CN205455585U - Light -operated electric mosquito killer - Google Patents
Light -operated electric mosquito killer Download PDFInfo
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- CN205455585U CN205455585U CN201620048493.0U CN201620048493U CN205455585U CN 205455585 U CN205455585 U CN 205455585U CN 201620048493 U CN201620048493 U CN 201620048493U CN 205455585 U CN205455585 U CN 205455585U
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Abstract
The utility model provides a light -operated electric mosquito killer which characterized in that: contain a gear select switch, an electric mosquito killer and a LDR switch circuit, gear select switch contains a plurality of switching node, gear select switch's positive terminal is connected with the positive terminal of power, and gear select switch's negative pole end optional is connected with one of switching node, the independent electric mosquito killer return circuit of constitution is connected with the negative pole end of power to electric mosquito killer 's anodal negative pole with first switch nodal connection, electric mosquito killer, electric mosquito killer 's positive pole still with it constitutes the light -operated electric mosquito killer return circuit to be connected with the negative pole end of power with second switch nodal connection, electric mosquito killer 's negative pole after LDR switch circuit establishes ties, there have a switching node to be vacant.
Description
Technical field
This utility model patent relates to a kind of electric fumigator for preventing mosquito, electric fumigator for preventing mosquito that particularly can be light-operated.
Background technology
Mosquito disturbs people and often can spread disease; traditional combustion-type mosquito incense is lighted because of its needs; by the flue gas anophelifuge given out; but there is the risk causing fire trouble in it; simultaneously containing small dust in its flue gas disseminated; the respiratory system of people and eyes etc. can be caused stimulation, be unfavorable for health, the ashes after burning are also required to clear up in time simultaneously.Electric fumigator for preventing mosquito has without bright cigarette naked light, safely cleaning, advantage that using effect is good, easy to use, gradually replaces traditional combustion-type mosquito incense.
But its weak point is electric fumigator for preventing mosquito daily requirement open and close power supply, for most people, this action can the most non-be forgotten, and has forgotten to open and has just opened until mosquito stings awake, or has forgotten to close, and causes mosquito-repellent incense to work continuously and causes waste.
Although prior art also has light-operated electric fumigator for preventing mosquito, but its effect is mainly the light and shade according to light and controls the open and close of electric fumigator for preventing mosquito, and when needing anophelifuge by day, electric fumigator for preventing mosquito but cannot the work of Non-follow control electric fumigator for preventing mosquito, and need to use a shelter that photosensitive mouth covers the signal causing dark surrounds to make photoreceptors be obtained insufficient light thus start electric fumigator for preventing mosquito；Additionally, without night of mosquito or need not open in the case of electric fumigator for preventing mosquito temporarily, electric fumigator for preventing mosquito can not be closed again in short time, and need to extract attaching plug and cut off the electricity supply and make it close, in-convenience in use.
Therefore, need a kind of can auto-open-close power supply and daytime can also the electric fumigator for preventing mosquito of Non-follow control anophelifuge and a kind of can close power supply and the electric fumigator for preventing mosquito of attaching plug need not be extracted, be actually needed overcoming the above-mentioned technical deficiency of existing electric fumigator for preventing mosquito to meet.
Summary of the invention
The purpose of this utility model one is to provide a kind of light-operated electric fumigator for preventing mosquito, it can also be able to the electric fumigator for preventing mosquito of Non-follow control according to the strong and weak auto-open-close electric fumigator for preventing mosquito of light and when needing anophelifuge by day, it is also possible to overcomes the existing electric fumigator for preventing mosquito can not the deficiency of auto-open-close power supply.
