CN106472461A - Electric-shock insect killers - Google Patents
Electric-shock insect killers Download PDFInfo
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- CN106472461A CN106472461A CN201510780591.3A CN201510780591A CN106472461A CN 106472461 A CN106472461 A CN 106472461A CN 201510780591 A CN201510780591 A CN 201510780591A CN 106472461 A CN106472461 A CN 106472461A
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- electric
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- grid electrode
- ultraviolet lamp
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Abstract
The present invention relates to a kind of electric-shock insect killers, which can reduce the light and noise pollution distributed to outside, it is possible to wholesomely process the insect for being killed, and the electric-shock insect killers include：The output voltage of offer to the grid electrode and current selective are converted to AC or DC by adjusting means, its, are controlled the output voltage of conversion and the intensity of electric current, and are controlled the illuminance of ultraviolet lamp；And shading curtain and grid electrode, the shading curtain can increase and decrease, cut off the degree of the light of the ultraviolet lamp distributed to outside, and the grid electrode causes insect to process becomes easy.
Description
Technical field
The present invention relates to a kind of electric-shock insect killers, are related to a kind of minimizing to outside releasing in more detail
Light pollution and the electric-shock insect killers of noise pollution.
Background technology
Generally, due to all insects harmful to people or domestic animal, or to crops, domestic animal, really
The various breeding plants such as tree, lawn have the insect of impairment, particularly in summer, the activity of people or domestic animal,
And various plant growths is harmed, in order to remove these insects, various insect-killing devices are just opened
Send out.
For the insect-killing device, with the medicament that smog, liquid mist form are sprayed, insect is irradiated in illumination
The ultraviolet that is liked so as to sucking the trap for gathering the insect in certain place and shutting away, or
Making to lure the insect that draws to get an electric shock carries out disinsector of desinsection etc. and is just employed.
In addition, although the medicament spray pattern is with insecticidal range is wide, the rapid feature of effect,
Due to being medicament, therefore have what meeting was polluted to ambient air or water, food, agriculture aquatic products etc.
Shortcoming, the utilization ultraviolet lure the trap for drawing, trapping insect, not only will possess catching apparatus,
And may be taken care of with the state not killed off the insect pests completely, therefore having needs the loaded down with trivial details of secondary elimination
Part.
Finally, make to lure the insect that draws to get an electric shock and carry out the electric-shock insect killers of the mode of desinsection using ultraviolet,
Medicament mode is compared, not only the empty gas and water of surrounding or crops will not be polluted, and have
Have the feature that need not need that secondary elimination is carried out as trap.
But, insect is being enclosed in during making insect electric shock carry out desinsection by electric-shock insect killers
While the flame of moment power discharge, the form that the insect catched and killed is ejected with the grid net from high pressure,
The insect plosive of the high pitch of " tittering " is sent in its moment from grid net, so as to produce noise pollution,
In order to induce insect to the direction of electric-shock insect killers, in evening session as the light of ultraviolet lamp is produced
The third contact of a total solar or lunar eclipse pollutes.
Additionally, for electric-shock insect killers, remove stick at one by one grid electrode by grid
The insect that electrode is electrocuted, but electric-shock insect killers are using electric shock, because in order to safety does not allow body
The part protective cover that touches grid electrode and arrange, be difficult to remove the insect for sticking at grid electrode
Corpse, therefore will be using guarantor can be entered as brush in order to remove the insect for sticking at grid electrode
Instrument between shield.
Citation
Patent document
No. 0263719 (date of record of Korean Registered Utility Model publication：2002.01.28., title：
Electric-shock insect killers)
Content of the invention
The present invention provides a kind of electric-shock insect killers, and which can reduce the light that produces from electric-shock insect killers and make an uproar
Sound pollutes, so as to the sense of hearing for reducing user and visual sense of fatigue.
It is further an object that a kind of electric-shock insect killers are provided, by the grid electricity of electrode disinsector
Pole is separated from body and is exposed to outside, such that it is able to cleaning or keeping in repair.
It is further an object that a kind of electric-shock insect killers are provided, in grid electrode failure, only
The composition of grid electrode is replaced so as to reuse body.
The technical problem realized by the present invention is not limited to the above technical problem for mentioning.
