239 results about "Insect collecting" patented technology

The invention provides a counting device and a counting system for trapping injurious insects. The counting device comprises a box body, a trapping chamber (1), a high voltage power grid (2), an insect collecting hopper (3), an infrared sensor unit (4), an image acquisition unit (5), an injurious insect object table (6) and a main controller unit (8). In the counting device and the counting system for trapping the injurious insects, the injurious insects are counted with the combination of the infrared counting technology and the image counting technology at the same time, the problem of a low accuracy rate caused by single counting is solved, meanwhile because the image acquisition unit collects the image information under triggering of the infrared sensor unit, mutual verifying based on two counting results of infrared counting and image counting is achieved, and accuracy of counting the injurious insects is further improved. In addition, in the counting device and a counting system for trapping injurious insects, when the counting results of the two counting methods are different, retrace further can be conducted according to output results of the counting device.

The invention provides a method of full-artificial culturing Cordyceps sinensis, including sampling, strain separating, host insect collecting, breeding and feeding, infecting and continuing feeding, on artificial condition, largely culturing Hirsutella sinensis; feeding host insects in an scale room at low altitude, completing the infection of Hirsutella sinensis to the host insects and sexuality of Cordyceps sinensis. By artificial culture, the host grubs are big and good-quality, and the success rate of infection is high, the infection time is short, the quality is stable and controllable, and the pesticide effect test fully indicates that the pesticide effect of the produced Cordyceps sinensis is equivalent to that of the natural Cordyceps sinensis and it can overcomes the disadvantages of long growing time of natural Cordyceps sinensis and low natural infection ratio, and implements the industrialized production of Cordyceps sinensis.

The invention discloses a grain condition detecting rod which comprises a hollow insect attracting pipe and a conical head; the upper end of the insect attracting pipe is provided with a plug; the pipe wall of the insect attracting pipe is provided with an insect attracting opening; and an insect collecting device is provided between the insect attracting pipe and the conical head. the insect attracting pipe is connected with the conical head; the insect collecting device comprises an insect collector which is hollow at the upper part and is provided with a groove that forms an insect collecting space; the hollow part at the upper part of the insect collector is communicated with the insect collecting space; the insect collecting space is connected with an insect drawing pipe which penetrates the plug, the insect attracting pipe and the insect collector; and the lower end of the insect drawing pipe is communicated with the insect collecting space. As the grain condition detecting rod is provided with an insect collecting device, a negative pressure environment which facilitates the drawing is easily formed when the insect that comes into the insect collecting device is drawn thereby quickly drawing the insect out. An independent insect collecting space is provided in the insect collector, and the forming of drawing negative pressure environment is furthermore ensured, and therefore the non-stop and quick drawing-out of insect in drawing can be ensured.

The invention relates to a novel insect-killing lamp. The structure of the novel insect-killing lamp comprises an insect-attracting lighting tube, a suction fan, a cambered air-discharging net cover, insect receiving filter cones and an insect collecting bag, wherein a suction port of the suction fan and the insect-attracting lighting tube are arranged by tilting an included angle of about 45 degrees towards the ground surface; the cambered air-discharging net cover is arranged above the suction fan; two superposed insect receiving filter cones are arranged below the cambered air-discharging net cover; and the insect connecting bag is connected below the filter cones. The novel insect-killing lamp has the following advantages that: the technical defect that the parts below the current insect-killing lamps are black; the cambered air-discharging net cover is designed above the suction port of the suction fan to avoid the defect that insect ashes drop and are adhered to an air-discharging net, so the suction fan can perform insect suction and air discharge in an unobstructed mode to improve the efficiency of fan suction insect killing; and the novel insect-killing lamp has a simple structure, is economical to manufacture, and is the most economical and practical advanced environment-friendly insect-killing device for large-scale popularizing and applying lamplight insect killing and replacing the production of chemical pesticides.

