CN206872421U

CN206872421U - The equipment that high pressure harmonics hydrolysis prepares hydrogen-oxygen

Info

Publication number: CN206872421U
Application number: CN201621319104.XU
Authority: CN
Inventors: 钟杰豪
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-12-05
Filing date: 2016-12-05
Publication date: 2018-01-12
Anticipated expiration: 2026-12-05

Abstract

The utility model discloses the equipment that high pressure harmonics hydrolysis prepares hydrogen-oxygen, and it includes power control circuit, the frequency control circuit being electrically connected with power control circuit, is electrically connected with power control circuit and the resonant cavity module being electrically connected with frequency control circuit and the gas collection module being connected with resonant cavity module.The advantages of the utility model has easy to use, produces efficiency high, and cost is low and the loss of energy is greatly reduced.

Description

The equipment that high pressure harmonics hydrolysis prepares hydrogen-oxygen

Technical field

The present invention relates to the equipment that high pressure harmonics hydrolysis prepares hydrogen-oxygen.

Background technology

The hydrogen preparation method of industrial main flow is at present：Hydroelectric machine is obtained hydrogen and oxygen by electrolysis.Chlorine industry Also by-product hydrogen when electrolytic salt solution produces chlorine, caustic soda.But this mode to produce efficiency low, can be big energy It is wasted in heating.

The content of the invention

The technical problems to be solved by the invention are overcome the deficiencies in the prior art, there is provided prepared by a kind of high pressure harmonics hydrolysis The advantages of equipment of hydrogen-oxygen, has easy to use, produces efficiency high, and cost is low and the loss of energy is greatly reduced.

The technical solution adopted in the present invention is：

The equipment that high pressure harmonics hydrolysis prepares hydrogen-oxygen, it includes power control circuit, is electrically connected with power control circuit Frequency control circuit, with power control circuit be electrically connected with and with frequency control circuit be electrically connected with resonant cavity module and with The gas collection module of resonant cavity module connection.

The power control circuit includes alternating current input interface one, the copped wave being electrically connected with alternating current input interface one Circuit and the alternating current output interface one being electrically connected with chopper circuit.

The alternating current input interface one is provided with three pins, respectively the first pin of alternating current input interface one, friendship Flow the second pin of electric input interface one and the 3rd pin of alternating current input interface one；The alternating current output interface one is provided with First pin of alternating current output interface one and the second pin of alternating current output interface one；The chopper circuit include one end with Electric capacity one that 3rd pin of alternating current input interface one is electrically connected with, potentiometer one, electric capacity two, inductor one and two-way controllable Silicon；The electric capacity one is provided with the positive pole of electric capacity one and the negative pole of electric capacity one, and the input that the potentiometer one is provided with potentiometer one is drawn The middle pin of pin, the grounding pin of potentiometer one and potentiometer one, the inductance one are provided with the positive pole and inductance one of inductance one Negative pole, the electric capacity two is provided with the positive pole of electric capacity two and the negative pole of electric capacity two, and the bidirectional triode thyristor is provided with bidirectional triode thyristor Control pole, the negative electrode of bidirectional triode thyristor and the anode of bidirectional triode thyristor；First pin of the alternating current input interface one with The second pin connection of alternating current output interface one, the second pin of the alternating current input interface one connects a wire, described 3rd pin of alternating current input interface one connects the positive pole of electric capacity one and the positive pole of inductance one, the negative pole of the electric capacity one simultaneously It is connected to the input pin of potentiometer one and the first pin of alternating current output interface one, the grounding lead of the potentiometer one simultaneously Pin is connected to the negative pole of electric capacity two and the control pole of bidirectional triode thyristor, anode and the alternating current output interface of bidirectional triode thyristor simultaneously One the first pin connection, the negative electrode of bidirectional triode thyristor connect the negative pole of inductance one and the positive pole of electric capacity two simultaneously.

The electric capacity one is 250V electric capacity one, and the electric capacity one is the electric capacity one of 473K farads；The potentiometer one For the potentiometer one of 250K ohms；The electric capacity two is 250V electric capacity two, and the electric capacity two is the electric capacity two of 683K farads； The inductance one is 22uH inductance one.

What power circuit of the frequency control circuit including FREQUENCY CONTROL and the power circuit of FREQUENCY CONTROL were electrically connected with Signal generating circuit and the power circuit electric connection with FREQUENCY CONTROL and the phase inverter being electrically connected with signal generating circuit.

