CN202819426U - Multifunctional electronic frequency conversion acarid driving device - Google Patents
Multifunctional electronic frequency conversion acarid driving device Download PDFInfo
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- CN202819426U CN202819426U CN 201220431377 CN201220431377U CN202819426U CN 202819426 U CN202819426 U CN 202819426U CN 201220431377 CN201220431377 CN 201220431377 CN 201220431377 U CN201220431377 U CN 201220431377U CN 202819426 U CN202819426 U CN 202819426U
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Abstract
The utility model discloses a multifunctional electronic frequency conversion acarid driving device and relates to electronic insect driving equipment. The multifunctional electronic frequency conversion acarid driving device not only can effectively disinfect a space, purify air and illuminate, but also can drive away all sorts of insects and acarid and hinder eating and propagating of the acarid. Meanwhile, adaptability of the acarid is not generated. The multifunctional electronic frequency conversion acarid driving device comprises an outer casing and the outer casing comprises a power source conversion circuit, a micro-computer controller module, an ozone disinfecting circuit, a air purifying and anion generating circuit, a frequency conversion electromagnetic wave acarid removing circuit, a frequency conversion supersonic wave acarid removing circuit, a ultraviolet light disinfecting circuit, a small decorative illuminating night lamp and a control input circuit.
Description
Technical field
The utility model relates to a kind of electronic insect and drives away equipment, especially relates to a kind of multifunction electronic frequency conversion acarid and drives away device.
Background technology
Acarid is a kind of universal small insect, and kind has several thousand kinds, and people's naked eyes are difficult to see clearly.Because they are prevalent in the environment of human living, data shows and is full of acarid harm among the household more than 75%, there is the irritated puzzlement of acarid in the whole nation approximately 1/4 people, acarid can cause the many allergy of human body, such as allergic asthma, allergic rhinitis, allergic skin diseases etc., therefore in widespread attention.Corpse fragment and the secretion of acarid are strong anaphylactogens, make the people produce anaphylactia, and the most outstanding will count allergic rhinitis, allergic bronchial asthma.Also can cause: the diseases such as allergic dermatitis, acute urticaria, bronchitis, acne, whelk, conjunctivitis.If the acarid of infantile baby contact high concentration, it is suffered from asthma probability and will increase by 500 abovely, also can cause the illness of other high harmfulness such as eczema.
Acarid likes " dormancy " on the textile cloth product, and sheet, pillow, quilt, cloth sofa, carpet etc. all are the hotbeds that acarid grows.Wherein mattress, bed clothes, pillow are important breeding grounds.Dry skin or enough 2,000,000 acarids of dandruff that human body can peel off 2g average every day are automatically made a hearty meal.The fiber of the scurf of pet, mould, bedding and carpet and food fragment all are the cuisines of acarid.
According to statistics, acarid is laid eggs approximately more than 100 every day, and reproduction speed is with geometric growth.Specifically, the 1g house dust approximately has more than 1000 acarid survivals, and its quantity can reach more than 10000 in the 1g bed clothes dust, and in the use mattress for many years, the quantity of dirt mite is more than 2,000,000.
The main manifestations of acarid allergy has: allergic asthma, allergic rhinitis and inheritance hypersensitivity are wet examines.According to statistics, approximately there are 80% asthma, rhinitis and allergic dermatitis relevant with acarid allergy.
Chinese children asthma illness rate was about 5% in 2010, according to a preliminary estimate in state-owned about 1,800 ten thousand asthmatic children, the asthma patient more than 65% can produce allergy to acarid, approximately 80% childhood asthma results from acarid allergy.
Now pet has all been supported by a lot of families, but pet has multiple germ with it, in a lot of bacteriums is arranged also, concerning household's health especially has child's family, is very unsound, can cause various diseases.Now traditional household cleaning is also used the disinfectant disinfecting cleaning once in a while except daily cleaning.But cosmetics of everyday use has injury to our application on human skin, and environment is also had pollution, and taste is not fine news.Various germs in the family produce significant impact to human health.
Summary of the invention
The purpose of this utility model is to provide a kind of can not only effectively carry out space disinfection, air cleaning and illumination, and can drive away various insects, acarid, suppress feed and the breeding of acarid, can not make acarid produce adaptive multifunction electronic frequency conversion acarid simultaneously and drive away device.