For solve above-mentioned technical problem, this utility model purpose one by the following technical solutions:
A kind of light-operated electric fumigator for preventing mosquito, it is characterized in that: comprise a GSS Gear Select Switch, an electric fumigator for preventing mosquito and a light-controlled switching circuit, described GSS Gear Select Switch comprises the first switching node K1, second switch node K2 and the 3rd switching node K3, the positive terminal of described GSS Gear Select Switch K is connected with the positive terminal N of power supply, and the negative pole end of GSS Gear Select Switch K and one of the first switching node K1, second switch node K2 and the 3rd switching node K3 connect；The positive pole of described electric fumigator for preventing mosquito and the first switching node K1 connect, the negative pole of electric fumigator for preventing mosquito connects and composes independent electrical mosquito-repellent incense loop with the negative pole end L of power supply；The positive pole of described electric fumigator for preventing mosquito is connected with second switch node K2 after also connecting with described light-controlled switching circuit, and the negative pole of electric fumigator for preventing mosquito connects and composes light-operated electric fumigator for preventing mosquito loop with the negative pole end L of power supply；Described 3rd switching node K3 is vacant.
For superior technique effect, the technical solution of the utility model can also be specially techniques below feature:
1, described light-controlled switching circuit is made up of the first commutation diode VDI1, the first divider resistance RPI1, the first photoconductive resistance R1 and the first IGCT VSI1, the positive pole of described first commutation diode VDI1 and the anode of the first IGCT VSI1 are connected with second switch node K2 after connecting, the negative pole of the first commutation diode VDI1 is connected with the positive pole of divider resistance RPI1, and the negative pole of the first divider resistance RPI1 and the control pole of the positive pole of the first photoconductive resistance R1 and the first IGCT VSI1 connect；The negative pole of the first photoconductive resistance R1 and the negative pole of the first IGCT VSI1 are connected with the anode of electric fumigator for preventing mosquito WXY after connecting.
2, described first divider resistance RPI1 is the slide rheostat that a resistance is variable, and its negative pole and sliding end are connected with the positive pole of the first photoconductive resistance R1 and the control pole of the first IGCT VSI1 simultaneously.
The light-operated electric fumigator for preventing mosquito of one using the technical scheme of this utility model purpose one has the advantage that
1, comprise the light-operated and manual startup function of electric fumigator for preventing mosquito simultaneously, existing light-operated electric fumigator for preventing mosquito is avoided to need artificially to utilize foreign object to block photosensitive mouth and manual can not open electric fumigator for preventing mosquito, make at light strong but could be used that electric fumigator for preventing mosquito when needing and use mosquito-repellent incense, easy to use, do not affected by light；
2, containing a vacant switching node K3, make to close electric fumigator for preventing mosquito by switch K in the case of need not open electric fumigator for preventing mosquito the night etc. without mosquito, without plug attaching plug continually, and can be the most energy-conservation, extension device and the service life of consumptive material, and avoid the possible danger caused of equipment long time continuous working；
3, use photoconductive resistance to trigger thyristor circuit, be added to the control pole of IGCT；Voltage just can make turn on thyristors after needing to reach certain value, and therefore, circuit working state is stable, safety, and the life-span is long.
The purpose of this utility model two is to provide a kind of light-operated electric fumigator for preventing mosquito comprising mini light night, it comprises electric fumigator for preventing mosquito and mini light night, electric fumigator for preventing mosquito and mini light night can individually work and can work simultaneously, can avoid extracting supply socket when needs close down night-light and mosquito-repellent incense simultaneously, conveniently close down night-light, mosquito-repellent incense and again come into operation.
