CN205695150U

CN205695150U - A kind of insect-killing device

Info

Publication number: CN205695150U
Application number: CN201620248841.9U
Authority: CN
Inventors: 李兴文
Original assignee: Shanghai Butterfly Industrial Co Ltd
Current assignee: Shanghai Butterfly Industrial Co Ltd
Priority date: 2016-03-24
Filing date: 2016-03-29
Publication date: 2016-11-23
Anticipated expiration: 2026-03-29

Abstract

This utility model relates to electronic applications, is specifically related to insect-killing device.A kind of insect-killing device, including an electrod-array, electrod-array is arranged in a transpirant support front, and transpirant support rear is provided with a container, and electrod-array connection is also connected with a power-supply system；It is fixed on transpirant support using transpirant support as support, electrod-array.This utility model is by putting into container by winged insect bait such as attracting flies, odor dispersion is gone out, arrange for by the electrod-array of electric current parasite killing outside transpirant support, then hit by electric current after winged insect is attracted by abnormal smells from the patient and drop after killing or wounding, will not pile up, adhere on insect-killing device, avoiding scale removal process, the equipment that also do not interferes with runs, and reaches an ideal insecticidal effect.

Description

A kind of insect-killing device

Technical field

This utility model relates to electronic applications, is specifically related to insect-killing device.

Background technology

Agricultural pests always impact agricultural harvest, one of key factor of restriction agricultural development.People exist The mode mainly used during reply pest problem has, and uses pesticide, cultivates anti insect gene crop, cultivation evil Worm natural enemy etc..

Use pesticide can cause the Drug resistance of insect, and environment is existed adverse effect, and often Affect agricultural product security.It was verified that plantation anti insect gene crop can have a strong impact on the tradition around survived Crops.Cultivate the mode of pest natural enemy, practice proves to play preferable insecticidal action.

Utility model content

The purpose of this utility model is, it is provided that a kind of insect-killing device, to solve the problems referred to above.

This utility model is solved the technical problem that to realize by the following technical solutions:

A kind of insect-killing device, including an electrod-array, it is characterised in that described electrod-array is arranged in one Transpirant support front, described transpirant support rear is provided with a container, and the connection of described electrod-array is also connected with one Power-supply system；

Using described transpirant support as support, described electrod-array is fixed on described transpirant support.

Odor dispersion, by the winged insect bait such as attracting flies are put into container, is gone out by this utility model, thoroughly Arrange outside gas carrier for by the electrod-array of electric current parasite killing, then by electric current after winged insect is attracted by abnormal smells from the patient Hit and drop after killing or wounding, will not pile up, adhere on insect-killing device, it is to avoid scale removal process, the most not The equipment that can affect runs, and reaches an ideal insecticidal effect.

Described transpirant support is a closed type cavity.Described container is positioned at inside described transpirant support, described Transpirant support side is provided with an opening.Described opening part is provided with a barrier bed, and described barrier bed detachably connects Connect described transpirant support.The bait utilizing opening to be convenient for changing, adding in container, utilizes barrier bed simultaneously Prevent winged insect from entering inside insect-killing device.

Described container uses waterproof construction.It is possible to prevent liquid bait to leak.

As a kind of scheme, described transpirant support is the solid layer that surface is provided with at least two through hole.Described Solid layer uses at least one in clarity plastic layer, translucent plastic layer.Plastics easily shape, the most also Electrod-array is facilitated to arrange.

The width of described at least two through hole is between 0.1mm～2mm, and the spacing of two adjacent through holes exists More than 3mm.Aperture can not be excessive, prevents winged insect corpse from dropping, simultaneously the volatilization of bait to be ensured, Through-hole spacing is little, and transpirant support can be made to use opaque solid layer, utilizes through hole to transmit light, attracts Mosquito.

The outside area of described at least two through hole is less than the inner side area of described at least two through hole.Outside Aperture is little prevents winged insect entrance, and medial aperture is big, is used in and attracts the light source of mosquito to be more easy to propagate, also side Just abnormal smells from the patient disseminates.

Alternatively, described transpirant support is Breathable nonwoven carrier.Described Breathable nonwoven carries Internal it is provided with one for supporting the support of described Breathable nonwoven support shapes.Described support is provided with described Container.By Breathable nonwoven as transpirant support, reduce cost, convenient replacement.

Described Breathable nonwoven carrier uses high temperature resistant non-woven fabrics.

Described Breathable nonwoven carrier uses fire retardant nonwoven fabric.

Described high temperature resistant non-woven fabrics, or fire retardant nonwoven fabric, can be mixed with asbestos fibre, glass fibre Etc. the high temperature resistant or non-woven fabrics of fire resistance fibre.

A light source it is additionally provided with in described transpirant support.Utilize light source can attract the winged insect such as mosquito, moth, Thus kill.

