CN218184828U - Pest trapping and killing monitor - Google Patents

Abstract

The application provides a pest monitor of trapping and killing includes: main part, medicine are placed platform and are advanced worm mouth safety cover. The main part is the downward elliptic cone shape hollow structure of awl point, and the medicine is placed the platform and is fixed to be set up in the main part near the one end of elliptic cone. The main part has the insect inlet of one-way channel valve, and the insect inlet is higher than the medicine placing table. Enter the insect hatch safety cover and fix at the main part side surface, enter the insect hatch safety cover and be higher than into the insect hatch with the junction of main part, and the outer edge of entering the insect hatch safety cover is less than into the insect hatch. Through the design of the unidirectional insect inlet, the pests cannot escape after being attracted to enter the monitor, and can be trapped and killed against common pest larvae such as cutworms, mole crickets, grubs and wireworms and pest adults such as mole crickets and wireworms, so that the problem of environmental pollution caused by spraying chemical pesticides to tobacco fields is avoided.

Description

Pest trapping and killing monitor

Technical Field

The application relates to the technical field of pest control, in particular to a pest trapping and killing monitor.

Background

The tobacco soil insects mainly comprise cutworms, mole crickets, grubs, wireworms and the like. At present, the common control measures are to adopt a mode of spraying chemical pesticide on the ground or broadcasting poison bait for trapping and killing, however, the poison bait and the chemical pesticide can pollute the tobacco field, and the dead pests are caught by birds and other animals, which can cause the potential safety hazard of the ecological environment.

SUMMERY OF THE UTILITY MODEL

The application provides a pest monitor of trapping and killing, this monitor can insert the ground below, keeps partial worm mouth in the ground below during the use, and partial entering worm mouth is in the position that the earth's surface is close ground. This monitor is through one-way insect inlet design for can't flee after pest is lured to get into the monitor, can be to common secret pest, include: the injurious insect larvae such as cutworms, mole crickets, grubs, wireworms and the like and the injurious insect imagoes such as the mole crickets, the wireworms and the like are trapped and killed, the dead injurious insect carcasses are positioned in the monitor and cannot leak out, the injurious insect carcasses cannot be eaten by mistake by animals such as birds and the like, and the problem of environmental pollution caused by spraying chemical pesticides in tobacco fields is avoided.

The application provides a pest monitor of trapping and killing includes: main part, medicine are placed platform and are advanced worm mouth safety cover. The main part is the downward elliptic cone shape hollow structure of awl point, and the medicine is placed the fixed one end that is close to the elliptic cone that sets up in the main part. The main part has the insect inlet of one-way channel valve, and the insect inlet is higher than the medicine placing table. The insect inlet protective cover is fixed on the side surface of the main body of the trapping and killing monitor, the joint of the insect inlet protective cover and the main body is higher than the insect inlet, and the outer edge of the insect inlet protective cover is lower than the insect inlet, so that the insect inlet is prevented from being blocked by foreign matters such as soil and the like to influence the insect trapping and killing effect and efficiency of the monitor.

Alternatively, the total length of the trapping and killing monitor main body is 40cm, and the distance between the medicine placing platform and the cone tip is one fourth of the axial distance of the trapping and killing monitor main body, namely the medicine placing platform is located on the horizontal plane 10cm away from the cone tip. The half of the monitor close to the cone tip is arranged underground, so that at least one row of insect inlets is arranged underground, and at least one row of insect inlets is arranged on the ground surface close to the ground surface, so that underground moving insects and ground moving insects can be trapped simultaneously.

Alternatively, the diameter of the insect inlet is set to be 1cm, so that all soil insects can pass through the insect inlet.

Alternatively, a row of insect inlets are uniformly distributed on the same horizontal plane of the outer wall of the trapping and killing monitor main body.

In one possible implementation, the monitor further includes: the collection worm net, collection worm net are circular, and collection worm net's outer edge is connected with main part inner wall detachably, and collection worm net is located the medicine and places the platform and advance between the insect mouth, and its effect is the monitor monitoring area interior pest kind of being convenient for, and the pest is eaten when attractant lures the collection worm net for the monitoring, and the unable contact is eaten the attractant, is traped at the collection worm net for the monitoring, makes things convenient for the monitor to take out the pest every day, investigation quantity or preparation sample. When the monitoring is not needed, the insect collecting net for monitoring is detached, so that the pests are poisoned and die by contacting with the food attractant conveniently, and the insect killing effect is achieved.