The power circuit of the FREQUENCY CONTROL includes power input interface one, rectifier bridge two, electric capacity three, electric capacity four, electric capacity 5th, electric capacity six, electric capacity seven, linear voltage regulator and ground wire；The power input interface one is provided with the first of power input interface one The second pin of pin and power input interface one, the rectifier bridge two be provided with power input pin one, power input pin two, Direct current output negative pin and direct current output positive pole pin, the electric capacity three are provided with the positive pole of electric capacity three and the negative pole of electric capacity three, The electric capacity four is provided with the positive pole of electric capacity four and the negative pole of electric capacity four, positive pole and electric capacity five of the electric capacity five provided with electric capacity five Negative pole, the electric capacity six are provided with the positive pole of electric capacity six and the negative pole of electric capacity six, and the electric capacity seven is provided with its positive pole and electricity of electric capacity Hold seven negative pole, linear voltage regulator is 7805 linear voltage regulators, and 7805 linear voltage regulator is provided with voltage-stablizer pin one, voltage stabilizing Device pin two and voltage-stablizer pin three；The second pin of the power input interface one and the power input pin two of rectifier bridge two Connection, the first pin of power input interface one are connected with the power input pin one of rectifier bridge two, power input interface one Direct current input negative pin is connected with ground wire, and the direct current output positive pole pin of power input interface one is being all connected to electric capacity three just Pole, the positive pole of electric capacity four, the voltage-stablizer pin one of the positive pole of electric capacity five and linear voltage regulator, the voltage-stablizer pin two of voltage-stablizer are equal It is connected to the negative pole of the negative pole of electric capacity three, the negative pole of electric capacity four, the negative pole of electric capacity five, the negative pole of electric capacity six and electric capacity seven, voltage stabilizing The voltage-stablizer pin three of device is all connected to the positive pole of electric capacity six and the positive pole of electric capacity seven, the direct current output positive pole of the rectifier bridge two LED is connected between pin and ground wire, the first electricity is connected between LED and the direct current output positive pole pin of rectifier bridge two Resistance；Signal generating circuit includes 555 timer chips, second resistance, 3rd resistor, the 4th resistance, potentiometer two and electric capacity eight, 555 timer chips are provided with timer pin one, timer pin two, timer pin three, timer pin four, timer and drawn Pin five, timer pin six, timer pin seven and timer pin eight, timer pin one are connected to ground wire, and timer draws Pin two is all connected to the positive pole of timer pin seven, the negative pole of the 4th resistance and the 8th electric capacity, the negative pole and ground wire of the 8th electric capacity Connection, timer pin four are connected to the direct current output positive pole pin of timer pin five and ballast bridge two, timer pin five The positive pole of second resistance is connected to, the negative pole of second resistance is connected to the input pin of locator two, the grounding lead of potentiometer two Pin is connected to the negative pole of 3rd resistor, and the negative pole of 3rd resistor is all connected to the positive pole of the resistance of timer pin six and the 4th；Instead Phase device is 74HC04N phase inverters, 74HC04N phase inverters be provided with the first access pin, the first output pin, the second access pin, Second output pin, the 3rd access pin, the 3rd output pin, the 4th access pin, the 4th output pin, the 5th access are drawn Pin, the 5th output pin, the 6th access pin, the 6th output pin, grounding pin and positive pole pin, the 74HC04N are anti-phase The positive pole pin of device is connected to timer pin five, and the grounding pin of the 74HC04N phase inverters is connected to ground wire.

The frequency control circuit also includes first interface, the first interface be provided with first interface the first pin, Second pin, the 3rd pin of first interface and the 4th pin of first interface of first interface, ground wire are all connected to first and connect The first pin, second pin, the 3rd pin of first interface and the 4th pin of first interface of first interface of mouth.

The first access pin, the second access pin, the 3rd access pin, the 4th access pin, the 5th access pin The timer pin three of 555 timer chips is all connected to the 6th access pin；The electric capacity three is the electric capacity of 1000u farads Three, the electric capacity four is the electric capacity four of 1000u farads, and the electric capacity five is the electric capacity five of 1000u farads, and the electric capacity six is The electric capacity six of 330u farads, the electric capacity seven are 104 farads of electric capacity seven, and the first resistor is the first resistor of 1k ohms, The second resistance is the second resistance of 5k ohms, and the 3rd resistor is the 3rd resistor of 5k ohms, and the 4th resistance is 4th resistance of 5k ohms, the electric capacity eight are 103 farads of electric capacity eight, and the potentiometer two is the potentiometer of 100k ohms Two.

The resonant cavity module includes second interface, rectifier bridge one, the 3rd interface, the 5th resistance, optical coupling isolator, the 6th Resistance, electric capacity nine, IGCT, diode one, diode two and capacitor and inductor resonant cavity；The second interface is provided with second interface Pin one and second interface pin two, rectifier bridge one is provided with the power input pin one of rectifier bridge one, the electricity of rectifier bridge one The direct current output positive pole pin of source input pin two, the direct current output negative pin of rectifier bridge one and rectifier bridge one, the 5th resistance The negative pole of positive pole and the 5th resistance provided with the 5th resistance, optical coupling isolator is provided with the pin one of optical coupling isolator, coupling device draws Pin two, the pin three of coupling device, the pin four of coupling device, the pin six of the pin five of coupling device and coupling device, electric capacity nine are provided with electric capacity nine The negative pole of positive pole and electric capacity nine, the 6th resistance are provided with the positive pole of the 6th resistance and the negative pole of the 6th resistance, and IGCT is provided with brilliant lock The control pole of the anode of pipe, the negative electrode of IGCT and IGCT, diode one are provided with positive pole one and negative pole one, and diode two is provided with Positive pole two and negative pole two, capacitor and inductor resonant cavity are provided with the pin one of resonant cavity, the pin two of resonant cavity, the pin of resonant cavity 3rd, the pin five of the pin four of resonant cavity and resonant cavity；The power supply water pin two of the pin one of second interface and rectifier bridge one connects Connect, the pin two of second interface is connected with the power input pin one of ballast bridge one, the direct current output negative pin of rectifier bridge one Ground connection, the direct current output positive pole pin of rectifier bridge one are connected to pin three, negative pole, the IGCT of the 6th resistance of resonant cavity simultaneously Anode and diode one negative pole one, the 3rd interface be provided with the 3rd interface the interface of pin one and the 3rd pin two, the 3rd The pin one of interface connects the 6th output pin, and the pin two of the 3rd interface is connected to the positive pole of the 5th resistance, the 5th resistance Negative pole is connected to the pin one of optical coupling isolator, and the pin two of optical coupling isolator connects ground wire, and optical coupling isolator is MOC3081 light Coupling isolator, the pin four of optical coupling isolator are connected to the control pole of IGCT and the negative pole of electric capacity nine, and optical coupling isolator draws Pin five is all connected to the positive pole of electric capacity nine and the positive pole of the 6th resistance, and the negative pole of IGCT is all connected to the positive pole one of diode one With the positive pole two of erbium laser two, the negative pole two of diode two is electrically connected at the pin four of resonant cavity, and the pin five of resonant cavity connects Ground wire is connected to, the pin two of resonant cavity is connected to ground wire, and the pin one of resonant cavity is connected to the positive pole pin of phase inverter.