The invention discloses a multi-spectrum solar energy electrical network type insect killer with two lamps, which comprises a solar energy receiver part, a support, a cell box, an accumulator and a plurality of insect-catching parts. The invention is characterized in that the solar energy receiver part is fixed on the upper end of the support; the cell box is disposed at the lower end of the support; the accumulator is arranged in the cell box; and the insect-catching parts are fixed on the support. Each insect-catching part comprises a trap lamp, a high voltage electrical network, an insect-collecting device and a circuit control panel. An automatic shooting pick-up head, an infrared sensor and a circuit control panel part are also provided in the support.

The invention relates to an environment-friendly natural enemy insect collecting device, the structure of which comprises a moth collecting funnel, a moth collecting cage, a negative pressure box, an air intake duct, a blower, an air exhaust pipe, and a dust collecting bag, the moth collecting cage is arranged below the moth collecting cage in the negative pressure box; an air outlet is arranged at the upper portion of the negative pressure box and connected to an air inlet of the blower via the air intake duct; and an air outlet of the blower is connected to the dust collecting bag via the air exhaust pipe. When the collecting device collects intermediate host such as rice moth imago or gelechiid moth imago for natural enemy insect propagation, the imago moth on the cover of an incubator quickly enters into the moth collecting cage guided by the air flow, and the following moth spawn and dust are entered into different collecting locations to be separated effectively. The imago moth and the moth squama can not fly to cause environmental pollution so as to ensure the cleanliness of the moth propagation room and avoid the insect squama being contacted with the human skin or being inhaled into respiratory tract to cause untoward effect. The utility model is safe and suitable for environmental protection.

The invention discloses a method for producing an insect protein feed by treating excrements of livestock by virtue of Hermetia illucens. The method comprises the following steps: (a) putting same quantity of male and female pupae of Hermetia illucens into a stereo nylon gauze element, immediately putting a material basin and a water basin into the nylon gauze element when feathered adults appear, and putting an ovipositor into the nylon gauze element to collect eggs of Hermetia illucens; (b) after incubating the eggs of Hermetia illucens at the control condition of 23-28 DEG C by using a semi-artificial feed, culturing larvae to three-aged larvae; (c) directly transferring the three-aged larvae into a treating pond filled with the excrements of livestock, and carrying gout excrement treatment; and (d) putting insect collecting buckets on the periphery of the treating pond, collecting and killing old and adult larvae entering the insect collecting buckets, drying, and grinding, so as to obtain the insect protein feed. According to the method, the problem of severe pollution of the excrements of the livestock is solved, meanwhile, the high-quality insect protein feed is provided, and the effective utilization of insect protein in livestock and aquaculture industries is promoted and becomes a way for solving the resource shortage of protein feeds in China.

The invention discloses a method for collecting Chinese gallnut spring migrant aphids with a double-layer plastic film thermal-insulation shed. The double-layer plastic film thermal-insulation shed is built by using bamboo materials, plastic film and the like, is rain proof and wind proof, has good warming effect and can avoid disastrous weather, such as temperature reduction, rainfall and the like from influencing migration of the spring migrant aphids and help the Chinese gallnut spring migrant aphids to migrate successfully. The double-layer plastic film thermal-insulation shed has the characteristics of scientific design, convenience for assembly and disassembly, low cost, ventilation, high insect-collecting efficiency and the like, is capable of realizing large-scale collection of the spring migrant aphids and is suitable for large-scale popularization and application to production.

The invention discloses an intelligent automatic regulation and control solar insecticidal lamp, comprising a rack, a solar cell panel, a microcontroller, a frequency oscillation type LED insecticidal lamp, a double-layer high-voltage contact kill power grid, a funnel type insect collecting bag, and an insect discharge pipeline, wherein the double-layer high-voltage contact kill power grid can respectively kill pest moths with different volume sizes; the funnel type insect collecting bag and the insect discharge pipeline automatically discharge the killed insect bodies into an insect decomposition pit groove below ground directly for automatic decomposition and then the decomposed insect bodies are washed away by rainwater; and for different development generations and different development periods of different types of forest pests in different seasons, a control engineering program of a target forest land is programmed and input into the microcontroller according to phototaxis, color tendency, taxis, and wave tendency of forest pests, and according to types, rules, harm times, and the best killing times of forest pest situations, thereby realizing intelligent automatic regulation and control, such as light control and rain control, of the solar insecticidal lamp. The intelligent automatic regulation and control solar insecticidal lamp disclosed by the invention is novel in design, simple in structure, low in manufacturing cost, convenient in popularization, and high in price-performance ratio, and can achieve significant economic and social benefits.