In a possible implementation mode, the medicine placing table is of a circular structure or a disc structure, the outer edge of the medicine placing table is detachably connected with the inner wall of the main body, and the medicine placing table has the effect that the food attractant is convenient for workers to add.

In a possible implementation, the medicine placing table has a central circular medicine placing area and a surrounding connecting area, the medicine placing area is used for placing the medicine, the connecting area is used for placing the medicine table clamping position on the inner wall of the main body, the medicine placing area is used for placing the medicine, and the connecting area is used for placing the medicine table clamping position on the inner wall of the trap monitor main body. The connection area is provided with one or more connection area drain holes which are through holes, and a drain port is arranged on the medicine placing table to prevent water entering the monitor from accumulating due to the fact that the monitor is partially placed underground.

In one possible implementation mode, the main body is also provided with one or more conical-tip water drainage holes, and the conical-tip water drainage holes are positioned below the medicine placing table, so that water in the monitor can be drained timely.

In a possible implementation mode, the main body is provided with a plurality of rows of insect inlets, the number of the insect inlet protective covers is equal to the number of rows of the insect inlets, the number of the insect inlets in each row is more than or equal to 2, each insect inlet protective cover corresponds to one row of the insect inlets, the joint of any insect inlet protective cover and the main body is higher than one row of the corresponding insect inlets, and the outer edge of any insect inlet protective cover is lower than one row of the corresponding insect inlets. Preferably, the number of the insect inlets is 2, and the number of the insect inlet protective covers is 2.

In one possible implementation, the one-way passage valve includes: a plurality of baffles uniformly distributed along the circumferential edge of the insect inlet; the baffles are curved surfaces with arc edges respectively, the arc edges of the baffles are connected with the circumferential edges of the insect inlet respectively, and the sum of the lengths of the arc edges of the baffles is greater than or equal to the perimeter of the insect inlet. One side of the curved surface of each baffle, which is far away from the arc edge, is provided with a tip part which is tilted towards the inner side of the main body.

In practical application, the plurality of baffles can be made of plastic materials, and the diameter of the circumference formed by the surrounding of the tips of the plurality of baffles is smaller than the body width of the underground pest larvae and adults which are expected to be trapped.

In one possible implementation, the monitor further comprises: the rain shade is of a bamboo hat-shaped structure and is fixed at the top of the main body, the maximum diameter of the rain shade is larger than that of the main body, and the rain shade has the effect of preventing the influence of the rain water irrigation monitor on the insect-trapping and killing effect of the monitor in rainy days.

In one possible implementation, the top of the main body has an upper mesh which is higher than the lower edge of the rain shield, which has the effect of preventing the escape of pests.

In one possible implementation, the monitor further comprises: the handle is connected with the main body and is higher than the insect inlet protective cover, and the effect is that the monitor can be conveniently placed in the soil or taken out of the soil.

The application provides a tobacco soil insects lures and kills monitor's technological effect as follows:

the application provides a monitor is trapped and killed to tobacco soil insects inserts the monitor part subaerial, and partial insect population is at the subaerial below ground this moment, and the part advances the position that the insect population is close ground at the earth's surface. Through one-way insect inlet design, the pest can't escape after being lured into the monitor, can be to common pest, include: the larvae of the cutworms, the mole crickets, the grubs, the wireworms and other pests and the imagoes of the mole crickets, the wireworms and other pests are trapped and killed, the dead bodies of the poisoned pests cannot leak out when being positioned in the monitor, and cannot be eaten by birds and other animals by mistake, so that the problem of environmental pollution caused by spraying chemical pesticides on tobacco fields is avoided.

In addition, compare traditional entomogenous fungi, this application is with low costs, and the result is fast, compares the sex trapper and can only attract the male worm adult of little cutworm, and female worm and larva can also be traped to the monitor that this application provided, has also avoided luring the higher problem of core cost. Since the dead bodies of the poisoned pests are positioned in the monitor and cannot leak out, monitoring personnel can pour out the pests in the monitor to confirm the types and the quantities.