5th resistance is 220 ohm of the 5th resistance, and the 6th resistance is 100 ohm of the 6th resistance, described Electric capacity nine is the electric capacity of 10u farads.

The traditional preparation method of hydrogen is produced by electrolysis at present, is the transfer by electronics on this Method And Principle Realize, the transfer process of electronics inevitably results in a large amount of heat production, causes a large amount of wastes of energy, lose more than gain.And this preparation side Formula is with making its fracture, then random combine by way of whose molecule covalent key resonance.The loss of energy is avoided from principle.

On power control circuit, the part is the control circuit after power input, and its principle is conventional voltage frequency After the power circuit of power circuit 110V ~ 380V of control sinusoidal waveform FREQUENCY CONTROL is by general chopper circuit, programming One imperfect sine wave, realize 88V ~ 93V equivalent voltage output.On frequency control circuit, the partial circuit passes through electricity After the input of source, make output drop into 12V sine wave AC voltage by a transformer.Again by current rectifying and wave filtering circuit and surely Volt circuit voltage stabilizing then is connected to control signal generation module, the supply voltage of standard is provided for it into the 5V dc sources of standard.Close In resonant cavity module, the module is that device general principle is electric capacity, inductance concussion model.In order to reach and hydrone covalent bond Frequency is, it is necessary to consider how that adjusting capacitor plate facing area and pole spacing between plates maximizes its efficiency, and shake line The turn ratio of the primary and secondary coil of circle.Resonant cavity module can be multilayer parallel plate, or resonant cavity module can be multilayer square plate, Resonant cavity module can be multi-layer circular plate, to reach higher tolerance output.On gas collection module, gas collection module is then More conventional collector, more flexibly, not too many special technical requirements.

Relation between power control circuit and frequency control circuit：Power control circuit is to frequency control circuit and altogether The chamber module that shakes provides energy supply, and major function shows as the control of voltage.Between frequency control circuit and resonant cavity module Relation：Control the frequency of different stalls to carry out coarse adjustment by the switch of turn different stalls by frequency control circuit, be respectively The coarse adjustment signal of 2kHZ, 1kHZ, 500HZ 5V square wave pulse width modulation signals, then by one rheostat of turn to three gears Frequency is finely adjusted to be optimal effect, is realized to 500HZ ~ 2kHZ tuning ranges.Resonant cavity mould is controlled by these signals The switching frequency of group, to reach the purpose of the resonant frequency of control module.Pass between resonant cavity module and gas collection module System：Mainly simple non-electrical physical connection, gas is imported in gas collection module from resonant cavity module by conduit.

The power unit of FREQUENCY CONTROL：Alternating current is input to alternating current input interface after transformation and is input to rectification again and again In bridge two, with 12V DC voltage output, then the DC voltage by 7805 linear voltage regulator voltage stabilizings into 5V.Electricity occurs for signal Road：Signal source is produced using 555 timer chips, the size of output frequency is adjusted by adjusting potentiometer two.Phase inverter： The signal of 555 timer chips output makees anti-phase processing, its waveform is become impulse waveform.Input in resonant cavity module.Resonance Chamber module：Alternating current voltage after copped wave inputs from second interface, after the rectification of rectifier bridge one, turns into a voltage Adjustable direct current, capacitor and inductor resonant cavity is accessed by IGCT and diode two, then terminated from resonant cavity to power cathode A upper ammeter is to detect electric current.The pulse signal of the output obtained from frequency control circuit by optical coupling isolator with Afterwards, it imported into the control pole of IGCT, so as to control being turned on and off for IGCT, so as to control the switch of IGCT frequency Rate.

The present invention is directed to hydrogen, new mode is taken, with making its breaking of covalent bonds, hydrogen by way of moisture sub-resonance Oxygen atom recombinates, so as to realize the purpose of hydrogen making.The present invention has easy to use, produces efficiency high, and cost is low and significantly The advantages of reducing the loss of energy.

Brief description of the drawings

Fig. 1 is the principle schematic of the present invention；

Fig. 2 is the principle schematic of power control circuit of the present invention；

Fig. 3 is the principle schematic of frequency control circuit of the present invention；

Fig. 4 is the principle schematic of resonant cavity module of the present invention.

Embodiment

As shown in Figures 1 to 4, the equipment that high pressure harmonics hydrolysis of the present invention prepares hydrogen-oxygen, it includes power control circuit frequency The power circuit of the FREQUENCY CONTROL of power circuit 1 of rate control, the FREQUENCY CONTROL of power circuit 1 with power control circuit FREQUENCY CONTROL Power circuit be electrically connected with frequency control circuit FREQUENCY CONTROL the FREQUENCY CONTROL of power circuit 2 power circuit and power The power circuit of the FREQUENCY CONTROL of power circuit 1 of control circuit FREQUENCY CONTROL be electrically connected with and with frequency control circuit FREQUENCY CONTROL The FREQUENCY CONTROL of power circuit 2 power circuit be electrically connected with resonant cavity module FREQUENCY CONTROL the FREQUENCY CONTROL of power circuit 3 Power circuit and the gas collection mould that is connected with the power circuit of the FREQUENCY CONTROL of power circuit 3 of resonant cavity module FREQUENCY CONTROL The power circuit of the FREQUENCY CONTROL of power circuit 4 of class frequency control.

