47results about How to "Improve the efficiency of mosquito control" patented technology

The invention belongs to the field of laser mosquito eradication, and provides an intelligent laser mosquito eradication device and a robot. The intelligent laser mosquito eradication device comprises a controller, an image collecting device, a laser and a reflecting system. The image collecting device is controlled by the controller and is used for recognizing and tracking target mosquitoes; the laser is controlled by the controller and outputs laser beams to hit the target mosquitoes; the reflecting system is controlled by the controller and cooperates with the laser to align the laser beams to the target mosquitoes. The device achieves intelligent mosquito eradication and is high in mosquito eradication efficiency, a large amount of manpower is saved, and environmental pollution is not caused. The intelligent laser mosquito eradication device and a robot platform are combined, the mosquitoes within the space range are actively killed, meanwhile, the cruising function of the platform is combined, and the mosquitoes within the whole to-be-worked range can be killed more efficiently.

The invention discloses a novel electric mosquito swatter which comprises a swatter handle, a swatter frame and a high-voltage fence; and the novel electric mosquito swatter is characterized in that the swatter frame is provided with a plurality of LED (light-emitting diode) lamp bulbs, the LED lamp bulbs are respectively arranged on the top end face and swatting surface of the swatter frame, the LED lamp bulbs are communicated with internal circuits, and the circuits are connected in parallel with the high-voltage fence. The invention discloses a novel electric mosquito swatter, and the swatter frame of the electric mosquito swatter is provided with a plurality of LED lamp bulbs, so that a plurality of illumination angles are provided at night, and the illumination range is expanded, therefore, the precise positions of mosquitoes can be captured better, and the efficiency of mosquito eradication is improved; and meanwhile, a plurality of illuminating lamp bulbs are connected in parallel, so that the lamp bulbs can be controlled to turn on and off as required, and then an effect of energy conservation and environmental protection is achieved, therefore, the novel electric mosquito swatter is suitable for household use.

The invention relates to the technical field of mosquito killing robots, in particular to a laser mosquito killing cleaning robot. The laser mosquito killing cleaning robot provided by an embodiment of the invention comprises a main body, a mosquito attracting device, a laser assembly and a mosquito detecting device, wherein the mosquito attracting device, the laser assembly and the mosquito detecting device are installed on the main body. The mosquito attracting device is used for attracting mosquitoes into a preset area, so that the mosquitoes are gathered in the preset area. The mosquito detecting device is used for acquiring the number and positions of the mosquitoes in the preset area and determining boundary characteristics of mosquito groups. A laser emitting assembly is arranged toadjust the angle and range of output laser according to the positions and boundary characteristics of the mosquito groups, so that the range defined by output laser beams is matched with the boundaries of the mosquito groups. Therefore, the laser emitted by the laser beam emitting assembly can fully cover the range of the mosquito groups, and the mosquito groups are killed collectively. The mosquitoes in the preset range are actively killed, moreover, the mosquito killing efficiency is high, and no pollution is caused to the environment.

The invention discloses a multifunctional street lamp which comprises an illuminating portion, a lamp post portion and a bottom. A mosquito eradication device is arranged on the lamp post portion andeffectively attracts mosquitos through comprehensive technologies of light and smell and kills the mosquitos. A purification device is arranged at the bottom and used for crushing the dead mosquitos.A WIFI transmitting module, a photovoltaic module, an induction module and a plurality of USB interfaces and sockets are arranged in an internal circuit of the street lamp, so that information interactive push, resource sharing, energy conservation and environment protection of people are facilitated, and convenience is brought to urban construction.

The invention discloses a novel tower type fan which is provided with a mosquito killing lamp device. The mosquito killing lamp device is connected with an outer shell of the tower type fan and comprises a mosquito trapping lamp, a fan body, a mosquito killing frame and a mosquito storage box. The mosquito trapping lamp is arranged on the upper end face inside the mosquito killing frame which is internally provided with a separation net. The separation net divides the mosquito killing frame into an upper mosquito killing frame body and a lower mosquito killing frame body. The fan body is fixedly arranged in the upper mosquito killing frame body. The mosquito storage box is contained in the lower mosquito killing frame body. The portion, located at the upper mosquito killing frame body, of the circumferential wall of the outer shell is provided with a mosquito inlet fence which communicates with the upper mosquito killing frame body. The novel tower type fan has a human body cooling function and can further kill mosquitoes; the mosquito storage box can be cleared after being taken out through a containing hole and a handle, and secondary pollution of mosquito dead bodies and dust is eradicated; and the mosquito killing lamp device is connected with the outer shell and swings the head along with the outer shell, mosquito trapping is facilitated, and mosquito killing efficiency is improved.