The utility model is provided with shell and removes acarid circuit, ultraviolet lamp disinfection circuit, decorative lighting mini light night circuit and control inputs circuit with the power-switching circuit, microcomputer controller module, ozonization circuit, air cleaning negative ion generating circuit, the variable-frequency electric magnetic wave that are loaded in the shell except acarid circuit, variable-frequency ultrasonic;
Described ozonization circuit is provided with ozone frequency conversion waveform generator, ozone power amplification output driving circuit and ozone battery lead plate, and described air cleaning negative ion generating circuit is provided with anion frequency conversion wave generator circuit, anion power amplification output driving circuit and anion discharge electrode; Described variable-frequency electric magnetic wave is provided with ultra-low frequency electromagnetic wave frequency conversion wave generator circuit, ultra-low frequency electromagnetic wave power amplification output driving circuit and ultra-low frequency electromagnetic wave transmitter except the acarid circuit; Described variable-frequency ultrasonic is except the acarid circuit is provided with ultrasonic frequency conversion wave generator circuit, ultrasonic power amplifies output driving circuit, ultrasonic transducer and operation indicating circuit; Described ultraviolet lamp disinfection circuit is provided with ultraviolet LED constant-current control circuit and ultraviolet led drive circuit; Described decorative lighting mini light night circuit is provided with colour lamplight controller circuitry, colored mini light night and drive circuit; Described control inputs circuit is provided with input signal sample circuit and control inputs circuit.
The output of described power-switching circuit respectively with the input of the input of microcomputer controller module, control inputs circuit be connected the input of mini light night and drive circuit and be connected; The input of the output of described microcomputer controller module and ozone frequency conversion waveform generator joins, the input of the output termination ozone power amplification output driving circuit of ozone frequency conversion waveform generator, the output termination ozone battery lead plate of ozone power amplification output driving circuit produces the ozone of setting concentration; The output of described microcomputer controller module links to each other with the input of anion frequency conversion wave generator circuit, the output of anion frequency conversion wave generator circuit links to each other with the input of anion power amplification output driving circuit, the output that anion power amplification output drives links to each other with the anion discharge electrode, produces the anion fine-purification air; The output of described microcomputer controller module links to each other with the input of ultra-low frequency electromagnetic wave frequency conversion wave generator circuit, the output of ultra-low frequency electromagnetic wave frequency conversion wave generator circuit is connected with the input of ultra-low frequency electromagnetic wave power amplification output driving circuit, the output of ultra-low frequency electromagnetic wave power amplification output driving circuit is connected with the input of ultra-low frequency electromagnetic wave transmitter, ultra-low frequency electromagnetic wave transmitter radiated electromagnetic wave, the purpose that the realization electromagnetic wave is driven away acarid; The output of described microcomputer controller module links to each other with the input of ultrasonic frequency conversion wave generator circuit, the output of ultrasonic frequency conversion wave generator circuit is connected with the input that ultrasonic power amplifies output driving circuit, the output that ultrasonic power amplifies output driving circuit is connected with the input of ultrasonic transducer and operation indicating circuit, ultrasonic transducer produces variable-frequency ultrasonic by the several frequencies that set, and realizes the purpose of ultrasonic expeling acarid; The output of described microcomputer controller module links to each other with the input of colour lamplight controller circuitry, and the output of colour lamplight controller circuitry links to each other with the input of colored mini light night and drive circuit, realizes small night lamp function; The output of described microcomputer controller module links to each other with the input of ultraviolet LED constant-current control circuit, the output of ultraviolet ray LED constant-current control circuit links to each other with ultraviolet led drive circuit, ultraviolet ray LED lamp sends ultraviolet ray, the implementation space ultraviolet sterilization function; The input of the output termination control inputs circuit of described power-switching circuit, the input of the output termination input signal sample circuit of control inputs circuit, the input of the output termination microcomputer controller module of input signal sample circuit.