The power circuit of the FREQUENCY CONTROL of power circuit 1 of the power control circuit FREQUENCY CONTROL includes alternating current input and connect The power circuit of the FREQUENCY CONTROL of power circuit 11 of one FREQUENCY CONTROL of mouth, the power supply electricity with the FREQUENCY CONTROL of alternating current input interface one The power supply electricity of the FREQUENCY CONTROL of power circuit 12 for the chopper circuit FREQUENCY CONTROL that the power circuit of the FREQUENCY CONTROL of road 11 is electrically connected with Road and the alternating current output interface with the power circuit electric connection of the FREQUENCY CONTROL of power circuit 12 of chopper circuit FREQUENCY CONTROL The power circuit of the FREQUENCY CONTROL of power circuit 13 of one FREQUENCY CONTROL.

The power circuit of the FREQUENCY CONTROL of power circuit 11 of the FREQUENCY CONTROL of alternating current input interface one draws provided with three First pin of pin, respectively alternating current input interface one, the second pin of alternating current input interface one and alternating current input connect 3rd pin of mouth one；The power circuit of the FREQUENCY CONTROL of power circuit 13 of the FREQUENCY CONTROL of alternating current output interface one is provided with First pin of the power circuit of the FREQUENCY CONTROL of power circuit 13 of the FREQUENCY CONTROL of alternating current output interface one with exchange electricity output The second pin of the power circuit of the FREQUENCY CONTROL of power circuit 13 of the FREQUENCY CONTROL of interface one；The chopper circuit FREQUENCY CONTROL The power circuit of the FREQUENCY CONTROL of power circuit 12 includes one end and the electricity of the 3rd pin electric connection of alternating current input interface one Hold power circuit, the frequency of power circuit 122 of the FREQUENCY CONTROL of potentiometer one of the FREQUENCY CONTROL of power circuit 121 of a FREQUENCY CONTROL The power circuit of control, the power circuit of the FREQUENCY CONTROL of power circuit 123 of the FREQUENCY CONTROL of electric capacity two, the FREQUENCY CONTROL of inductor one The FREQUENCY CONTROL of power circuit 125 power circuit and bidirectional triode thyristor FREQUENCY CONTROL the FREQUENCY CONTROL of power circuit 124 electricity Source circuit；The power circuit of the FREQUENCY CONTROL of power circuit 121 of the FREQUENCY CONTROL of electric capacity one is provided with the positive pole and electricity of electric capacity one Hold one negative pole, the power circuit of the FREQUENCY CONTROL of power circuit 122 of the FREQUENCY CONTROL of potentiometer one is provided with potentiometer one The middle pin of input pin, the grounding pin of potentiometer one and potentiometer one, the power circuit of the FREQUENCY CONTROL of inductance one The power circuit of 125 FREQUENCY CONTROLs is provided with the positive pole of inductance one and the negative pole of inductance one, the power supply of the FREQUENCY CONTROL of electric capacity two The power circuit of the FREQUENCY CONTROL of circuit 123 is provided with the positive pole of electric capacity two and the negative pole of electric capacity two, the bidirectional triode thyristor frequency control The power circuit of the FREQUENCY CONTROL of power circuit 124 of system is provided with the control pole of bidirectional triode thyristor, the negative electrode of bidirectional triode thyristor and double To the anode of controllable silicon；First pin of the alternating current input interface one and the power supply of the FREQUENCY CONTROL of alternating current output interface one The second pin connection of the power circuit of the FREQUENCY CONTROL of circuit 13, the second pin connection one of the alternating current input interface one are led Line, the 3rd pin of the alternating current input interface one connect the positive pole of electric capacity one and the positive pole of inductance one, the electric capacity simultaneously One negative pole is connected to the input pin of potentiometer one and the frequency of power circuit 13 of the FREQUENCY CONTROL of alternating current output interface one simultaneously First pin of the power circuit of rate control, the grounding pin of the potentiometer one are connected to the negative pole of electric capacity two and two-way simultaneously The control pole of controllable silicon, the anode of bidirectional triode thyristor and the FREQUENCY CONTROL of power circuit 13 of the FREQUENCY CONTROL of alternating current output interface one Power circuit the connection of the first pin, the negative electrode of bidirectional triode thyristor connects the negative pole of inductance one and the positive pole of electric capacity two simultaneously.

The power circuit of the FREQUENCY CONTROL of power circuit 121 of the FREQUENCY CONTROL of electric capacity one is 250V electric capacity one, and institute The power circuit for stating the FREQUENCY CONTROL of power circuit 121 of the FREQUENCY CONTROL of electric capacity one is the electric capacity one of 473K farads；The potentiometer The power circuit of the FREQUENCY CONTROL of power circuit 122 of one FREQUENCY CONTROL is the potentiometer one of 250K ohms；The frequency of electric capacity two The power circuit of the FREQUENCY CONTROL of power circuit 123 controlled is 250V electric capacity two, and the power supply of the FREQUENCY CONTROL of the electric capacity two The power circuit of the FREQUENCY CONTROL of circuit 123 is the electric capacity two of 683K farads；The frequency of power circuit 125 of the FREQUENCY CONTROL of inductance one The power circuit that rate controls is 22uH inductance one.

The power circuit of the FREQUENCY CONTROL of power circuit 2 of the frequency control circuit FREQUENCY CONTROL includes the electricity of FREQUENCY CONTROL The power circuit of the FREQUENCY CONTROL of power circuit 21 of source circuit FREQUENCY CONTROL, the electricity with the power circuit FREQUENCY CONTROL of FREQUENCY CONTROL The FREQUENCY CONTROL of power circuit 22 for the signal generating circuit FREQUENCY CONTROL that the power circuit of the FREQUENCY CONTROL of source circuit 21 is electrically connected with Power circuit and electrically connect with the power circuit of the FREQUENCY CONTROL of power circuit 21 of the power circuit FREQUENCY CONTROL of FREQUENCY CONTROL The inverter frequency for connecing and being electrically connected with the power circuit of the FREQUENCY CONTROL of power circuit 22 of signal generating circuit FREQUENCY CONTROL The power circuit of the FREQUENCY CONTROL of power circuit 26 of control.

