CN204259678U - A kind of new type disinsection lamp - Google Patents

Abstract

The utility model designs a new type of insecticidal lamp, which belongs to the technical field of agricultural insecticide, and includes an insecticidal base, a supporting component, an insect trap, an insect killing device, an insect collecting device and an energy supply device. The insect killing base includes a set The foundation layer on the horizontal ground and the fixed bracket arranged in the foundation layer; the fixed bracket includes a central axis, two rotating pieces arranged on the upper and lower parts of the central axis, and the two rotating pieces at the upper and lower parts A fixed rod is arranged between the pieces so that the rotating piece and the fixed rod form two rectangles rotating along the central axis; the fixed rod is fixedly connected with the support member. Adoption of the above-mentioned scheme has realized the maximization of insecticidal efficiency.

Description

A new type of insecticidal lamp

Technical field:

The utility model belongs to the technical field of agricultural insecticide, in particular to a novel insecticidal lamp.

Background technique:

The power supply device of present insecticidal lamp all adopts solar energy, and the price of the power supply equipment of solar energy is expensive. In the disclosed prior art, the structure of the insecticidal lamp combined with wind energy and solar power generation is not very stable, because the wind power generation adopts the shape of a large windmill, which makes the center of gravity of the entire insecticidal lamp not stable enough, which is not conducive to the anti-natural disaster ability of the entire device , and this kind of wind power generation structure will also cause the solar panels to not absorb sunlight well, because the solar panels cannot rotate freely to keep perpendicular to the sunlight. The insect collecting device forms a mesh bag with only one outlet through gauze, and there is no blocking measure at the outlet of the mesh bag, so it is easy for the insects entering to escape from the mesh bag. And the outside of net bag is not provided with shell, is easy to make the center of gravity of whole insecticidal bag flutter with wind, makes the stability of whole support decline; Also if there is no shell, the light wave of outside still can attract pest to escape net bag. A large accumulation of pests makes the mesh bag emit a foul smell. Some insecticidal devices use chemical substances to kill insects, which will cause harmful chemicals to overflow and disperse into the crops, endangering people working in the farmland and people who eat the crops. There are also non-polluting insecticides that put a hard shell on the outside of the insect trap, so that the insects are killed on the hard shell and then fall into the insect collection. The stability of this insecticidal lamp is too poor , because some insects have a hard shell to protect their heads, they will not be killed all at once, they will be stunned, and after a period of time, the insects will fly away when they wake up. There are also insecticidal devices with fans, but this fan is hard, and there is only one layer of fans, which will cause the insects to pop out of the space above the insecticidal device after hitting the fan and not fall into the insect collecting device. It is only to physically stun the insects, and does not destroy the physiological structure of the insects. The insecticidal lamps in practical applications have basically never seen the structure that the trapping part can be lifted. In the existing public document with the publication number CN 203340860Y, it relates to a liftable frequency vibration type solar insecticidal lamp, which includes a liftable light pole, a fixed base, a solar panel, and a movable support for the solar panel. The liftable light pole consists of an upper Composed of a light pole and a lower light pole, the upper light pole and the lower light pole are equipped with a positioning device, the top of the upper light pole is installed with a solar panel supported by a movable bracket, and a battery and a frequency vibration insecticidal lamp are installed under the solar panel. The frequency vibration insecticidal lamp is set on both sides of the lamp pole. The solar panel, battery and frequency vibration insecticidal lamp are connected through the built-in wire of the lamp pole. The bottom of the lower lamp pole is equipped with a fixed base, which can be fixed to the installation base by screws. superior. The top of this lifting insecticidal lamp is too thin to support the battery well, and there is no need to adjust the insecticidal lamp at any time, because the plants grow slowly, the insect trap has a certain height, and the pests will not survive for a period of time. The inner will move at a certain height. The structural strength of the entire bracket does not impede resistance to inclement weather. It is also unfavorable for the line arrangement of the insect trapping part and the insect collecting part. Most of the insect traps use light-wave lamps, and the current light-wave lamps are directly exposed to the impact of insects, and it is easy to cause the light-wave lamps to be damaged by insects. Many light-wave lamps have lamp holders placed on opaque bases, which will reduce the ability to attract pests. Some insect traps are only equipped with light wave lamps or media with insect attractants, so that the effect of attracting insects is reduced and the breadth of attracting insects is also reduced. The insecticidal light bracket is simply used for support. If you want to catch voles in the farmland, you need to reinstall the mouse trap in the farmland. And the structure of existing mouse-trap device is unfavorable for mouse is caught fast, and whole mouse-trap structure is unsafe, can poke user's both hands.

