CN204377746U - The rechargeable mosquito eradication disinsector of a kind of intelligent solar - Google Patents
The rechargeable mosquito eradication disinsector of a kind of intelligent solar Download PDFInfo
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- CN204377746U CN204377746U CN201420706982.1U CN201420706982U CN204377746U CN 204377746 U CN204377746 U CN 204377746U CN 201420706982 U CN201420706982 U CN 201420706982U CN 204377746 U CN204377746 U CN 204377746U
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- mosquito
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- killing
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Abstract
The rechargeable mosquito eradication disinsector of a kind of intelligent solar, it is made up of moth-killing device, anti-escape device, mosquito storage box and master control system; Described master control system is provided with device of solar generating, accumulator, room electricity incoming end and a selection circuit; Described device of solar generating, accumulator and room electricity incoming end at the branch circuit parallel connection of selection circuit, and are powered to moth-killing device by selection circuit; The utility model provides a kind of intelligent charge formula solar energy mosquito eradication disinsector, and it is provided with three kinds of electric power systems, and taking full advantage of solar energy is that moth-killing device is powered, for family reduces power consumption; And accumulator can adopt solar power supply apparatus to charge, at accumulator electric-quantity lower than rated value, and when solar power supply apparatus cannot charge to accumulator, room electricity also can be adopted to charge to accumulator, ensure the normal work of mosquito-killing unit.
Description
Technical field
Basis is novel relates to a kind of mosquito eradication disinsector, particularly relates to the rechargeable mosquito eradication disinsector of a kind of intelligent solar.
Background technology
Mosquito eradication disinsector attracts mosquito by the breath of fluorescent tube shinny simulation human body, and namely mosquito can be sucked mosquito storage box by the vortex cyclone device utilizing fan leaf to produce, and make its air-dry dehydration and extremely.At present, in conventional art, mosquito eradication disinsector is made up of electric power system, fan leaf, light trap pipe and mosquito storage box, electric power system connects power supply to fan leaf and lamp tube power supply, and the both sides up and down of fan leaf are located at respectively by mosquito storage box and fluorescent tube, during work, the shinny heating of fluorescent tube, attract mosquito near fluorescent tube, meanwhile, fan leaf rotates and namely can produce eddy current by the mosquito suction mosquito storage box of fluorescent tube, then, the air-dry dehydration of wind that namely can be produced by fan leaf and dead.This mosquito eradication disinsector majority adopts room electricity to power, and kwh loss is comparatively large, causes a large amount of extraneous expenses, and can only work when indoor have electricity to family, and if there is situation about having a power failure, mosquito eradication disinsector then cannot work; Secondly, also have some to be adopt solar power supply apparatus to power, then cannot power as met cloudy solar power supply apparatus for a long time, mosquito-killing unit then cannot work.
Summary of the invention
In order to overcome the problems referred to above, the utility model provides a kind of intelligent charge formula solar energy mosquito eradication disinsector with multiple electric power system.
For achieving the above object, the technical scheme that the utility model provides is:
The rechargeable mosquito eradication disinsector of a kind of intelligent solar, it is made up of moth-killing device, anti-escape device, mosquito storage box and master control system; Described master control system is provided with device of solar generating, accumulator, room electricity incoming end and a selection circuit; Described device of solar generating, accumulator and room electricity incoming end are at the branch circuit parallel connection of selection circuit, and selection circuit is connected with the power circuit of moth-killing device and anti-escape device; Measurement mechanism is provided with in described selection circuit, a rated value and a rated range value is provided with in measurement mechanism, the connection of the electric incoming end of selection circuit and room, device of solar generating, accumulator is satisfied with: when accumulator electric-quantity is lower than rated value, by room electricity, moth-killing device and anti-escape device are powered, and accumulator is charged, when accumulator electric-quantity is higher than rated value, powered by device of solar generating, when the electricity of accumulator is in rated range, by accumulator, moth-killing device and anti-escape device are powered.
