CN209284082U - Mosquitos and flies trapper - Google Patents

Abstract

The utility model discloses a kind of mosquitos and flies trapper comprising trapping lamp；The light transmission trapping cover being located on the outside of the trapping lamp；Connection is arranged in below the trapping cover and larger open end pocket is set to the collection worm bucket of trapping cover lower end, and absorption gap is equipped between the collection worm bucket and trapping cover；And the collection worm chamber being tightly connected with the collection worm bucket smaller opening end；Wherein, the cavity wall of the collection worm chamber is equipped with vent, and absorption fan is equipped at accent.By the way that gap is arranged between trapping cover and collection worm bucket, and negative-pressure adsorption mouth is formed by absorption fan, make mosquitos and flies the light attraction for being entrapped lamp come and fly to flutter to trapping cover hit with trapping cover when, in the case where gravity and the effect of negative-pressure adsorption power combine, make mosquitos and flies be adsorbed gap of the fan between trapping cover and collection worm bucket to be sucked into collection worm chamber, it can either prevent mosquitos and flies from escaping, the mosquitos and flies of absorption can be collected again, the germ for avoiding mosquitos and flies from carrying causes disease to the livestock of farm.

Description

mosquito trap

technical field

The utility model relates to a trapping tool, in particular to a mosquito trap.

Background technique

Livestock and poultry farms are prone to attract insects, most of which are mosquitoes and flies, because of the high concentration of livestock and poultry body odor and the odor of livestock and poultry manure volatiles, and the temperature is suitable. The existence of mosquitoes and flies has the following problems: First, it causes disturbance to livestock and poultry. Mosquitoes and flies prefer to land on livestock and poultry, bite or crawl, affecting the normal life of livestock and poultry; the second is to spread diseases. Mosquitoes and flies like to bite, especially mosquitoes and horseflies, and they are highly mobile, so they can easily carry pathogenic factors from other sources of pollution or pathogens and spread diseases; third, mosquitoes and flies in farms are very easy to spread diseases to humans. , and will interfere with people's operations. Most of the mainstream trapping lights in the market are equipped with high-voltage power grids, which will electrocute the mosquitoes lured by the lights to death, and the killed insects will fall directly to the ground or get stuck on the power grid. The high-voltage power grid on the trapping lamp is easy to cause accidental injury to people. Mosquitoes and flies stuck on the power grid are easy to cause blockage, and the power consumption is large and easy to wear out. The insects falling on the ground are not conducive to centralized treatment, especially the mosquitoes carrying pathogens. Flies are also a big hidden danger after falling on the farm.

Utility model content

The purpose of the utility model is to overcome the above-mentioned technical deficiencies, and to provide a simple structure, low power consumption, which can not only prevent mosquitoes and flies from escaping, but also can collect the adsorbed mosquitoes and flies, so as to avoid the bacteria carried by mosquitoes and flies to the breeding farm. The mosquito trap for livestock causing diseases solves the technical problem that the existing trap lamps consume a large amount of electricity and cannot collect mosquitoes and flies in a centralized manner.

In order to achieve the above technical purpose, the technical scheme of the present utility model provides a mosquito trap, which includes

trap lights;

a light-transmitting trapping cover arranged on the outside of the trapping lamp;

connecting with the insect collecting hopper arranged under the trapping cover and with the larger open end being pocketed at the lower end of the trapping cover, and an adsorption gap is arranged between the insect collecting bucket and the trapping cover;

And the worm-collecting cavity sealed with the smaller open end of the worm-collecting bucket;

Wherein, the cavity wall of the insect collecting cavity is provided with an air exhaust hole, and the cavity mouth is provided with an adsorption fan, and the adsorption fan generates a negative pressure adsorption wind force from the outside to the insect collecting cavity, which is used to pass through the adsorption gap. The mosquitoes and flies knocked down from the light-transmitting trapping cover are adsorbed into the insect collecting cavity, and the airflow absorbed from the outside is discharged from the air exhaust hole.

Preferably, the trapping cover is a cylindrical cover formed by a plurality of vertically arranged light-transmitting plates.

Preferably, a conical shielding cover is arranged above the trapping light, and the shielding cover is sealedly connected with the upper end of the trapping cover.

Preferably, the diameter of the shielding cover is larger than the maximum diameter of the insect collecting bucket.

Preferably, the maximum diameter of the insect collecting bucket is larger than the width of the lower end of the trapping cover.

Preferably, the worm collecting cavity is an worm collecting bottle sealed with the smaller open end of the worm collecting bucket, the upper end of the bottle body of the worm collecting bottle is provided with an air exhaust hole, and the airflow absorbed by the adsorption fan from the outside is discharged from the exhaust hole. vent exhaust.