Utility model content:

The purpose of this utility model is to provide a stable center of gravity for wind power generation, and also enable solar panels to receive sunlight vertically at all times, solving the problem that existing insect collecting devices cannot well control pests from escaping, and can make The insects that enter the insect collection device can be stabilized and do not fly around, and the insects that are sucked into the insect collection device can also be air-dried to prevent stench; and it is non-toxic, non-polluting, and can destroy the physiological structure of insects , can also prevent insects from escaping from the insecticidal device of the insecticidal department; it also solves the problem that the structural strength of the lifting bracket of the prior art insecticidal lamp is weak, which cannot support the battery at the top of the bracket and resist bad weather, and is not conducive to the whole It also increases the effect of attracting insects and attracting various insects, increases the service life of the light-wave lamp tube, and expands the insect-attracting range of the light-wave lamp tube; it also solves the problem of existing brackets. The utility model has a single function, saves resources, and can protect the user's hands.

The above-mentioned technical purpose of the utility model is achieved through the following technical solutions: a novel insecticidal lamp, comprising an insecticidal base, a supporting component, an insect trap, an insect killing device, an insect collecting device and an energy supply device, the The insecticidal base includes a foundation layer arranged on a horizontal ground and a fixed bracket arranged in the foundation layer; the fixed bracket includes a central shaft, two rotating pieces arranged on the upper and lower parts of the central shaft, and the upper and lower parts A fixed rod is arranged between the two rotating pieces so that the rotating piece and the fixed rod form two rectangles rotating along the central axis; the fixed rod is fixedly connected with the support member.

As a preference, the insect trapping device, the insect killing device and the insect collecting device are arranged on a mobile support base, and the mobile support base moves up and down on the support member to adapt to the height of the plant so that the The work efficiency of the insect trap is at its best.

Preferably, the energy supply device includes a non-powered fan arranged on the upper end of the support member, and the non-powered fan is connected to a magnetic coil to realize the conversion of wind energy into electric energy stored in the storage battery under the non-powered fan; A solar electric panel is arranged on the top of the fan, and the solar electric panel stores converted electric energy into the storage battery through a photoelectric conversion circuit.

Preferably, an adjustment structure for controlling the angle of the solar panel is provided between the solar panel and the support member.

As a preference, a reserved space for wiring is provided on the base of the mobile stand; a channel is opened on the support member so that the wires enter the reserved space for wiring; the wires placed in the reserved space for wiring are used for Cooperate with the length of the required line when the base of the mobile support moves. The base of the mobile stand is painted with yellow paint, which attracts 85% of insects.

Preferably, the insect trap includes a disc-shaped lamp tube and an insect trap base, a protection component is arranged between the insect trap and the insect trap base, and the protection component is fixedly connected to the insect trap base and sealed between the base and the insect trap.

Preferably, the insecticidal device includes an insecticidal base, and an insecticidal component is arranged on the insecticidal base. A fan bracket for fixing the blocking fan and the suction fan on the insecticidal base.

Preferably, the insect collecting device includes a collection port and an insect storage bag, an insect trap is arranged above the collection port and the insect storage bag, and an insecticidal component and an insecticide are arranged between the collection port and the insect storage bag. The collecting ports are connected to form one body, the insect storage bag is provided with a hard shell, and the insect storage bag is provided with at least one layer of anti-escape structure; the underside of the shell is provided with an air suction structure.