For solving above-mentioned technical problem, this utility model purpose two the technical scheme is that a kind of light-operated electric fumigator for preventing mosquito comprising mini light night, it is characterized in that: comprise electric fumigator for preventing mosquito loop, first small night lamp circuit, second small night lamp circuit and a GSS Gear Select Switch, described GSS Gear Select Switch comprises the first switching node, second switch node, 3rd switching node and the 4th switching node, the positive terminal of described GSS Gear Select Switch is connected with the positive terminal of power supply, the negative pole end of GSS Gear Select Switch may select and the first switching node, second switch node, one of 3rd switching node and the 4th switching node connect；Described first small night lamp circuit comprises the first commutation diode, the first divider resistance, the first photoconductive resistance, the first IGCT and the first mini light night, wherein, the positive pole of the first commutation diode, the positive pole of the first mini light night are connected with GSS Gear Select Switch by second switch node；The negative pole of described first commutation diode and the positive pole of the first divider resistance connect, the negative pole of the first divider resistance and sliding end are connected with the positive pole of the first photoconductive resistance and the control pole of the first IGCT simultaneously, and the negative pole of the first mini light night and the anode of the first IGCT connect；The negative electrode of the first IGCT and the negative pole of the first photoconductive resistance are connected with the positive pole of electric fumigator for preventing mosquito simultaneously, and the negative pole of described electric fumigator for preventing mosquito is connected with the negative pole end of power supply；In described electric fumigator for preventing mosquito loop, the positive pole of electric fumigator for preventing mosquito is connected with described GSS Gear Select Switch by the first switching node, and the negative pole of electric fumigator for preventing mosquito is connected with the negative pole end of power supply；Described second small night lamp circuit comprises the second commutation diode, the second divider resistance, the second photoconductive resistance, the second IGCT and the second mini light night, wherein, the positive pole of the second commutation diode, the positive pole of the second mini light night are connected with GSS Gear Select Switch by the 3rd switching node；The negative pole of the second commutation diode and the positive pole of the second divider resistance connect, and the negative pole of the second divider resistance and sliding end are connected with the positive pole of the second photoconductive resistance and the control pole of the second IGCT simultaneously；The negative pole of the second mini light night and the anode of the second IGCT connect；The negative electrode of the second IGCT and the negative pole of the second photoconductive resistance are connected with the negative pole end of power supply simultaneously, and described 4th switching node is vacant.
For superior technique effect, the technical solution of the utility model can also be specially techniques below feature:
1. the first divider resistance described in is slide rheostat, and the negative pole of its positive pole and the first commutation diode connects, and negative pole is vacant, and sliding end is connected with the positive pole of the first photoconductive resistance and the control pole of the first IGCT simultaneously；
2. the negative pole of the first divider resistance described in and sliding end are connected with the positive pole of the first photoconductive resistance and the control pole of the first IGCT simultaneously；
3. the second divider resistance described in is slide rheostat, and its positive pole is connected with the negative pole of described second commutation diode, and negative pole is vacant, and sliding end is connected with the positive pole of described second photoconductive resistance and the control pole of the second IGCT simultaneously；
4. the second divider resistance described in is slide rheostat, and its positive pole is connected with the negative pole of described second commutation diode, and negative pole and sliding end are connected with the positive pole of described second photoconductive resistance and the control pole of the second IGCT simultaneously.
The light-operated electric fumigator for preventing mosquito comprising mini light night using the technical scheme of this utility model purpose two has the advantage that
1. gear more than selects, and makes mosquito-repellent incense, mini light night work or the most in running order simultaneously；
2. contain a vacant switching node, avoid extracting supply socket when needs close down night-light and mosquito-repellent incense simultaneously, conveniently close down night-light, mosquito-repellent incense and again come into operation；
3. combine light control techniques to combine with tradition electric fumigator for preventing mosquito, electric fumigator for preventing mosquito and the open and close of mini light night is controlled by light-operated switch, without switching the power supply of electric fumigator for preventing mosquito and mini light night every day, greatly convenient use, and can be the most energy-conservation, extension device and the service life of consumptive material, and avoid the possible danger caused of equipment long time continuous working；
4. using photoconductive resistance to trigger thyristor circuit, be added to just to make turn on thyristors after the voltage controlling pole of IGCT VSI needs to reach certain value, therefore, circuit working state is stable, safety, and the life-span is long；
5. comprising electric fumigator for preventing mosquito and mini light night in an equipment, function is two-in-one simultaneously, it is not necessary to the most individually buys electric fumigator for preventing mosquito and mini light night, can effectively reduce equipment investment and operating cost；
6. an equipment comprises electric fumigator for preventing mosquito and mini light night simultaneously, even if two equipment use also only takes up a socket simultaneously, effectively release family socket anxiety problem.