The invention discloses a mosquito-killing lamp circuit. The mosquito-killing lamp circuit comprises a fluorescent lamp circuit and a voltage-doubling rectification circuit, which are connected with each other, wherein the fluorescent lamp circuit comprises a transformer T1, a fluorescent lamp tube EL and a starting pushbutton SF; a power switch SA and one end of the fluorescent lamp tube EL are connected to the two ends of the transformer T1 respectively; the other end of the fluorescent lamp tube EL is connected with the power switch SA through a plug XP; a starting switch SF is further connected between the two ends of the fluorescent lamp tube EL; the voltage-doubling rectification circuit comprises a power transformer T2, a current limiting resistor R1, a current limiting resistor R2, a diode VD1, a diode VD2, a capacitor C1 and a capacitor C2; a primary coil of the power transformer T2 is connected with the fluorescent lamp circuit; the current limiting resistor R1, the capacitor C1 and the current limiting resistor R2 are connected to the two ends of a secondary coil of the power transformer T2 respectively ; the diode VD1, the diode VD2 and the capacitor C2 are connected with the capacitor C1 and the current limiting resistor R2 after being connected in series to form a loop respectively; a power grid VE is connected to the two ends of the capacitor C2. The circuit is safe in use, high in mosquito-killing efficiency, simple in structure and convenient to popularize and use in a large scale in summer.

The invention relates to a carbon dioxide generator. The carbon dioxide generator is an electrolyzer with a sealing cap; a positive electrode plate and a negative electrode plate are arranged inside the electrolyzer; the electrode plates are platinized titanium meshes; the distance between the positive electrode plate and the negative electrode plate is 3-7 mm; the electrode plates are connected with a DC power supply nonpolar wiring female plug. The invention also provides a mosquito killing device comprising the carbon dioxide generator and application of the mosquito killing device. Under the same conditions, the mosquito killing device provided by the invention is larger in carbon dioxide generation amount and higher in mosquito guiding capability, so that the mosquito killing efficiency is higher, and the cost is reduced; as a DC nonpolar power supply is adopted, the use is more convenient and safer; a self-suction and self-discharge pump is mounted, so that the addition of an electrolyte solution and the cleaning of the electrolyzer are more convenient and smoother, and the working efficiency of working personnel or users is improved.

The invention discloses a trapping-type mosquito killer. The trapping-type mosquito killer comprises a carbon dioxide generating module, a temperature control module, a humidity control module and a mosquito killing module; the carbon dioxide generating module comprises a container A and a container B, a solution in the container A and a solution in the container B react, and carbon dioxide is produced; the temperature control module controls the temperature of the trapping-type mosquito killer to be at 38-45 DEG C; the humidity control module controls the humidity of the trapping-type mosquito killer to be at 50-80%; the mosquito killing module generates guiding wind with the wind speed being 0.7-15 m / s. Accordingly, the carbon dioxide generating module, the temperature control module andthe humidity control module cooperate with each other for working to simulate human respiration, and mosquitoes are attracted to the greatest extent, then tempted into the trapping-type mosquito killer through the mosquito killing module, and air-dried and dehydrate to death; the mosquito trapping effect is good, and the mosquito killing effect is ideal.

The invention discloses a household efficient electronic mosquito swatter. The household efficient electronic mosquito swatter comprises a main extending column, on which an anti-skid sleeve is arranged in a sleeving mode; an auxiliary extending column is arranged inside the main extending column in a sleeve mode, and one end of the auxiliary extending column, which is away from the main extendingcolumn, is fixedly connected with a first driving motor; the driving end of the first driving motor is connected with a transmission shaft, the transmission shaft is fixedly connected with a connecting base, and one side of the connecting base, which is away from the transmission shaft, is provided with a mounting frame which is rotating connected with the connecting base through a rotating shaft; one side of the rotating shaft is threadedly connected with a bolt; the inside of the mounting frame is provided with three layers of mounting grooves identical in specification, and the inside of the mounting groove in the middle is fixedly connected with a support. According to the household efficient electronic mosquito swatter, the transmission shaft rotates to drive an electronic mosquito swatter body connected with the connecting base to rotate to achieve large-range mosquito killing, so that the mosquito killing efficiency can be improved; meanwhile, the household efficient electronicmosquito swatter is foldable and accordingly can be applied to killing mosquitoes on ceilings.

The invention specifically provides an electric mosquito swatter with a mosquito-attracting device. The electric mosquito swatter comprises a handle and a swatter frame, wherein the interior of the swatter frame is provided with an ultraviolet lamp; the frame body of the swatter frame is provided with an LED lamp; the ultraviolet lamp and the LED lamp are connected with an electric power arranged in the handle through a control switch; the handle is provided with a storage groove which is rotatably connected with a cover plate; and the cover plate is provided with air vents. The electric mosquito swatter provided by the invention has simple structure; since the mosquito-attracting device arranged on the electric mosquito swatter enables mosquitoes to initiatively close to the electric mosquito swatter, people do not need to look for the mosquitoes everywhere for killing the mosquitoes; thus, time and labor are saved, and killing efficiency of the mosquitoes is improved.