Described anti-escape device is located between mosquito storage box and moth-killing device, anti-escape device mosquito inlet is located at the side near moth-killing device, go out the side that mosquito mouth is located at close mosquito storage box, the mosquito near moth-killing device is entered in anti-escape device by mosquito inlet, and falls in mosquito storage box.
Described moth-killing device is at least provided with two, and two moth-killing devices are connected in parallel, and are connected in series with the output of selection circuit.
Described moth-killing device comprises light trap, and light trap is made up of lamp holder, wick and lampshade; Described wick cross section is equilateral triangle, and each side of wick is provided with 24 colored hair light pipes and six white luminous pipes.
On described wick, the firing angle of each LED is 120 °.
the usefulness of technique scheme is:
1, the utility model provides the rechargeable mosquito eradication disinsector of a kind of intelligent solar, it is provided with three kinds of electric power systems, when accumulator electric-quantity is lower than rated value, by room electricity, moth-killing device is powered, when accumulator electric-quantity is higher than rated value, by solar power supply apparatus, moth-killing device is powered, when accumulator electric-quantity is in rated range, by accumulator, moth-killing device is powered, take full advantage of solar energy, and because only power lower than room electricity just can be adopted during rated value at accumulator electric-quantity, comparing traditional mosquito-killing unit is that family decreases a large amount of power consumptions, save spending, and accumulator can adopt solar power supply apparatus to charge, at accumulator electric-quantity lower than rated value, and when solar power supply apparatus cannot charge to accumulator, room electricity also can be adopted to charge to accumulator, ensure the normal work of mosquito-killing unit.
2, be adopt solar power supply apparatus or accumulator to power to light trap and fan leaf because this is novel, can accomplish that daytime charges, night works, 220V alternating current overcomes in conventional art because can only be used as power supply to carry out the restriction of powering, this killing mosquitos disinsector all can be used in indoor and outdoor, also save power consumption simultaneously, reduce use cost.
3, basis is novel is respectively equipped with switch at two between light trap and electric power system, two light traps can be worked simultaneously or one of them work, more mosquito, when need increase predating efficiency, the switch of two light traps all can be opened, two light traps are lit simultaneously, can increase and lure area, improve insect killing effect and efficiency.
4, equilateral triangle is arranged to by this novel light trap, on triangle wick, each side is provided with 24 colored hair light pipes and six white luminous pipes, the different wave length utilizing LED to send lure light harvesting source, and there is stroboscopic function, according to different site environments, the strobing frequency of LED can be regulated, and change the lamp holder of different wave length, thus stimulate the compound eye of different insects, play and precisely lure different insect effects.
Be further described originally novel below in conjunction with the drawings and specific embodiments.
Accompanying drawing explanation
Fig. 1 is this novel main body profile;
Fig. 2 is this novel vertical view;
Fig. 3 is this novel mosquito storage box end view;
Fig. 4 is this novel light trap cutaway view;
Fig. 5 is Fig. 4 end view.