For realizing the problem, the present invention provides a kind of electric-shock insect killers, and electrode disinsector includes ultraviolet
Line lamp, shell (case) portion and grid electrode, wherein described shell portion are used for housing the ultraviolet
Lamp, the grid electrode will lure to the front-end and back-end of the ultraviolet lamp in any one side more than
Insect electrocute, the electric-shock insect killers, it is characterised in that include：Adjusting means, its will be provided
AC or DC is converted to the output voltage of the grid electrode and current selective ground, control is changed
Output voltage and electric current intensity, and control the illuminance of ultraviolet lamp；And shading curtain, which can
To increase and decrease and cut off the degree that the light of the ultraviolet lamp is distributed to outside.
For realizing the problem, the present invention provides another kind of electric-shock insect killers, and electrode disinsector includes:Shell
Portion, its house ultraviolet lamp；Insertion body, which is incorporated into the shell portion, and including by the evil that lures
The grid electrode that worm is electrocuted；Adjusting means, its will provide output voltage and electricity to the grid electrode
Stream is optionally converted to AC or DC, controls the output voltage of conversion and the intensity of electric current, and controls
The illuminance of ultraviolet lamp processed；And shading curtain, which can increase and decrease, cut off the light of the ultraviolet lamp
To the degree that outside distributes.
The insertion body is inserted by the insert port for being formed in shell portion side, so as to by will be described
The terminal of grid electrode combines with the electrode portion for being arranged on the shell portion to be installed.
Specifically, it is characterised by, the adjusting means includes：Change-over switch, its will be provided to described
The output voltage of grid electrode and electric current select to be converted to AC or DC；And intensity adjustment device,
Which adjusts and provides to the exchange of grid electrode or the intensity of the voltage of electric current and electric current.
Additionally, being characterised by, the adjusting means includes：Illuminance adjusting means, which is individually adjusted
Save in the number of the bright light of the ultraviolet lamp and illuminance more than any one.
Additionally, being characterised by, also include：Breakthrough part, which is in the insect of the bottom to electrocute in shell portion
The form dropped to the bottom direction in shell portion is formed；And placement section, support meanss are placed on described
Placement section, the support meanss are located at the breakthrough part lower end and the insect that electrocuted can gather together.
Additionally, being characterised by, also include：Display part, which exposes to outside applies to the grid electrode
Plus current state pattern.
Additionally, being characterised by, the display part includes audio output unit, LED output and LCD output
In portion more than any one, the audio output unit, its are shown with audio warning or musical sound；
The LED output, its are shown by lighting light；The LCD output section, which passes through word
Or the form that draws is showing.
Additionally, being characterised by, the electric-shock insect killers also include：Accessory power supply portion, which is in cut-out electricity
The memory portion supply power supply of the pattern of current state is remembered, is maintained in the state of source.
Additionally, being characterised by, placement portion being set in the inner side in the shell portion, will can be inserted into described
The insertion body of insert port is placed in the placement portion, and the electrode portion is formed at and the insertion
The corresponding position of the grid electrode of body.
Additionally, being characterised by, being formed with one-piece type form in the insertion body bottom and can assemble quilt
The support meanss of the insect that grid electrode is electrocuted.
Additionally, being characterised by, the insertion body also forms handle in side, and the handle is used for working as institute
State insertion body and combine and be easy to separate out from the shell parts in the state in the shell portion
Additionally, being characterised by, the shell portion also includes fixed part, when the insertion body is combined, institute
Fixed part is stated for preventing the insertion body from departing from.
As described above, the present invention has the effect that：According to circumstances different, by insect by grid electrode
The plosive for ejecting and producing in grid electrode reduces, so as to reduce noise pollution.
Additionally, the present invention has the effect that：The light that ultraviolet lamp generation can be breaking at is dissipated to outside
The degree that sends out, so as to reduce the light pollution produced due to light.
Additionally, the present invention has the effect that：The brightness of unnecessary ultraviolet lamp is adjusted, so as to subtract
Little power consumption.
Additionally, the present invention has the effect that：When the situation of the more animal house of insect is located at, reduce
As the sleep to domestic animal that the plosive of the light of ultraviolet lamp that often opens and insect is produced is made
The impairment for becoming cause similar to breeding low secondary impairment.
Additionally, the present invention has the effect that：Easily remove and be bonded at the insect corpse that grid electrode is electrocuted
Body, so as to maintain clean conditions.
Additionally, the present invention has the effect that：Eliminate and occur because being bonded at insect that grid electrode electrocutes
The reduction of grid electrode life will be because.
Additionally, the present invention has the effect that：Because the replacement of the grid electrode of major failure reason becomes
Obtain easily, therefore when electric-shock insect killers break down, corresponding composition can be only replaced, so as to cut down
Expense.