Accompanying drawing explanation
Fig. 1 is an embodiment schematic diagram of a kind of light-operated electric fumigator for preventing mosquito of the present utility model
Fig. 2 is another embodiment schematic diagram of a kind of light-operated electric fumigator for preventing mosquito comprising mini light night of the present utility model
In figure, WXY is electric fumigator for preventing mosquito, and XYD1 is the first mini light night, and XYD2 is the second mini light night, and K is GSS Gear Select Switch, and VDI1, VDI2 are first, second commutation diode；RPI1, RPI2 are first, second divider resistance；R1, R2 are first, second photoconductive resistance；VSI1, VSI2 are first, second IGCT；VDI1, VDI2 are first, second commutation diode；RPI1, RPI2 are first, second divider resistance；K1, K2, K3, K4 are first, second, third and fourth switching node, and N is the positive terminal of power supply, and L is power cathode end.
Detailed description of the invention
Below in conjunction with accompanying drawing, the embodiment of technical scheme described in this utility model purpose is described in detail.
Embodiment one:
As shown in Figure 1, the light-operated electric fumigator for preventing mosquito of one of this utility model purpose one, comprise a GSS Gear Select Switch K, an electric fumigator for preventing mosquito WXY and a light-controlled switching circuit, described GSS Gear Select Switch K comprises the first switching node K1, second switch node K2 and tri-nodes of the 3rd switching node K3, the positive terminal of described GSS Gear Select Switch K is connected with the positive terminal N of power supply, and one of negative pole end L and the first switching node K1, second switch node K2 and the 3rd switching node K3 connect；The positive pole of described electric fumigator for preventing mosquito WXY and the first switching node K1 connect, the negative pole of electric fumigator for preventing mosquito WXY connects and composes independent electric fumigator for preventing mosquito loop with the negative pole end L of power supply；The positive pole of described electric fumigator for preventing mosquito WXY is connected with second switch node K2 after also connecting with described light-controlled switching circuit, and the negative pole of electric fumigator for preventing mosquito WXY connects and composes light-operated electric fumigator for preventing mosquito loop with the negative pole end L of power supply；Described 3rd switching node K3 is vacant.In the present embodiment, described light-controlled switching circuit is made up of the first commutation diode VDI1, the first divider resistance RPI1, the first photoconductive resistance R1 and the first IGCT VSI1, the positive pole of described first commutation diode VDI1 and the anode of the first IGCT VSI1 are connected with second switch node K2 after connecting, the negative pole of the first commutation diode VDI1 and the positive pole of the first divider resistance RPI1 connect, and the negative pole of the first divider resistance RPI1 and the control pole of the positive pole of the first photoconductive resistance R1 and the first IGCT VSI1 connect；The negative pole of the first photoconductive resistance R1 and the negative pole of the first IGCT VSI1 are connected with the positive pole of electric fumigator for preventing mosquito WXY after connecting.
As it is shown in figure 1, in the present embodiment, described first divider resistance RPI1 is the slide rheostat that a resistance is variable, its negative pole and sliding end are connected with the positive pole of photoconductive resistance R1 and the control pole of IGCT VSI1 simultaneously.
In the present embodiment, the operation principle of circuit is as follows:
When GSS Gear Select Switch K is alternatively coupled to the first switching node K1, power supply is connected with independent electrical mosquito-repellent incense loop, electric fumigator for preventing mosquito WXY continuous firing.
When GSS Gear Select Switch K is alternatively coupled to second switch node K2, power supply is connected with light-operated electric fumigator for preventing mosquito loop, electric fumigator for preventing mosquito is according to the photosensitive result of light-controlled switching circuit, when light is bright, described photoresistor Rl resistance is little, unidirectional pulse DC voltage after the rectified diode VDI1 rectification of 220V alternating voltage is after the first divider resistance RPI1 dividing potential drop, voltage on photoconductive resistance Rl is little, the voltage being added to IGCT VSI1 control pole is little, at this moment IGCT VSI1 can not turn on, so electric fumigator for preventing mosquito no current, electric fumigator for preventing mosquito WXY does not works.