The invention discloses a device for efficiently separating beneficial and harmful insects. The device comprises an insect collecting box, a device base and an internal box, wherein the top of the insect collecting box is provided with a funnel-shaped insect inlet, the wall of the insect collecting box is encircled by a netlike object, and the wall of the internal box is also encircled by a netlike object; the internal box is fixed on the device base in the center of the insect collecting box; and the bottom of the insect collecting box is connected with the upper part of the device base, and a plurality of natural enemy escape holes are formed at the connected position. According to the device, the aims of killing pests and separating beneficial insects are fulfilled by the way that the pests are eaten by natural enemies of the pests, so that the survival rate of the beneficial insects is greatly improved; and eggs laid by lepidoptera insects provide hosts for the propagation of trichogramma, so that the cost of indoor bee propagation is reduced to a great degree. The natural enemy number of the pests in fields is remarkably increased, so that the number of the pests in the fields is effectively controlled, and the use of chemical agents is reduced and even eliminated; and the device is an indispensable professional insect attracting facility for the development of ecological agriculture.

The invention discloses a capture and disposal device for field insects, the device comprising an insect trapping assembly, an insecticidal mechanism, an insect guiding assembly, a conveyor belt cycle mechanism, an insect collecting funnel, a cleaning strip brush, and an image acquisition module. The insecticidal mechanism is consisted of a long metal tube whose external part is provided with heating units and multiple circular plates with long axes. The circular plates are equidistantly arranged inside the long tube so that the inner part of the long tube is equally divided into multiple segments. The circular plates are supported and fixed by the long axes of the circular plates passing through the tube wall of the long tube. The long axes can rotate about the axes so that the circular plates rotate in the long tube. The insect guiding assembly is consisted of a folded plate which is provided with a semi-conical protrusion by combining a plate folded into an obtuse angle and a semi-cone. By cooperation of the insect guiding assembly and a horizontal belt transporting mechanism, caught insects are spread on a flat surface. By use of the capture and disposal device, insects are caught, effectively killed and laid down in a preferable shape under an image acquisition module so that optimal images are collected by the image acquisition module.

The invention provides an observation method for luring and avoiding insects, which includes the following steps: putting insects in insect collecting container, putting luring source and control source into lure source container; the insect collecting container is surrounded with lure channels which are connected with every luring container, letting the tested insects go through luring channel to find lure source; calculating the frequency that insects pass through the luring channel and the number that insects go into the luring container during various periods of time; making sure the luring and avoiding effects of lure source to insects. According to the method, the observation is composed of insect collecting room, lure source channel and lure source room. Solid, liquid, gas or pointolite and other luring sources with various kinds of characters and properties can be used as luring source for screening test of luring and avoiding effect for one kind or many kinds of insects. The invention has the merits of unique method, simple structure, convenient usage, small space occupation, high test efficiency, high precision, wide application range, and is not interfered by natural environment, climate change and interference of various kinds of luring source. The invention is good for protection and usage of beneficial insects, and research of pest control, and has very important significance.

The invention provides an automatic insect eliminating and killing lamp which belongs to the technical field of insect killing equipment. The automatic insect eliminating and killing lamp settles problems of low insect eliminating effect of an existing insect killing lamp and easy damage of an induction switch of the insect killing lamp. The automatic insect eliminating and killing lamp comprises an upper lamp cap, an insect collecting plate, a top cover, a lead screw, an insect eliminating wire brush bracket, a position induction rod, a position induction switch and a motor which is used for driving the lead screw to rotate. The lead screw is arranged on the upper lamp cap in a penetrating manner and furthermore the top of the lead screw upwards penetrates through the upper lamp cap. The insect eliminating wire brush bracket and the position induction rod are connected with the lead screw in a leadscrew-nut transmission manner. The position induction rod is arranged between the upper lamp cap and the top cover. The position induction switch is used for detecting the position of the position induction rod and makes the motor perform clockwise rotation or counter-clockwise rotation according to the position of the position induction rod. According to the automatic insect eliminating and killing lamp, automatic lifting of the insect eliminating wire brush bracket is realized; the position induction rod and the position induction switch are arranged in an inner chamber which is formed by the top cover and the upper lamp cap, thereby preventing influences of sunlight, rainwater, dust and insect bodies.