Embodiment
The rechargeable mosquito eradication disinsector of a kind of intelligent solar, it is made up of mosquito eradication disinsector box body 1, anti-escape device 2, mosquito storage box 3, master control system; Wherein, described master control system is made up of master control electric power system and moth-killing device 4; Described master control electric power system is provided with a solar power supply apparatus 5, and solar power supply apparatus 5 is located at mosquito eradication disinsector box body 1 top; Described moth-killing device 4 is provided with a light trap 40, and light trap 40 is located at above anti-escape device 2, and mosquito storage box 3 is located at below anti-escape device 2, and the mosquito near light trap 40 can suck in mosquito storage box 3 by the eddy current that anti-escape device 2 is produced; Described anti-escape device 2 is provided with fan leaf 20 and a motor, and motor is powered by solar power supply apparatus 5, and fan leaf 20 is by motor-driven rotation, and fan leaf 20 air inlet is located at the side near light trap 40, and fan leaf 20 air outlet is located at the side near mosquito storage box 3.Basis is novel to be utilized light trap 40 shinny and generates heat, attract mosquito near light trap 40, fan leaf 20 is provided with in the below of light trap 40, mosquito storage box 3 is provided with below fan leaf 20, the air inlet of fan leaf 20 is located at the side near light trap 40, air outlet is located at the side near mosquito storage box 3, therefore, when mosquito is near light trap 40, namely can the eddy current that produces by the fan leaf 20 in rotating suck in mosquito storage box 3, because fan leaf 20 air outlet is located at the side near mosquito storage box 3, fan leaf 20 rotates and namely can produce wind to mosquito storage box 3, not only can prevent mosquito from escaping in mosquito storage box 3, the mosquito in mosquito storage box 3 can also be made dead by air-dry dehydration.For the ease of air draft, be also provided with multiple air vent 30 in the outside wall surface of mosquito storage box 3.
In addition, in the present embodiment, also be provided with a back-up system, described back-up system is also provided with light trap 41 for subsequent use and an accumulator, described light trap for subsequent use 41 is connected with master control solar power supply apparatus 5 and accumulator simultaneously, accumulator is also connected with the motor of master control light trap 40 and anti-escape device 2, make it possible to a pair two light traps 40 in selection two kinds of electric supply installations, 41 and motor power, simultaneously because of two light traps 40, 41 is adopt mode in parallel to be connected with solar power supply apparatus 5 and accumulator respectively, achieve master control light trap 40 to open with light trap 41 for subsequent use simultaneously and carry out work or one of them unlatching work.Light trap 41 for subsequent use and solar power supply apparatus for subsequent use 5 are all located at above fan leaf 20, corresponding with master control light trap 40 and master control solar power supply apparatus 5 position respectively.
In addition, be also provided with room electricity incoming end, two light traps 40,41 and motor adopt mode in parallel to be connected with room electricity output respectively equally, realize utilizing room electricity to continue power supply to light trap 40,41.
Concrete, be provided with a select line, output is selected to be connected with light trap 40,41 and motor, measurement mechanism is provided with in select line, a rated value and a rated range value is provided with in described measurement mechanism, measurement mechanism is tested battery stores electricity, if accumulator is higher than rated range maximum, then adopts solar power supply apparatus 5 to power; If accumulator electric-quantity is in rated range, powered by accumulator; If accumulator electric-quantity is lower than measurement mechanism rated range minimum of a value, and solar power supply apparatus 5 stops being more than or equal to measurement mechanism rated value to charge in batteries duration, then adopt room electricity to power, and charge to accumulator.
Be provided with three kinds of electric power systems, when accumulator electric-quantity is lower than rated value, by room electricity, moth-killing device 4 is powered, when accumulator electric-quantity is higher than rated value, powered by solar power supply apparatus 5 pairs of moth-killing devices 4, when accumulator electric-quantity is in rated range, by accumulator, moth-killing device 4 is powered, take full advantage of solar energy, and because only power lower than room electricity just can be adopted during rated value at accumulator electric-quantity, comparing traditional mosquito-killing unit is that family decreases a large amount of power consumptions, saves spending; And accumulator adopts solar power supply apparatus 5 to charge, at accumulator electric-quantity lower than rated value, and when solar power supply apparatus 5 cannot charge to accumulator, room electricity also can be adopted to charge to accumulator, ensure the normal work of mosquito-killing unit.When a kind of electric power system can be avoided to work, the out-of-work situation of whole mosquito eradication disinsector.
In addition, two light traps 40,41 work simultaneously, and namely two light traps 40,41 can be opened simultaneously, can increase insect attraction light source, increase trapping area and trap effect.
