end 1,
Triggering control not only relies on electric field value size (KV/M), electric field change rate (V/MS)；Calculate FFT spectral lines and preset song simultaneously
Line degree of fitting judges.Further according to the Lightning data in location, atmospheric electric field before being occurred by algorithm simulation thunder and lightning
Variation, more suits all kinds of of location and connects lightning field change curve.
Extra power is capacitance C in Fig. 1, can be that can set up one of energy stores too using solar energy charging battery
Positive energy battery.Incorporated by reference to Fig. 2, super capacitor C3 is used in the present embodiment, other batteries, touch switch pipe JET can also be used
The charging pulse driving changed by simulated atmosphere electric field value.
The utility model can induce the multiplexing charge-trapping end (collection of energy end) of two kinds of different charge types, and be arranged
It is multiplexed charge/discharge control circuit, multiplexing charge/discharge control circuit has control of discharge sub-circuit corresponding with corresponding charge type, such as
Positive charge control of discharge sub-circuit corresponding with positive charge, negative electrical charge control of discharge sub-circuit corresponding with negative electrical charge.Cause
This, to the multiplexing charge when multiplexing charge/discharge control circuit includes the atmospheric electric field sensor simulated atmosphere electric field change
Charging circuit that collecting terminal charges, with the corresponding positive charge control of discharge sub-circuit of positive charge, corresponding with negative electrical charge
Negative electrical charge control of discharge sub-circuit.
Incorporated by reference to Fig. 2, the multiplexing charge/discharge control circuit includes：
Resistance R5, one end are controlled by the processor MCU to receive the pulse；
Optoelectronic switch OP3, the anode of light emitting diode are electrically connected the other end of resistance R5, the moon of light emitting diode
Pole is electrically connected the cathode of the extra power, and is also connect described in electric connection and dodge bar and form node d；
Resistance R6, one end are electrically connected a main electrode of optoelectronic switch OP3, and the other end is electrically connected the outside
The anode of the energy；
Diode D8, anode are electrically connected another main electrode of optoelectronic switch OP3；
Touch switch pipe J3, touch-control end are electrically connected the cathode of diode D8, described in one main electrode is electrically connected
The anode of extra power C3；
Diode D7, anode are electrically connected another main electrode of touch switch pipe J3, and cathode is electrically connected charge
Collecting terminal 1 forms node a；
Booster T, primary side discharged in series tip 2 connect and dodge bar, node d；
Diode D3, anode are electrically connected node d, and cathode is electrically connected one end of the primary side of booster；
Touch switch pipe J1, is connected in parallel on diode D3；
Diode D1, cathode are electrically connected the touch-control end of touch switch pipe J1；
Resistance R1, one end are electrically connected the anode of diode D1；
Optoelectronic switch OP1, one main electrode are electrically connected the other end of resistance R1, another main electrode is electrically connected
The cathode of its light emitting diode；
Capacitance C1, one end are electrically connected node a, and the other end is electrically connected the light emitting diode of optoelectronic switch OP1
Anode simultaneously forms node b；
Diode D4, cathode are electrically connected the other end of the primary side of booster；
Touch switch pipe J2, is connected in parallel on diode D4；
Diode D2, cathode are electrically connected the touch-control end of touch switch pipe J2；
Resistance R2, one end are electrically connected the anode of diode D2；
Optoelectronic switch OP2, one main electrode are electrically connected the other end of resistance R2, another main electrode is electrically connected
The cathode of node d, light emitting diode are electrically connected node b, and the anode of light emitting diode is electrically connected the sun of diode D4
Pole simultaneously forms node c；
Resistance R3 is connected between node b and node c；
Resistance R4 is connected between node a and node c；
Capacitance C2 is connected between node c and node d；
Diode D5, anode are electrically connected node c；
Voltage-stabiliser tube DZ1, anode are electrically connected the cathode of diode D5；
Voltage-stabiliser tube DZ2, cathode are electrically connected the cathode of voltage-stabiliser tube DZ1；
Diode D6, cathode are electrically connected the anode of voltage-stabiliser tube DZ2, and anode is electrically connected node d.
Wherein, optoelectronic switch OP1, touch switch pipe J1, diode D4, the primary composition of booster T are opposite with positive charge
The positive charge control of discharge sub-circuit answered, optoelectronic switch OP2, touch switch pipe J2, diode D3, the primary of booster T form
Negative electrical charge control of discharge sub-circuit corresponding with negative electrical charge.
In Fig. 2, J1=J2=J3=switching tubes BTA06；
DZ1=DZ2=voltage-stabiliser tubes DZ170V；T can be made to have best discharge effect according to the difference selection of T；
OP1=OP2=OP3=optoelectronic switches, MOC3020；
D1=D2=D3=D4=D5=D6=D7=D8=diodes, reversed pressure resistance 600V or more；
C1=capacitances 103J/630V；
C2=collection of energy capacitances 105J/630V；
C3=superbattery capacitances；
T=boosters 1:200；
G=discharge tips and the gap for connecing the formation of sudden strain of a muscle bar tip；
S1=atmospheric electric field sensors, scheme use MEMS electric-field sensors, with can also using mill field class traditional biography
Sensor；
MCU=microcontrollers determine whether thunder and lightning omen occur according to electric field value variation numerical value and its changing rule, and export
The pulse of control control collection of energy electric discharge.Realize connect dodge bar connect sudden strain of a muscle record and its this connect dodge the past time hop counts according to note
Record.
