CN204930074U - The power bin assembly of multipurpose splitlevel winged insect trapper - Google Patents
The power bin assembly of multipurpose splitlevel winged insect trapper Download PDFInfo
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- CN204930074U CN204930074U CN201520645025.7U CN201520645025U CN204930074U CN 204930074 U CN204930074 U CN 204930074U CN 201520645025 U CN201520645025 U CN 201520645025U CN 204930074 U CN204930074 U CN 204930074U
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- winged insect
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- release apparatus
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Abstract
The utility model belongs to winged insect trapper apparatus technical field, particularly relates to a kind of power bin assembly of multipurpose splitlevel winged insect trapper.The utility model discloses the power bin assembly of multipurpose splitlevel winged insect trapper, it is characterized in that, described power bin assembly is made up of air inlet duct, power bin and exhausting duct, the upper end of air inlet duct is connected with and funnelingly connects worm air-intake device, turbofan is provided with in power bin, the anti-winged insect release apparatus of suspension type is under the drive of wind-force, and the lower end of the anti-winged insect release apparatus of suspension type and lower light barrier are separated and realize entering opening of worm passage to air draft.The beneficial effects of the utility model are: let out storage zooecium under can preventing source light, when preventing fan from using, wind-force upwards circles round, and improves the winged insect capturing efficiency of light-source type trap setting.
Description
Technical field
The utility model belongs to winged insect trapper apparatus technical field, particularly relates to a kind of power bin assembly of multipurpose splitlevel winged insect trapper.
Background technology
Winged insect, refers generally to being commonly called as of the insect that natural world can fly.It is exactly Specifically the adult of insect.The all insects of natural world are except minority is beneficial insect, extreme portions be harm each Plants, people with other animal lives, health insect, no matter all insects are have harmfulness most in that stage, an its many meeting of general character is changing into adult, by imaginosa maturation, mating, its offspring of egg reproduction, cycle samsara produces harmfulness.How safety, the effectively harmful winged insect killed in environment are the problems that control of insect worker thinks deeply always.In the past few decades, in order to eliminate the harmful winged insect in environment, people have invented electric shock type, have glued and catch formula winged insect trapper and winged insect-trapping cage etc., and the phototaxis by winged insect had, carries out the seizure of winged insect by light source and fan.But these trappers are in use, owing to luring source single or design unreasonable, unsatisfactory to the predating efficiency of winged insect etc.Particularly carry out by light source the device catching winged insect, there is following defect when in use: one is, insect attraction light source passes through air inlet duct, fan, exhausting duct direct projection is in collection worm case, thus make to have outside insect-attracting light alignment case in storage worm case to appear, stronger insect-attracting light is formed according to circle at storage worm case periphery, in use procedure, part winged insect can by the surrounding luring collection to storage worm case, those winged insects have been attracted firmly by that illumination circle, make it around the circuit of storage worm case, when this part winged insect because the flight time is long, after energy ezpenditure too much or trapper quits work, these winged insects are just had a rest the crop of trapper periphery or ground, mating, lay eggs, insect of future generation is caused to concentrate the phenomenon of harm trapper periphery crop.Destructive harm is caused to the crop of trapper periphery.Two are, a lot of devices when in use, owing to not having anti-winged insect release apparatus, thus makes the winged insect be entrapped in collection worm case reversely can escape from collection worm case, affects the result of use of device; Three are, adopt the flying insects trap of suction-type, the eddy airstream and headstock body wall, the exhausting duct wall that produce when fan runs up produce rub or because of store up worm case mesh-portion block cause air-flow arrange outward freely time, air-flow can form rotational gas flow along four corners of air inlet duct and upwards brush, make to be lured collection to the winged insect of light source region by upper rotational gas flow blowout insect-attracting light source region, thus have impact on the effect sucking winged insect.