Description of the drawings
Fig. 1 is the stereogram for representing the electric-shock insect killers according to the first embodiment of the present invention.
Fig. 2 is the square frame of the internal structure for representing the electric-shock insect killers according to the first embodiment of the present invention
Figure.
Fig. 3 to Fig. 5 is each difference for representing the electric-shock insect killers according to the first embodiment of the present invention
The figure of the shading curtain of shape.
Fig. 6 is the stereogram for representing electric-shock insect killers according to the second embodiment of the present invention.
Fig. 7 is the stereogram of the insertion body for representing electric-shock insect killers according to the second embodiment of the present invention.
Fig. 8 is the stereogram for representing electric-shock insect killers according to the third embodiment of the invention.
Fig. 9 is the stereogram of the insertion body for representing electric-shock insect killers according to the third embodiment of the invention.
Specific embodiment
Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.For identical structure
Become key element, no matter any position in the accompanying drawings, be all indicated using identical label.Additionally, saving
Slightly for the unnecessarily fuzzy known function of idea of the invention and the detailed description of structure.
Fundamentally, the first embodiment of the present invention is related to a kind of electric shock desinsection for electrocuting insect
Device, in more detail, is a kind of electric-shock insect killers, and which provides health and health care by electrocuting insect
Safety, and for eliminating the inconvenient factor caused because of electric-shock insect killers to user.
According to the electric-shock insect killers of the present invention in Fig. 1, including：Shell portion 110, ultraviolet lamp 120, lattice
Sub-electrode 130, adjusting means 140, control unit 150, display part 160, and shading curtain 170.
According to purposes and the difference of use, shell portion 110 could be arranged to variform and size, at which
Inside is configured to lure the ultraviolet lamp 120 of insect, appointing in the front end of ultraviolet lamp 120 and rear end
Meaning one side is above to be configured to electrocute the grid electrode 130 of the insect that lures.
Breakthrough part 111 is formed in the bottom in shell portion 110, its purpose is will not be by grid electrode 130
The insect that electrocutes is detained but is expelled to from external, also includes to place the placement section 112 of support meanss 113,
The support meanss 113 can collect the insect that electrocutes dropped by breakthrough part 111.
Now, the situation for being provided with multiple holes is compared, because being provided with breakthrough part 111 will can make
The area that the insect that must be electrocuted drops broadens, and more hygienic can manage so as to have.
In addition it is also possible to flow into insect by breakthrough part 111.
Now, support meanss 113 are combined in placement section 112 by fastening of sliding, and are passed through to reverse direction
Slide to separate, such that it is able to remove the corpse of the insect for being mounted in inside.
Additionally, in order to user safety and in order that user does not touch grid electrode 130, shell portion
110 also include protective cover 114 in front end.
Ultraviolet lamp 120 is located at the inside in shell portion 110, and releases ultraviolet that insect likes and lure
Insect.Now, usually, ultraviolet lamp 120 is flatly configured in the form of being spaced in intervals
In shell portion 110, but this is not limited to, its composition can also be arranged perpendicular.
Additionally, in an embodiment of the present invention, although illustrate including two an equal amount of ultraviolets
Lamp 120, but the number of ultraviolet lamp 120 can be two or more, and plural ultraviolet lamp
120 thickness can be different.
For example, it is possible to be formed with following various forms：Compare odd number ultraviolet lamp 120, even number ultraviolet
The size of lamp 120 is less, or includes a less ultraviolet lamp 120 in multiple ultraviolet lamps 120.
Here, the size of ultraviolet lamp 120 is proportional to maximum luminance and the electric consumption.
Grid electrode 130 be located at shell portion 110 inside, and positioned at the front end of ultraviolet lamp 120 and after
Position in end more than any one, in order to electrocute the insect that is lured using ultraviolet lamp 120 apply high
Current voltage.
Adjusting means 140 is used as following structure：It is fed to output voltage and the electricity of grid electrode 130
Stream is optionally converted to AC or DC, controls the output voltage of conversion and the intensity of electric current, and controls
The illuminance of ultraviolet lamp processed 120.Preferably, can be by being formed in the button portion 115 in shell portion 110
It is adjusted.
Additionally, adjusting means 140 is received another by being arranged on the remote control portion 180 in shell portion 110
The order of the remote control (not shown) of outer formation is controlled.
As shown in Fig. 2 adjusting means 140 includes：Change-over switch 141, intensity adjustment device 142,
And illuminance adjusting means 143.
Adjusting means 140 is operated using the power supply received from power suppling part 10.