A wall hanging winged insect trap comprises a case with a right open and a left open, the back of the case is provided with a connecting piece hung on the wall, an inducing light source and a container filled with attractant are filled in one of the left end and a right end, an insect collecting bag is connected on the other end of the case, an exhaust fan for inducing wind from one end of the inducing light source is arranged in the middle of the case, a switch is arranged on the case, the switch is connected on power lines of the inducing light source and the exhaust fan. The invention provides a wall hanging winged insect trap which uses the fan for winding, has good insect-catching effect, and can be hung on the wall.

The invention belongs to the technical field of agricultural pest killing, and relates to an insecticidal lamp. The insecticidal lamp comprises a pest-killing lamp base, a support part, an insect-attracting device, an insect-sucking device and an insect-collecting device; the insecticidal lamp also comprises a counting device at the entrance of the insecticidal device, the counting device comprises an infrared induction counter and a sending module, the infrared induction counter is used to calculate the number of insects sucked into the insect-sucking device, after receiving the sending instructions, the sending module transmits the information including at least the number of target insects to the terminal device in a wireless or wired manner. The insecticidal lamp utilizes the sex attractant of a single target insect to attract the insects that need to be monitored and then to capture, and to calculate the approximate number of target insects within the range under test by means ofa counting device; the insecticidal lamp also utilizes the internet of things, pushes the data to the user terminal, realizes the general monitoring of some insects within a given range, and truly realizes a report per single measurement and a report at any time.

The invention belongs to the technical field of protection and control of harmful insects, and in particular relates to a solar photovoltaic harmful insect protection and control vehicle. The solar photovoltaic harmful insect protection and control vehicle includes a carriage including a top plate, two side plates and a rear baffle plate, wherein a solar photovoltaic module is embedded on the outer surface of the carriage, a storage battery bin is arranged at the bottom of the side of the carriage, a storage battery is put in the storage battery bin, at least a row of insecticidal lamps are longitudinally arranged in the carriage, an insect collecting groove and an insect collecting box are sequentially arranged under the insecticidal lamps. The solar photovoltaic harmful insect protection and control vehicle can move to and fro, can be self-powered, and is convenient to use and wide in application range; furthermore, the solar photovoltaic harmful insect protection and control vehicle is good in the insect trapping and killing effect, can trap and kill the harmful insects in large area, and thereby is very suitable for popularization.

The invention discloses a garden pest monitoring method and a large vertical garden pest monitoring device. A transparent intercepting plate with a hole is elevated through a bracket, and pests are attracted by means of a slow-release attractant, so that the insects fall into an insect collecting funnel at the bottom after colliding with the transparent intercepting plate; a pest collecting cup containing a specimen preservation solution is arranged below the insect collecting funnel to collect the fallen pests, so that garden pest monitoring can be achieved by counting the pests in the pest collecting cup; meanwhile, the garden pests are subjected to centralized trapping and killing, and the number of the garden pests can be effectively controlled.

The invention discloses a solar insecticidal road lamp. An insecticidal lighting device (2) is made by using LED lamps as light sources, using a solar panel for power supplying and utilizing phototactic characteristics of insects and comprises an outer frame (9), a top cover (7) and an insect collecting box (10) are arranged above and below the outer frame (9) respectively, glass plates (8) are arranged on the outer frame (9), and a lamp column (6) is arranged in a space surrounded by the glass plates (8), provided with white-light LED lamps (11) and purple-light LED lamps (12) and connected with the top cover (7). The solar insecticidal road lamp has lighting and insecticidal functions and is energy-saving, attractive, easy to widely popularize and especially suitable for rural public places.