Summary of the invention
The purpose of this utility model is to solve above-described technical problem, storage zooecium is let out under providing one can prevent source light, when preventing fan from using, wind-force upwards circles round, improve the power bin assembly of the multipurpose splitlevel winged insect trapper of the winged insect capturing efficiency of light-source type trap setting, its technical scheme is as follows:
The power bin assembly of multipurpose splitlevel winged insect trapper, it is characterized in that, described power bin assembly is by air inlet duct, power bin and exhausting duct composition, the upper end of air inlet duct is connected with and funnelingly connects worm air-intake device, turbofan is provided with in power bin, the bottom of exhausting duct is entered worm passage be connected with storage zooecium by being offered air draft, storage zooecium is connected on the outer wall of exhausting duct by drawer type slide rail, be provided with in exhausting duct the light direct beam that can prevent light source from sending enter into storage zooecium in splitlevel against sunshine under let out device, let out device under splitlevel is against sunshine to comprise staggered floor and be arranged on upper light barrier on exhausting duct inwall and lower light barrier, the lower end of upper light barrier hangs and is articulated with the anti-winged insect release apparatus of suspension type, when turbofan does not start, the anti-winged insect release apparatus of suspension type is in nature vertical hanging state, and the lower end of the anti-winged insect release apparatus of suspension type contacts with lower light barrier and realizes entering closing of worm passage to air draft, when turbofan starts, the anti-winged insect release apparatus of suspension type is under the drive of wind-force, and the lower end of the anti-winged insect release apparatus of suspension type and lower light barrier are separated and realize entering opening of worm passage to air draft.
Preferred embodiment is, four interior angle places of described air inlet duct are provided with downward-sloping anti-air-flow and climb baffle plate.
The power bin assembly of the multipurpose splitlevel winged insect trapper that the utility model provides, when in use, funneling connect worm air-intake device can expand turbofan produce suction force range.Let out light direct projection that device can be good at preventing light source from sending under splitlevel is against sunshine to storage zooecium, make the light of whole device concentrate on light source place, be conducive to the efficiency improving insect-catching.Suspension type anti-winged insect release apparatus can well prevent from entering into that winged insect in storage zooecium is reverse escapes from storage zooecium.Due to the setting by lower light barrier in this device, so the opening making air draft enter worm passage arranges narrower, thus further can play and anti-escape effect.And the light that light source sends does not enter storage zooecium, so the winged insect in storage zooecium also can not fly out due to reverse under phototactic effect, play anti-escaping further and act on.
The utility model is further provided with anti-air-flow and climbs baffle plate.The anti-air-flow baffle plate that climbs forms a cavity volume at four interior angle places of air inlet duct and the inwall of air inlet duct, when the wind-force that turbofan produces produces air-flow upwards at the corner place of air intake passage, this air-flow upwards can enter in cavity volume, thus blocks climbing of updraft.
The beneficial effects of the utility model are: let out storage zooecium under can preventing source light, when preventing fan from using, wind-force upwards circles round, and improves the winged insect capturing efficiency of light-source type trap setting.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of multipurpose splitlevel winged insect trapper.
Fig. 2 is schematic diagram of the present utility model.
Embodiment
Embodiment is illustrated below in conjunction with Fig. 1 and Fig. 2:
Implementation column 1:
Power acquisition sun-generated electric power
Multipurpose splitlevel winged insect trapper, comprise sun-generated electric power 1, control room assembly 2, light source 3 and support 4, sun-generated electric power 1, control room assembly 2, light source 3 is arranged on support 4, described support 4 is provided with power bin assembly 5, power bin assembly 5 is by air inlet duct 51, power bin 52 and exhausting duct 53 form, the upper end of air inlet duct 51 is connected with and funnelingly connects worm air-intake device 6, funnelingly meet the below place that worm air-intake device 6 is positioned at light source 3, turbofan 54 is provided with in power bin 52, the bottom of exhausting duct 53 is entered worm passage 55 be connected with storage zooecium 7 by being offered air draft, storage zooecium 7 is connected to by drawer type slide rail on the outer wall of exhausting duct 53, be provided with in exhausting duct 53 light direct beam that can prevent light source 3 from sending enter into storage zooecium 7 in splitlevel against sunshine under let out device 56, let out device 56 under splitlevel is against sunshine to comprise staggered floor and be arranged on upper light barrier 57 on exhausting duct 53 inwall and lower light barrier 58, the lower end of upper light barrier 57 hangs and is articulated with the anti-winged insect release apparatus 59 of suspension type, when turbofan 54 does not start, the anti-winged insect release apparatus 59 of suspension type is in nature vertical hanging state, and the lower end of the anti-winged insect release apparatus 59 of suspension type contacts with lower light barrier 58 and realizes entering closing of worm passage 55 to air draft, when turbofan 54 starts, the anti-winged insect release apparatus 59 of suspension type is under the drive of wind-force, and the lower end of the anti-winged insect release apparatus 59 of suspension type and lower light barrier 58 are separated and realize entering opening of worm passage 55 to air draft, the top place described support 4 being positioned at light source 3 is provided with bait box fixture 8 and bait box anti-theft device 9, and bait box fixture 8 is built with bait box 10, described control room assembly 2 realizes omnidistance Based Intelligent Control by sun-generated electric power 1 pair of light source 3 and turbofan 54.