When dark, unidirectional pulse DC voltage after the rectified diode VDI1 rectification of 220V alternating voltage is after the first divider resistance RP1 dividing potential drop, voltage on photoconductive resistance Rl is big, the voltage being added to IGCT VSI1 control pole is big, at this moment IGCT VSI1 enters conducting state, so there being electric current to flow through in electric fumigator for preventing mosquito, electric fumigator for preventing mosquito WXY normally works.
When GSS Gear Select Switch K is alternatively coupled to the 3rd switching node K3, power supply is vacant, and electric fumigator for preventing mosquito does not works.
Light control techniques is combined by the technical scheme of this utility model purpose one with tradition electric fumigator for preventing mosquito, by implanting light-operated switch, without open and close every day power supply, and independent electrical mosquito-repellent incense loop and vacant switch are set further, make light by day time strong, could be used that light-operated electric fumigator for preventing mosquito, or electric fumigator for preventing mosquito can be closed without pulling out attaching plug when need not electric fumigator for preventing mosquito work.Having that reliability is high, use safety, diverse in function, the advantage such as cheap, it has market prospect widely at life small electric apparatus aspect.
Embodiment two:
As shown in Figure 2, the light-operated electric fumigator for preventing mosquito comprising mini light night in the present embodiment, the light-operated electric fumigator for preventing mosquito of mini light night is comprised for another kind, it is characterized in that: comprise electric fumigator for preventing mosquito loop, first small night lamp circuit, second small night lamp circuit and a GSS Gear Select Switch K, described GSS Gear Select Switch K is four GSS Gear Select Switch, comprise the first switching node K1, second switch node K2, 3rd switching node K3 and the 4th switching node K4, the positive terminal of described GSS Gear Select Switch K is connected with the positive terminal N of power supply, negative pole end and the first switching node K1, second switch node K2, one of 3rd switching node K3 and the 4th switching node K4 connects；And the 4th switching node K4 vacant.Described first small night lamp circuit comprises the first commutation diode VDI1, first divider resistance RPI1, first photoconductive resistance R1, first IGCT VSI1 and the first mini light night XYD1, wherein, the positive pole of the first commutation diode VDI1, the positive pole of the first mini light night XYD1 is connected with GSS Gear Select Switch K by second switch node K2, the negative pole of the first commutation diode VDI1 and the positive pole of the first divider resistance RPI1 connect, the negative pole of the first divider resistance RPI1 and sliding end are connected with the positive pole of the first photoconductive resistance R1 and the control pole of the first IGCT VSI1 simultaneously, the negative pole of the first mini light night XYD1 and the anode of the first IGCT VSI1 connect；The negative electrode of the first IGCT VSI1 and the negative pole of the first photoconductive resistance R1 are connected with the positive pole of electric fumigator for preventing mosquito simultaneously, and the negative pole of described electric fumigator for preventing mosquito WXY is connected with the negative pole end L of power supply；In described electric fumigator for preventing mosquito circuit, the positive pole of electric fumigator for preventing mosquito WXY is connected with described GSS Gear Select Switch K by the first switching node K1, and the negative pole of electric fumigator for preventing mosquito WXY is connected with the negative pole end L of power supply；Described second small night lamp circuit comprises the second commutation diode VDI2, the second divider resistance RPI2, the second photoconductive resistance R2, the second IGCT VSI2 and the second mini light night XYD2, wherein, the positive pole of the second commutation diode VDI2, the positive pole of the second mini light night XYD2 are connected with GSS Gear Select Switch K by the 3rd switching node K3；The negative pole of the second commutation diode VDI2 and the positive pole of the second divider resistance RPI2 connect, and the negative pole of the second divider resistance RPI2 and sliding end are connected with the positive pole of the second photoconductive resistance R2 and the control pole of the second IGCT VSI2 simultaneously；The negative pole of the second mini light night XYD2 and the anode of the second IGCT VSI2 connect；The negative electrode of the second IGCT VSI2 and the negative pole of the second photoconductive resistance R2 are connected with the negative pole end L of power supply simultaneously.