First, the input voltage of input is converted to the contrary electricity of current state contrast by change-over switch 141
Pressure and the form of electric current, intensity adjustment device 142 adjust the voltage and electricity provided to grid electrode 130
The intensity of stream.
For example, if being applied with the electric current of exchange and voltage in grid electrode 130 under current state,
The electric current of direct current and voltage are converted to by change-over switch 141 and are applied to grid electrode 130.
Change-over switch 141 can be switching (Toggle) mode.
In this way, because exchange and direct current freely can be changed, being typically based on the electric current of the exchange for using
And the situation of voltage, when quiet environment is required, in order to reduce generation while insect is electrocuted
Noise, is converted to voltage and the electric current of appropriate direct current.
To grid electrode apply the electric current of direct current and voltage when, the insect for being close to grid electrode 130 will not
Eject from grid electrode 130, voicelessly grid can be pasted onto, while by being applied to grid electrode 130
The DC voltage of high pressure at two ends and electric current be electrocuted.
So, the insect that will do not dispersed using the clearing apparatus of brush types and be bonded at grid electrode is removed,
Or, using change-over switch 141, repeatedly by the voltage of direct current and electric current be converted to exchange voltage and
Electric current, or when the voltage of exchange and electric current to be converted to voltage and the electric current of direct current, it is bonded at grid electricity
The insect of pole 130 departs from from grid electrode 130 because of the change of electric species while producing the rupture of insect
Sound, but voltage and electric current can be increased and decreased so as to adjust the intensity of plosive using intensity adjustment device 142.
Now, intensity adjustment device 142 is formed with dial mode, can be adjusted and is applied to grid electrode
130 voltage and the intensity of electric current, it is also possible to using the voltage for having set and electric current adjusting strength.
Additionally, during by being converted to the voltage of direct current and electric current to eliminate insect, be bonded at can insect
Grid electrode 130 simultaneously eliminates insect in quiet environment, by being converted to voltage and the electric current of exchange
During eliminating insect, although produce noise as insect is ejected from grid electrode 130, but due to
Grid electrode 130 is not bonded to have the advantages that insect, therefore can selectively be made according to surrounding enviroment
With.
Timer function can also be included, which is to by being converted to the voltage and current of direct current or exchange
The number of times of operation maintains the voltage of change and the time of electric current to be adjusted.
Then, illuminance adjusting means 143 can be by the illumination of individually regulation ultraviolet lamp 120
Degree, adjusts the illuminance of ultraviolet lamp 120.
The reason for illuminance for adjusting ultraviolet lamp 120, is, at night earlier, because bright with periphery
The periphery light that the signboard that is similar to, so in order to insect is lured, higher illuminance is needed, but
When periphery is for the pitch-black late into the night, insect can also be lured only by faint illuminance, therefore may be used
To adjust unnecessary illuminance by adjusting the brightness of ultraviolet lamp 120.
From this, brightness can be reduced by illuminance adjusting means 143, exposed to outside so as to reduce
The pollution that causes of light, therefore there is the effect of the inconvenience for reducing the user that light brings.
Additionally, the brightness of ultraviolet lamp 120 is adjusted, so as to also have the effect for reducing power consumption.
Illuminance adjusting means 143 produces can brightness to adjust the brightness of ultraviolet lamp 120
Change or, control individually or regularly multiple ultraviolet lamps 120.In other words, can pass through
Open (On) a part of ultraviolet lamp 120 and close (Off) a part of ultraviolet lamp 120 to be adjusted.
150 pairs of grid electrodes 130 adjusted by adjusting means 140 of control unit and ultraviolet lamp 120
Situation be managed and control, and transmit the letter received from adjusting means 140 to display part 160
Breath.
Additionally, control unit 150 transmits the information received from adjusting means 140 to memory portion 152,
So as to the pattern of current state can also be remembered in the power-off of electric-shock insect killers.
Here, control unit 150 monitors power suppling part 10, if the power supply supply of power suppling part 10
Be cut off, then power supply can be supplied from accessory power supply portion 151 to memory portion 152, deposit so as to maintain
The content of storage.
Display part 160 exposes the grid electrode 130 for adjusting by adjusting means 140 or changing to outside
And the pattern of the current state of ultraviolet lamp 120, easily verify that so as to user.
Here, display part 160 includes audio output unit 161, LED output 162 and LCD output
In portion 163 more than any one.
Audio output unit 161 represents that with the sound similar to alarm song or music LED output 162 is used
Light representation is lighted, LCD output section 163 can be represented with the form of word or picture and export.