Described light source can use LED.

Described light source is trap lamp.

Further, described light source is violet light diode or ultraviolet diode.

Further, described light source is Ultraluminescence fluorescent tube.

Described power-supply system is provided with a high-pressure output port, and a low-voltage output outlet；Described high-pressure output port is even Receiving electrode array, described low-voltage output outlet connects described LED.

Also include that a sound wave sonification system, described sound wave sonification system include a phonation circuit and a speaker, Described speaker is positioned at described transpirant support.Using by sound wave as luring, lure winged insect enter cavity In.Particularly attracting mosquitoes.

It is additionally provided with an opening below described transpirant support, with described opening as under shed, also includes a sound wave Sonification system, described sound wave sonification system includes a phonation circuit and a speaker, and described speaker is positioned at Below described cavity under shed.Lure scope with expansion winged insect, utilize the characteristic that winged insect the most upwards flies, In making itself and then cavity.Particular for mosquito.

Described a kind of insect-killing device includes a luminescent system and a sound wave sonification system.To realize killing moth And mosquito.Realize insecticidal system compound use.

Described a kind of insect-killing device includes a sound wave sonification system.To realize killing fly and mosquito.It is suitable for In animal husbandry and family.Realize insecticidal system compound use.

Described a kind of insect-killing device includes a luminescent system, a sound wave sonification system.With realize kill fly, Mosquito and moth.It is applicable to various varying environment.Realize insecticidal system compound use.

Also include a microprocessor system, control to connect described luminescent system.So that realization is lured in luminescence Control.Such as control glowing at night.

Described microprocessor system connects a light sensor.Automatic light-operated to realize.

Also include a microprocessor system, control to connect described sound wave sonification system.To realize mosquito Or the luring of the winged insect of other sonic sensitive.

Also include a microprocessor system, control to connect a boost module.To realize boost module Working state control.By above-mentioned design, boost module provides the high pressure for parasite killing for electrod-array.

Described microprocessor system, controls to connect described boost module；Described microprocessor system is even It is connected to a temperature sensor.When temperature is the lowest, such as winter, winged insect the most no longer comes in and goes out, the most permissible Close boost module.

Described boost module is the output voltage boost module at 5000V to 10000V.To ensure flying The lethality of worm, and avoid unnecessary electric discharge.Such as avoid discharging in a large number because of there was dampness in the air.

Described boost module is the boost module of a direct current input.So that stable high voltage output, it is to avoid city Electricity clutter interferes.

The input voltage of described boost module is 1.5～36V.

Further, described boost module, using input voltage is 3～24V, and output voltage is at 4000V extremely The boost module of 8000V.No longer use traditional 3V input voltage.So that save component costs, On the premise of ensureing stability, improve voltage output.

More preferably, described boost module is the output voltage boost module at 6000V～9000V. So that winged insect is wounded before contact electrod-array, or shoot dead.Avoid winged insect corpse glutinous on an array, Also winged insect body fluid is avoided to sputter on an array.And then ensure that electrod-array need not cleaning, also ensure Road lamp cap illumination is unaffected.And avoid unnecessary electric discharge as far as possible.

Or, described boost module, using input voltage is 3～8V, and output voltage is at 4000V～7000V Boost module.No longer use traditional 3V input voltage.So that saving component costs, ensureing surely On the premise of qualitative, improve voltage output.

Described electrode uses the electrode of wire.So that being arranged.

Distance between two two adjacent electrodes is 2～5mm.To adapt to universal moth build, emphasis kills Go out and agricultural is endangered maximum moth.

Distance between two two adjacent electrodes is 3～6mm.To adapt to the body length big portion at more than 3mm Swarming moth.Although the moth killing effect that volume is less is limited, but by increasing distance, it is possible to reduce Atmospherical discharges.The most effectively reduce the electric discharge phenomena under overcast sky.

More preferably, described boost module is the output voltage boost module at 5000V～9000V； Positive and negative electrode is staggered, and the distance between at least two two adjacent electrodes is 3～6mm.Ensure body What the long moth more than 3mm had a universality hits the effect of killing.Simultaneously as voltage is higher, universal in summer In the environment of humidity, electric discharge corona can be produced in atmosphere, and then produce the light flashed, particularly Produce light blue light or ultraviolet, winged insect is had good attracting action.

Test shows, two electrode distances 5～10mm, and boost module is that output voltage is at 6000V～9000V Boost module.At this moment, even if in the environment of outdoor relative humidity, such as the cloudy day, pass through atmospherical discharges Measure the most little.Strong electric discharge will not be produced, obvious electric spark will not be produced, also will not produce whip Discharging sound.There is faint discharge current sound, produce the halation of slight flicker.Do not affect audition, and can With the blue halation by flicker, attract winged insect.Therefore it is set to preferably.