Preferably, the insect collecting cavity is an insect collecting cloth bag, and the holes of the cloth bag are exhaust holes.

Compared with the prior art, the beneficial effects of the present invention include: by arranging a gap between the trapping cover and the insect collecting bucket, and forming a negative pressure adsorption port by an adsorption fan, the mosquitoes and flies are attracted by the light of the trapping lamp, When flying until the trapping cover collides with the trapping cover, under the combined effect of gravity and negative pressure adsorption force, the mosquitoes and flies are sucked into the insect collecting cavity by the adsorption fan from the gap between the trapping cover and the insect collecting bucket, which can not only It can prevent mosquitoes and flies from escaping, and can collect the adsorbed mosquitoes and flies, so as to avoid the pathogens carried by mosquitoes and flies from causing diseases to livestock in the farm. The mosquito trap of the utility model has the advantages of simple structure and low power consumption, and is suitable for popularization and application.

Description of drawings

Fig. 1 is the structural representation of the mosquito trap of the present invention;

FIG. 2 is an enlarged schematic view of the adsorption fan according to the present invention.

Detailed ways

In order to make the purpose, technical solutions and advantages of the present utility model more clearly understood, the present utility model will be further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are only used to explain the present invention, and are not intended to limit the present invention.

Embodiments of the present invention provide a mosquito trap, which includes

trap light 1;

a light-transmitting trapping cover 3 arranged on the outside of the trapping lamp 1;

connecting with the insect collecting bucket 4 arranged below the trapping cover 3, and the larger open end is pocketed at the lower end of the trapping cover 3, and an adsorption gap 41 is provided between the insect collecting bucket 4 and the trapping cover 3;

And the worm collecting cavity 5 sealed with the smaller open end of the worm collecting bucket 4;

Wherein, the cavity wall of the insect collecting cavity 5 is provided with an air exhaust hole 51, and the cavity mouth is provided with an adsorption fan 6, and the adsorption fan 6 generates a negative pressure adsorption wind force from the outside to the insect collecting cavity 5, which is used for The mosquitoes and flies knocked down from the light-transmitting trapping cover 3 are adsorbed into the insect collecting cavity 5 through the adsorption slot 41 , and the airflow absorbed from the outside is discharged from the air exhaust hole 51 .

By setting a gap between the trapping cover 3 and the insect collecting bucket 4, and forming a negative pressure suction port by the suction fan 6, the mosquitoes and flies are attracted by the light of the trapping lamp 1 and fly to the trapping cover 3 and the trapping cover 3. During the collision, under the combined effect of gravity and negative pressure adsorption force, the mosquitoes and flies are sucked into the insect collecting cavity 5 by the adsorption fan 6 from the gap between the trapping cover 3 and the insect collecting bucket 4, which can not only prevent the mosquitoes and flies from escaping, Moreover, the adsorbed mosquitoes and flies can be collected, so as to avoid the pathogens carried by the mosquitoes and flies from causing diseases to the livestock in the farm.

Example 1:

In order to solve the technical problem that the existing trapping lamp 1 consumes a large amount of electricity and cannot collect mosquitoes and flies in a centralized manner, Embodiment 1 of the present invention provides a mosquito and fly trap, as shown in FIG. 1 and FIG. 2 , which includes trapping Lamp 1, shielding cover 2, trapping cover 3, insect collecting bucket 4, insect collecting cavity 5 and adsorption fan 6.

As shown in the figure, the outer cover of the trapping light 1 is provided with a trapping cover 3, and the trapping cover 3 is a cylindrical cover formed by enclosing a plurality of vertically arranged light-transmitting plates. The trapping light 1 is arranged on the The cylindrical cover body prevents mosquitoes and flies from flying directly onto the trapping lamp 1 to block the light thereof.

The top of the trapping lamp 1 is provided with a conical shielding cover 2, the diameter of which is larger than the maximum diameter of the insect collecting bucket 4, to prevent dust from falling on the trapping lamp 1, blocking the light of the trapping lamp 1, and preventing rainwater from falling. Falling on the electrical interface of the trapping light 1 causes a short circuit, and the shielding cover 2 is sealed with the upper end of the trapping cover 3 .