Described three GSS Gear Select Switch are for selecting the mode of operation that power supply is simultaneously connected with or power supply is individually connected with electric fumigator for preventing mosquito or power supply is individually connected with small night lamp circuit with electric fumigator for preventing mosquito and mini light night.
In the present embodiment, divider resistance RPI1, the RPI2 comprised in the first mini light night and the second small night lamp circuit is slide rheostat, can regulate light-operated sensitivity by the sliding end of divider resistance RPI1 and RPI2, and finished product also can be adjusted to fixed value in advance.
In the present embodiment, the operation principle of circuit is as follows:
When GSS Gear Select Switch and the first switching node K1 connect, now, circuit selecting electric fumigator for preventing mosquito work independently pattern, power supply is only connected with electric fumigator for preventing mosquito circuit.Now, second switch node K2 and the 3rd switching node K3 is not connected with switch, and the first mini light night XYD1, the second mini light night XYD2 are not connected to power supply, and two small night lamp circuit do not work.This gear can make mosquito-repellent incense be separately in duty, meets afternoon nap or the user's anophelifuge without mini light night demand at night uses.
When GSS Gear Select Switch is connected with second switch node K2, now, electric fumigator for preventing mosquito and the first mini light night mode of operation simultaneously is selected on circuit, electric fumigator for preventing mosquito circuit and the first mini light night XYD1 circuit become cascade to be connected with power supply, when light is bright, described first photoresistor Rl resistance is little, 220V alternating voltage unidirectional pulse DC voltage after the first commutation diode VD1 rectification is after the first divider resistance RP1 dividing potential drop, voltage on first photoconductive resistance Rl is little, the voltage being added to the first IGCT VS1 control pole is little, at this moment the first IGCT VS1 can not turn on, so the first mini light night XYD1 loop no current, electric fumigator for preventing mosquito and the first mini light night XYD1 do not work.
When dark, 220V alternating voltage unidirectional pulse DC voltage after the first commutation diode VDI1 rectification is after the first divider resistance RPI1 dividing potential drop, voltage on first photoconductive resistance Rl is big, the voltage being added to the first IGCT VSI1 control pole is big, at this moment the first IGCT VSI1 enters conducting state, so the first mini light night XYD1 loop has electric current to flow through, electric fumigator for preventing mosquito and the first mini light night XYD1 normally work.
When GSS Gear Select Switch and the 3rd switching node K3 connect, now, circuit selecting mini light night work independently pattern, power supply is only connected with the second mini light night XYD2 circuit.When light is bright, second photoresistor R2 resistance is little, 220V alternating voltage unidirectional pulse DC voltage after the second commutation diode VDI2 rectification is after the second divider resistance RPI2 dividing potential drop, voltage on second photoconductive resistance R2 is little, the voltage being added to the second IGCT VSI2 control pole is little, at this moment the second IGCT VSI2 can not turn on, so the second mini light night XYD2 loop no current, the second mini light night XYD2 does not works.
When dark, second photoresistor R2 resistance is big, after the second divider resistance RPI2 dividing potential drop, voltage on second photoresistor R2 is big, the voltage being added to the second IGCT VSI2 control pole is big, this second time IGCT VSI2 enter conducting state, so the second mini light night XYD2 loop has electric current to flow through, the second mini light night XYD2 normally works.
When selecting this gear, owing to power supply is only connected with the second mini light night XYD2 circuit, electric fumigator for preventing mosquito is not connected to power supply, then electric fumigator for preventing mosquito circuit does not works, and makes mini light night be separately in duty, it is adaptable to winter or use as mini light night season without mosquito.
When GSS Gear Select Switch K and the 4th joint nod K4 connection, power supply is vacant, and all electric fumigator for preventing mosquito and mini light night in the present embodiment do not work.Avoid extracting supply socket when needs close down night and mosquito-repellent incense simultaneously, conveniently close down night-light, mosquito-repellent incense and again come into operation.