Ultrasonic part of the present utility model produces ultrasonic by the several frequencies that set, and by the time circular flow of setting, thereby reach ultrasonic except the purpose of mite.Ultra-low frequency electromagnetic wave part of the present utility model can be launched the ultra-low frequency electromagnetic wave of 1～20Hz, and presses the time circular flow of setting, and nervous system and the auditory system of acarid in the energy effective stimulus effective range produce it and be not suitable with and flee from; Part occurs ozone of the present utility model can produce the ozone of setting concentration, realizes ozone sterilizing function; The anion that this frequency-variable electronic acarid is driven away device occurs partly can produce anion, realizes anion air purifying; Mini light night part of the present utility model realizes that the constant current of three-primary color LED lamp drives, and brightness-adjusting is as the night illumination of glimmer degree and decorative use; Ultraviolet drive part of the present utility model can produce the ultraviolet ray of setting intensity, realize sterilizing function, disinfection by ultraviolet light has that speed is fast, efficient is high, characteristics such as pollution not, can realize Quick disinfection to the surface of sterilised object, but to ultraviolet ray irradiation less than the dead angle Disinfection Effect not good, therefore the utility model is synthesized together ozonization and disinfection by ultraviolet light, realize efficiently thoroughly sterilization.
The utility model is applied widely, and greatly improved electronics acarid in the past drive away device except the mite effect, the small insects such as cockroach, ant, spider, mouse, mosquito also there is dispersion effect, simultaneously the perfect unity of novelty implementation space sterilization, air cleaning and mini light night illumination functions and mosquito repellent, function.
The utility model produces ultrasonic and electromagnetic wave by the working method that adopts frequency conversion, intermittence and high-power output, and by the time circular flow of setting, can not only effectively drive away feed and the breeding of various acarids, inhibition acarid, and can not make acarid produce adaptability, reduce killing indoor mite quantity thereby reach.Simultaneously, easy to use, successful, solves the killing indoor mite that exists in the prior art and drives away difficult problem without any harm people and pet.And can carry out ozone and disinfection by ultraviolet light to the space, can produce anion and carry out indoor air purification.
Description of drawings
Fig. 1 is the compositional block diagram of the utility model embodiment.
Fig. 2 is the power circuit theory of constitution figure of the utility model embodiment.
Fig. 3 is the microcomputer controller the electric circuit constitute schematic diagram of the utility model embodiment.
Fig. 4 is that the ultrasonic power of the utility model embodiment amplifies output driving circuit theory of constitution figure.
Fig. 5 is ultrasonic transducer and the operation indicating circuit schematic diagram of the utility model embodiment.
Fig. 6 is the ultra-low frequency electromagnetic wave amplification driving circuit theory of constitution figure of the utility model embodiment.
Fig. 7 is the ultra-low frequency electromagnetic wave radiating circuit theory of constitution figure of the utility model embodiment.
Fig. 8 is the anion power amplification output driving circuit theory of constitution figure of the utility model embodiment.
Fig. 9 is the anion discharge electrode the electric circuit constitute schematic diagram of the utility model embodiment.
Figure 10 is the ozone power amplification output driving circuit theory of constitution figure of the utility model embodiment.
Figure 11 is the ozone generating electrode plate theory of constitution figure of the utility model embodiment.
Figure 12 is the control inputs the electric circuit constitute schematic diagram of the utility model embodiment.
Figure 13 is mini light night and the drive circuit theory of constitution figure of the utility model embodiment.
Figure 14 is the ultraviolet led drive circuit theory of constitution figure of the utility model embodiment.
Embodiment
As shown in Figure 1, the utility model embodiment is provided with shell and removes acarid circuit, ultraviolet lamp disinfection circuit, decorative lighting mini light night circuit and control inputs circuit with the power-switching circuit 1, microcomputer controller module 2, ozonization circuit, air cleaning negative ion generating circuit, the variable-frequency electric magnetic wave that are loaded in the shell except acarid circuit, variable-frequency ultrasonic.
Described ozonization circuit is provided with ozone frequency conversion waveform generator 21, ozone power amplification output driving circuit 9 and ozone battery lead plate 10, and described air cleaning negative ion generating circuit is provided with anion frequency conversion wave generator circuit 22, anion power amplification output driving circuit 7 and anion discharge electrode 8; Described variable-frequency electric magnetic wave is provided with ultra-low frequency electromagnetic wave frequency conversion wave generator circuit 23, ultra-low frequency electromagnetic wave power amplification output driving circuit 5 and ultra-low frequency electromagnetic wave transmitter 6 except the acarid circuit; Described variable-frequency ultrasonic is except the acarid circuit is provided with ultrasonic frequency conversion wave generator circuit 24, ultrasonic power amplifies output driving circuit 3, ultrasonic transducer and operation indicating circuit 4; Described ultraviolet lamp disinfection circuit is provided with ultraviolet LED constant-current control circuit 27 and ultraviolet led drive circuit 13; Described decorative lighting mini light night circuit is provided with colour lamplight controller circuitry 25, colored mini light night and drive circuit 12; Described control inputs circuit is provided with input signal sample circuit 26 and control inputs circuit 11.