Preferred embodiment is, four interior angle places of described air inlet duct 51 are provided with downward-sloping anti-air-flow and climb baffle plate 511.
Preferred embodiment is, described support 4 is provided with light source safe protection network 11, and the corner place of light source safe protection network 11 is provided with four pieces and concentrates to light source and close anti-ly pass through plate 12, and the described four blocks anti-plates 12 that pass through are arranged in X-shaped.
Preferred embodiment is, described support 4 is provided with several ear shape suspension ring 13.
Preferred embodiment is, the below place described support 4 being positioned at ear shape suspension ring 13 is provided with beneficial insect repellant box fixture 14 and beneficial insect repellant box anti-theft rain-proof device 15, has repellant box 16 in beneficial insect repellant box fixture 14.
The upper end of upper light barrier is arranged on the 1-3 centimetre place, below of turbofan, the upper end of lower light barrier is arranged on the exhausting duct inwall on light barrier opposite, upper light barrier, lower light barrier is ramp-like forms drop staggered floor shape to looking, upper light barrier, the limit, left and right two of lower light barrier is connected with exhausting duct inwall 2 faces respectively, upper light barrier upper end becomes the acute angle of 47-48 degree with exhausting duct inwall, the projected area of upper light barrier in exhausting duct on horizontal plane accounts for the 52%-54% of horizontal plane area in exhausting duct, the acute angle becoming 43-45 degree of lower light barrier upper end and exhausting duct inwall, the upright projection point of lower end when upper light barrier is in nature vertical hanging state drops on lower light barrier, the lower end of upper light barrier is 9-12 centimetre to the vertical range on lower light barrier, the projected area of lower baffle plate in exhausting duct on horizontal plane accounts for the 50-52% of horizontal plane area in exhausting duct.
The anti-winged insect release apparatus of suspension type can be a thin slice.
Control room assembly comprises solar powered, electric discharge intelligence control system, the lifting of light source, blower voltage, pressure regulation, inversion, rectification control system, light source, blower fan daily schedule multi-period automatic control system, solar energy are for discharge system and solar panel, and accumulator, light source are connected realization to accumulator cell charging and discharging with to the daily schedule of light source, blower fan omnidistance Based Intelligent Control with turbofan.
Four interior angle places of wherein said air inlet duct are provided with four downward-sloping anti-air-flows and climb baffle plate.Anti-air-flow climbs baffle plate can be sharp for upper end, the triangle that lower end is large, and tilt to air inlet duct lower end.The climb optimum position of upper end of baffle plate of anti-air-flow is be positioned at the funneling junction connecing worm air-intake device and air inlet duct.The climb position of upper end of baffle plate of anti-air-flow also can be positioned on the inwall of air inlet duct, but arranging of this type of needs to carry out lengthening to air inlet duct and arrange.The climb upper end vertex acute angle of baffle plate of anti-air-flow is positioned at air inlet duct and funneling when connecing the junction of worm air-intake device, two acute angles of lower end are connected with air inlet duct two inwalls respectively, and climb baffle plate summit acute angle and funneling Jie Chong air-intake device intersection of anti-air-flow is the interior acute angle of 38-40 degree.The eddy airstream produced when turbofan runs up and power bin inwall, exhausting duct wall produces friction or blocks because storing up worm case mesh-portion, when the factors such as in storage worm case insect corpse is too much cause air-flow to arrange smooth outward, air-flow can be made to make reverse movement in power bin and air inlet duct, in air inlet duct, four corners form upper rotational gas flow and upwards climb, when the eddy airstream anti-air-flow that climbs climbs baffle plate place, under the stop of baffle plate, the passive change direction of the air-flow that climbs is assembled toward air inlet duct center, reenter under the effect of blower fan suction in exhausting duct, reach and prevent from rotational gas flow from brushing to light source region causing winged insect not easily to fly into light source region or be blown the object in insect-attracting light source region.