Shading curtain 170 may be located at the front end in shell portion 110 and rear end, and can increase and decrease, cut off
The degree of the light that the ultraviolet lamp 120 inside shell portion 110 is distributed to outside.
Shading curtain 170 is cut off the light of ultraviolet lamp so as not to meeting 100% and exposes with open space
The light of the degree of insect can be lured, it is preferable that user will not can be brought inconvenience at dead of night
In the range of cut off.
As shown in Figures 3 to 5, shading curtain 170 can be formed as variously-shaped.
Shading curtain 170 shown in Fig. 3 as needed may be used with the form of shutter in the upper end in shell portion 110
To fold or launch one end, such that it is able to reduce the light of ultraviolet lamp 120, and just a part is only opened
Insect can be made fully to lure to inside, in Fig. 4, positioned at front end and the rear end in shell portion 110, from
And pass through elastomeric element can be open and closed.
Additionally, as shown in figure 5, being formed in shell portion 110 with the shape of roller picker (roll screen)
Upper end, make ring hang over certain position so that its closure.
Therewith, the present invention has the effect that：According to circumstances insect is ejected by grid electrode and in lattice
The plosive that sub-electrode is produced reduces, so as to reduce noise pollution.
Additionally, the present invention has the effect that：The light that ultraviolet lamp generation can be breaking at is dissipated to outside
The degree that sends out, so as to reduce the light pollution produced due to light.
Additionally, the present invention has the effect that：Positioned at insect more animal house when, it is possible to reduce due to
The impairment caused by the sleep of domestic animal that the plosive of the light of the ultraviolet lamp that often open and insect is produced
Cause similar to breeding the secondary hazards that speed is waited slowly.
Second and third embodiment of the present invention relates generally to a kind of electric shock desinsection for electrocuting insect
Device, in more detail in order to easily remove the insect corpse for being bonded at that grid electrode is electrocuted, by grid
Electrode is separated from body, so as to remove insect corpse, and then provides facility to user.
Fig. 6 to Fig. 9 is the electric-shock insect killers for representing second and third embodiment according to the present invention, electricity
Hitting disinsector includes：Shell portion 110, insertion body 200, adjusting means 140, and shading curtain 170.
Here, adjusting means 140 and shading curtain 170 identical with the composition of first embodiment, so will
Omit or the simple detailed description to second and third embodiment.
According to purposes and the difference of use, shell portion 110 could be arranged to variform and size, at which
Inside houses the ultraviolet lamp 120 for luring insect, and forms insert port in the side in shell portion 110
116, so as to more than any one end in the front-end and back-end of ultraviolet lamp 120 house insertion body
200.
Additionally, arranging illuminating lamp (not shown) inside shell portion 110, preferably respectively control ultraviolet
Line lamp 120 and illuminating lamp.
Here, ultraviolet lamp 120 is located at the inside in shell portion 110, and release the ultraviolet that insect is liked
And lure insect.Now, usually, ultraviolet lamp 120 in the way of being spaced in intervals flatly
It is configured in shell portion 110, but this is not limited to, its composition can also be arranged perpendicular.
Additionally, in second and third embodiment of the present invention, although illustrate same big including two
Little ultraviolet lamp 120, but the number of ultraviolet lamp 120 can be more than one, and more than one
The thickness of ultraviolet lamp 200 can be different.
For example, it is possible to be formed with following various forms：Compare odd number ultraviolet lamp 120, even number ultraviolet
The size of lamp 120 is less, or includes a less ultraviolet lamp 120 in multiple ultraviolet lamps 120.
Here, the size of ultraviolet lamp 120 is proportional to maximum luminance and the electric consumption.
As shown in fig. 7, in the case of the second embodiment, insertion body 200 is incorporated into shell portion 110 simultaneously
And the grid electrode 210 including electrocuting the insect that lures, when insertion body 200 is to be inserted in shell portion 110
Form arrange when, 200 side of insertion body arrange grid electrode terminal 230, so as to lattice
Sub-electrode 210 provides electric power.
Insertion body 200 is inserted so as to be installed on 110 inner side of shell portion by the insert port 116 in shell portion 110
Placement portion 117, and the terminal 230 of grid electrode combined with the electrode portion 119 in shell portion 110, so as to
Obtain supply of electric power.
Additionally, the bottom of the insertion body 200 at the place of grid electrode 210 is preferably empty shape, with
Just the insect that is electrocuted by grid electrode 210 is dropped in shell portion 110.