The light-operated electric fumigator for preventing mosquito comprising mini light night of this utility model purpose two, it is possible to be widely used in night lighting or anophelifuge or simultaneously need to illumination and the occasion of anophelifuge.
Claims (9)
1. a light-operated electric fumigator for preventing mosquito, it is characterized in that: comprise a GSS Gear Select Switch (K), one electric fumigator for preventing mosquito (WXY) and a light-controlled switching circuit, described GSS Gear Select Switch (K) comprises the first switching node (K1), second switch node (K2) and the 3rd switching node (K3), the positive terminal of described GSS Gear Select Switch (K) is connected with the positive terminal (N) of power supply, the negative pole end of GSS Gear Select Switch (K) may select and the first switching node (K1), one of second switch node (K2) and the 3rd switching node (K3) connect；The positive pole of described electric fumigator for preventing mosquito (WXY) and the first switching node (K1) connect, the negative pole of electric fumigator for preventing mosquito (WXY) connects and composes independent electric fumigator for preventing mosquito loop with the negative pole end (L) of power supply；The positive pole of described electric fumigator for preventing mosquito (WXY) is connected with second switch node (K2) after also connecting with described light-controlled switching circuit, the negative pole of electric fumigator for preventing mosquito (WXY) connects and composes light-operated electric fumigator for preventing mosquito loop with the negative pole end (L) of power supply；Described 3rd switching node (K3) is vacant.
Light-operated electric fumigator for preventing mosquito the most as claimed in claim 1, it is characterized in that: described light-controlled switching circuit is by the first commutation diode (VDI1), first divider resistance (RPI1), first photoconductive resistance (R1) forms with the first IGCT (VSI1), the positive pole of described first commutation diode (VDI1) and the anode of the first IGCT (VSI1) are connected with second switch node (K2) after connecting, the negative pole of the first commutation diode (VDI1) and the positive pole of the first divider resistance (RPI1) connect, the negative pole of the first divider resistance (RPI1) and the control pole of the positive pole of the first photoconductive resistance (R1) and the first IGCT (VSI1) connect；The negative pole of the first photoconductive resistance (R1) and the negative pole of the first IGCT (VSI1) are connected with the anode of electric fumigator for preventing mosquito (WXY) after connecting.
Light-operated electric fumigator for preventing mosquito the most as claimed in claim 2, it is characterized in that: described first divider resistance (RPI1) is a slide rheostat, its negative pole and sliding end are connected with the positive pole of the first photoconductive resistance (R1) and the control pole of the first IGCT (VSI1) simultaneously.
Light-operated electric fumigator for preventing mosquito the most as claimed in claim 2, it is characterized in that: described first divider resistance (RPI1) is a slide rheostat, its negative pole is vacant, and sliding end is connected with the positive pole of the first photoconductive resistance (R1) and the control pole of the first IGCT (VSI1) simultaneously.