The power circuit of the FREQUENCY CONTROL of power circuit 21 of the power circuit FREQUENCY CONTROL of the FREQUENCY CONTROL includes power supply Power circuit, the power circuit of the FREQUENCY CONTROL of rectifier bridge two of the FREQUENCY CONTROL of power circuit 211 of the FREQUENCY CONTROL of input interface one The power circuit of 212 FREQUENCY CONTROLs, the power circuit of the FREQUENCY CONTROL of power circuit 213 of the FREQUENCY CONTROL of electric capacity three, the frequency of electric capacity four The electricity of the power circuit of the FREQUENCY CONTROL of power circuit 214 of rate control, the FREQUENCY CONTROL of power circuit 215 of the FREQUENCY CONTROL of electric capacity five Source circuit, the power circuit of the FREQUENCY CONTROL of power circuit 217 of the FREQUENCY CONTROL of electric capacity six, the power circuit of the FREQUENCY CONTROL of electric capacity seven The power circuit and ground of the power circuit of 218 FREQUENCY CONTROLs, the FREQUENCY CONTROL of power circuit 216 of linear voltage regulator FREQUENCY CONTROL Line；The power circuit of the FREQUENCY CONTROL of power circuit 211 of the FREQUENCY CONTROL of power input interface one is provided with power input interface One the first pin and the second pin of power input interface one, the frequency of power circuit 212 of the FREQUENCY CONTROL of rectifier bridge two The power circuit of control is being provided with power input pin one, power input pin two, direct current output negative pin and direct current output just Pole pin, the power circuit of the FREQUENCY CONTROL of power circuit 213 of the FREQUENCY CONTROL of electric capacity three are provided with the positive pole and electricity of electric capacity three Hold three negative pole, the power circuit of the FREQUENCY CONTROL of power circuit 214 of the FREQUENCY CONTROL of electric capacity four is provided with the positive pole of electric capacity four With the negative pole of electric capacity four, the power circuit of the FREQUENCY CONTROL of power circuit 215 of the FREQUENCY CONTROL of electric capacity five is provided with electric capacity five The negative pole of positive pole and electric capacity five, the power circuit of the FREQUENCY CONTROL of power circuit 217 of the FREQUENCY CONTROL of electric capacity six are provided with electric capacity Six positive pole and the negative pole of electric capacity six, the power circuit of the FREQUENCY CONTROL of power circuit 218 of the FREQUENCY CONTROL of electric capacity seven are provided with Electric capacity its positive pole and electric capacity seven negative pole, the power circuit of the FREQUENCY CONTROL of power circuit 216 of linear voltage regulator FREQUENCY CONTROL For 7805 linear voltage regulators, 7805 linear voltage regulator is provided with voltage-stablizer pin one, voltage-stablizer pin two and voltage-stablizer pin Three；The second pin of the power input interface one is connected with the power input pin two of rectifier bridge two, power input interface one The first pin be connected with the power input pin one of rectifier bridge two, the direct current of power input interface one input negative pin and ground Line connects, and the direct current output positive pole pin of power input interface one is all connected to the positive pole of electric capacity three, the positive pole of electric capacity four, electric capacity Five positive pole and the voltage-stablizer pin one of linear voltage regulator, the voltage-stablizer pin two of voltage-stablizer be all connected to the negative pole of electric capacity three, The negative pole of electric capacity four, the negative pole of electric capacity five, the negative pole of the negative pole of electric capacity six and electric capacity seven, the voltage-stablizer pin three of voltage-stablizer connect The positive pole of electric capacity six and the positive pole of electric capacity seven are connected to, is connected between the direct current output positive pole pin and ground wire of the rectifier bridge two The power circuit of the FREQUENCY CONTROL of power circuit 24 of LED FREQUENCY CONTROL, LED and the direct current output positive pole pin of rectifier bridge two Between be connected with first resistor FREQUENCY CONTROL the FREQUENCY CONTROL of power circuit 23 power circuit；Signal generating circuit FREQUENCY CONTROL The power circuit of the FREQUENCY CONTROL of power circuit 22 include the FREQUENCY CONTROLs of power circuit 221 of 555 timer chip FREQUENCY CONTROLs Power circuit, second resistance FREQUENCY CONTROL power circuit FREQUENCY CONTROL the FREQUENCY CONTROL of power circuit 226 power circuit The power circuit of FREQUENCY CONTROL, the power circuit of the FREQUENCY CONTROL of power circuit 224 of 3rd resistor FREQUENCY CONTROL, the 4th resistance frequency The power circuit of the FREQUENCY CONTROL of power circuit 222 of rate control, the FREQUENCY CONTROL of power circuit 225 of the FREQUENCY CONTROL of potentiometer two The power circuit of the FREQUENCY CONTROL of power circuit 223 of power circuit and the FREQUENCY CONTROL of electric capacity eight, 555 timer chips are provided with timing It is device pin one, timer pin two, timer pin three, timer pin four, timer pin five, timer pin six, fixed When device pin seven and timer pin eight, timer pin one be connected to ground wire, timer pin two is all connected to timer and drawn The positive pole of pin seven, the negative pole of the 4th resistance and the 8th electric capacity, the negative pole of the 8th electric capacity are connected with ground wire, and timer pin four connects The positive pole of second resistance is connected in timer pin five and the direct current output positive pole pin of ballast bridge two, timer pin five, The negative pole of second resistance is connected to the input pin of locator two, and the grounding pin of potentiometer two is connected to the negative of 3rd resistor Pole, the negative pole of 3rd resistor are all connected to the positive pole of the resistance of timer pin six and the 4th；The power supply electricity of inverter frequency control The power circuit of the FREQUENCY CONTROL of road 26 is the power circuit of the FREQUENCY CONTROL of power circuit 261 of 74HC04N inverter frequencies control, The power circuit of the FREQUENCY CONTROL of power circuit 261 of 74HC04N inverter frequencies control is provided with the first access pin, the first output It is pin, the second access pin, the second output pin, the 3rd access pin, the 3rd output pin, the 4th access pin, the 4th defeated Go out pin, the 5th access pin, the 5th output pin, the 6th access pin, the 6th output pin, grounding pin and positive pole to draw Pin, the positive pole pin of the 74HC04N phase inverters are connected to timer pin five, the grounding pin of the 74HC04N phase inverters It is connected to ground wire.