Wherein said support is provided with light source, safety guard net is arranged with outside light source, be provided with four pieces in safety guard net and transparent anti-ly pass through plate, the anti-plate that passes through arranges in X-shaped, four pieces of anti-crossing center passing through plate are light source, four pieces anti-, and to pass through plate be that the advantage that arranges of X-shaped is that every block is prevented passing through plate and preventing passing through the space forming isosceles triangle between plate, in shape wide outside and narrow inside, when winged insect attracted to light source region, prevent passing through the obstruct of plate at X-shaped under, winged insect is made directly to fall into funnelingly connect in worm air-intake device with the anti-plate collision rift that passes through, under the effect of below turbofan suction, instantaneously winged insect is sent into storage zooecium, solve the phenomenon that winged insect is freely passed through light source region or runs away after light source circuit, reach the object of catching and killing winged insect fast.
Wherein suspension ring are arranged on the below of the first half near solar panel of support, four faces respectively establish one, be connected with ground oblique pull by suspension ring with things such as steel wire, iron wire, ropes, when solar energy trapper runs into the terrible weathers such as typhoon, that can guarantee trapper exempts from damage.
Wherein said support is arranged beneficial insect repellent device.Beneficial insect repellent device is arranged on the below of ear shape suspension ring, has repellant box, repellant box fixture, and repellant box anti-theft rain-proof device forms, and repellant box fixture is connected on trapper support.When winged insect trapper works; beneficial insect can fly to insect-attracting light source region by luring of insect attraction light source; when beneficial insect is near light source region; the special odor that beneficial insect repellant sends force beneficial insect dare not close to or expel insect-attracting light source region; make beneficial insect exempt from trapper to manslaughter; reach protection pest natural enemy, the object of protecting ecology balance.
Claims (2)
1. the power bin assembly of multipurpose splitlevel winged insect trapper, it is characterized in that, described power bin assembly is by air inlet duct, power bin and exhausting duct composition, the upper end of air inlet duct is connected with and funnelingly connects worm air-intake device, turbofan is provided with in power bin, the bottom of exhausting duct is entered worm passage be connected with storage zooecium by being offered air draft, storage zooecium is connected on the outer wall of exhausting duct by drawer type slide rail, be provided with in exhausting duct the light direct beam that can prevent light source from sending enter into storage zooecium in splitlevel against sunshine under let out device, let out device under splitlevel is against sunshine to comprise staggered floor and be arranged on upper light barrier on exhausting duct inwall and lower light barrier, the lower end of upper light barrier hangs and is articulated with the anti-winged insect release apparatus of suspension type, when turbofan does not start, the anti-winged insect release apparatus of suspension type is in nature vertical hanging state, and the lower end of the anti-winged insect release apparatus of suspension type contacts with lower light barrier and realizes entering closing of worm passage to air draft, when turbofan starts, the anti-winged insect release apparatus of suspension type is under the drive of wind-force, and the lower end of the anti-winged insect release apparatus of suspension type and lower light barrier are separated and realize entering opening of worm passage to air draft.
2. the power bin assembly of multipurpose splitlevel winged insect trapper as claimed in claim 1, is characterized in that, four interior angle places of described air inlet duct are provided with downward-sloping anti-air-flow and climb baffle plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520645025.7U CN204930074U (en) | 2015-08-25 | 2015-08-25 | The power bin assembly of multipurpose splitlevel winged insect trapper |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520645025.7U CN204930074U (en) | 2015-08-25 | 2015-08-25 | The power bin assembly of multipurpose splitlevel winged insect trapper |
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| CN204930074U true CN204930074U (en) | 2016-01-06 |
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| CN201520645025.7U Active CN204930074U (en) | 2015-08-25 | 2015-08-25 | The power bin assembly of multipurpose splitlevel winged insect trapper |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105076089A (en) * | 2015-08-25 | 2015-11-25 | 德清科中杰生物科技有限公司 | Power cabin assembly of multipurpose splitlevel winged insect trap |
| CN109430200A (en) * | 2018-12-28 | 2019-03-08 | 大连嘉禾新能源有限公司 | A kind of internal air circulation trap lamp |
-
2015
- 2015-08-25 CN CN201520645025.7U patent/CN204930074U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105076089A (en) * | 2015-08-25 | 2015-11-25 | 德清科中杰生物科技有限公司 | Power cabin assembly of multipurpose splitlevel winged insect trap |
| CN109430200A (en) * | 2018-12-28 | 2019-03-08 | 大连嘉禾新能源有限公司 | A kind of internal air circulation trap lamp |
| CN109430200B (en) * | 2018-12-28 | 2024-01-30 | 大连嘉禾新能源有限公司 | Airflow internal circulation type trap lamp |
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