The output of described power-switching circuit 1 respectively with the input of the input of microcomputer controller module 2, control inputs circuit 11 be connected the input of mini light night and drive circuit 12 and be connected; The input of the output of described microcomputer controller module 2 and ozone frequency conversion waveform generator 21 joins, the input of the output termination ozone power amplification output driving circuit 9 of ozone frequency conversion waveform generator 21, the output termination ozone battery lead plate 10 of ozone power amplification output driving circuit 9 produces the ozone of setting concentration; The output of described microcomputer controller module 2 links to each other with the input of anion frequency conversion wave generator circuit 22, the output of anion frequency conversion wave generator circuit 22 links to each other with the input of anion power amplification output driving circuit 7, the output of anion power amplification output driving 7 links to each other with anion discharge electrode 8, produces the anion fine-purification air; The output of described microcomputer controller module 2 links to each other with the input of ultra-low frequency electromagnetic wave frequency conversion wave generator circuit 23, the output of ultra-low frequency electromagnetic wave frequency conversion wave generator circuit 23 is connected with the input of ultra-low frequency electromagnetic wave power amplification output driving circuit 5, the output of ultra-low frequency electromagnetic wave power amplification output driving circuit 5 is connected with the input of ultra-low frequency electromagnetic wave transmitter 6, ultra-low frequency electromagnetic wave transmitter 6 radiated electromagnetic waves, the purpose that the realization electromagnetic wave is driven away acarid; The output of described microcomputer controller module 2 links to each other with the input of ultrasonic frequency conversion wave generator circuit 24, the output of ultrasonic frequency conversion wave generator circuit 24 is connected with the input that ultrasonic power amplifies output driving circuit 3, the output that ultrasonic power amplifies output driving circuit 3 is connected with the input of ultrasonic transducer and operation indicating circuit 4, ultrasonic transducer produces variable-frequency ultrasonic by the several frequencies that set, and realizes the purpose of ultrasonic expeling acarid; The output of described microcomputer controller module 2 links to each other with the input of colour lamplight controller circuitry 25, and the output of colour lamplight controller circuitry 25 links to each other with the input of colored mini light night and drive circuit 12, realizes small night lamp function; The output of described microcomputer controller module 2 links to each other with the input of ultraviolet LED constant-current control circuit 27, the output of ultraviolet ray LED constant-current control circuit 27 links to each other with ultraviolet led drive circuit 13, ultraviolet ray LED lamp sends ultraviolet ray, the implementation space ultraviolet sterilization function; The input of the output termination control inputs circuit 11 of described power-switching circuit 1, the input of the output termination input signal sample circuit 26 of control inputs circuit 11, the input of the output termination microcomputer controller module 2 of input signal sample circuit 26.
As shown in Figure 2, the utility model is from cost and efficient, adopt outside 12V DC adapter input, then by power-switching circuit 12V is transformed into 5V and supplies with microcomputer controller module, control inputs and three-primary color LED lamp drive circuit, realize that cost performance is the highest.Power-switching circuit is finished the conversion that is input to the 5V Voltage-output from outside 12V adaptor voltages, is realized by TD1501.