More preferably, described boost module is the output voltage boost module at 6000V～8000V； Distance between two two adjacent electrodes is 3～6mm.Ensure that the moth that body length is more than 3mm has pervasive Property hit the effect of killing.Simultaneously as voltage is higher, in the environment of summer generally humidity, can be at air The electric discharge corona that middle generation becomes apparent from, and then produce the light of flicker, particularly produce light blue light Or ultraviolet, winged insect is had good attracting action.

More preferably, described boost module is the output voltage boost module at 4000V～7500V； Distance between two two adjacent electrodes is 6～12mm.Ensure that the moth that body length is more than 6mm has general Adaptive hit the effect of killing.Simultaneously as voltage is higher, in the environment of summer generally humidity, can be at sky Gas produces electric discharge corona, and then produces the light flashed, particularly produce light blue light or purple Outside line, has good attracting action to winged insect.

Described electrode is metal wire.

Described electrode is metal wire or bonding jumper.

Further, described electrode is metal level.

The thickness of described electrode is 0.05mm～2mm.Guarantee to provide larger current, and avoid folder Live or hang winged insect corpse.

Described insect-killing device also includes one for the top door kept off the rain, and described top door is arranged on described Above transpirant support.Avoid the short circuit that rainwater is likely to result in, power consumption, dust can also be blocked simultaneously.

Described electrod-array includes at least two electrode.

Can design as follows:

(1) described at least two electrode includes an anelectrode, a negative electrode, described anelectrode and described negative Electrode is strip, and described anelectrode and described negative electrode arranged in parallel.

The distance of described anelectrode and described negative electricity interpolar is more than 1mm.And less than 15mm.So that it is right Winged insect effectively implements electric shock.

In described anelectrode and described negative electrode, at least one is in linear conductor, tape conductor A kind of.Wire and banding are the one of list structure, use both concrete structures, are conducive to optimizing Structure.Such as, in described anelectrode and described negative electrode, at least one is enamel-covered wire.

Described anelectrode and described negative electrode parallel arrangement.So that optimization structure.

Described anelectrode and described negative electrode, be respectively wound around on described transpirant support.From described ventilative load The coiling of body one end is to the other end.And then make anelectrode and negative electrode be wrapped on transpirant support.

Described anelectrode and described negative electrode parallel winded on described transpirant support.

Or, described anelectrode and described negative electrode, tortuous row on a face of described transpirant support Cloth.

(2) described at least two electrode includes an anelectrode, a negative electrode, and described anelectrode is provided with at least Liang Ge anelectrode branch；Described negative electrode is provided with at least two negative electrode branch.

Described anelectrode branch and described negative electrode branch are staggered.

Described transpirant support can be spherical, rectangular-shaped, cylindric etc..So that winged insect corpse drops.

Described anelectrode and described negative electrode are partly embedded in described transpirant support.

Described anelectrode and described negative electrode are embedded in described transpirant support, and described anelectrode and described Negative electrode tip maintains an equal level with the plate face of described transpirant support.So that transpirant support surface smooths.

Described anelectrode branches into bulk.Can be the shapes such as circular block shape, rectangular block shape, triangle bulk At least one in shape.Can also be that described anelectrode branches into strip.

Described negative electrode branches into bulk.Can be the shapes such as circular block shape, rectangular block shape, triangle bulk At least one in shape.Can also be that described negative electrode branches into strip.

Preferably, described negative electrode branches into strip, described anelectrode branches into strip, and described negative electrode Branch is staggered with described anelectrode branch.

Described anelectrode branch and described negative electrode branch use metal forming, preferably aluminium foil, tinfoil paper etc. to be difficult to The metal forming got rusty.

Including electrod-array described at least two.So that the more area of transpirant support is respectively provided with insecticidal action.

Accompanying drawing explanation

Fig. 1 is this utility model part-structure schematic diagram.

Detailed description of the invention

For the technological means making this utility model realize, creation characteristic, reach purpose and be prone to bright with effect White understanding, is expanded on further this utility model below in conjunction with being specifically illustrating.

With reference to Fig. 1, a kind of insect-killing device, including an electrod-array 1, electrod-array 1 is arranged in one and breathes freely Carrier 2 front, transpirant support 2 rear is provided with a container 3, and electrod-array 1 connection is also connected with a power supply system System；

It is fixed on transpirant support 2 using transpirant support 2 as support, electrod-array 1.

Odor dispersion, by the winged insect bait such as attracting flies are put into container 3, is gone out by this utility model, thoroughly Gas carrier 2 is outer to be arranged for by the electrod-array 1 of electric current parasite killing, the most electric after winged insect is attracted by abnormal smells from the patient Stream hits after killing or wounding and drops, will not pile up, adhere on insect-killing device, it is to avoid scale removal process, also The equipment that do not interferes with runs, and reaches an ideal insecticidal effect.

