CN202197692U

CN202197692U - Winged insect killing device

Info

Publication number: CN202197692U
Application number: CN2011201261585U
Authority: CN
Inventors: 韩启峰
Original assignee: Individual
Current assignee: Individual
Priority date: 2011-04-26
Filing date: 2011-04-26
Publication date: 2012-04-25
Anticipated expiration: 2021-04-26

Abstract

The utility model discloses a winged insect killing device which comprises an insect attracting device, a receiving and storing box and a connecting channel connected between the insect attracting device and the receiving and storing box, wherein the insect attracting device comprises a vertically arranged end panel, an inclined insect attracting channel is arranged on the end panel through a fixedly arranged blocking eave, an inlet end of the connecting channel is communicated with the insect attracting channel, and an outlet end of the connecting channel obliquely extends upwards to stretch into the middle part of the receiving and storing box. The winged insect killing device does not need labor management, is simple in structure, and misleads winged insects by fully utilizing the characteristic that the winged insects fly upwards to seek for an obstacle breach when encountering a light or air permeable obstacle, so that the winged insects can enter the receiving and storing box and naturally die from hunger and dehydration, killing and collecting processes can be automatically completed without electricity, insecticide, gluing, food or lure of lighting in the killing process. The winged insect killing device has the advantages of low carbon, energy conservation, environmental protection and high efficiency.

Description

A kind of winged insect killing device

Technical field

The utility model relates to a kind of killing device of killing winged insects such as mosquitos and flies.

Background technology

The domestic animal in rural area, poultry farming receive the infringement of the insect that mosquito, fly, Ye Feng, moth etc. can fly deeply.Existing product of catching and killing the insect that mosquito, fly etc. can fly mainly adopts glue to be stained with, to go and buy Chinese medicine, to establish modes such as bait, light trapping, electric shock; These modes are lower to the versatility of killing various winged insects such as mosquito, fly; Region is stronger; Range of application is narrower, performance is single, with strong points, can not carry out diversity and catch and kill, and be difficult for the insect of killing is collected and management.

The utility model content

The purpose of the utility model is: provide a kind of and can carry out the winged insect killing device that diversity is catched and killed.

The technical scheme of the utility model is: a kind of winged insect killing device; Comprise draw the worm device, the case and be connected and draw the worm device and the interface channel between the case of harvesting and storing of harvesting and storing; Saidly draw the end plates that the worm device comprises vertical setting; On these end plates, be installed with the retaining eaves; Be integrally formed with printing opacity and/or ventilative retaining worm plate on the end plates of retaining eaves below, said retaining eaves is tilted to the edge away from end plates by the root that is connected with end plates and extends below, and curved or oblique extension on its length direction; The angular domain formation that surrounds between said retaining eaves and the end plates outer face is drawn the worm passage; The arrival end of described interface channel and the said worm channel connection that draws, the oblique middle part that extend into the said case of harvesting and storing that extends upward of the port of export of interface channel is laid with the aperture of ventilative and/or printing opacity respectively on the sidewall of the described interface channel and the case of harvesting and storing.

The said worm passage that draws is communicated with said interface channel at its highest point.

The described case of harvesting and storing is mainly surrounded by gauze.

Described interface channel is mainly surrounded by gauze.

Described end plates are connected to form by the light-proof material that is positioned at retaining eaves top and the printing opacity and/or the gas permeable material that are positioned at retaining eaves below.

Described end plates mainly are made up of gauze or glass, and the end plates that are positioned at retaining eaves top are provided with by light-proof material and constitute shelter.

Said linear pattern is drawn the extended line of worm passage and the angle of horizontal plane is 15 ° ~ 75 °.

Be connected with collection worm bag in the bottom of the said case of harvesting and storing through diminishing closing in portion.

Describedly draw worm device and said harvest and store case one or split setting.

On said end plates, be set side by side with the plural worm passage that draws from top to bottom, respectively draw the worm passage and be communicated with the arrival end of said interface channel through the corresponding outlet conduit that is provided with respectively.