In summary, the utility model realizes that the insecticidal lamp can withstand the devastation of external forces in severe weather conditions, and prolongs the service life of the insecticidal lamp. The combination of wind and solar energy allows the insecticidal lamp to continue to charge the battery in rainy weather. Applying the unpowered fan to the upper end of the insecticidal lamp can keep the stability of the insecticidal lamp well. If the solar panel is the upper cover of the power fan, the structural strength of the upper structure can be well realized. If the solar panel is connected with the support, the vertical rotation of the solar panel is set so that the solar panel remains perpendicular to the sunlight, so that the working efficiency of the solar panel is at its best. If the solar panel is fixedly connected to the central axis of the power fan, the solar panel can always rotate with the power fan, and the solar panel can provide an inertia for the power fan when the wind is small. The angle adjustment mechanism of the solar panel is also relatively simple and easy to operate. Therefore, this insecticidal lamp combined with a non-powered fan and a solar panel realizes the beauty, stability, and wide range of use of the insecticidal lamp, and can also ensure that the working efficiency of the solar panel is always in the best state. Moreover, the escape of insects is well controlled, and the insects entering the insect collection device can be stabilized well and do not fly around. The insects sucked into the insect collection device can also be air-dried to prevent foul odors from being emitted. When killing insects, the whole device is in a non-toxic and non-polluting state. The setting of the upper blocking fan can disrupt the vortex generated by the suction fan and produce some chaotic vortexes, making it difficult for insects to easily control the balance of flight; It is easy to suck into the insect collecting part and prevent the insects from escaping. Arranging spikes on the leaves can destroy the wings of insects and prevent insects from escaping again. Setting the blades of the blocking fan and the suction fan or the blades of the blocking fan as soft blades can play a protective role, prevent insects from popping up, and can clean the blades. The adjustment structure can generate different air vortices above the insecticidal device, so that the insects cannot control the balance well. When the bracket is lifted and lowered, the structural strength is ensured, and the structure is simple and the cost is low. The most important thing is that this kind of lifting structure with reserved space for wiring can well solve the problem of stretching and stretching of wiring and the problem of protection of wiring. The service life of the light wave lamp tube is prolonged, and the range of attracting insects is expanded. Through the combination of the light wave lamp tube and the insect attractant, the types of attracting insects are increased. By setting the insect attractant on different structures, the insect attractant can be beautifully distributed and the insect attractant can be emitted well. While ensuring the structural strength of the bracket, the base of the bracket can also be used to trap mice. Moreover, the whole mouse trapping structure is simple and convenient, can quickly catch mice, and well protects the hands of the operator.

Description of drawings:

Fig. 1 is the overall view of the utility model;

Fig. 2 is a sectional view of the insecticidal structure of the present utility model;

Fig. 3 is a cross-sectional view of the insect collecting structure of the present utility model;

Fig. 4 is the top view of the fixed bracket of the present utility model;

Fig. 5 is a side view of the fixed bracket of the present utility model;

In Fig. 1, Fig. 2, Fig. 3, Fig. 4 and Fig. 5, 1-insecticidal base, 11-ground floor, 12-fixed support, 121-axis, 122-rotating piece, 123-fixed rod, 2- Supporting parts, 21-unpowered fan, 22-storage battery, 23-solar panel, 24-adjusting structure, 3-insect trap, 31-insect trap base, 32-protection component, 4-insect killing device, 41-killing Insect base, 42-insecticide component, 411-blocking fan, 412-suction fan, 413-fan bracket, 5-insect collecting device, 51-collecting port, 52-insect storage bag, 53-hard shell, 54-anti escape structure, 55-suction structure, 6-energy supply device, 7-mobile support base.

Specific implementation methods :

Below in conjunction with accompanying drawing, the utility model is described in further detail.

Embodiment 1, a new type of insecticidal lamp as shown in Figure 1, Figure 2, Figure 3, Figure 4 and Figure 5 includes an insecticidal base 1, a support member 2, an insect trap 3, an insecticidal device 4, a set Insect device 5 and energy supply device 6, insecticidal base 1 includes the foundation layer 11 that is arranged on the level ground and the fixed bracket 12 that is arranged in the foundation layer 11; The fixed bracket 12 includes a central axis 121, is arranged on the Two rotating pieces 122 on the upper and lower parts, and a fixed rod 123 is arranged between the two rotating pieces 122 on the upper and lower parts so that the rotating piece 122 and the fixed rod 123 form two rectangles that rotate along the central axis 121; the fixed rod 123 and the support member 2 Fixed connection.

The insect trap 3 comprises an insect trap base 31 and an insect trap part arranged on the insect trap base 31, the insect trap part comprises a disc-shaped lamp tube, and the disc-shaped lamp tube can be placed in a parallel horizontal plane, and the insect trap part and the insect trap part A protective component 32 is provided between the bases 31 , and the protective component 32 is fixedly connected to the insect-attracting base 31 and sealed with the insect-attracting base 31 . The protection part 32 is a transparent spherical surface, covering the insect trapping part and the joint between the insect trapping part and the insect trapping base 31 . The insect-attracting part also includes a medium with an insect-attractant, and the medium is arranged under the lamp tube.