Transpirant support 2 is a closed type cavity.It is internal that container 3 is positioned at transpirant support 2, transpirant support 2 Side is provided with an opening.Opening part is provided with a barrier bed, and barrier bed removably connects transpirant support 2.Utilize The bait that opening is convenient for changing, adds in container 3, utilizes barrier bed to prevent winged insect from entering parasite killing dress simultaneously Put inside.

Container 3 uses waterproof construction.It is possible to prevent liquid bait to leak.

As a kind of scheme, transpirant support 2 is provided with the solid layer of at least two through hole for surface.Solid layer Use at least one in clarity plastic layer, translucent plastic layer.Plastics easily shape, and are also convenient for electricity simultaneously Pole array 1 is arranged.

The width of at least two through hole is between 0.1mm～2mm, and the spacing of two adjacent through holes is at 3mm Above.Aperture can not be excessive, prevents winged insect corpse from dropping, simultaneously the volatilization of bait to be ensured, through hole Spacing is little, and transpirant support 2 can be made to use opaque solid layer, utilizes through hole to transmit light, attracts mosquito Worm.

The outside area of at least two through hole is less than the inner side area of at least two through hole.Aperture, outside is little anti- Only winged insect enters, and medial aperture is big, is used in and attracts the light source of mosquito to be more easy to propagate, is also convenient for abnormal smells from the patient and dissipates Broadcast.

Alternatively, transpirant support 2 is Breathable nonwoven carrier.Set in Breathable nonwoven carrier Have one for supporting the support of Breathable nonwoven support shapes.Support is provided with container 3.Pass through air-thru nonwoven Cloth, as transpirant support 2, reduces cost, convenient replacement.

Breathable nonwoven carrier uses high temperature resistant non-woven fabrics.

Breathable nonwoven carrier uses fire retardant nonwoven fabric.

High temperature resistant non-woven fabrics, or fire retardant nonwoven fabric, can be resistance to mixed with asbestos fibre, glass fibre etc. High temperature or the non-woven fabrics of fire resistance fibre.

A light source it is additionally provided with in transpirant support 2.Utilize light source can attract the winged insect such as mosquito, moth, from And kill.

Light source can use LED.

Light source is trap lamp.

Further, light source is violet light diode or ultraviolet diode.

Further, light source is Ultraluminescence fluorescent tube.

Power-supply system is provided with a high-pressure output port, and a low-voltage output outlet；High-pressure output port connects electrode array Row 1, low-voltage output outlet connects LED.

Also including a sound wave sonification system, sound wave sonification system includes a phonation circuit and a speaker, raises Sound device is positioned at transpirant support 2.Using by sound wave as luring, lure winged insect to enter in cavity.Especially It it is attracting mosquitoes.

It is additionally provided with an opening below transpirant support 2, with opening as under shed, also includes a sound wave sounding system System, sound wave sonification system includes a phonation circuit and a speaker, and speaker is positioned at below cavity under shed. Lure scope with expansion winged insect, utilize the characteristic that winged insect the most upwards flies so that it is and then in cavity.Special Safety pin is to mosquito.

A kind of insect-killing device includes a luminescent system and a sound wave sonification system.To realize killing moth and mosquito Son.Realize insecticidal system compound use.

A kind of insect-killing device includes a sound wave sonification system.To realize killing fly and mosquito.It is applicable to poultry Animal husbandry and family.Realize insecticidal system compound use.

A kind of insect-killing device includes a luminescent system, a sound wave sonification system.To realize killing fly, mosquito Son and moth.It is applicable to various varying environment.Realize insecticidal system compound use.

Also include a microprocessor system, control to connect luminescent system.Control is realized so that luminescence to be lured. Such as control glowing at night.

Microprocessor system connects a light sensor.Automatic light-operated to realize.

Also include a microprocessor system, control to connect sound wave sonification system.With realize to mosquito or its Luring of the winged insect of his sonic sensitive.

Microprocessor system, controls to connect boost module；Microprocessor system connects has a temperature to pass Sensor.When temperature is the lowest, such as winter, winged insect the most no longer comes in and goes out, and therefore can close boost module.

Boost module is the output voltage boost module at 5000V to 10000V.To ensure winged insect Lethality, and avoid unnecessary electric discharge.Such as avoid discharging in a large number because of there was dampness in the air.

Boost module is the boost module of a direct current input.So that stable high voltage output, it is to avoid civil power is miscellaneous Ripple interferes.

The input voltage of boost module is 1.5～36V.