Said interface channel is by in the distolateral vertical segment of inlet be connected said vertical segment top and the inclined tube section of harvesting and storing between the case is formed, and the described outlet that connects on the worm passage that respectively draws is tilted in the middle part of the vertical segment that stretches into said interface channel.

The winged insect killing device of the utility model simple in structure; It has made full use of winged insect and when running into printing opacity or ventilative obstacle, has upwards flown to seek the characteristic of obstacle breach; To draw the worm device is arranged on the flight path of winged insect hobby environment; Utilize printing opacity on the end plates and/or ventilative retaining worm plate to mislead winged insect, winged insect is kept off upwards to fly to be kept off eaves behind the worm plate resistance retaining and stops, thereby is directed into gradually in printing opacity and/or the ventilative interface channel; The winged insect that gets into interface channel continues upwards to be flown in the case of harvesting and storing by ventilative and/or translucent material misleading; Because interface channel is inclined upwardly gradually to extend into to the case of harvesting and storing by end plates and harvests and store case middle part and be provided with vertical outlet, thereby makes the winged insect that enters into the case of harvesting and storing be difficult to fly away from from connecting pipeline, make winged insect in the case of harvesting and storing because of hungry and dehydration natural death; And the harmful winged insects such as mosquito, fly that enter into the case of harvesting and storing also can attract more similar drawing close through the information interchange of insects, and winged insect assembles manyly more rushes more easily, and the more harmful winged insect of therefore can continuously bottling up causes its dehydration or hungry to death.The winged insect killing device of the utility model need not labor management; Can accomplish automatically and kill and store up process, kill not electricity consumption in the process, not medication, need not be stained with,, have low-carbon (LC), energy-saving and environmental protection, characteristics of high efficiency without the luring of food or light; Various harmful winged insects all there is good insect killing effect; Can be installed in outdoor long-term work, change the traditional deinsectization idea of people, improve human living environment quality.

Description of drawings

Fig. 1 is the front view of the winged insect killing device specific embodiment one of the utility model;

Fig. 2 is the A-A cutaway view of Fig. 1;

Fig. 3 is the structural representation sketch of the winged insect killing device specific embodiment two of the utility model;

Fig. 4 is the structural representation sketch of the winged insect killing device specific embodiment three of the utility model;

Fig. 5 is the structural representation sketch of the winged insect killing device specific embodiment four of the utility model;

Fig. 6 is the structural representation sketch of the winged insect killing device specific embodiment five of the utility model;

Fig. 7 is the structural representation sketch of the winged insect killing device specific embodiment six of the utility model;

Fig. 8 is the structural representation sketch of the winged insect killing device specific embodiment seven of the utility model.

Embodiment

Embodiment one: the specific embodiment of the winged insect killing device of the utility model is just like Fig. 1, shown in Figure 2; It has a case 1 of harvesting and storing that is mainly surrounded by gauze, and a side of the case 1 of harvesting and storing is provided with end plates 2, and the top one of these end plates 2 is fixed on the sidewall of the case 1 of harvesting and storing; Its underpart is vertically to extending below; On the outer face of these end plates 2, be fixed with the bar shaped retaining eaves 3 processed by printing opacity and/or gas permeable material, in the present embodiment, these end plates 2 are connected to form by the light-proof material that is positioned at bar shaped retaining eaves 3 tops and the printing opacity and/or the gas permeable material that are positioned at bar shaped retaining eaves 3 belows; Concrete; This end plates 2 are processed by printing opacity gas permeable materials such as glass or gauzes, and on the end plates 2 above the retaining eaves 3, are provided with the shelter of being processed by light-proof material, thereby make the top of retaining eaves 3 light tight; So that make printing opacity, the gas permeability of the end plates 2 that keep off eaves 3 belows more outstanding, strengthen misleading to winged insect.Retaining eaves 3 by the root that is connected with end plates 2 to the extension that is tilted down of the outer edge away from end plates 2; It has angle between the outer face of the inner plate surface of end plates 2 one sides and end plates 2; And; This retaining eaves 3 is tilted to extend upward by the left side of end plates 2 on its length direction to the right; Retaining eaves 3 is on end plates 2 outer faces, and the angular domain formation that angle forms between this retaining eaves 3 and the end plates 2 is drawn worm passage 4, on the inner face of end plates 2, is fixed with a connection channel 5; One end of this interface channel 5 is communicated with the oblique middle part that extend into the case 1 of harvesting and storing that extends upward of the other end of this interface channel 5 through the corresponding through hole of offering on the end plates 2 with the highest point that draws worm passage 4.Be integrally formed with diminishing closing in section 6 in the bottom of the case 1 of harvesting and storing, the collection worm bag of being processed by light-proof material 7 arranged through clamp connection in the bottom of the section 6 that closes up.