The bottom of the trapping cover 3 is connected with an insect collecting bucket 4. The maximum diameter of the insect collecting bucket 4 is larger than the width of the lower end of the trapping cover 3. 3. There is an adsorption gap 41 between the lower ends, and the smaller open end of the insect collecting bucket 4 is sealed with the insect collecting cavity 5. The cavity wall of the insect collecting cavity 5 is provided with an exhaust hole 51. There is an adsorption fan 6; as shown in Figure 2, the insect collecting cavity 5 is an insect collecting bottle sealed with the smaller open end of the insect collecting bucket 4, the mouth of the insect collecting bottle is provided with a fan support frame 61, and the A fan motor 62 is fixed on the fan support frame 61, and a fan blade 63 is arranged on the power output shaft of the fan motor 62. The fan motor 62 drives the fan blade 63 to rotate, and generates a negative pressure adsorption from the external insect collecting bottle. Wind power; the upper end of the bottle body is provided with an exhaust hole 51 , and the airflow absorbed by the adsorption fan 6 from the outside is discharged from the exhaust hole 51 . Preferably, the insect collecting cavity 5 may also be an insect collecting cloth bag, and the hole mesh of the cloth bag is the air exhaust hole 51 .

When the suction fan 6 generates a negative pressure suction wind from the outside to the insect collecting cavity 5, since the shielding cover 2 is sealed with the upper end of the trapping cover 3, the suction fan 6 can only be separated from the trapping cover 3 and the insect collecting. The gap between the buckets 4 absorbs the external air flow, thereby forming a negative pressure suction port. When the mosquitoes are attracted by the light of the trapping lamp 1 and fly over to the trapping cover 3, they collide with the trapping cover 3 and lose weight for a short time, but under gravity Under the action of the negative pressure adsorption force combined with the negative pressure adsorption port, the mosquitoes and flies are sucked into the insect collecting cavity 5 by the adsorption fan 6 from the gap between the trapping cover 3 and the insect collecting bucket 4, and the airflow absorbed from the outside is from the The exhaust holes 51 are discharged.

In the mosquito trap of the present invention, a gap is set between the trapping cover 3 and the insect collecting bucket 4, and a negative pressure adsorption port is formed by the adsorption fan 6, so that the mosquitoes and flies are attracted by the light of the trapping lamp 1 and come to them. When flying until the trapping cover 3 and the trapping cover 3 collide, under the combined effect of gravity and negative pressure adsorption force, the mosquitoes and flies are sucked into the insects by the adsorption fan 6 from the gap between the trapping cover 3 and the insect collecting bucket 4. In the cavity 5, the mosquitoes and flies can be prevented from escaping, and the adsorbed mosquitoes and flies can be collected, so as to prevent the pathogens carried by the mosquitoes and flies from causing diseases to livestock in the farm. The mosquito trap of the utility model has the advantages of simple structure and low power consumption, and is suitable for popularization and application.

The specific embodiments of the present invention described above do not limit the protection scope of the present invention. Any other corresponding changes and deformations made according to the technical concept of the present invention shall be included in the protection scope of the claims of the present invention.

Claims (7)

1. a kind of mosquitos and flies trapper, which is characterized in that including

Trapping lamp；

The light transmission trapping cover being located on the outside of the trapping lamp；

Connection is arranged in below the trapping cover and larger open end pocket is set to the collection worm bucket of trapping cover lower end, the collection worm bucket Absorption gap is equipped between trapping cover；

And the collection worm chamber being tightly connected with the collection worm bucket smaller opening end；

Wherein, the cavity wall of the collection worm chamber is equipped with vent, is equipped with absorption fan at accent, the absorption fan generation by The intracavitary negative-pressure adsorption wind-force of extroversion collection worm is adsorbed for will hit the mosquitos and flies fallen from light transmission trapping cover by the absorption gap Into collection worm chamber, and will be discharged from the external air-flow absorbed from the vent.

2. mosquitos and flies trapper according to claim 1, which is characterized in that the trapping cover is the light transmission being vertically arranged by muti-piece Plate surrounds the cylindricality cover to be formed.

3. mosquitos and flies trapper according to claim 1, which is characterized in that be equipped with tapered shield cover, institute above the trapping lamp The upper end for stating hood for protecting rider and trapping cover is tightly connected.

4. mosquitos and flies trapper according to claim 3, which is characterized in that the diameter of the hood for protecting rider is greater than the maximum of collection worm bucket Diameter.

5. mosquitos and flies trapper according to claim 1, which is characterized in that the maximum gauge of the collection worm bucket is greater than trapping cover Lower end width.

6. mosquitos and flies trapper according to claim 1, which is characterized in that the collection worm chamber is close with collection worm bucket smaller opening end Seal the insect collector bottle of connection, the bottle body upper end of the insect collector bottle is equipped with vent, and absorption fan is from the external air-flow absorbed from described Vent discharge.

7. mosquitos and flies trapper according to claim 1, which is characterized in that the collection worm chamber is collection worm cloth bag, the cloth bag Hole mesh is vent.