Now, insertion body 200 can be inserted in shell portion 110 in the form of sliding.
Breakthrough part 111 is formed in the bottom in shell portion 110, the breakthrough part 111 is formed as by grid
The insect that electrode 130 is electrocuted is not detained in 110 inside of shell portion but is expelled to from external, also includes
The placement section 112 of support meanss 113 is placed, the support meanss 113 can be collected by breakthrough part
111 insects that electrocutes for dropping.
Now, the situation for being provided with multiple holes is compared, because being provided with breakthrough part 111 will can make
The area that the insect that must be electrocuted drops broadens, so as to have can be relatively sanitary manage.
In addition it is also possible to flow into insect by breakthrough part 111.
Now, support meanss 113 are combined in placement section 112 by fastening of sliding and are passed through to reverse direction
Slide to separate, such that it is able to remove the corpse of the insect for being mounted in inside.
As shown in figure 9, in the case of 3rd embodiment, insertion body 200 is incorporated into shell portion 110 simultaneously
And the grid electrode 210 including electrocuting the insect that lures, when insertion body 200 is to be inserted in shell portion 110
Form arrange when, 200 side of insertion body arrange grid electrode terminal 230, so as to lattice
Sub-electrode 210 provides electric power, and forms support meanss 240, the support in bottom with one-piece type form
Device 240 houses the insect corpse that is electrocuted by grid electrode 210.
As described above, in the case that insertion body 200 is with one-piece type formation support meanss 240, shell portion
110 are not required to house the other placement section of support meanss 240, but preferably need placement to include to support dress
Put the placement section 112 of 240 insertion body 200.
Additionally, in insertion body 200 with one-piece type formation support meanss 240, therefore need not be in shell portion
110 form other breakthrough part as in the second embodiment.Although not in second and third embodiment
In figure have described, but ultraviolet lamp can also be included in insertion body 200, therefore with grid electricity
Pole may be mounted at shell portion 110 simultaneously and separate.
According to the insertion body 200 of second and third embodiment in the state of shell portion 110 is incorporated into, it is
Easily separate from shell portion 110, handle portion 220, shell can also be formed in the side of insertion body 200
Portion 110 can also include fixed part 118 to prevent the insertion body 200 that installs from departing from.
In second and third embodiment of the present invention, fixed part 118 is located at the insert port 116 in shell portion
Periphery, and the fixed part mode for preventing the insertion body 200 for combining from departing from by rotation is employed, but
It is that this is not limited to, is prevented from, including all, the fixed form that the insertion body 200 that installs departs from.
Additionally, in order that insect easily comes in and goes out, the one side in shell portion 110 or multiple faces and internal road
Logical, but on insect discrepancy face, for the safety of user, also include protective cover 114, to make
The body part for obtaining user does not touch the grid electrode 210 that installs by insertion.
Shell portion 110 also includes adjusting means 140, and the adjusting means 140 pairs is included in shell portion 110
The ultraviolet lamp 120 of itself, display part 160, illuminating lamp (not shown) and by insertion body 200 come
In conjunction with grid electrode 210 be controlled.
Adjusting means 140 has following composition：It is fed to output voltage and the electricity of grid electrode 210
Stream is optionally converted to AC or DC, controls the output voltage of conversion and the intensity of electric current, and controls
The illuminance of ultraviolet lamp processed 120.Preferably, can be by being formed in the button portion 115 in shell portion 110
It is adjusted.
Additionally, adjusting means 140 is not only by the remote control portion 180 for being arranged on shell portion 110,
Receive the order of remote control (not shown) being additionally formed to be controlled, can also by with long-range
Wire and wireless signal, smart mobile phone are interlocked and are controlled receiving order.
Explanation such as in Fig. 1 embodiment, adjusting means 140 include：Change-over switch 141, intensity adjustment
Device 142, and illuminance adjusting means 143.
Adjusting means 140 is operated using the power supply received from power suppling part (not shown).
First, the input voltage of input is converted to the contrary electricity of current state contrast by change-over switch 141
Pressure and the form of electric current, intensity adjustment device 142 adjust the voltage and electricity provided to grid electrode 210
The intensity of stream.
For example, if under current state insertion body grid electrode 210 be applied with exchange electric current and
Voltage, then will be converted to the electric current of direct current and voltage and be applied to grid electrode 210 by change-over switch.
Change-over switch can be switching (Toggle) mode.
In this way, exchange and direct current freely can be changed, the electric current of the exchange for using therefore is typically based on
And the situation of voltage, when quiet environment is required, in order to reduce generation while insect is electrocuted
Noise, is converted to voltage and the electric current of appropriate direct current or exchange.