In the present embodiment, described light trap comprises lamp holder 400, wick 401 and lampshade 402; The cylinder of described wick 401 to be cross sections be equilateral triangle, cylinder hollow, each side of cylinder 401 is provided with 30 LED 403, and the top of cylinder 401 is connected with lamp holder 400; Wick 401 is arranged in lampshade 402, and lamp holder 400 and lampshade 402 are flexibly connected by screw thread.
LED 403 on each side of wick 401 comprises white luminous pipe and colored hair light pipe, white luminous pipe and colored hair light pipe are simultaneously as luring light harvesting source, white luminous pipe can to lure beyond 5 meters insect at a distance, and colored hair light pipe can lure the insect within 5 meters.The wavelength of colored hair light pipe can be selected from violet wavelength 410nm ± 20nm, green wavelength 520nm ± 20nm, yellow wavelengths 590nm ± 20nm, red wavelength 620 nm ± 20nm, blue wavelength 470nm ± 20nm one or more, can deinsectization regional choice according to actual needs, the present embodiment is that the white light of 3500K is comparatively responsive according to most insect to violet wavelength 410nm ± 20nm and colour temperature, so each side is chosen violet light Guan Ershi tetra-, white luminous pipe six.
On cylinder, the firing angle of LED 403 is 120 °, expands light current flow angle degree, is more conducive to heat radiation, improve the service life of LED 5, can realize the abundant irradiation of LED 403 lamppost surrounding, reduce power consumption, reduce costs.
Concrete, basis is novel is respectively equipped with switch between master control solar power supply apparatus 5 and two light traps 40,41, is also respectively equipped with switch between solar power supply apparatus 5 for subsequent use and two light traps 40,41; That is, when only needing a light trap to carry out work, only need the switch opening master control solar power supply apparatus 5 and master control light trap 40, master control solar power supply apparatus 5 is made to enter closure state with the operating circuit of master control light trap 40, namely master control light trap can be lit, and enters duty; When if desired increasing light source, can by the switch opens of master control solar power supply apparatus 5 with light trap 41 for subsequent use, master control solar power supply apparatus 5 is made to enter closure state with the operating circuit of light trap 41 for subsequent use, namely light trap 41 for subsequent use can be lit, enter duty, two light traps 40,41 are lit simultaneously, can increase this and novelly lure area, increase predating efficiency.
During work, open the contactor between master control light trap 40 and solar power supply apparatus 5, master control system light trap 40 is lighted, and namely shinny heating can simulate human body breath thus attract mosquito close, simultaneously, fan leaf 20 starts to rotate, near light trap 40, produce eddy current, therefore namely can be sucked in mosquito storage box 3 by eddy current by the mosquito that light trap 40 attracts, and, fan leaf 20 rotation can produce wind to mosquito storage box 3, namely can make the air-dry dehydration of the mosquito in mosquito storage box 3 and dead; More mosquito, when needing raising to catch and kill efficiency, two light traps 40,41 can be opened simultaneously, increase and lure area, improve and catch and kill efficiency.
In this another embodiment novel, described anti-escape device 2 is provided with electrical network, and electrical network is arranged between fan leaf 20 air outlet and mosquito storage box 3, electrical network by master control electric power system or/and emergency electric system is powered.During work, the shinny heating of light trap attracts mosquito close, and fan leaf 20 rotates formation negative pressure and mosquito is sucked mosquito storage box 3, because be provided with energising electrical network between mosquito storage box 3 and fan leaf 20, mosquito touches electrical network and namely can be electrocuted, and falls in mosquito storage box 20.For using electricity wisely, reduce production cost consideration, also electrical network can be arranged around light trap, it is dead that namely mosquito can be energized electrical network point near light trap, falls into mosquito storage box 3.
Above-described embodiment moth-killing device utilizes the phototaxis of mosquito and temperature induction to attract mosquito, certainly, also other mode can be adopted, the taste liked of mosquito can be utilized to attract mosquito, such as: a netted articles holding table can be established above or below anti-escape device, during use, articles holding table is put the article containing peculiar taste, such as, can be fritter cloth containing stink with perspiration.