As shown in Figure 3, the utility model is from cost and environmental protection and energy saving angle, and hyperacoustic frequency conversion waveform generation, ultra-low frequency electromagnetic wave frequency conversion generation, anion frequency conversion waveform occur, ozone frequency conversion waveform occurs, colour lamplight is controlled, the control inputs sampling all adopts the microcomputer controller module to realize.The microcomputer controller module has that integrated level is high, volume is little, low in energy consumption, can the advantage such as control flexibly by software, can greatly reduce the usage amount of chip and the area of wiring board, thereby reach the purpose of energy-saving and environmental protecting.The microcomputer controller inside modules that the utility model adopts comprises the parts such as 16MHz oscillating circuit, timer, large electric current input/output port, ALU, memory, pulsewidth modulation, is core component of the present utility model.Software of the present utility model utilizes 16MHz oscillating circuit, timer, large electric current input/output port, ALU, the pulsewidth modulation of microcomputer controller to produce ultra-low frequency electromagnetic wave, hyperacoustic waveform frequency conversion generation, the generation of anion frequency conversion waveform, the generation of ozone frequency conversion waveform, colour lamplight control, control inputs sampling.In ultrasonic frequency conversion generation part, produced the complementary output of ultrasonic 50% dutycycle of several frequencies by software control RC4 and RC5 pin, the output time of each frequency and total intermittent time are also controlled according to the input of potentiometer R25 by software; In ultra-low frequency electromagnetic wave frequency conversion generation part, produced the frequency conversion output of 1～20Hz by software control RA2 pin, the output time of each frequency and total intermittent time are also controlled according to the input of potentiometer R25 by software; In anion frequency conversion generation part, produced the frequency conversion output of 20K and 30K frequency 50% dutycycle by software control PWM2, the output time of each frequency and total intermittent time are also controlled according to the input of potentiometer R26 by software; In ozone frequency conversion generation part, produced the frequency conversion output of 20K and 30K frequency 50% dutycycle by software control PWM1, the output time of each frequency and total intermittent time are also controlled according to the input of potentiometer R27 by software; At the colour lamplight control section, produce the output of 10K frequency square wave by software control RB5, RB6, RB7, the dutycycle of square wave is regulated according to the input of potentiometer R28; In the input signal sampling section, analog-digital converter by software control microcontroller inside, dividing potential drop to potentiometer R25, R26, R27, R28 is carried out sample conversion, obtains digital quantity, and the digital quantity that utilizes sampling to obtain is regulated control to each output; At ultraviolet LED (UV LED) constant current control section, software User potentiometer inputs to arrange the reference voltage that produces internal comparator, comparator compares with reference to the voltage on voltage and the sample circuit R33, comparative result goes to control opening the light of metal-oxide-semiconductor, thereby the electric current of control LED, and then the intensity of control ultraviolet ray generation.
As shown in Figure 4, ultrasonic power amplifies the output employing and recommends the output driving, recommend output drive by T1 ~ T6 totally 6 triodes finish, when OUTA was output as high level, this moment, OUTB was low level, T3 conducting in the circuit of right side, T4 and T6 cut-off, left side circuit T1 conducting, T2 cut-off and T5 conducting realize that electric current is from the path of T3-B1 (transducer)-T5; When OUTA was output as low level, this moment, OUTB was output as high level, T3 cut-off in the circuit of right side, and the T4 conducting, then T6 conducting of T2 conducting, T1 cut-off in the circuit of left side, T5 cut-off and T2 conducting realize that electric current is from the path of T2-B1-T6.OUTA and OUTB output are carried out height conversion output according to frequency, thereby the interchange that realizes transducer drives.
As shown in Figure 5, B1 is ultrasonic transducer, and D9, D10, R13 consist of the output indicating circuit.The AC signal that ultrasonic power amplifies output drives the B1 ultrasonic transducer, thereby sends ultrasonic signal; The AC signal of ultrasonic power amplification output drives D10 through the D9 halfwave rectifier and sends blue light as operation indication practicality, and R13 is current-limiting resistance.
As shown in Figure 6, the ultra-low frequency electromagnetic wave power amplification is adopted metal-oxide-semiconductor to drive chip and is finished, and the ultra-low frequency electromagnetic wave that it produces microcomputer controller carries out energy and amplifies rear output, drives the transmitter of rear class, and its peak anode current can reach 10 amperes.
As shown in Figure 7, the ultra-low frequency electromagnetic wave radiating portion adopts the LC resonance circuit, and the inductance coil L2 in the circuit and capacitor C 6 consist of the resonance radiating circuits, are equivalent to antenna, and the ultra-low frequency signal that it produces microcomputer controller is to radiateing in the air.
As shown in Figure 8, anion power amplification output drives, and U3 is the metal-oxide-semiconductor driver, can guarantee that metal-oxide-semiconductor opens and close within the extremely short time, reduces the switching loss of metal-oxide-semiconductor, reduces heating, raises the efficiency; Q2 is metal-oxide-semiconductor; T8 is transformer; the primary and secondary ratio is 1: 800; the switch of Q2 just can produce High AC voltage at transformer secondary output like this, drives the anion discharge electrode; produce anion; by the work intermittent time of control PWM2, can regulate the intensity of anion, D3 is the protection diode.