To grid electrode 210 apply appropriate electric current and voltage when, be close to the insect of grid electrode 210
Will not eject from grid electrode 210, but grid electrode 210 can be voicelessly pasted onto, while by applying
It is added in the DC voltage of the high pressure at the two ends of grid electrode 210 and electric current is electrocuted.
Now, intensity adjustment device 142 is formed with dial mode, can be adjusted and is applied to grid electrode
210 voltage and the intensity of electric current, it is also possible to using the voltage for having set and electric current adjusting strength.
Then, illuminance adjusting means 143 can be by the illumination of individually regulation ultraviolet lamp 120
Degree, adjusts the illuminance of ultraviolet lamp 120.
The reason for illuminance for adjusting ultraviolet lamp 120, is, at night earlier, because bright with periphery
The periphery light that the signboard that is similar to, so in order to insect is lured, higher illuminance is needed, but
When periphery is for the pitch-black late into the night, insect can also be lured only by faint illuminance, therefore may be used
To adjust unnecessary illuminance by adjusting the brightness of ultraviolet lamp 120.
From this, brightness can be reduced by illuminance adjusting means 143, exposed to outside so as to reduce
The pollution that causes of light, therefore there is the effect of the inconvenience for reducing the user that light brings.
Additionally, the brightness of ultraviolet lamp 120 is adjusted, so as to also have the effect for reducing power consumption.
Illuminance adjusting means 143 produces can brightness to adjust the brightness of ultraviolet lamp 120
Change or, control individually or regularly multiple ultraviolet lamps 120.
150 pairs of grid electrodes 210 adjusted by adjusting means 140 of control unit and ultraviolet lamp 120
Situation be managed and control, and transmit the letter received from adjusting means 140 to display part 160
Breath.
Display part 160 exposes the grid electrode 210 for adjusting by adjusting means 140 or changing to outside
And the pattern of the current state of ultraviolet lamp 120, easily verify that so as to user.
Here, display part 160 includes audio output unit 161, LED output 162 and LCD output
In portion 163 more than any one.
Audio output unit 161 with similar in alarm song, the audio-guided and sound of music any one
Indicated above, LED output 162 with lighting light representation, LCD output section 163 can with word or
The form of picture represents and exports.
Therewith, the present invention has the effect that：Easily remove and be bonded at the insect corpse that grid electrode is electrocuted
Body, so as to maintain clean conditions.
Additionally, the present invention has the effect that：Eliminate and produce because being bonded at insect that grid electrode electrocutes
The reduction of grid electrode life will be because.
Additionally, the present invention has the effect that：Grid electrode replacement as major failure reason becomes
Easily, therefore when electric-shock insect killers break down, corresponding composition can only be replaced, so as to the expense of cutting down
With.
The electric-shock insect killers are not limited to the structurally and operationally mode of embodiments illustrated above.Institute
It can selectively combine all or part of each embodiment to state embodiment such that it is able to real
Existing various deformation.
Label declaration
110：Shell portion 111：Breakthrough part
112：Placement section 113,240：Support meanss
114：Protective cover 115：Button portion
116：Insert port 117：Placement portion
118：Fixed part 119：Electrode portion
120：Ultraviolet lamp 130,210：Grid electrode
140：Adjusting means 141：Change-over switch
142：Intensity adjustment device 143：Illuminance adjusting means
150：Control unit 151：Accessory power supply portion
152：Memory portion 160：Display part
161：Audio output unit 162：LED output
163：LCD output section 170：Shading curtain
180：Remote control portion 200:Insertion body
220：Handle portion 230:The terminal of grid electrode
Claims (12)
1. a kind of electric-shock insect killers, it is characterised in that include:
Shell portion, its are used for housing the ultraviolet lamp；
Grid electrode, which is in luring to the front-end and back-end of the ultraviolet lamp more than any one side
Insect is electrocuted；
The output voltage of offer to the grid electrode and current selective are changed by adjusting means, its
For AC or DC, control the output voltage of conversion and the intensity of electric current, and control the light of ultraviolet lamp
Illumination；And
Shading curtain, the degree that its light that can increase and decrease, cut off the ultraviolet lamp is distributed to outside.