The energy supply device 6 comprises a support, and an unpowered fan 21 is arranged on the upper end of the bracket, and the unpowered fan 21 includes a turbine host and a fixed ring; a magnetic coil is arranged between the turbine host and the fixed ring; the turbine host includes a loam cake, fan blades, and a central shaft. , hood bracket, movable ring and bearings. The non-powered fan 21 is connected with a magnetic coil to realize converting wind energy into electric energy and storing it in the storage battery 22 below the non-powered fan 21 . The upper cover is a solar electric panel 23, and the solar electric panel 23 stores the transformed electric energy into the storage battery 22 through the photoelectric conversion circuit, and the photoelectric conversion circuit is arranged in the central axis. The upper end of the bracket is provided with a fixed hollow shaft, and a bearing is embedded in the fixed hollow shaft, and a central shaft is arranged in the bearing. Fan blades; a coil is arranged on the central axis, and a permanent magnet is arranged on the support to cooperate with the coil.

The insect collecting device 5 includes a collection port 51 and an insect storage bag 52, an insect trap 3 is arranged above the collection port 51 and the insect storage bag 52, and an insect killing device 4 is arranged between the collection port 51 and the insect storage bag 52 to connect with the collection port 51 Formed into one body, the entrance of the insect storage bag 52 is provided with a layer of anti-escape structure 54 . The anti-escape structure 54 is a trumpet-shaped net bag, and the smaller opening of the horn-shaped net bag is far away from the opening of the insect storage bag 52 and the larger opening is close to the opening of the insect storage bag 52 .

Insect storage bag 52 outside is provided with hard shell 53, is provided with a rib that places insect storage bag 52 entrances on hard shell 53, is connected by chute between collecting port 51 and hard shell 53, and collecting port 51 is provided with the first One slot, the hard shell 53 is provided with a second slot, the first slot cooperates with the second slot so that the installation and removal of the hard shell 53 on the collecting port 51 is realized by sliding. A locking structure is provided between the collecting port 51 and the hard shell 53 ; the locking structure includes a pin on the collecting port 51 and a socket on the hard shell 53 that fits the pin.

An air suction structure 55 is arranged below the hard shell 53 to air-dry the insects in the insect collecting device; the air suction structure 55 is fixed on the hard shell 53, and a plug is arranged on the hard shell 53, which can be connected to equipment with electric energy Get up, provide electric energy for the whole suction structure 55. The collection port 51 is provided with a blocking collection outer edge, which extends obliquely upward to the collection port 51 to cooperate with the insect trap 3, that is, the collection outer edge extends to the outside of the projection of the insect trap 3, and can impact on the insect trap The insects on the device 3 are well received into the insect collecting device 5 .

The desinsection device 4 comprises a desinsection base 41, an insect trap 3 is arranged above the desinsection base 41, an insect collection device 5 is provided below the desinsection base 41, and an insect collection device 5 is arranged on the desinsection base 41 The fan, the fan includes the slower blocking fan 411 of the upper rotation speed, the faster suction fan 412 of the lower rotation speed and the fan bracket 413 that is arranged on the insecticidal base 41 for fixing the blocking fan 411 and the suction fan 412. An adjustment structure for adjusting the lift of the suction fan 412 is provided on the bracket, and the adjustment structure is a channel with a wider opening on the inner side of the fan bracket 413 . The fan bracket 413 has an upper pole and a lower pole, the upper pole is fixed with a blocking fan 411, the lower pole is fixed with a suction fan 412, the lower pole is arranged in the channel, and the width of the lower pole is smaller than the channel, the groove Also be provided with the fixing portion that can place lower pole in the road, be provided with protrusion on the lower pole, protrusion stretches out the outside of insecticidal base 41 and can be adjusted by people.

The blocking fan 411 and the suction fan 412 include blades, blade bases and power parts. The blades are soft blades and are provided with sharp spines. The blades and blade bases of the blocking fan 411 and the suction fan 412 are located between the power parts. The vertical thickness of the inclined blades of the blocking fan 411 is greater than the thickness of the blade base of the blocking fan 411 . That is, the blades of the blocking fan 411 and the suction fan 412 can intersect and collide with each other so that the blades can clean each other.