The power circuit of the FREQUENCY CONTROL of power circuit 2 of the frequency control circuit FREQUENCY CONTROL also includes first interface The power circuit of the FREQUENCY CONTROL of power circuit 25 of FREQUENCY CONTROL, the first interface are provided with the first pin of first interface, the Second pin, the 3rd pin of first interface and the 4th pin of first interface of one interface, ground wire are all connected to first interface The first pin, second pin, the 3rd pin of first interface and the 4th pin of first interface of first interface.

The power circuit of the FREQUENCY CONTROL of power circuit 3 of the resonant cavity module FREQUENCY CONTROL includes second interface frequency control The power supply electricity of the power circuit of the FREQUENCY CONTROL of power circuit 31 of system, the FREQUENCY CONTROL of power circuit 32 of the FREQUENCY CONTROL of rectifier bridge one Power circuit, the power circuit of the 5th resistance-frequency control for the FREQUENCY CONTROL of power circuit 33 that road, the 3rd interface frequency control The power circuit of 34 FREQUENCY CONTROLs, the power circuit of the FREQUENCY CONTROL of power circuit 35 of optical coupling isolator FREQUENCY CONTROL, the 6th electricity Hinder the power circuit of the FREQUENCY CONTROL of power circuit 37 of FREQUENCY CONTROL, the FREQUENCY CONTROL of power circuit 36 of the FREQUENCY CONTROL of electric capacity nine Power circuit, IGCT FREQUENCY CONTROL the FREQUENCY CONTROL of power circuit 38 power circuit, the power supply of the FREQUENCY CONTROL of diode one The power circuit and electricity of the power circuit of the FREQUENCY CONTROL of circuit 39, the FREQUENCY CONTROL of power circuit 310 of the FREQUENCY CONTROL of diode two Hold the power circuit of the FREQUENCY CONTROL of power circuit 311 of inductance resonant cavity FREQUENCY CONTROL；The second interface is provided with second interface Pin one and second interface pin two, rectifier bridge one is provided with the power input pin one of rectifier bridge one, the electricity of rectifier bridge one The direct current output positive pole pin of source input pin two, the direct current output negative pin of rectifier bridge one and rectifier bridge one, the 5th resistance The negative pole of positive pole and the 5th resistance provided with the 5th resistance, optical coupling isolator is provided with the pin one of optical coupling isolator, coupling device draws Pin two, the pin three of coupling device, the pin four of coupling device, the pin six of the pin five of coupling device and coupling device, electric capacity nine are provided with electric capacity nine The negative pole of positive pole and electric capacity nine, the 6th resistance are provided with the positive pole of the 6th resistance and the negative pole of the 6th resistance, and IGCT is provided with brilliant lock The control pole of the anode of pipe, the negative electrode of IGCT and IGCT, diode one are provided with positive pole one and negative pole one, and diode two is provided with Positive pole two and negative pole two, capacitor and inductor resonant cavity are provided with the pin one of resonant cavity, the pin two of resonant cavity, the pin of resonant cavity 3rd, the pin five of the pin four of resonant cavity and resonant cavity；The power supply water pin two of the pin one of second interface and rectifier bridge one connects Connect, the pin two of second interface is connected with the power input pin one of ballast bridge one, the direct current output negative pin of rectifier bridge one Ground connection, the direct current output positive pole pin of rectifier bridge one are connected to pin three, negative pole, the IGCT of the 6th resistance of resonant cavity simultaneously Anode and diode one negative pole one, the 3rd interface be provided with the 3rd interface the interface of pin one and the 3rd pin two, the 3rd The pin one of interface connects the 6th output pin, and the pin two of the 3rd interface is connected to the positive pole of the 5th resistance, the 5th resistance Negative pole is connected to the pin one of optical coupling isolator, and the pin two of optical coupling isolator connects ground wire, and optical coupling isolator is MOC3081 light Coupling isolator, the pin four of optical coupling isolator are connected to the control pole of IGCT and the negative pole of electric capacity nine, and optical coupling isolator draws Pin five is all connected to the positive pole of electric capacity nine and the positive pole of the 6th resistance, and the negative pole of IGCT is all connected to the positive pole one of diode one With the positive pole two of erbium laser two, the negative pole two of diode two is electrically connected at the pin four of resonant cavity, and the pin five of resonant cavity connects Ground wire is connected to, the pin two of resonant cavity is connected to ground wire, and the pin one of resonant cavity is connected to the power supply electricity of inverter frequency control The positive pole pin of the power circuit of the FREQUENCY CONTROL of road 26.

Claims

1. the equipment that high pressure harmonics hydrolysis prepares hydrogen-oxygen, it is characterised in that：It includes power control circuit（1）With Power Control Circuit（1）The frequency control circuit of electric connection（2）With power control circuit（1）Electric connection and and frequency control circuit（2） The resonant cavity module of electric connection（3）And with resonant cavity module（3）The gas collection module of connection（4）.