The invention relates to an automatic blood sucking device for blood-sucking insects, in particular to an automatic blood feeder for an insect. The blood feeder comprises a constant-temperature blood supply body, an insect collecting funnel, a valve plate, a valve rod and a locking device; the constant-temperature blood supply body comprises a constant-temperature water tank and a constant-temperature plate, wherein the bottom of the constant-temperature water tank is fixedly provided with the constant-temperature plate, the bottom of the constant-temperature plate is provided with a blood groove with a downward opening, and a biological film is fixedly covered on the blood groove; the constant-temperature plate is hermetically located in a conical cavity at the upper part of the insect collecting funnel; the valve plate capable of allowing the insect to come in and go out after being moved upwards is arranged in the insect collecting funnel below the constant-temperature plate; an insect collecting cavity is formed between the bottom surface of the constant-temperature plate and the valve plate; and a plurality of ventilation holes are formed in the valve plate. The blood feeder disclosed by the invention achieves the automatic control of the temperature in the feeding process of the blood-sucking insects, enables the feeding, fixing and releasing of the blood-sucking insects to be more convenient, more efficiency and safer, and provides safety control to researches associated with harmful organisms and diseases of the harmful organisms by the adoption of the reliable and harmless blood resources, thereby having a wider application value.

The invention belongs to the technical field of insect catching tools, and in particular relates to a phosgene fly trapper. The phosgene fly trapper comprises a support; the support is provided with an open shell; an attracting device is arranged on the inner wall of the open shell; the lower part of the open shell is provided with an air inlet passage; an electric fan for introducing air is arranged in the air inlet passage; a turnover escape preventing plate is arranged in the air inlet passage and positioned below the electric fan; and an insect collecting net is arranged at the lower outlet of the air inlet passage. By combining an attracting lamp and a reflecting material, the fly catching capability of the trapper is well enhanced. By using the sucking fan and the turnover escape preventing plate, the trapper can catch flies effectively and environment-friendlily.

The invention relates to an inductive insect capturing device which comprises a fan box, an insect collecting barrel, an electrified iron net and an insect attractive light ring, as well as a power supply, wherein the air sucking end of the fan box is communicated with one end of the insect collecting barrel; the electrified iron net is placed in the middle of the insect collecting barrel; the insect attractive light ring is placed at one end, far away from the fan box, of the insect collecting barrel; the insect attractive light ring is covered by a lampshade; one end of the lampshade is fixedly connected with the insect collecting barrel; an infrared inducer is arranged at one end, far away from the insect collecting barrel, of the lampshade; the infrared inducer is connected with a first controller through a wire; the control end of the first controller is connected with the fan box through another wire; the power supply is connected with the fan box, the electrified iron net, the infrared inducer and the first controller through wires respectively; an opening through which insect bodies can be discharged out is formed in the bottom on one side, close to the electrified iron net, of the insect collecting barrel; an automatic switch is arranged at the opening; the automatic switch is connected with the power supply through another wire. Compared with the prior art, the inductive insect capturing device is environment-friendly and energy-saving and high in insect capturing efficiency, and moreover the insect bodies can be automatically discharged out, so that the insect capturing efficiency can be maintained.

The invention discloses an insect killing lamp for a garden. The insect killing lamp comprises an insect killing lamp main body, a solar panel is arranged on the top of the insect killing lamp main body, a lamp box is arranged in the middle of the insect killing lamp main body, a collection bin cover is arranged in the middle of one side of the insect killing lamp main body, and meanwhile one sideof the collection bin cover is movably connected with the insect killing lamp main body through a hinge. According to the insect killing lamp for the garden, the lamp box, a high-voltage grid, fan blades and a motor are arranged, when mosquitoes are attracted by lamplight emitted by an LED ultraviolet fluorescent lamp in the lamp box, the motor drives the fan blades to rotate, the rotating fan blades drive air to flow from top to bottom, and high-speed airflow flowing downwards is formed; the mosquitoes are driven by the air flow to fall downwards, and die of an electric shock when touching the high-voltage grid, dead bodies of the mosquitoes fall into an insect collecting basket through the high-voltage grid, and the dead bodies of the mosquitoes are centrally handled conveniently; meanwhile, the high-voltage grid is arranged in the insect killing lamp, the phenomenon that young children touch the high-voltage grid can be prevented, danger of the electric shock can be avoided, and the personnel safety of the children is protected.