The lifting support includes a support body, a storage battery 22 arranged on the upper end of the support body and a mobile support base 7 socketed outside the support body; the mobile support base 7 is provided with an insect collecting device 5 and an insect trapping device 3 . The mobile stand base 7 includes a channel, and the channel engages with the support. The channels move up and down on the supports to accommodate the height of the plants. Two fixed structures are arranged on the support, and the fixed structures are bolts connecting the base 7 of the mobile support and the support, and the two sides of the channel cooperate with the fixed structures. The first fixed structure of the fixed structure fixes the lower end of the mobile support base 7, that is, the first fixed structure is at the lowermost end of the mobile support base 7, the second fixed structure fixes the mobile support base 7, and the mobile support base 7 is connected to the second fixed structure. The structural fit is in the middle of the mobile support base 7 . A line is provided between the storage battery 22 and the mobile stand base 7 . The mobile support base 7 is provided with a reserved space for wiring, and the line is placed in the reserved space for matching the length of the required line when the mobile support base 7 moves. The reserved space for wiring is a closed space, only There is a line import and export. The reserved space for wiring has an extension above the fixed structure to ensure the storage capacity of the line. The extension is always in contact with the bottom surface of the battery at the upper end, and a screw hole is provided at this end to match the fixed structure; so when this end is connected to the battery 22 When the bottom surface is in contact, the mobile support base 7 is in a high-grade position, and when the extension end cooperates with the second fixed structure, the mobile support base 7 is in a low-level position.

The support is provided with a channel for the line to pass into the mobile support base 7 from the support, and the channel is opened between the fixed structures. The first fixed structure is provided with an insect collecting device 5, the second fixed structure is provided with an insect trap 3, and the first fixed structure and the second fixed structure are also provided with passages for laying lines so that the insect collecting device 5 and the insect trap Device 3 works fine.

The bracket base includes a base, on which a bracket body is arranged, and a pile foundation is arranged under the base, and the pile foundation includes a cement fixed layer embedded in the horizontal ground and fixing bolts arranged in the cement fixed layer, and the bracket body is A fixing part matching the fixing bolts is arranged, the fixing part forms a space matching the pile foundation, and a harmful structure is arranged in the space. The space is a closed space with 4 entrances and exits. There is an isolation part between the fixed parts in the space. The isolation part divides the space into 4 independent small spaces corresponding to 4 entrances and exits.

The pest removal structure includes a trap, an inclined support plate on which the trap is placed, one side of the support plate is in contact with the bottom surface of the closed space, and the other side is connected to the door provided on the entrance and exit through the runner through the traction line; A spring is arranged on the bottom edge to connect with the upper surface of the closed space; a fixing part for fixing the door is arranged on the closed space. Small holes are arranged above the inclined support plate for placing lures on the inclined support plate. The fixing part includes closing rings respectively arranged on both sides of the closed space, and free-moving limit rings are arranged between the closing rings. The fixing part is a buckle for fixing the door. Place the food to attract mice on the inclined support plate. When the mice enter the inclined support plate to eat food, the traction wire drives the door to close the door. When the door is closed, the limit circle set on the closed circle falls freely. The door is locked so that the rats that enter are imprisoned in a small space.

In the second embodiment, the solar electric panel 23 is arranged above the unpowered fan 21, and the solar electric panel 23 is fixedly connected to the central shaft.

Embodiment 3, the solar electric panel 23 is arranged above the said unpowered fan 21, and the solar electric panel 23 is fixedly connected with the support. Two upper and lower bearings are arranged on the bracket, and the bearings are externally connected to the turbine host. An adjustment structure 24 for controlling the angle of the solar panel 23 is arranged between the solar panel 23 and the bracket. The adjustment structure 24 includes a rotating seat arranged under the solar panel 23 , a fixed seat arranged on the bracket to cooperate with the connecting seat, and a connecting bolt capable of adjusting the tightness of the rotating seat and the fixed seat.

Another structure of the adjustment structure 24 may include a hinge connected to one side of the bracket and the solar panel 23, an arc-shaped protrusion with several holes arranged behind the solar panel 23, and an arc-shaped protrusion arranged on the bracket and fitted with an arc. The protrusion with several holes of the shape protrusion and the cross bar that is inserted in the hole that the arc protrusion and the protrusion are connected are inserted into different holes by the cross bar to adjust the angle of the solar panel 23.

Embodiment 4, the insect-attracting component further includes a medium with an insect-attractant, and the medium is arranged around the protection component 32 .

Embodiment 5, the insect-attracting component further includes a medium with an insect-attractant, an insect-killing component 42 is arranged under the insect-attracting component, and the medium is set at the entrance of the insect-killing component 42 .