As shown in Figure 9, anion generator, the utility model embodiment utilize D7 to carry out rectification, thereby produce HVDC at the negative ion electrospray pole plate, and the drive electrode plate produces anion, and R16 is playing the current-limiting protection effect.
As shown in figure 10, ozone power amplification output drives, and U2 is the metal-oxide-semiconductor driver, can guarantee that metal-oxide-semiconductor opens and close within the extremely short time, reduces the switching loss of metal-oxide-semiconductor, reduces heating, raises the efficiency; Q1 is metal-oxide-semiconductor, and T7 is transformer, and the primary and secondary ratio is 1: 20; the switch of Q1 just can produce alternating voltage at transformer secondary output like this, drives the ozone battery lead plate and produces ozone; by the work intermittent time of control PWM1, can regulate the concentration of ozone, D2 is the protection diode.
As shown in figure 11, the ozone battery lead plate, the utility model embodiment adopts the ceramic electrical pole plate, uses ac high-voltage to drive.
As shown in figure 12, control inputs, for realizing the electrodeless adjusting of output, the control inputs part is comprised of 4 potentiometers, the analog-digital converter that the utility model embodiment utilizes microcontroller inside to carry is changed the input of digital regulation resistance, and utilize the result of conversion to remove to control colored mini light night drive circuit, the ozone power amplified drive circuit, the anion power amplified drive circuit, ultralow frequency power amplified drive circuit and ultrasonic power amplify output driving circuit, and then realize the brightness of mini light night and the adjusting of color, ozone generation concentration adjustment, anion generation intensity adjustment and ultralow frequency and ultrasonic power output are regulated.
As shown in figure 13, D4, D5, D6 are the red, green, blue three-primary color LED, well-known employing constant current-supplying mode is more satisfactory LED power supply mode, it can be avoided the change of LED forward voltage and cause current fluctuation, constant electric current makes the brightness stability of LED simultaneously, therefore the utility model embodiment adopts R3, R4, Q3, Q4 to consist of constant-current source and drives D4, Q9 is switching tube, microcontroller can be controlled Q9 by PWMR, as long as change the dutycycle of PWMR output, can reach the purpose of regulating luminous tube D4 brightness; Other two groups identical.So just can regulate simultaneously by microcontroller the dutycycle of PWMR, PWMG, these three pulsewidth modulation pins of PWMB, realize mini light night brightness, contrast and dazzle color regulation and control.
As shown in figure 14, D8, D11 are UV LED, and based on UV LED, UV LED has the characteristics such as volume is little, and the life-span is long, and is easy to control, and the practical UV LED that adopts is as the light source of disinfection by ultraviolet light in the present embodiment.Because the drive current of UV LED is larger, reach 500mA, general driving chip can not be realized the output of so large continuous current, drives the constant current control output that chip and metal-oxide-semiconductor are realized large electric current therefore the utility model embodiment utilizes the inner integrated comparator of microcontroller and comparator reference voltage to add outside metal-oxide-semiconductor.R33 is current sampling resistor; the sampled voltage that generates at the R33 pin; compare with the good reference voltage of microcontroller inner setting; control metal-oxide-semiconductor driver U6 realizes the switch of metal-oxide-semiconductor; and then realization constant current control; the in the present embodiment input of microcomputer controller User arranges the reference voltage that produces comparator; thereby realize the adjusting to UV LED luminous intensity; R31 and C7 consist of the RC wave filter toggle frequency are set; R32 is the protective resistance of U6, and R34 is the current-limiting resistance of UV LED.