2. the equipment that high pressure harmonics hydrolysis according to claim 1 prepares hydrogen-oxygen, it is characterised in that：The Power Control electricity Road（1）Including alternating current input interface one（11）And alternating current input interface one（11）The chopper circuit of electric connection（12）And With chopper circuit（12）The alternating current output interface one of electric connection（13）.

3. the equipment that high pressure harmonics hydrolysis according to claim 2 prepares hydrogen-oxygen, it is characterised in that：The alternating current input Interface one（11）Provided with three pins, respectively the first pin of alternating current input interface one, the of alternating current input interface one 3rd pin of two pins and alternating current input interface one；The alternating current output interface one（13）Provided with alternating current output interface One（13）The first pin and alternating current output interface one（13）Second pin；The chopper circuit（12）Including one end with handing over Flow the electric capacity one that the 3rd pin of electric input interface one is electrically connected with（121）, potentiometer one（122）, electric capacity two（123）, inductance Device one（125）And bidirectional triode thyristor（124）；The electric capacity one（121）The negative pole of positive pole and electric capacity one provided with electric capacity one, it is described Potentiometer one（122）The middle pin of input pin provided with potentiometer one, the grounding pin of potentiometer one and potentiometer one, institute State inductance one（125）The negative pole of positive pole and inductance one provided with inductance one, the electric capacity two（123）Positive pole provided with electric capacity two and The negative pole of electric capacity two, the bidirectional triode thyristor（124）The negative electrode of control pole, bidirectional triode thyristor provided with bidirectional triode thyristor and two-way The anode of controllable silicon；First pin of the alternating current input interface one and alternating current output interface one（13）Second pin connect Connect, the second pin of the alternating current input interface one connects a wire, and the 3rd pin of the alternating current input interface one is same When connect the positive pole of electric capacity one and the positive pole of inductance one, the negative pole of the electric capacity one is connected to the input pin of potentiometer one simultaneously With alternating current output interface one（13）The first pin, the grounding pin of the potentiometer one is connected to the negative pole of electric capacity two simultaneously With the control pole of bidirectional triode thyristor, anode and the alternating current output interface one of bidirectional triode thyristor（13）The first pin connection, it is double The negative pole of inductance one and the positive pole of electric capacity two are connected to the negative electrode of controllable silicon simultaneously.

4. the equipment that high pressure harmonics hydrolysis according to claim 3 prepares hydrogen-oxygen, it is characterised in that：The electric capacity one （121）For 250V electric capacity one, and the electric capacity one（121）For the electric capacity one of 473K farads；The potentiometer one（122）For The potentiometer one of 250K ohms；The electric capacity two（123）For 250V electric capacity two, and the electric capacity two（123）For 683K farads Electric capacity two；The inductance one（125）For 22uH inductance one.

5. the equipment that high pressure harmonics hydrolysis according to claim 4 prepares hydrogen-oxygen, it is characterised in that：The FREQUENCY CONTROL electricity Road（2）Power circuit including FREQUENCY CONTROL（21）And the power circuit of FREQUENCY CONTROL（21）Electricity occurs for the signal of electric connection Road（22）And the power circuit with FREQUENCY CONTROL（21）Electric connection and and signal generating circuit（22）The phase inverter of electric connection （26）.

6. the equipment that high pressure harmonics hydrolysis according to claim 5 prepares hydrogen-oxygen, it is characterised in that：The FREQUENCY CONTROL Power circuit（21）Including power input interface one（211）, rectifier bridge two（212）, electric capacity three（213）, electric capacity four（214）, electricity Hold five（215）, electric capacity six（217）, electric capacity seven（218）, linear voltage regulator（216）And ground wire；The power input interface one （211）The second pin of the first pin and power input interface one provided with power input interface one, the rectifier bridge two（212） Provided with power input pin one, power input pin two, direct current output negative pin and direct current output positive pole pin, the electric capacity Three（213）The negative pole of positive pole and electric capacity three provided with electric capacity three, the electric capacity four（214）Positive pole and electric capacity four provided with electric capacity four Negative pole, the electric capacity five（215）The negative pole of positive pole and electric capacity five provided with electric capacity five, the electric capacity six（217）Provided with electric capacity Six positive pole and the negative pole of electric capacity six, the electric capacity seven（218）Provided with electric capacity its positive pole and electric capacity seven negative pole, linear voltage stabilization Device（216）For 7805 linear voltage regulators, 7805 linear voltage regulator is provided with voltage-stablizer pin one, voltage-stablizer pin two and voltage stabilizing Device pin three；The second pin of the power input interface one is connected with the power input pin two of rectifier bridge two, power input First pin of interface one is connected with the power input pin one of rectifier bridge two, and the direct current input negative pole of power input interface one draws Pin is connected with ground wire, and the direct current output positive pole pin of power input interface one is being all connected to the positive pole of electric capacity three, electric capacity four just The voltage-stablizer pin one of pole, the positive pole of electric capacity five and linear voltage regulator, the voltage-stablizer pin two of voltage-stablizer are all connected to electric capacity three Negative pole, the negative pole of electric capacity four, the negative pole of electric capacity five, the negative pole of the negative pole of electric capacity six and electric capacity seven, the voltage-stablizer of voltage-stablizer draws Pin three is all connected to the positive pole of electric capacity six and the positive pole of electric capacity seven, the direct current output positive pole pin and ground wire of the rectifier bridge two it Between be connected with LED（24）, first resistor is connected between LED and the direct current output positive pole pin of rectifier bridge two（23）；Letter Number occur circuit（22）Including 555 timer chips（221）, second resistance（（226））, 3rd resistor（224）, the 4th resistance （222）, potentiometer two（225）And electric capacity eight（223）, 555 timer chips be provided with timer pin one, timer pin two, Timer pin three, timer pin four, timer pin five, timer pin six, timer pin seven and timer pin Eight, timer pin one is connected to ground wire, and timer pin two is all connected to timer pin seven, the negative pole of the 4th resistance and The positive pole of eight electric capacity, the negative pole of the 8th electric capacity are connected with ground wire, and timer pin four is connected to timer pin five and ballast bridge Two direct current output positive pole pin, timer pin five are connected to the positive pole of second resistance, and the negative pole of second resistance, which is connected to, to be determined The input pin of position device two, the grounding pin of potentiometer two are connected to the negative pole of 3rd resistor, and the negative pole of 3rd resistor is all connected with In the positive pole of the resistance of timer pin six and the 4th；Phase inverter（26）For 74HC04N phase inverters（261）, 74HC04N phase inverters （261）Provided with the first access pin, the first output pin, the second access pin, the second output pin, the 3rd access pin, the Three output pins, the 4th access pin, the 4th output pin, the 5th access pin, the 5th output pin, the 6th access pin, 6th output pin, grounding pin and positive pole pin, the positive pole pin of the 74HC04N phase inverters are connected to timer pin Five, the grounding pin of the 74HC04N phase inverters is connected to ground wire.