Embodiment 6, the insect-attracting component also includes a structure for placing an insect attractant, an insect-killing component 42 is arranged under the insect-attracting component, and the structure for placing an insect-attractant is arranged on the insect-killing component 42 . The structure for placing the insect attractant is arranged on the outer edge of the insecticidal part 42, which is a closed passage, and several divergent holes are evenly arranged on the passage for volatilizing the insecticide. The insect attractant structure also includes a pointed bottle that can be inserted into the diverging hole to add insecticide to the passage. The pointed bottle has a hook that can be placed on the insecticidal part 42, or the insecticidal part 42 is provided with a Space for a pointed bottle.

In the seventh embodiment, only the blades of the blocking fan 411 are soft blades.

Eighth embodiment, the mobile bracket base 7 includes a hollow pipe, the hollow pipe is provided with a bracket, the hollow pipe cooperates with the fixed structure, the fixed structure is a screw, and the hollow pipe is provided with a screw hole to cooperate with the screw, which is the adjustment screw. The length between the hollow pipe and the bracket controls the tightness of the hollow pipe.

This specific embodiment is only an explanation of the utility model, and it is not a limitation of the utility model. After reading this description, those skilled in the art can make modifications to the embodiment without creative contribution according to needs, but as long as it is within the utility model All new claims are protected by patent law.

Claims (8)

1. A new type of insecticidal lamp, including an insecticidal base (1), a supporting part (2), an insect trap (3), an insect killing device (4), an insect collecting device (5) and an energy supply device (6) ), characterized in that the insecticidal base (1) includes a foundation layer (11) arranged on a horizontal ground and a fixed bracket (12) arranged in the foundation layer (11); the fixed bracket ( 12) It includes a central axis (121), two rotating pieces (122) arranged on the upper and lower parts of the central axis (121), and a fixed rod (123) is arranged between the upper and lower two rotating pieces (122) ) so that the rotating piece (122) and the fixing rod (123) form two rectangles rotating along the central axis (121); the fixing rod (123) is fixedly connected with the support member (2). 2. A new type of insecticidal lamp according to claim 1, characterized in that the insect trapping device (3), the insect killing device (4) and the insect collecting device (5) are arranged on a mobile bracket On the base (7), the mobile bracket base (7) moves up and down on the support part (2) to adapt to the height of the plants so that the working efficiency of the insect trap (3) is in an optimal state. 3. A new type of insecticidal lamp according to claim 2, characterized in that, the energy supply device (6) includes an unpowered fan (21) arranged on the upper end of the support member (2), and the unpowered fan (21) The power fan (21) is connected to the magnetic coil to realize the conversion of wind energy into the electric energy stored in the battery (22) under the unpowered fan (21); the top of the unpowered fan (21) is provided with a solar panel (23), so The solar electric panel (23) stores the converted electric energy into the storage battery (22) through a photoelectric conversion circuit. 4. A new type of insecticidal lamp according to claim 3, characterized in that there is a device between the solar panel (23) and the support member (2) to control the angle of the solar panel (23) regulatory structure (24). 5. A new type of insecticidal lamp according to claim 2, 3 or 4, characterized in that, the mobile bracket base (7) is provided with a reserved space (71) for wiring; the support member ( 2) A channel (11) is opened on the top so that the wires enter the reserved space for routing (71); the wires placed in the reserved space for routing (71) are used to cooperate with the movement of the mobile bracket base (7) length of line required. 6. A new type of insecticidal lamp according to claim 5, characterized in that, the insect trap (3) includes a disc-shaped lamp tube and an insect trap base (31), and the insect trap (3) ) and the insect trap base (31) is provided with a protection component (32), the protection component (32) is fixedly connected to the insect trap base (31) and between the insect trap base (31) Between seal settings. 7. A new type of insecticidal lamp according to claim 6, characterized in that the insecticidal device (4) includes an insecticidal base (41), and the insecticidal base (41) is provided with an insecticidal lamp. An insect component (42), the insect killing component (42) includes a blocking fan (411) with a relatively slow rotating speed on the upper layer, a suction fan (412) with a relatively fast rotating speed on the lower layer, and a The fan bracket (413) is used to fix the blocking fan (411) and the suction fan (412). 8. A new type of insecticidal lamp according to claim 7, characterized in that the insect collecting device (5) includes a collection port (51) and an insect storage bag (52), and the collection port (51) and An insect trap (3) is arranged above the insect storage bag (52), and an insecticidal component (12) and the collection mouth (51) are arranged between the collection port (51) and the insect storage bag (52). ) are connected to form an integrated body, the insect storage bag (52) is provided with a hard shell (53) outside, and at least one layer of anti-escape structure (54) is arranged inside the insect storage bag (52); the lower part of the shell (53) An air suction structure (55) is provided.