The discharge lightning rod ahead of time of the utility model, the method for the autonomous collection of energy electric discharge of discharging in advance process-is：
1) omen occurred in thunder and lightning, under electric field action, charge-trapping end metallic conductor surface induction goes out charge, charge
Assembled to C2 by R4, since the one end storage capacitor C2 is directly accessed the earth so that the both ends capacitance C2 generate potential difference, that is, generate
Energy storage acts on.
As C2 potential differences become larger, due to DZ1 DZ2 D5 D6 bi-directional voltage stabilizing effect, potential difference can maintain one it is fixed
Value, to protect C2.
When locality sudden strain of a muscle thunder and lightning closes on, atmospheric electric field value is constantly soaring (pressure difference increases between thundercloud and ground), and c points current potential is not
Become, charge is caused to be assembled to C1, b points, c points is made to generate potential difference.
When charge-trapping end induces positive charge, OP1 conductings, triggering J1 conductings form c point-D4-T primary-J1-d points
Circuit, so that the energy of C2 is coupled by T, in discharge tip and connect and dodge the clearance G that bar tip is formed and generate electric discharge.
When charge-trapping end induces negative electrical charge, OP2 conductings, triggering J2 conductings form d point-D3-T primary-J2-c points
Circuit, so that the energy of C2 is coupled by T, in discharge tip and connect and dodge the clearance G that bar tip is formed and generate electric discharge.
The charging method of the discharge lightning rod ahead of time of the utility model, discharging in advance process-control collection of energy is：
1) variation of S1 induction fields
MCU records the past time hop counts evidence, this example uses period the past for 60MIN, 30MIN, 20MIN, 10MIN,
5MIN.
Spectral line is drawn according to different time sections electric field numerical analysis.
Determine whether thunder and lightning omen occur according to degree of fitting
When thunder and lightning omen occurs in judgement, under MCU controls, by R5, OP3, D8, J3, the storage of solar cell C3 is utilized
Can, the inductive effects to charge-trapping end are simulated, are charged to C2, the final point discharge for realizing G.
Action 5) is repeated, realizes the point discharge of multiple G.
The utility model has the advantages that：
1) it utilizes Electric Field Numerical Calculation to analyze, can more accurately judge whether that thunder and lightning omen occurs.
2) extra power is utilized, can repeatedly trigger to connect and dodge bar point discharge, be connect by multiple discharge ionization and dodge bar tip sky
Gas ensures and realizes that discharging in advance needle connects sudden strain of a muscle in advance
3) by connecing the electric field the past data record dodged bar and connect sudden strain of a muscle, data when thunder and lightning omen is accumulated, number is further utilized
Whether will occur according to for judgement thunder and lightning.
4) circuit for improving collection of energy end makes each collecting terminal not only adapt to positive charge collection, but also adapts to negative electrical charge receipts
Collection.
The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this
All any modification, equivalent and improvement etc., should be included in the utility model made by within the spirit and principle of utility model
Protection domain within.
Claims (8)
1. a kind of discharge lightning rod ahead of time based on the driving of atmospheric electric field value comprising charge-trapping end (1) and discharge tip
(2)；It is characterized in that, charge-trapping end (1) is using the multiplexing charge-trapping end that can induce two kinds of different charge types；It is described
Discharge lightning rod ahead of time is provided with：
Atmospheric electric field sensor changes for induction field, provides Electric Field Numerical variation；
Processor MCU, electric field change rule determines whether occur when for changing numerical value and thunder and lightning omen according to the electric field value
Thunder and lightning omen, and the pulse that output control discharge tip is discharged when there is thunder and lightning omen；
It is multiplexed charge/discharge control circuit, according to the charge type and the quantity of electric charge of the induction of multiplexing charge-trapping end, the quantity of electric charge reaches threshold values
When triggering discharge tip (2) and connect dodge bar tip (3) formed clearance G generate electric discharge, or processor output Pulse Width Control under,
The triggering discharge tip (2) that repeatedly charged using extra power and the clearance G for connecing sudden strain of a muscle bar tip (3) formation generate electric discharge.
2. the discharge lightning rod ahead of time as described in claim 1 based on the driving of atmospheric electric field value, it is characterised in that：The processing
Numeric renderings spectral lines of the device MCU according to different time sections electric field, the spectral line characterization electric field value variation numerical value and its changing rule.
3. the discharge lightning rod ahead of time as claimed in claim 2 based on the driving of atmospheric electric field value, it is characterised in that：The processing
Device MCU determines whether thunder and lightning omen occur according to the degree of fitting of the spectral line.
4. the discharge lightning rod ahead of time as described in claim 1 based on the driving of atmospheric electric field value, it is characterised in that：The outside
The energy is a solar cell of energy stores.