Specifically, the tobacco soil insect trapping and killing monitor provided by the application has the technical effects that:

(1) The application provides a monitor is trapped and killed to tobacco soil insects places and uses at earth's surface and underground, through will advancing the insect population and set up position and the underground that is close ground at the earth's surface simultaneously to reach the pest through the design of plastics baffle and can only advance the effect that can not go out, to common several kinds of soil insects on the tobacco, include: larvae of injurious insects such as cutworms, mole crickets, grubs, wireworms and the like and imagoes of the mole crickets and the wireworms have trapping and killing effects.

(2) The application provides a tobacco soil insects lures and kills monitor can accomplish to lure to kill in concentrating the monitor with the pest, avoids the tobacco field to spray the environmental pollution problem that chemical pesticide caused, reduces the manual work and spouts the medicine cost.

(3) Through detachable album worm net, the tobacco soil insects monitor of trapping and killing that this application provided can accomplish to trap and kill device and monitoring devices and switch at will, except trapping and killing, can play the effect of soil insects monitoring early warning, through traping, discovers local soil insects's emergence law, can regard as soil insects prediction forecasting tool.

(4) Half (20 cm) of the tobacco soil pest trapping and killing monitor provided by the application is buried underground, and 0-20cm below the ground surface and the ground surface area are areas where soil pests frequently move, so that the pests can conveniently enter at any time in the day or at night, and the trapping and killing efficiency of the pests is improved.

(5) The application provides a tobacco soil insect lures and kills monitor's one-way passage valve design is four plastic baffle, and baffle and monitor contact department are movable, and the pest can be followed into the worm mouth and prevented the pest from climbing out the escape from entering the worm mouth when the monitor.

The above description is only for the specific embodiments of the present application, but the scope of the present application is not limited thereto, and any person skilled in the art can easily think of the changes or substitutions within the technical scope of the present application, and shall be covered by the scope of the present application. Therefore, the protection scope of the present application shall be subject to the protection scope of the claims.

Drawings

FIG. 1 is a schematic view of a tobacco soil insect trapping and killing monitor provided in an embodiment of the present application;

FIG. 2 is a perspective view of an insect inlet provided in an embodiment of the present application;

fig. 3 is a schematic front view of an insect inlet provided in the embodiment of the present application.

Reference numerals:

1. a main body; 2. a medicine placing table; 3. an insect collecting net; 4. an insect inlet; 5. an insect inlet protective cover; 6. an upper mesh enclosure; 7. a rain shade; 8. a handle; 9. a monitor drain hole; 10. a drain hole of the medicine placing table.

Detailed Description

To make the objects, technical solutions and advantages of the present application clearer, the technical solutions of the present application will be described clearly and completely with reference to fig. 1-2 of the present application, and it is obvious that the described embodiments are some, but not all embodiments of the present application. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present application.

Example 1

The application provides a pest monitor of trapping and killing includes: main part 1, medicine place platform 2 and enter worm mouth safety cover 5.

The main body 1 is an elliptic cone-shaped hollow structure with a downward conical tip, and the medicine placing table 2 is fixedly arranged at one end, close to the elliptic cone, in the main body 1. The main body 1 is provided with an insect inlet 4 of a one-way channel valve, and the insect inlet 4 is higher than the medicine placing table 2. Enter insect population safety cover 5 and fix in 1 side surface of main part, enter the junction of insect population safety cover 5 and main part and be higher than into insect population 4, and the outer edge of entering insect population safety cover 5 is less than into insect population 4.

In this embodiment, as an alternative, a row of insect inlets 4 are uniformly distributed on the same horizontal plane of the outer wall of the main body 1.

By adopting the arrangement mode, the underground pests can only enter the monitor through the pest inlet and can not escape, and meanwhile, the pest inlet 4 is prevented from being blocked by foreign matters such as soil and the like to influence the pest trapping and killing effect and efficiency of the monitor.

In the embodiment of the present application, as an alternative, the main body 1 has an overall length of 40cm, and the medicine placing table 2 is located at a distance of one fourth of the axial distance of the main body 1 from the conical tip, that is, the medicine placing table 2 is located on a horizontal plane 10cm away from the conical tip. The half of the monitor close to the cone tip is placed at the lower part to ensure that at least one row of insect inlets 4 is positioned underground and at least one row of insect inlets 4 is positioned on the ground surface close to the ground surface, so that the insects moving underground and the insects moving on the ground surface can be trapped at the same time. The diameter of the insect inlet 4 is set to be 1cm so that all underground pests can pass through the insect inlet. Preferably, a row of insect inlets 4 is uniformly distributed on the same horizontal plane of the outer wall of the main body 1.