2. a kind of electric-shock insect killers, including：
Shell portion, its house ultraviolet lamp；
Insertion body, its are incorporated into the shell portion, and the grid electrode including electrocuting the insect that lures；
The output voltage of offer to the grid electrode and current selective are changed by adjusting means, its
For AC or DC, control the output voltage of conversion and the intensity of electric current, and control the light of ultraviolet lamp
Illumination；And
Shading curtain, the degree that its light that can increase and decrease, cut off the ultraviolet lamp is distributed to outside,
The insertion body is inserted by the insert port for being formed in shell portion side, so as to by will be described
The terminal of grid electrode combines with the electrode portion for being arranged at the shell portion to be installed.
3. electric-shock insect killers according to claim 1 or claim 2, it is characterised in that institute
Stating adjusting means includes：
The output voltage of offer to the grid electrode and electric current are selected to be converted to exchange by change-over switch, its
Or direct current；And
Intensity adjustment device, its are adjusted and are provided to the exchange of grid electrode or the voltage of direct current and electricity
The intensity of stream.
4. electric-shock insect killers according to claim 1 or claim 2, it is characterised in that institute
Stating adjusting means includes：
Illuminance adjusting means, its individually adjust the number of the bright light of the ultraviolet lamp and illuminance
In more than any one.
5. electric-shock insect killers according to claim 1 or claim 2, it is characterised in that also
Including：
Breakthrough part, its can be dropped to the bottom direction in shell portion with the insect electrocuted in the bottom in shell portion
Form formed；And
Placement section, support meanss are placed on the placement section, and the support meanss are located at the insertion
The insect that electrocutes simultaneously is gathered together by subordinate end.
6. electric-shock insect killers according to claim 1, it is characterised in that also include：
Display part, its expose the pattern of the current state for putting on the grid electrode to outside.
7. electric-shock insect killers according to claim 6, it is characterised in that：
The display part includes audio output unit, LED output, in LCD output section more than any one,
The audio output unit audio warning or musical sound represent that the LED output use puts a bright light
Light representations, the form of LCD output section word or picture represent.
8. electric-shock insect killers according to claim 1, it is characterised in that the electric-shock insect killers
Also include：
Accessory power supply portion, which is to the pattern for remembeing, maintaining current state in the state of cutting off the electricity supply
Memory portion supplies power supply.
9. electric-shock insect killers according to claim 2, it is characterised in that
Placement portion is set in the inner side in the shell portion, the insertion of the insert port can be inserted in
Body is placed in the placement portion, and the electrode portion be formed at should with the grid electrode pair of the insertion body
Position.
10. electric-shock insect killers according to claim 2, it is characterised in that
Formed with one-piece type form in the insertion body bottom and can assemble the evil that is electrocuted by grid electrode
The support meanss of worm.
11. electric-shock insect killers according to claim 2, it is characterised in that
The insertion body also forms handle portion in side, and the handle portion is used for combining when the insertion body
It is easy to separate out from the shell parts in the state in the shell portion.
12. electric-shock insect killers according to claim 2, it is characterised in that
The shell portion also includes fixed part, and when the insertion body is combined, the fixed part is used for preventing
The insertion body departs from.
Applications Claiming Priority (4)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| KR1020150120301A KR101573714B1 (en) | 2015-08-26 | 2015-08-26 | Bugs killer by electrical |
| KR10-2015-0120301 | 2015-08-26 | ||
| KR10-2015-0142486 | 2015-10-13 | ||
| KR1020150142486A KR101623314B1 (en) | 2015-10-13 | 2015-10-13 | Bugs killer by electrical |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106472461A true CN106472461A (en) | 2017-03-08 |
| CN106472461B CN106472461B (en) | 2019-08-06 |
Family
ID=56261461
Family Applications (2)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510780591.3A Expired - Fee Related CN106472461B (en) | 2015-08-26 | 2015-11-13 | Electric-shock insect killers |
| CN201520908659.7U Expired - Fee Related CN205357866U (en) | 2015-08-26 | 2015-11-13 | Electric shock disinsector |
Family Applications After (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520908659.7U Expired - Fee Related CN205357866U (en) | 2015-08-26 | 2015-11-13 | Electric shock disinsector |
Country Status (1)
| Country | Link |
|---|---|
| CN (2) | CN106472461B (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106472461B (en) * | 2015-08-26 | 2019-08-06 | 李应道 | Electric-shock insect killers |
| CN110115263B (en) * | 2019-04-17 | 2021-06-08 | 肯尼斯.粲.何 | Electrostatic insect expelling method, system and equipment, electrostatic insect expeller and electrostatic insect expelling net |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN106472461B (en) | 2019-08-06 |
| CN205357866U (en) | 2016-07-06 |
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