The invention relates to an insect collecting box which has a simple structure and is convenient to manufacture. The insect collecting box comprises a collecting sleeve body positioned at the upper half part of the insect collecting box and an accommodating bag body positioned at the lower half part of the insect collecting box, wherein a furling rope used for binding an opening is arranged at one port of the collecting sleeve body; an elastic band is arranged below the furling rope, so as to conveniently sleeve the collecting sleeve body on tree branches of different sizes; the rear end of the collecting sleeve body is detachably connected with an opening of the accommodating bag body; and an opening sealing device is arranged on the accommodating bag body. The insect collecting box has the advantages of low cost, handiness, compactness and large storage space, is simple to manufacture and convenient to carry and can preserve integral insects.

A solar deinsectization device is composed of a bracket, trap lamps, a high voltage net , an insect collecting bag and a storage battery; the high voltage net is arranged on the periphery of the trap lamps, the insect collecting bag is arranged on the lower end of the high voltage net, wherein a hanger frame is arranged on the upper part of the bracket; the storage battery, the trap lamps and the high voltage net are all connected with the hanger frame, the storage battery is connected with the trap lamps through conducting wires, a solar panel is arranged on the upper end of the bracket and is connected with the storage battery through conducting wires. The invention adopts the solar panel for supplying power, each trap lamp adopts independent solar power supply so that long-distance power transmission line is not needed, and the power lines and wire poles are also saved. The cost is saved and the wires are not damaged, and the possible electric shock accidents are also prevented.

The invention discloses a multifunctional insect trapper, comprising a main body frame, an insect entrance device, an interlayer device, and an insect collecting device; the main body frame comprises a base and a supporting frame installed on the base; the insect inlet device is installed on the supporting frame, and includes a side plate, a back plate, a front plate component and a jumping plate; an insect return preventing mechanism is arranged between the front plate and the back plate; the interlayer device comprises an interlayer bottom plate, an interlayer top plate, an interlayer side plate and an interlayer supporting plate; a second entering hole for connecting the interlayer cavity with the insect collecting device is arranged on the insect collecting device. Insect is easier to enter the trapper and not easy to escape; the insect trapper is environment-friendly, safe and energy-saving in use.

Fast, safe and effective monitoring of the presence of (and / or spread of) a virus or other disease causing agent is obtained by a computer controlled test unit (1, 3) that automatically collects and tests flying insects in the environment, such as mosquitoes, for the presence of disease causing virus. Responding to bait (11) furnished in the front end (3) of the unit, mosquitoes are attracted and drawn into an air stream, generated by a fan (9), that forces the mosquitoes into a detergent solution reservoir within a chamber (17). The mosquitoes drown in the solution and the detergent solution leaches any virus carried by the mosquito from the mosquito carcass. After a suitable lapse of time necessary to collect mosquito specimens, the detergent solution is automatically pumped (19) into the automated enzyme linked immunosorbent assay ("ELISA") device portion (1) of the unit and the results of the ELISA are displayed.

The invention belongs to the technical field of new energy, and discloses a combined type new-energy garden insect killing lamp which comprises a solar panel, a photosensitive sensor, an equipment tank, an insulation net, a mosquito and insect collecting box, an illuminating lamp, a support column, an insect trapping lamp, a transparent rotary cover and two insulation brushes. The bottom of the solar panel is connected with one end of a rotary universal joint, and the other end of the rotary universal joint is connected with the top of a fulcrum bar. The combined type new-energy garden insectkilling lamp has the advantages that the combined type new-energy garden insect killing lamp is provided with the solar panel, light energy can be transformed into electric energy by the solar panel by the aid of a converter, the electric energy can be stored in a storage battery and can be used by the combined type new-energy garden insect killing lamp, and accordingly energy sources for the combined type new-energy garden insect killing lamp are environmentally friendly; the rotatable transparent rotary cover is arranged inside an electric net, the two insulation brushes are arranged on thetransparent rotary cover, residual insect dead bodies on the electric net can be brushed down and can be collected by the mosquito and insect collecting box at circuits of a through opening in a unified manner, and accordingly manual cleaning trouble can be prevented; the combined type new-energy garden insect killing lamp is provided with the illuminating lamp, illumination still can be providedto people by the combined type new-energy garden insect killing lamp even in seasons with few mosquitoes and insects, and accordingly the combined type new-energy garden insect killing lamp is practical.