Claims (5)
1. the rechargeable mosquito eradication disinsector of intelligent solar, is characterized in that: it is made up of moth-killing device, anti-escape device, mosquito storage box and master control system; Described master control system is provided with device of solar generating, accumulator, room electricity incoming end and a selection circuit; Described device of solar generating, accumulator and room electricity incoming end are at the branch circuit parallel connection of selection circuit, and selection circuit is connected with the power circuit of moth-killing device and anti-escape device; Measurement mechanism is provided with in described selection circuit, a rated value and a rated range value is provided with in measurement mechanism, the connection of the electric incoming end of selection circuit and room, device of solar generating, accumulator is satisfied with: when accumulator electric-quantity is lower than rated value, by room electricity, moth-killing device and anti-escape device are powered, and accumulator is charged, when accumulator electric-quantity is higher than rated value, powered by device of solar generating, when the electricity of accumulator is in rated range, by accumulator, moth-killing device and anti-escape device are powered.
2. the rechargeable mosquito eradication disinsector of a kind of intelligent solar as claimed in claim 1, it is characterized in that: described anti-escape device is located between mosquito storage box and moth-killing device, anti-escape device mosquito inlet is located at the side near moth-killing device, go out the side that mosquito mouth is located at close mosquito storage box, mosquito near moth-killing device is entered in anti-escape device by mosquito inlet, and falls in mosquito storage box.
3. the rechargeable mosquito eradication disinsector of a kind of intelligent solar as claimed in claim 1, is characterized in that: described moth-killing device is at least provided with two, and two moth-killing devices are connected in parallel, and are connected in series with the output of selection circuit.
4. the rechargeable mosquito eradication disinsector of a kind of intelligent solar as described in claim 1 or 3, it is characterized in that: described moth-killing device comprises light trap, light trap is made up of lamp holder, wick and lampshade; Described wick cross section is equilateral triangle, and each side of wick is provided with 24 colored hair light pipes and six white luminous pipes.
5. the rechargeable mosquito eradication disinsector of a kind of intelligent solar as claimed in claim 4, is characterized in that: on described wick, the firing angle of each LED is 120 °.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420706982.1U CN204377746U (en) | 2013-12-26 | 2014-11-20 | The rechargeable mosquito eradication disinsector of a kind of intelligent solar |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320868414 | 2013-12-26 | ||
| CN2013208684147 | 2013-12-26 | ||
| CN201420706982.1U CN204377746U (en) | 2013-12-26 | 2014-11-20 | The rechargeable mosquito eradication disinsector of a kind of intelligent solar |
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| Publication Number | Publication Date |
|---|---|
| CN204377746U true CN204377746U (en) | 2015-06-10 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420706982.1U Expired - Fee Related CN204377746U (en) | 2013-12-26 | 2014-11-20 | The rechargeable mosquito eradication disinsector of a kind of intelligent solar |
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| CN (1) | CN204377746U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106172322A (en) * | 2016-08-30 | 2016-12-07 | 李琪 | A kind of mosquito killer |
| CN109042582A (en) * | 2018-09-03 | 2018-12-21 | 河北航新能源科技有限公司 | A kind of double lamp wind suction intelligence connection trapping lamps of full spectrum |
-
2014
- 2014-11-20 CN CN201420706982.1U patent/CN204377746U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106172322A (en) * | 2016-08-30 | 2016-12-07 | 李琪 | A kind of mosquito killer |
| CN109042582A (en) * | 2018-09-03 | 2018-12-21 | 河北航新能源科技有限公司 | A kind of double lamp wind suction intelligence connection trapping lamps of full spectrum |
| CN109042582B (en) * | 2018-09-03 | 2023-10-10 | 河北一航新能源科技有限公司 | Full-spectrum double-lamp wind-absorbing intelligent-combined trapping lamp |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150610 Termination date: 20161120 |
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| CF01 | Termination of patent right due to non-payment of annual fee |