5. the discharge lightning rod ahead of time as claimed in claim 4 based on the driving of atmospheric electric field value, it is characterised in that：The sun
Energy battery uses super capacitor.
6. the discharge lightning rod ahead of time as described in claim 1 based on the driving of atmospheric electric field value, it is characterised in that：The air
Electric-field sensor is using MEMS electric-field sensors or using mill field class sensor.
7. the discharge lightning rod ahead of time as described in claim 1 based on the driving of atmospheric electric field value, it is characterised in that：The multiplexing
The multiplexing charge-trapping end is carried out when charge/discharge control circuit includes the atmospheric electric field sensor simulated atmosphere electric field change
The charging circuit of charging, positive charge control of discharge sub-circuit corresponding with positive charge, negative electrical charge corresponding with negative electrical charge are put
Electric control sub-circuit.
8. the discharge lightning rod ahead of time as claimed in claim 7 based on the driving of atmospheric electric field value, it is characterised in that：The multiplexing
Charge/discharge control circuit includes：
Resistance R5, one end are controlled by the processor MCU to receive the pulse；
Optoelectronic switch OP3, the anode of light emitting diode are electrically connected the other end of resistance R5, the cathode electricity of light emitting diode
Property connect the cathode of the extra power, and connect described in being also electrically connected and dodge bar and form node d；
Resistance R6, one end are electrically connected a main electrode of optoelectronic switch OP3, and the other end is electrically connected the extra power
Anode；
Diode D8, anode are electrically connected another main electrode of optoelectronic switch OP3；
Touch switch pipe J3, touch-control end are electrically connected the cathode of diode D8, one main electrode is electrically connected the outside
The anode of energy C3；
Diode D7, anode are electrically connected another main electrode of touch switch pipe J3, and cathode is electrically connected charge-trapping
(1) is held to form node a；
Booster T, primary side discharged in series tip (2) connect and dodge bar, node d；
Diode D3, anode are electrically connected node d, and cathode is electrically connected one end of the primary side of booster；
Touch switch pipe J1, is connected in parallel on diode D3；
Diode D1, cathode are electrically connected the touch-control end of touch switch pipe J1；
Resistance R1, one end are electrically connected the anode of diode D1；
Optoelectronic switch OP1, one main electrode are electrically connected the other end of resistance R1, another main electrode is electrically connected its hair
The cathode of optical diode；
Capacitance C1, one end are electrically connected node a, and the other end is electrically connected the anode of the light emitting diode of optoelectronic switch OP1
And form node b；
Diode D4, cathode are electrically connected the other end of the primary side of booster；
Touch switch pipe J2, is connected in parallel on diode D4；
Diode D2, cathode are electrically connected the touch-control end of touch switch pipe J2；
Resistance R2, one end are electrically connected the anode of diode D2；
Optoelectronic switch OP2, one main electrode are electrically connected the other end of resistance R2, another main electrode is electrically connected node
The cathode of d, light emitting diode are electrically connected node b, and the anode of light emitting diode is electrically connected the anode of diode D4 simultaneously
Form node c；
Resistance R3 is connected between node b and node c；
Resistance R4 is connected between node a and node c；
Capacitance C2 is connected between node c and node d；
Diode D5, anode are electrically connected node c；
Voltage-stabiliser tube DZ1, anode are electrically connected the cathode of diode D5；
Voltage-stabiliser tube DZ2, cathode are electrically connected the cathode of voltage-stabiliser tube DZ1；
Diode D6, cathode are electrically connected the anode of voltage-stabiliser tube DZ2, and anode is electrically connected node d；
Wherein, optoelectronic switch OP1, touch switch pipe J1, diode D4, the primary composition of booster T are corresponding with positive charge
Positive charge control of discharge sub-circuit, optoelectronic switch OP2, touch switch pipe J2, diode D3, the primary of booster T form and bear
The corresponding negative electrical charge control of discharge sub-circuit of charge.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721875176.7U CN207819180U (en) | 2017-12-28 | 2017-12-28 | A kind of discharge lightning rod ahead of time based on the driving of atmospheric electric field value |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721875176.7U CN207819180U (en) | 2017-12-28 | 2017-12-28 | A kind of discharge lightning rod ahead of time based on the driving of atmospheric electric field value |
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| CN207819180U true CN207819180U (en) | 2018-09-04 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108039649A (en) * | 2017-12-28 | 2018-05-15 | 广东立信防雷科技有限公司 | A kind of discharge lightning rod ahead of time and its charging method based on the driving of atmospheric electric field value |
| CN112117745A (en) * | 2019-06-20 | 2020-12-22 | 王嬿蕾 | Dynamic insulation matching method and device for eliminating power frequency insulation strength loss |
-
2017
- 2017-12-28 CN CN201721875176.7U patent/CN207819180U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108039649A (en) * | 2017-12-28 | 2018-05-15 | 广东立信防雷科技有限公司 | A kind of discharge lightning rod ahead of time and its charging method based on the driving of atmospheric electric field value |
| CN112117745A (en) * | 2019-06-20 | 2020-12-22 | 王嬿蕾 | Dynamic insulation matching method and device for eliminating power frequency insulation strength loss |
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