The invention discloses a solar lawn lamp with an insect catching function. The solar lawn lamp comprises an illumination part, a supporting part and an insect catching device. The illumination part comprises a cover plate and a double-layer cylindrical lampshade, wherein a solar cell panel is embedded into the cover plate, and the entirety of the double-layer cylindrical lampshade is transparent; the cover plate covers the double-layer cylindrical lampshade in a sealing mode; and a lampholder is arranged in the lampshade, the surface of the lampholder is provided with a plurality of LED lamp beads, and an energy storage device supplies electricity to the LED lamp beads. A controller is installed between the energy storage device and the LED lamp beads. The lower end of the lampholder is in an inverted circular truncated cone shape. The supporting part comprises a box, the energy storage device is installed in the box, and the box is provided with an inserting end extending upwards. The illumination part is tightly assembled in the inserting end through a strut and fixedly connected with the supporting part. The insect catching device comprises a high-voltage grid and a back light lamp which are installed on the lower end surface of the lampshade; an insect collecting bucket is detachably connected to the strut; the bottom of the insect collecting bucket is provided with a plurality of air vents; and a detachable separation net is installed at the bottom inside the insect collecting bucket. The solar lawn lamp can entice mosquitoes and insects through light and kill the mosquitoes and insects cleanly and is convenient to install.

The invention discloses a stored grain pests trap, which comprises a pest collecting cylinder, wherein an air suction fan for sucking pests into the insect collecting cylinder is arranged in the pestcollecting cylinder; two inclined shrinkage plates are symmetrically arranged below the air suction fan and on the inner wall of the pest collecting cylinder; the upper ends of the shrinkage plates are fixed to the inner wall of the pest collecting cylinder; the lower ends of the shrinkage plates are mutually close to form shrinkage openings for pests to fall; a through mounting hole is formed inthe side wall of the pest collecting cylinder and at positions corresponding to the shrinkage openings; and an infrared detection head is arranged in the mounting hole, infrared rays emitted by the infrared detection head are horizontally irradiated between the contraction openings for detecting pests falling into the contraction openings, and the other end of the infrared detection head is connected with a counter for counting the number of pests falling. A conical air collecting part is further arranged at the upper part of the air suction fan, and the arrangement of the air collecting partenhances the suction force of the air suction fan, so that the speed of pests falling into the insect collecting cylinder is faster. According to the stored grain pests trap, the trapping efficiency of the pest trap is improved, and accurate counting of pests is realized.

The invention discloses a novel insect trapper, which mainly consists of a hanging ring, a windmill, a rain sheltering cover, a fan plate cover, an inner cage, a bait holding device, a rotating plate with four wings, an insect inlet duct and an insect collecting bag. The hanging ring is mounted at the top end of the rain sheltering cover, the windmill is mounted on one side of the rain sheltering cover, the rotating plate with the four wings consists of four panels and is fixed by a rotating shaft, and the top of the rotating shaft is connected with a shaft of the windmill in an embedded manner; the bottom of the rotating shaft is connected with a disc at the circle center of the bottom of the fan plate cover, and the disc is connected and fixed by a steel plate at the edge of the fan plate cover; the insect inlet duct is arranged at the side edge of the fan plate cover, one side, which is opposite to the insect inlet duct, of the fan plate cover is connected with the inner cage, and the bait holding device is placed in the inner cage; and an elastic strap is embedded in the upper edge of the insect collecting bag, and two sections are reserved at the two ends of the insect collecting bag to be fixedly fastened with the inner cage and the fan plate cover. The novel insect trapper is simple in structure and capable of utilizing wind energy, injurious insects are trapped by the inner cage, consumption of energy resources is reduced, cost is saved, automatic running of the trapper is realized, and use cost is reduced.