Further, boost module, using input voltage is 3～24V, and output voltage is at 4000V to 8000V Boost module.No longer use traditional 3V input voltage.So that saving component costs, ensureing surely On the premise of qualitative, improve voltage output.

More preferably, boost module is the output voltage boost module at 6000V～9000V.So that Winged insect is wounded before contact electrod-array 1, or shoots dead.Winged insect corpse is avoided to stick on electrod-array 1, Also winged insect body fluid is avoided to sputter on electrod-array 1.And then ensure that electrod-array 1 need not cleaning, also Ensure that road lamp cap illumination is unaffected.And avoid unnecessary electric discharge as far as possible.

Or, boost module, using input voltage is 3～8V, and output voltage is 4000V's～7000V Boost module.No longer use traditional 3V input voltage.So that saving component costs, ensureing to stablize On the premise of property, improve voltage output.

Electrode uses the electrode of wire.So that being arranged.

More preferably, boost module is the output voltage boost module at 5000V～9000V；Just, Negative electrode is staggered, and the distance between at least two two adjacent electrodes is 3～6mm.Ensure body is grown up What the moth in 3mm had a universality hits the effect of killing.Simultaneously as voltage is higher, the moistest in summer In the environment of, electric discharge corona can be produced in atmosphere, and then produce the light flashed, particularly produce Light blue light or ultraviolet, have good attracting action to winged insect.

More preferably, boost module is the output voltage boost module at 6000V～8000V；Biphase The adjacent distance between two electrodes is 3～6mm.Ensure that the moth that body length is more than 3mm has universality Hit the effect of killing.Simultaneously as voltage is higher, in the environment of summer generally humidity, can produce in atmosphere The raw electric discharge corona become apparent from, and then produce the light of flicker, particularly produce light blue light or It is ultraviolet, winged insect is had good attracting action.

More preferably, boost module is the output voltage boost module at 4000V～7500V；Biphase The adjacent distance between two electrodes is 6～12mm.Ensure that the moth that body length is more than 6mm has universality Hit the effect of killing.Simultaneously as voltage is higher, in the environment of summer generally humidity, can be in atmosphere Produce electric discharge corona, and then produce the light flashed, particularly produce light blue light or ultraviolet, Winged insect is had good attracting action.

Electrode is metal wire.

Electrode is metal wire or bonding jumper.

Further, electrode is metal level.

The thickness of electrode is 0.05mm～2mm.Guarantee to provide larger current, and avoid clamping or Hang winged insect corpse.

Insect-killing device also includes that one is arranged on transpirant support 2 for the top door kept off the rain, top door Side.Avoid the short circuit that rainwater is likely to result in, power consumption, dust can also be blocked simultaneously.

Electrod-array 1 includes at least two electrode.

Can design as follows:

(1) at least two electrode includes an anelectrode, a negative electrode, and anelectrode and negative electrode are strip, And anelectrode and negative electrode arranged in parallel.

The distance of anelectrode and negative electricity interpolar is more than 1mm.And less than 15mm.So that it is effective to winged insect Implement electric shock.

In anelectrode and negative electrode, at least one is the one in linear conductor, tape conductor.Line Shape and banding are the one of list structure, use both concrete structures, are conducive to optimizing structure.Ratio As, in anelectrode and negative electrode, at least one is enamel-covered wire.

Anelectrode and negative electrode parallel arrangement.So that optimization structure.

Anelectrode and negative electrode, be respectively wound around on transpirant support 2.From transpirant support 2 one end coiling to The other end.And then make anelectrode and negative electrode be wrapped on transpirant support 2.

Anelectrode and negative electrode parallel winded on transpirant support 2.

Or, anelectrode and negative electrode, tortuous arrangement on a face of transpirant support 2.

(2) at least two electrode includes an anelectrode, a negative electrode, and anelectrode is provided with at least two positive electricity Pole branch；Negative electrode is provided with at least two negative electrode branch.

Anelectrode branch and negative electrode branch are staggered.

Transpirant support 2 can be spherical, rectangular-shaped, cylindric etc..So that winged insect corpse drops.

Anelectrode and negative electrode are partly embedded in transpirant support 2.

Anelectrode and negative electrode are embedded in transpirant support 2, and anelectrode and negative electrode tip carry with ventilative The plate face of body 2 maintains an equal level.So that transpirant support 2 surface smooths.

Anelectrode branches into bulk.Can be in the shapes such as circular block shape, rectangular block shape, triangle bulk At least one.Can also be, anelectrode branches into strip.

Negative electrode branches into bulk.Can be in the shapes such as circular block shape, rectangular block shape, triangle bulk At least one.Can also be, negative electrode branches into strip.

Preferably, negative electrode branches into strip, anelectrode branches into strip, and negative electrode branch and anelectrode Branch is staggered.