When [0018] using; This winged insect killing device is placed near the main flight path of the frequent process of the winged insect places such as door and window limit, country fair, food processing enterprises, plant, dustbin, garbage house, soot, sewage ditch; Utilize winged insect when running into printing opacity, ventilative obstacle, upwards to fly to seek the characteristic of breach fully; Reach the misleading of harvest and store case 1 and the 5 pairs of winged insects of interface channel that constitute by gauze through end plates 2, retaining eaves 3; Thereby harvest and store through retaining eaves 3 and interface channel 5 introducing gradually and plunge to death in the case 1 of harvesting and storing in the case 1 dropping on winged insect on the end plates 2, make it because of lacking the food lack of water and dewater or extremely hungry.The winged insect that dies is dropped on regularly to clear up in the collection worm bag and gets final product.

Embodiment two: as shown in Figure 3; Present embodiment two is with the difference of embodiment one; End plates 2 outer faces are provided with two retaining eaves 3; Two retaining eaves 3 constitute convex inverted V-shaped structure respectively by the oblique centre that intersects at end plates 2 that extends upward, the both sides of end plates 2, and interface channel 5 is connected the highest point that intersects in the middle of the two retaining eaves 3.

Embodiment three: as shown in Figure 4; Present embodiment three is with the difference of embodiment one; End plates 2 outer faces are provided with two retaining eaves 3; Two retaining eaves 3 are oblique to extending below the centre that intersects at end plates 2 by the both sides of end plates 2 respectively, constitute V font structure, and the highest point that is positioned at end plates 2 both sides at two retaining eaves 3 is communicated with the case 1 of harvesting and storing through the interface channel 5 that correspondence connects respectively.

Embodiment four: as shown in Figure 5, present embodiment four is that with the difference of embodiment one the retaining eaves 3 that is provided with on end plates 2 outer faces is the arcuate structure that raises up, and the highest point at arc retaining eaves 3 middle parts is communicated with interface channel 5.

Embodiment five: as shown in Figure 6, present embodiment five is that with the difference of embodiment one the retaining eaves 3 that is provided with on end plates 2 outer faces is to recessed arcuate structure, and the highest point at arc retaining eaves 3 two ends is communicated with an interface channel 5 respectively.

Embodiment six: as shown in Figure 7; Present embodiment six is with the difference of embodiment one; Two retaining eaves 3 on the outer face of end plates 2, have been set up in parallel from top to bottom; The shape of this retaining eaves 3 can be any one structure in the foregoing description one to embodiment five; Interface channel 5 is by in its distolateral vertical segment of inlet be connected this vertical segment top and the inclined tube section of harvesting and storing between the case 1 is formed, and the highest point that draws worm passage 4 of two retaining eaves, 3 formations is connected with the outlet 8 that is fixed on the end plates inner face respectively, and this outlet 8 is tilted in the middle part of the vertical segment that stretches into interface channel 5.Thereby be the passage that winged insect provides more entering to harvest and store case 1, it is used for the more place of winged insect, can improve and draw worm efficient.