The application provides a pest lures and kills monitor's theory of operation:

preparation work: the staff places the platform with the medicine and puts into the main part to place the platform card with the medicine and be located the main part inner wall, and place the platform to the medicine and add poisonous food attractant. After the food attractant is put in place, the worker closes the main body and inserts half of the monitor into the ground to ensure that at least one row of insect inlets is below the ground and at least one row of insect inlets is above the ground.

When the insect is trapped and killed, the insects on the ground surface and the insects in the ground are trapped by the food attractant, enter the main body through the insect inlet, cannot escape from the main body through the one-way channel valve, and die after being poisoned by the food attractant.

When monitoring the pest, the staff takes out the monitor from the soil, because the pest can not escape from the main body, the staff can count the pest species and the pest number in the main body, so as to realize the pest monitoring function in the region.

As a practical example, the medicine placing table 2 has a circular structure or a disc structure, and the outer edge of the medicine placing table 2 is detachably connected with the inner wall of the main body 1, which has the effect of facilitating the addition of the food attractant by the worker.

As one practical example, the medicine placing table 2 has a circular medicine placing area at the center for placing the medicine and a connecting area around the periphery for clamping the medicine placing table on the inner wall of the main body 1, for placing the medicine, and for clamping the medicine placing table 2 on the inner wall of the main body 1. The connection area is provided with one or more connection area drain holes 10, the connection area drain holes 10 are through holes, and the water entering the monitor due to the fact that the monitor is partially placed underground can be prevented from accumulating by arranging a drain hole on the medicine placing table 2.

As a practical example, the main body 1 further has one or more conical-tip water drainage holes 9, and the conical-tip water drainage holes 9 are located below the medicine placing table 2, which has the effect of draining the water in the monitor in time.

As an implementable example, the main body is provided with a plurality of rows of insect inlets 4, the number of the insect inlet protective covers 5 is the same as that of the rows of the insect inlets 4, the number of each row of the insect inlets 4 is more than or equal to 2, each insect inlet protective cover 5 corresponds to one row of the insect inlets 4, the joint of any insect inlet protective cover 5 and the main body 1 is higher than the corresponding row of the insect inlets 4, and the outer edge of any insect inlet protective cover 5 is lower than the corresponding row of the insect inlets 4. Preferably, the insect inlets 4 are 2 rows, and the insect inlet protective covers 5 are 2 groups.

As one practical example, as shown in fig. 2 and 3, the one-way passage valve includes: a plurality of baffles uniformly distributed along the circumferential edge of the insect inlet; the baffles are curved surfaces with arc edges respectively, the arc edges of the baffles are connected with the circumferential edges of the insect inlet respectively, and the sum of the lengths of the arc edges of the baffles is greater than or equal to the perimeter of the insect inlet. The curved surface of each baffle is provided with a tip part which is tilted towards the inner side of the main body at the side far away from the arc edge. In one example, as shown in fig. 3, the number of baffles may be 4, each of which is bent in a sector having an apex angle of 90 degrees.

In practical application, the plurality of baffles can be made of plastic, and the diameter of a circle defined by the vertexes of the tip parts of the plurality of baffles is smaller than the body width of the one or more of the soil insect larvae and the adults which are expected to be trapped.

As one practical example, the monitor further comprises: rain shade 7, rain shade 7 are bamboo hat column structure, fix at main part 1 top, and rain shade 7's maximum diameter is greater than main part 1's maximum diameter, and its effect prevents that the rainwater of rainy day from pouring into the monitor and influence the effect that the monitor lures the worm deinsectization.

As an example of implementation, the top of the main body 1 has an upper mesh 6, and the upper mesh 6 is higher than the lower edge of the rain shield 7, which has the effect of preventing the escape of vermin.

As an implementable example, the monitor further comprises: handle 8, handle 8 link to each other with main part 1, and are higher than into insect population safety cover 5, and its effect is in conveniently putting into soil or taking out soil with the monitor.