Anelectrode branch and negative electrode branch use metal forming, preferably aluminium foil, tinfoil paper etc. to be difficult to the gold got rusty Belong to paper tinsel.

Including at least two electrod-array 1.So that the more area of transpirant support 2 is respectively provided with insecticidal action.

Of the present utility model ultimate principle and principal character and of the present utility model have more than been shown and described Advantage.Skilled person will appreciate that of the industry, this utility model is not restricted to the described embodiments, on State and principle of the present utility model is simply described, new without departing from this practicality described in embodiment and description On the premise of type spirit and scope, this utility model also has various changes and modifications, and these change and change Enter in the range of both falling within claimed this utility model.This utility model claims scope by appended Claims and equivalent thereof define.

Claims

1. an insect-killing device, including an electrod-array, it is characterised in that described electrod-array is arranged in a transpirant support front, and described transpirant support rear is provided with a container, and the connection of described electrod-array is also connected with a power-supply system；

A kind of insect-killing device the most according to claim 1, it is characterised in that: described transpirant support is a closed type cavity.

A kind of insect-killing device the most according to claim 1, it is characterised in that: described container is positioned at inside described transpirant support, and described transpirant support side is provided with an opening.

A kind of insect-killing device the most according to claim 3, it is characterised in that: described opening part is provided with a barrier bed, and described barrier bed removably connects described transpirant support.

A kind of insect-killing device the most according to claim 1, it is characterised in that: described container uses waterproof construction.

A kind of insect-killing device the most according to claim 1, it is characterised in that: described transpirant support is the solid layer that surface is provided with at least two through hole.

A kind of insect-killing device the most according to claim 6, it is characterised in that: described solid layer uses clarity plastic layer.

A kind of insect-killing device the most according to claim 6, it is characterised in that: described solid layer uses translucent plastic layer.

A kind of insect-killing device the most according to claim 6, it is characterised in that: described solid layer uses at least one in clarity plastic layer, translucent plastic layer.

A kind of insect-killing device the most according to claim 6, it is characterised in that: the width of described at least two through hole is between 0.1mm～2mm, and the spacing of two adjacent through holes is at more than 3mm.

11. a kind of insect-killing devices according to claim 6, it is characterised in that: the outside area of described at least two through hole is less than the inner side area of described at least two through hole.

12. a kind of insect-killing devices according to claim 1, it is characterised in that: described transpirant support is Breathable nonwoven carrier.

13. a kind of insect-killing devices according to claim 12, it is characterised in that: it is provided with one in described Breathable nonwoven carrier for supporting the support of described Breathable nonwoven support shapes.

14. a kind of insect-killing devices according to claim 13, it is characterised in that: described support is provided with described container.

15. a kind of insect-killing devices according to claim 12, it is characterised in that: described Breathable nonwoven carrier uses high temperature resistant non-woven fabrics.

16. a kind of insect-killing devices according to claim 12, it is characterised in that: described Breathable nonwoven carrier uses fire retardant nonwoven fabric.

17. a kind of insect-killing devices according to claim 12, it is characterised in that: described Breathable nonwoven carrier uses at least one in fire retardant nonwoven fabric, high temperature resistant non-woven fabrics.

18. a kind of insect-killing devices according to claim 15, it is characterised in that: described high temperature resistant non-woven fabrics is the non-woven fabrics mixed with the high temperature resistant of asbestos fibre or fire resistance fibre.

19. a kind of insect-killing devices according to claim 16, it is characterised in that: described fire retardant nonwoven fabric is high temperature resistant mixed with glass fibre or the non-woven fabrics of fire resistance fibre.

20. a kind of insect-killing devices according to claim 1, it is characterised in that: it is additionally provided with a light source in described transpirant support.

21. a kind of insect-killing devices according to claim 20, it is characterised in that: described light source uses LED.

22. a kind of insect-killing devices according to claim 20, it is characterised in that: described light source is trap lamp.

23. a kind of insect-killing devices according to claim 20, it is characterised in that: described light source is violet light diode.

24. a kind of insect-killing devices according to claim 20, it is characterised in that: described light source is ultraviolet diode.

25. a kind of insect-killing devices according to claim 20, it is characterised in that: described light source is at least one in violet light diode, ultraviolet diode.

26. a kind of insect-killing devices according to claim 20, it is characterised in that: described light source is Ultraluminescence fluorescent tube.

27. a kind of insect-killing devices according to claim 21, it is characterised in that: described power-supply system is provided with a high-pressure output port, and a low-voltage output outlet；Described high-pressure output port connects electrod-array, and described low-voltage output outlet connects described LED.

28. a kind of insect-killing devices according to claim 1, it is characterised in that: also including that a sound wave sonification system, described sound wave sonification system include a phonation circuit and a speaker, described speaker is positioned at described transpirant support.