Embodiment seven: as shown in Figure 8, present embodiment seven is with the difference of embodiment one, draws the worm device and adopts split-type structural with the case 1 of harvesting and storing, and the end plates 2 that draw on the worm device are connected through interface channel 5 between the case 1 with harvesting and storing.It is on the outer face of end plates 2, to be set up in parallel two retaining eaves 3 from top to bottom; Interface channel 5 is by in its distolateral vertical segment of inlet be connected this vertical segment top and the inclined tube section of harvesting and storing between the case 1 is formed; The highest point that draws the worm passage that two retaining eaves 3 constitute is connected with the outlet 8 that is fixed on the end plates inner face respectively, and this outlet 8 is tilted to the vertical segment middle part of stretching into interface channel 5.Thereby be more conducive under the situation that does not influence ventilation and daylighting, will draw the end plates 2 and door, the combination of window one, the life that is convenient for people to of worm device.

The utility model is not limited to the foregoing description; The shape of retaining eaves has varied, can not state to the greatest extent one by one in the present embodiment, for example can also adopt W shape, waveform etc.; All are the equivalent deformations to present embodiment: above-mentioned end plates also can adopt other structure; For example these end plates are sewed together with the gauze that is positioned at retaining eaves below by the light tight fabric that is positioned at retaining eaves top and constitute, and perhaps this end plates integral body is by the glass manufacturing, but on the end plates above the retaining eaves, pastes lighttight pad pasting or the like; As long as it can realize keeping off the end plates printing opacity of eaves below and/or breathing freely, and opaque the getting final product of end plates of retaining eaves top; It can also be on the basis of split-type structural; On the both ends of the surface of end plates, be fixed with the retaining eaves respectively; Thereby on the both ends of the surface of end plates, be provided with respectively and draw the worm passage; Respectively draw the worm passage is connected interface channel arrival end vertical segment respectively through outlet middle part on the both ends of the surface, thereby the difference that can in 24 hours, be directed against different winged insects, different time and turnover direction realizes two-way insect-catching.

Claims

1. winged insect killing device; It is characterized in that, comprise draw the worm device, the case and be connected and draw the worm device and the interface channel between the case of harvesting and storing of harvesting and storing, saidly draw the end plates that the worm device comprises vertical setting; On these end plates, be installed with the retaining eaves; Be integrally formed with printing opacity and/or ventilative retaining worm plate on the end plates of retaining eaves below, said retaining eaves is tilted to the edge away from end plates by the root that is connected with end plates and extends below, and curved or oblique extension on its length direction; The angular domain formation that surrounds between said retaining eaves and the end plates outer face is drawn the worm passage; The arrival end of described interface channel and the said worm channel connection that draws, the oblique middle part that extend into the said case of harvesting and storing that extends upward of the port of export of interface channel is laid with the aperture of ventilative and/or printing opacity respectively on the sidewall of the described interface channel and the case of harvesting and storing.

2. winged insect killing device according to claim 1 is characterized in that, the said worm passage that draws is communicated with said interface channel at its highest point.

3. winged insect killing device according to claim 1 is characterized in that, the described case of harvesting and storing is mainly surrounded by gauze.

4. winged insect killing device according to claim 1 is characterized in that described interface channel is mainly surrounded by gauze.

5. winged insect killing device according to claim 1 is characterized in that, described end plates are connected to form by the light-proof material that is positioned at retaining eaves top and the printing opacity and/or the gas permeable material that are positioned at retaining eaves below.

6. winged insect killing device according to claim 1 is characterized in that, said linear pattern is drawn the extended line of worm passage and the angle of horizontal plane is 15 ° ~ 75 °.

7. winged insect killing device according to claim 1 is characterized in that, is connected with collection worm bag in the bottom of the said case of harvesting and storing through diminishing closing in portion.

8. winged insect killing device according to claim 1 is characterized in that, describedly draws worm device and said harvest and store case one or split setting.

9. according to any described winged insect killing device of claim 1 to 8; It is characterized in that; On said end plates, be set side by side with the plural worm passage that draws from top to bottom, respectively draw the worm passage and be communicated with the arrival end of said interface channel through the corresponding outlet conduit that is provided with respectively.

10. winged insect killing device according to claim 9; It is characterized in that; Said interface channel is by in the distolateral vertical segment of inlet be connected said vertical segment top and the inclined tube section of harvesting and storing between the case is formed, and the described outlet that connects on the worm passage that respectively draws is tilted in the middle part of the vertical segment that stretches into said interface channel.