Claims (1)
1. multifunction electronic frequency conversion acarid is driven away device, it is characterized in that being provided with shell and removes acarid circuit, ultraviolet lamp disinfection circuit, decorative lighting mini light night circuit and control inputs circuit with the power-switching circuit, microcomputer controller module, ozonization circuit, air cleaning negative ion generating circuit, the variable-frequency electric magnetic wave that are loaded in the shell except acarid circuit, variable-frequency ultrasonic;
Described ozonization circuit is provided with ozone frequency conversion waveform generator, ozone power amplification output driving circuit and ozone battery lead plate, and described air cleaning negative ion generating circuit is provided with anion frequency conversion wave generator circuit, anion power amplification output driving circuit and anion discharge electrode; Described variable-frequency electric magnetic wave is provided with ultra-low frequency electromagnetic wave frequency conversion wave generator circuit, ultra-low frequency electromagnetic wave power amplification output driving circuit and ultra-low frequency electromagnetic wave transmitter except the acarid circuit; Described variable-frequency ultrasonic is except the acarid circuit is provided with ultrasonic frequency conversion wave generator circuit, ultrasonic power amplifies output driving circuit, ultrasonic transducer and operation indicating circuit; Described ultraviolet lamp disinfection circuit is provided with ultraviolet LED constant-current control circuit and ultraviolet led drive circuit; Described decorative lighting mini light night circuit is provided with colour lamplight controller circuitry, colored mini light night and drive circuit; Described control inputs circuit is provided with input signal sample circuit and control inputs circuit;
The output of described power-switching circuit respectively with the input of the input of microcomputer controller module, control inputs circuit be connected the input of mini light night and drive circuit and be connected; The input of the output of described microcomputer controller module and ozone frequency conversion waveform generator joins, the input of the output termination ozone power amplification output driving circuit of ozone frequency conversion waveform generator, the output termination ozone battery lead plate of ozone power amplification output driving circuit; The output of described microcomputer controller module links to each other with the input of anion frequency conversion wave generator circuit, the output of anion frequency conversion wave generator circuit links to each other with the input of anion power amplification output driving circuit, and the output that anion power amplification output drives links to each other with the anion discharge electrode; The output of described microcomputer controller module links to each other with the input of ultra-low frequency electromagnetic wave frequency conversion wave generator circuit, the output of ultra-low frequency electromagnetic wave frequency conversion wave generator circuit is connected with the input of ultra-low frequency electromagnetic wave power amplification output driving circuit, the output of ultra-low frequency electromagnetic wave power amplification output driving circuit is connected with the input of ultra-low frequency electromagnetic wave transmitter, ultra-low frequency electromagnetic wave transmitter radiated electromagnetic wave; The output of described microcomputer controller module links to each other with the input of ultrasonic frequency conversion wave generator circuit, the output of ultrasonic frequency conversion wave generator circuit is connected with the input that ultrasonic power amplifies output driving circuit, the output that ultrasonic power amplifies output driving circuit is connected with the input of ultrasonic transducer and operation indicating circuit, and ultrasonic transducer produces variable-frequency ultrasonic by the several frequencies that set; The output of described microcomputer controller module links to each other with the input of colour lamplight controller circuitry, and the output of colour lamplight controller circuitry links to each other with the input of colored mini light night and drive circuit; The output of described microcomputer controller module links to each other with the input of ultraviolet LED constant-current control circuit, and the output of ultraviolet LED constant-current control circuit links to each other with ultraviolet led drive circuit, and ultraviolet LED lamp sends ultraviolet ray; The input of the output termination control inputs circuit of described power-switching circuit, the input of the output termination input signal sample circuit of control inputs circuit, the input of the output termination microcomputer controller module of input signal sample circuit.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220431377 CN202819426U (en) | 2012-08-28 | 2012-08-28 | Multifunctional electronic frequency conversion acarid driving device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220431377 CN202819426U (en) | 2012-08-28 | 2012-08-28 | Multifunctional electronic frequency conversion acarid driving device |
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| CN202819426U true CN202819426U (en) | 2013-03-27 |
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| CN 201220431377 Expired - Fee Related CN202819426U (en) | 2012-08-28 | 2012-08-28 | Multifunctional electronic frequency conversion acarid driving device |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107390595A (en) * | 2017-08-30 | 2017-11-24 | 苏州亿丰新技农林装备科技有限公司 | Intelligent physical pest killing machine control circuit |
| CN109819967A (en) * | 2019-04-04 | 2019-05-31 | 广东交通职业技术学院 | A kind of stack room acarid kills system and method |
-
2012
- 2012-08-28 CN CN 201220431377 patent/CN202819426U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107390595A (en) * | 2017-08-30 | 2017-11-24 | 苏州亿丰新技农林装备科技有限公司 | Intelligent physical pest killing machine control circuit |
| CN107390595B (en) * | 2017-08-30 | 2019-11-08 | 苏州亿丰新技农林装备科技有限公司 | Intelligent physical pest killing machine control circuit |
| CN109819967A (en) * | 2019-04-04 | 2019-05-31 | 广东交通职业技术学院 | A kind of stack room acarid kills system and method |
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