29. a kind of insect-killing devices according to claim 2, it is characterized in that: below described transpirant support, be additionally provided with an opening, with described opening as under shed, also include a sound wave sonification system, described sound wave sonification system includes a phonation circuit and a speaker, and described speaker is positioned at below described cavity under shed.

30. a kind of insect-killing devices according to claim 1, it is characterised in that: described a kind of insect-killing device includes a luminescent system and a sound wave sonification system.

31. a kind of insect-killing devices according to claim 1, it is characterised in that: described a kind of insect-killing device includes a sound wave sonification system.

32. a kind of insect-killing devices according to claim 1, it is characterised in that: described a kind of insect-killing device includes a luminescent system.

33. a kind of insect-killing devices according to claim 32, it is characterised in that: also include a microprocessor system, control to connect described luminescent system.

34. a kind of insect-killing devices according to claim 33, it is characterised in that: described microprocessor system connects a light sensor.

35. a kind of insect-killing devices according to claim 31, it is characterised in that: also include a microprocessor system, control to connect described sound wave sonification system.

36. a kind of insect-killing devices according to claim 1, it is characterised in that: also include a microprocessor system, control to connect a boost module.

37. a kind of insect-killing devices according to claim 36, it is characterised in that: described microprocessor system, control to connect described boost module；Described microprocessor system connects a temperature sensor.

38. a kind of insect-killing devices according to claim 36, it is characterised in that: described boost module is the output voltage boost module at 5000V to 10000V.

39. a kind of insect-killing devices according to claim 36, it is characterised in that: described boost module is the boost module of a direct current input.

40. a kind of insect-killing devices according to claim 36, it is characterised in that: the input voltage of described boost module is 1.5～36V.

41. a kind of insect-killing devices according to claim 36, it is characterised in that: described boost module, using input voltage is 3～24V, and output voltage is at the boost module of 4000V to 8000V.

42. a kind of insect-killing devices according to claim 36, it is characterised in that: described boost module is the output voltage boost module at 6000V～9000V.

43. a kind of insect-killing devices according to claim 36, it is characterised in that: described boost module, using input voltage is 3～8V, and output voltage is at the boost module of 4000V～7000V.

44. a kind of insect-killing devices according to claim 1, it is characterised in that: described electrod-array includes at least two electrode.

45. a kind of insect-killing devices according to claim 44, it is characterised in that: the distance between two two adjacent electrodes is 2～5mm.

46. a kind of insect-killing devices according to claim 44, it is characterised in that: the distance between two two adjacent electrodes is 3～6mm.

47. a kind of insect-killing devices according to claim 36, it is characterized in that: described electrod-array includes at least two electrode, described at least two electrode includes an anelectrode, a negative electrode, and described boost module is the output voltage boost module at 5000V～9000V；Positive and negative electrode is staggered, and the distance between at least two two adjacent electrodes is 3～6mm.

48. a kind of insect-killing devices according to claim 47, it is characterised in that: two electrode distances 5～10mm, boost module is the output voltage boost module at 6000V～9000V.

49. a kind of insect-killing devices according to claim 47, it is characterised in that: described boost module is the output voltage boost module at 6000V～8000V；Distance between two two adjacent electrodes is 3～6mm.

50. a kind of insect-killing devices according to claim 36, it is characterised in that: described boost module is the output voltage boost module at 4000V～7500V；Distance between two two adjacent electrodes is 6～12mm.

51. a kind of insect-killing devices according to claim 44, it is characterised in that: described electrode is metal wire.

52. a kind of insect-killing devices according to claim 44, it is characterised in that: described electrode is bonding jumper.

53. a kind of insect-killing devices according to claim 44, it is characterised in that: described electrode is metal level.

54. a kind of insect-killing devices according to claim 44, it is characterised in that: described electrode is at least one in metal wire, bonding jumper, metal level.

55. a kind of insect-killing devices according to claim 44, it is characterised in that: the thickness of described electrode is 0.05mm～2mm.

56. according to a kind of insect-killing device described in any one in claim 45 to 50, it is characterised in that: the thickness of described electrode is 0.05mm～2mm.

57. according to a kind of insect-killing device described in any one in claim 51 to 55, it is characterised in that: the thickness of described electrode is 0.05mm～2mm.

58. a kind of insect-killing devices according to claim 44, it is characterised in that: described insect-killing device also includes that one is arranged on above described transpirant support for the top door kept off the rain, described top door.

59. a kind of insect-killing devices according to claim 44, it is characterised in that: described at least two electrode includes that an anelectrode, a negative electrode, described anelectrode and described negative electrode are strip, and described anelectrode and described negative electrode arranged in parallel.

60. a kind of insect-killing devices according to claim 59, it is characterised in that: the distance of described anelectrode and described negative electricity interpolar is more than 1mm.