5. the light-operated electric fumigator for preventing mosquito comprising mini light night, it is characterized in that: comprise electric fumigator for preventing mosquito loop, first small night lamp circuit, second small night lamp circuit and a GSS Gear Select Switch (K), described GSS Gear Select Switch (K) comprises the first switching node (K1), second switch node (K2), 3rd switching node (K3) and and four switching nodes (K4), the positive terminal of described GSS Gear Select Switch (K) is connected with the positive terminal (N) of power supply, the negative pole end of GSS Gear Select Switch (K) may select and the first switching node (K1), second switch node (K2), one of 3rd switching node (K3) and the 4th switching node (K4) connect；Described first small night lamp circuit comprises the first commutation diode (VDI1), the first divider resistance (RPI1), the first photoconductive resistance (R1), the first IGCT (VSI1) and the first mini light night (XYD1), wherein, the positive pole of the first commutation diode (VDI 1), the positive pole of the first mini light night (XYD1) are connected with GSS Gear Select Switch (K) by second switch node (K2)；The negative pole of described first commutation diode (VDI1) and the positive pole of the first divider resistance (RPI1) connect, the negative pole of the first divider resistance (RPI1) and sliding end are connected with the positive pole of the first photoconductive resistance (R1) and the control pole of the first IGCT (VSI1) simultaneously, and the negative pole of the first mini light night (XYD1) and the anode of the first IGCT (VSI1) connect；The negative electrode of the first IGCT (VSI1) and the negative pole of the first photoconductive resistance (R1) are connected with the positive pole of electric fumigator for preventing mosquito (WXY) simultaneously, and the negative pole of described electric fumigator for preventing mosquito (WXY) is connected with the negative pole end (L) of power supply；In described electric fumigator for preventing mosquito loop, the positive pole of electric fumigator for preventing mosquito (WXY) is connected with described GSS Gear Select Switch (K) by the first switching node (K1), and the negative pole of electric fumigator for preventing mosquito (WXY) is connected with the negative pole end (L) of power supply；Described second small night lamp circuit comprises the second commutation diode (VDI2), the second divider resistance (RPI2), the second photoconductive resistance (R2), the second IGCT (VSI2) and the second mini light night (XYD2), wherein, the positive pole of the second commutation diode (VDI2), the positive pole of the second mini light night (XYD2) are connected with GSS Gear Select Switch (K) by the 3rd switching node (K3)；The negative pole of the second commutation diode (VDI2) and the positive pole of the second divider resistance (RPI2) connect, and the negative pole of the second divider resistance (RPI2) and sliding end are connected with the positive pole of the second photoconductive resistance (R2) and the control pole of the second IGCT (VSI2) simultaneously；The negative pole of the second mini light night (XYD2) and the anode of the second IGCT (VSI2) connect；The negative electrode of the second IGCT (VSI2) and the negative pole of the second photoconductive resistance (R2) are connected with the negative pole end (L) of power supply simultaneously, and described 4th switching node (K4) is vacant.
A kind of light-operated electric fumigator for preventing mosquito comprising mini light night, it is characterized in that: described first divider resistance (RPI1) is slide rheostat, the negative pole of its positive pole and the first commutation diode (VDI 1) connects, negative pole is vacant, and sliding end is connected with the positive pole of the first photoconductive resistance (R1) and the control pole of the first IGCT (VSI1) simultaneously.
A kind of light-operated electric fumigator for preventing mosquito comprising mini light night, it is characterised in that: the negative pole of described first divider resistance (RPI1) and sliding end are connected with the positive pole of the first photoconductive resistance (R1) and the control pole of the first IGCT (VSI1) simultaneously.
A kind of light-operated electric fumigator for preventing mosquito comprising mini light night, it is characterized in that: described second divider resistance (RPI2) is slide rheostat, its positive pole is connected with the negative pole of described second commutation diode (VDI2), negative pole is vacant, and sliding end is connected with the positive pole of described second photoconductive resistance (R2) and the control pole of the second IGCT (VSI2) simultaneously.
A kind of light-operated electric fumigator for preventing mosquito comprising mini light night, it is characterized in that: described second divider resistance (RPI2) is slide rheostat, its positive pole is connected with the negative pole of described second commutation diode (VDI2), and negative pole and sliding end are connected with the positive pole of described second photoconductive resistance (R2) and the control pole of the second IGCT (VSI2) simultaneously.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620048493.0U CN205455585U (en) | 2016-01-19 | 2016-01-19 | Light -operated electric mosquito killer |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620048493.0U CN205455585U (en) | 2016-01-19 | 2016-01-19 | Light -operated electric mosquito killer |
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| CN205455585U true CN205455585U (en) | 2016-08-17 |
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| CN201620048493.0U Expired - Fee Related CN205455585U (en) | 2016-01-19 | 2016-01-19 | Light -operated electric mosquito killer |
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| CN (1) | CN205455585U (en) |
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2016
- 2016-01-19 CN CN201620048493.0U patent/CN205455585U/en not_active Expired - Fee Related
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