On the basis of the foregoing embodiment, as an implementable example, the main body 1 further includes: collection worm net 3, collection worm net 3 are circular, and collection worm net 3's outer edge is connected with 1 inner wall detachably of main part, and collection worm net 3 is located the medicine and places platform 2 and enter between the insect population 4.

By adopting the arrangement mode, the pest species in the area can be conveniently monitored, in practical application, after the pests are trapped in the main body by the food attractant, the pest can not contact the food attractant due to the obstruction of the pest collecting net 3, only the pests are allowed to enter the pest inlet, the pests fall on the pest collecting net 3 after hungry death, and a monitor can take out the pests every day, investigate and count the species number of the pests or make a sample. When the monitoring is not needed, the monitor detaches the insect collecting net 3 so that the pests are poisoned and die by contacting with the food attractant, and the insect killing effect is achieved.

The application provides a tobacco soil insects trapping and killing monitor's theory of operation as follows:

preparation: open upper portion screen panel earlier, place the platform with the medicine and put into the main part, the medicine is placed the platform card and is located the main part inner wall, places the platform to the medicine and adds the food attractant, judges whether to load onto monitoring with the collection worm net according to the work demand, closes upper portion screen panel, covers the rain cover, inserts the underground half with the monitor, ensures that at least one row of insect population that advances is below ground, and at least one row of insect population that advances is above ground.

When trapping and killing pests, workers detach the monitoring pest collecting net, put the food attractant on the medicine placing table, insert half of the food attractant below the ground, attract the pests into the monitor by the food attractant, and die after eating the food attractant.

When monitoring pests, a worker assembles the pest collecting net for monitoring, a food attractant is placed on the medicine placing table, one half of the food attractant is inserted into the ground, the pests are attracted by the food attractant to enter the monitor, the pest collecting net for monitoring blocks the pests from approaching the food attractant, the worker can take out the monitor regularly, the pests on the pest collecting net for monitoring are collected, the species and the quantity are counted, and a sample is prepared.

The application provides a tobacco soil insects lures and kills monitor's technological effect as follows:

the application provides a monitor is trapped and killed to tobacco secret pest inserts the monitor part below ground, and partial branch worm mouthful is below ground this moment, and the position that the part entered the worm mouthful is close ground at the earth's surface. Through one-way insect inlet design, the pest can't escape after being lured into the monitor, can be to common pest, include: the pest larvae such as cutworms, mole crickets, grubs and wireworms and the adult pests such as the mole crickets and the wireworms are trapped and killed, the dead bodies of the poisoned pests cannot leak out when being positioned in the monitor, and cannot be eaten by birds and other animals by mistake, thereby avoiding the problem of environmental pollution caused by spraying chemical pesticide on tobacco fields.

In addition, compare traditional entomogenous fungi, this application is with low costs, and is respond fast, compares the sex trapper and can only attract the male worm adult of little cutworm, and female worm and larva can also be traped to the monitor that this application provided, has also avoided luring the higher problem of core cost. Since the dead bodies of the poisoned pests are positioned in the monitor and cannot leak out, monitoring personnel can pour out the pests in the monitor to confirm the types and the quantities.

Specifically, the tobacco soil insect trapping and killing monitor provided by the application has the technical effects that:

(1) The application provides a monitor is trapped and killed to tobacco secret pest places and uses in earth's surface and underground, through will advancing insect population and set up position and secret that is close ground at the earth's surface simultaneously to through the one-way passage valve, can reach the pest and can only advance the effect that can not go out, to several common secret pests on the tobacco, all have the effect of trapping and killing like larva and the adult of pest such as ground tiger mole cricket, day lily worm.

(2) The application provides a monitor is trapped and killed to tobacco soil insect can accomplish to trap and kill in concentrating on the monitor the pest, avoids the tobacco field to spray the environmental pollution problem that chemical pesticide caused, reduces the manual work and spouts the medicine cost.

(3) Through setting up detachable album worm net, the tobacco soil insect monitor of trapping and killing that this application provided can realize trapping and killing the mode and monitor the random switching of mode, except trapping and killing, still can play the effect of soil insect monitoring early warning, discovers the emergence law of local soil insect pest in traping, also can regard as soil insect prediction forecasting tool.