61. a kind of insect-killing devices according to claim 59, it is characterised in that: the distance of described anelectrode and described negative electricity interpolar is less than 15mm.

62. a kind of insect-killing devices according to claim 59, it is characterised in that: in described anelectrode and described negative electrode, at least one is the one in linear conductor, tape conductor.

63. a kind of insect-killing devices according to claim 59, it is characterised in that: in described anelectrode and described negative electrode, at least one is enamel-covered wire.

64. a kind of insect-killing devices according to claim 59, it is characterised in that: described anelectrode and described negative electrode, it is respectively wound around on described transpirant support, from described transpirant support one end coiling to the other end.

65. a kind of insect-killing devices according to claim 59, it is characterised in that: described anelectrode and described negative electrode parallel winded on described transpirant support.

66. a kind of insect-killing devices according to claim 59, it is characterised in that: described anelectrode and described negative electrode, tortuous arrangement on a face of described transpirant support.

67. a kind of insect-killing devices according to claim 44, it is characterised in that: described at least two electrode includes an anelectrode, a negative electrode, and described anelectrode is provided with at least two anelectrode branch；Described negative electrode is provided with at least two negative electrode branch.

68. a kind of insect-killing devices according to claim 67, it is characterised in that: described anelectrode branch and described negative electrode branch are staggered.

69. a kind of insect-killing devices according to claim 1, it is characterised in that: described transpirant support is spherical.

70. a kind of insect-killing devices according to claim 1, it is characterised in that: described transpirant support is rectangular-shaped.

71. a kind of insect-killing devices according to claim 1, it is characterised in that: described transpirant support is cylindric.

72. a kind of insect-killing devices according to claim 1, it is characterised in that: described transpirant support be spherical, rectangular-shaped, cylindric at least one.

73. a kind of insect-killing devices according to claim 1, it is characterized in that: described electrod-array includes at least two electrode, described at least two electrode includes that an anelectrode, a negative electrode, described anelectrode and described negative electrode are partly embedded in described transpirant support.

74. according to a kind of insect-killing device described in claim 73, it is characterised in that: described anelectrode and described negative electrode are embedded in described transpirant support, and described anelectrode and described negative electrode tip are fair with the plate face of described transpirant support.

75. according to a kind of insect-killing device described in claim 73, it is characterised in that: described electrod-array includes that at least two electrode, described at least two electrode include an anelectrode, a negative electrode, and described anelectrode branches into bulk.

76. according to a kind of insect-killing device described in claim 75, it is characterised in that: described anelectrode branches into circular block shape.

77. according to a kind of insect-killing device described in claim 75, it is characterised in that: described anelectrode branches into rectangular block shape.

78. according to a kind of insect-killing device described in claim 75, it is characterised in that: it is block that described anelectrode branches into triangle.

79. according to a kind of insect-killing device described in claim 75, it is characterised in that: described anelectrode branches at least one in circular block shape, rectangular block shape, triangle bulk, strip.

80. according to a kind of insect-killing device described in claim 73, it is characterised in that: described electrod-array includes that at least two electrode, described at least two electrode include an anelectrode, a negative electrode, and described negative electrode branches into bulk.

81. a kind of insect-killing devices described in 0 according to Claim 8, it is characterised in that: described negative electrode branches into circular block shape.

82. a kind of insect-killing devices described in 0 according to Claim 8, it is characterised in that: described negative electrode branches into rectangular block shape.

83. a kind of insect-killing devices described in 0 according to Claim 8, it is characterised in that: it is block that described negative electrode branches into triangle.

84. a kind of insect-killing devices described in 0 according to Claim 8, it is characterised in that: described negative electrode branches into that circular block shape, rectangular block shape, triangle be block, at least one in strip.

85. a kind of insect-killing devices according to claim 1, it is characterized in that: described electrod-array includes at least two electrode, described at least two electrode includes an anelectrode, a negative electrode, described negative electrode branches into strip, described anelectrode branches into strip, and described negative electrode branch is staggered with described anelectrode branch.

86. a kind of insect-killing devices described in 5 according to Claim 8, it is characterised in that: described anelectrode branch and described negative electrode branch use metal forming.

87. a kind of insect-killing devices described in 5 according to Claim 8, it is characterised in that: described anelectrode branch and described negative electrode branch use aluminium foil.

88. a kind of insect-killing devices described in 5 according to Claim 8, it is characterised in that: described anelectrode branch and described negative electrode branch use tinfoil paper.

89. a kind of insect-killing devices described in 5 according to Claim 8, it is characterised in that: described anelectrode branch and described negative electrode branch use at least one in aluminium foil, tinfoil paper.

90. a kind of insect-killing devices according to claim 1, it is characterised in that: include electrod-array described at least two.