7. the equipment that high pressure harmonics hydrolysis according to claim 6 prepares hydrogen-oxygen, it is characterised in that：The FREQUENCY CONTROL electricity Road（2）Also include first interface（25）, first pin of the first interface provided with first interface, the second of first interface are drawn Pin, the 3rd pin of first interface and the 4th pin of first interface, ground wire are all connected to the first pin of first interface, first Second pin, the 3rd pin of first interface and the 4th pin of first interface of interface.

8. the equipment that high pressure harmonics hydrolysis according to claim 7 prepares hydrogen-oxygen, it is characterised in that：First access is drawn Pin, the second access pin, the 3rd access pin, the 4th access pin, the 5th access pin and the 6th access pin are all connected to The timer pin three of 555 timer chips；The electric capacity three is the electric capacity three of 1000u farads, and the electric capacity four is 1000u methods The electric capacity four of drawing, the electric capacity five be 1000u farads electric capacity five, the electric capacity six be 330u farads electric capacity six, the electricity It is 104 farads of electric capacity seven to hold seven, and the first resistor is the first resistor of 1k ohms, and the second resistance is the of 5k ohms Two resistance, the 3rd resistor be 5k ohms 3rd resistor, the 4th resistance be 5k ohms the 4th resistance, the electric capacity Eight be 103 farads of electric capacity eight, and the potentiometer two is the potentiometer two of 100k ohms.

9. the equipment that high pressure harmonics hydrolysis according to claim 7 prepares hydrogen-oxygen, it is characterised in that：The resonant cavity module （3）Including second interface（31）, rectifier bridge one（32）, the 3rd interface（33）, the 5th resistance（34）, optical coupling isolator（35）, Six resistance（37）, electric capacity nine（36）, IGCT（38）, diode one（39）, diode two（310）And capacitor and inductor resonant cavity （311）；The second interface is provided with the pin one of second interface and the pin two of second interface, and rectifier bridge one is provided with rectifier bridge one Power input pin one, the power input pin two of rectifier bridge one, the direct current output negative pin and rectifier bridge of rectifier bridge one One direct current output positive pole pin, the 5th resistance are provided with the positive pole of the 5th resistance and the negative pole of the 5th resistance, and optical coupling isolator is set There are the pin five and coupling of the pin one of optical coupling isolator, the pin two of coupling device, the pin three of coupling device, the pin four of coupling device, coupling device The pin six of device, electric capacity nine be provided with electric capacity nine positive pole and electric capacity nine negative pole, the 6th resistance be provided with the 6th resistance positive pole and The negative pole of 6th resistance, IGCT are provided with anode, the negative electrode of IGCT and the control pole of IGCT of IGCT, and diode one is set Have a positive pole one and negative pole one, diode two is provided with positive pole two and negative pole two, capacitor and inductor resonant cavity be provided with resonant cavity pin one, The pin two of resonant cavity, the pin three of resonant cavity, the pin five of the pin four of resonant cavity and resonant cavity；The pin one of second interface It is connected with the power supply water pin two of rectifier bridge one, the pin two of second interface is connected with the power input pin one of ballast bridge one, The direct current output negative pin ground connection of rectifier bridge one, the direct current output positive pole pin of rectifier bridge one are connected to drawing for resonant cavity simultaneously Pin three, the negative pole of the 6th resistance, the negative pole one of the anode of IGCT and diode one, the 3rd interface are provided with the pin of the 3rd interface The pin two of one and the 3rd interface, the pin one of the 3rd interface connect the 6th output pin, and the pin two of the 3rd interface is connected to The positive pole of 5th resistance, the negative pole of the 5th resistance are connected to the pin one of optical coupling isolator, and the pin two of optical coupling isolator connects Ground wire, optical coupling isolator are MOC3081 optical coupling isolators, and the pin four of optical coupling isolator is connected to the control pole and electricity of IGCT Hold nine negative pole, the pin five of optical coupling isolator is all connected to the positive pole of electric capacity nine and the positive pole of the 6th resistance, and IGCT is born Pole is all connected to the positive pole one of diode one and the positive pole two of erbium laser two, and the negative pole two of diode two is electrically connected at resonant cavity Pin four, the pin five of resonant cavity is connected to ground wire, and the pin two of resonant cavity is connected to ground wire, and the pin one of resonant cavity connects In phase inverter（26）Positive pole pin.

10. the equipment that high pressure harmonics hydrolysis according to claim 9 prepares hydrogen-oxygen, it is characterised in that：5th resistance For 220 ohm of the 5th resistance, the 6th resistance is 100 ohm of the 6th resistance, and the electric capacity nine is the electricity of 10u farads Hold.