(4) The utility model provides a tobacco soil insects lures and kills monitor can half (20 cm) bury underground in the use, because 0-20cm below the surface and the earth's surface region are soil insects' frequently moving region, adopt this kind of mode of setting can make things convenient for the pest to get into at any time daytime or night, have the trap and kill efficiency of higher pest.

(5) The application provides a tobacco soil insect lures and kills monitor's one-way passage valve design is four plastic baffle, and baffle and monitor contact department are movable, and the pest can be followed into the worm mouth and prevented the pest from climbing out the escape from entering the worm mouth when the monitor.

The above description is only for the specific embodiments of the present application, but the scope of the present application is not limited thereto, and any person skilled in the art can easily conceive of the changes or substitutions within the technical scope of the present application, and shall be covered by the scope of the present application. Therefore, the protection scope of the present application shall be subject to the protection scope of the claims.

Claims (10)

1. A pest trapping and killing monitor, the monitor comprising: the device comprises a main body (1), a medicine placing table (2) and an insect inlet protective cover (5);

the main body (1) is of an elliptic conical hollow structure with a downward conical tip, and the medicine placing table (2) is fixedly arranged at one end, close to the elliptic cone, in the main body (1);

the main body is provided with an insect inlet (4) of a one-way channel valve, and the insect inlet (4) is higher than the medicine placing table (2);

it fixes to advance worm mouth safety cover (5) main part (1) side surface, advance worm mouth safety cover (5) with the junction of main part (1) is higher than advance worm mouth (4), just the outer edge of advancing the worm mouth safety cover is less than advance worm mouth (4).

2. The pest trapping monitor of claim 1, wherein the monitor further comprises: an insect collecting net (3);

the insect collecting net (3) is circular, and the outer edge of the insect collecting net is detachably connected with the inner wall of the main body (1);

the insect collecting net (3) is positioned between the medicine placing table (2) and the insect inlet (4).

3. A pest trapping and killing monitor according to claim 1, wherein the medicine placing table (2) is of a circular structure or a disc structure, and an outer edge of the medicine placing table (2) is detachably connected with an inner wall of the main body (1).

4. A pest trapping and killing monitor as claimed in claim 3, wherein said chemical placement station has a central circular chemical placement area and a surrounding attachment area; the medicine placing area is used for placing medicines, and the connecting area is used for clamping the medicine placing table on the inner wall of the main body (1);

the connection area is provided with one or more connection area drainage holes (10), and the connection area drainage holes (10) are through holes.

5. A pest trapping and killing monitor as claimed in claim 1, wherein said main body (1) further has one or more conical-tipped drainage holes (9);

the conical-tip water discharging hole (9) is positioned below the medicine placing table (2).

6. A pest trapping and killing monitor as claimed in claim 1, wherein said main body has a plurality of rows of pest inlet openings (4), the number of said pest inlet opening protecting covers (5) being the same as the number of rows of said pest inlet openings (4);

the number of the insect inlets in each row is more than or equal to 2;

every it advances insect population safety cover (5) and corresponds one row of insect population (4), arbitrary to advance insect population safety cover (5) with the junction of main part (1) is higher than one row of corresponding insect population (4), arbitrary advance the outer edge of insect population safety cover (5) and be less than one row of corresponding insect population (4).

7. A pest trapping monitor as claimed in claim 1, wherein said one-way passage valve comprises: a plurality of baffles of the insect inlet are uniformly distributed along the circumferential edge of the insect inlet;

the baffles are respectively curved surfaces with arc edges, the arc edges of the baffles are respectively connected with the circumferential edges of the insect inlet, and the sum of the lengths of the arc edges of the baffles is greater than or equal to the perimeter of the insect inlet;

one side of the curved surface of each baffle, which is far away from the arc edge, is provided with a tip part which is tilted towards the inner side of the main body (1).

8. The pest trapping monitor of claim 1, wherein the monitor further comprises: a rain shade (7);

rain shade (7) are bamboo hat column structure, fix main part (1) top, just rain shade's maximum diameter is greater than the maximum diameter of main part (1).

9. A pest trapping and killing monitor as claimed in claim 8, wherein the top of the main body (1) has an upper net (6);

the upper mesh enclosure (6) is higher than the lower edge of the rain shade (7).

10. The pest trapping monitor of claim 1, wherein the monitor further comprises: a handle (8);

the handle (8) is connected with the main body (1) and is higher than the insect inlet protective cover (5).

Images