The present invention discloses an integrated domestic mosquito killer. The mosquito killer comprises a housing and a circuit board, wherein a cap is mounted on an opening end surface of the housing, the inner cavity of the housing is a mosquito killer cavity, a suction fan is mounted in the mosquito killer cavity, a collecting net is arranged below the suction fan, a lamp and a buzzer trumpet which are electrically connected with the circuit board respectively are mounted on the cap, a bait bottle filled with mosquito killer bait liquid is arranged in the mosquito killer cavity, an evaporation plate connected with the mosquito killer cavity is arranged on the cap, the evaporation plate is connected with one end of a mandrel, the other end of the mandrel is immerged into the mosquito killer liquid, and a radiator electrically connected with the circuit board is further arranged on the cap. An air inlet and an air outlet for connecting the mosquito cavity with the outside are formed in the housing. According to the integrated domestic mosquito killer, mosquitoes are killed through the lamp, the buzzer trumpet and a bait mosquito killer device. The integrated domestic mosquito killer is simple in structure, and the mosquito killing effect of the mosquito killer is improved. Moreover, the bait liquid in the integrated domestic mosquito killer is volatilized by the evaporation plate through the radiator. The bait volatilization effect is improved, and then the mosquito killing effect is also improved.

A novel electronic mosquito swatter relates to the field of daily necessities. A electric shock net (2) is arranged inside a swatter frame (1), the bottom of which is connected with the upper end of an telescoping handle (5) through a shaft (3). The upper end of the telescoping handle (5) is provided with an angle regulating valve (4) which is connected with the swatter frame (1). The telescoping handle (5) is equipped with a switch (9). The lower end of the telescoping handle (5) is provided with a charging socket (6). A rotating disk (7) is arranged between the charging socket (6) and the telescoping handle (5). A telescoping plug (8) is connected with the charging socket (6). The novel electronic mosquito swatter has a simple structure and is convenient to use. According to the novel electronic mosquito swatter, angle of the swatter and length of the handle can be adjusted such that mosquito eradication efficiency is raised. In addition, a charging interface of the swatter can be adjusted such that the swatter is convenient to charge.

The invention discloses a method for bionic mosquito killing. The method comprises the steps: attracting mosquitoes by imitating biological characteristics of human or animal bodies, tempting the mosquitoes to bite a pocket which imitates human or animal bodies and suck blood-imitated medical liquid inside the pocket, and killing the mosquitoes by using poison in the blood-imitated medical liquid,and a device using the method is disclosed. According to the method and device for bionic mosquito killing, a bionic technology is utilized to attract the mosquitoes to come around the device, the most prominent feature, bloodsucking biological instinct, of the mosquitoes is utilized, and the mosquitoes are temped to actively bite the blood-imitated medical liquid in the pocket made from artificial skin, so that the mosquito killing efficiency is high; due to no need of electricity and no space restriction, the device can be applied to interiors, courtyards, outdoor fields, forests and otherfields; due to specifity of pest killing, accidental killing of other organisms can be prevented, so that eco-environment protection is achieved; due to simple manufacture and low cost, resources andenergy are saved; and a variety of shapes and sizes can be made, so that application in a variety of occasions which have unique requirements for the shape and volume of a mosquito killing device is achieved, and convenient use is achieved.

The invention discloses an electric mosquito repellent capable of humidifying air, which comprises a shell, a support leg, a top cover, a slot, an air hole, a mosquito repellent sheet, a protection frame, a water injection hole, a water tank, an electric heating rod, a base, a wire box, a coil, a power supply seat, a wire slot hole, a plug and a sucker. The electric mosquito repellent has the advantages that: by arranging the water tank and arranging the electric heating rod in the water tank that can be used to heat water, the water in the water tank can be heated to vaporize the water. By arranging the air hole and the electric mosquito repellent above the water tank, the vaporized water can humidify the air, and can heating the mosquito repellent sheet to accelerate the agent dispersing, thus improving the efficiency of mosquito killing. By arranging the power supply seat in the wire box, the excess coil can be wound together to effectively save the internal space of the device, andby arranging the sucker at the bottom of the support leg, the device can effectively adsorb on the ground and prevent the device from turning over. The device has the advantages of convenient disassembly and complete functions.

The invention discloses an electronic mosquito killer hung behind an electric fan, and the electronic mosquito killer comprises a frame body, wherein the middle part of the frame body is hollowed, one side of the frame body is provided with a hook, the surface of the frame body is provided with an electric network, the periphery of the electric network is provided with a light emitting diode (LED) lamp, the upper part of the frame body is provided with a control panel and a charging socket with a charging battery, the charging battery is respectively connected with the blue-light LED lamp and the electric network, and a battery charging circuit which is connected with the charging socket and a high-voltage generation circuit which is connected with the electric network are arranged inside the frame body. The light is projected onto the electric network by utilizing the blue-light LED lamp, so that mosquitoes can be attracted; meanwhile the middle part of the frame body is hollowed and hung behind the electric fan, so that air can run through the electric network, the mosquitoes can be adsorbed onto the electric network to be electrically killed by utilizing the guide airflow blown by the electric fan, and the mosquito killing efficiency can be increased.

The invention discloses an automatic movable laser mosquito killer which comprises a power mechanism, an automatic movable mechanism, a mosquito identifying mechanism, an image processing mechanism and a mosquito killing mechanism. The automatic movable mechanism comprises four infrared detecting instruments, two wheels and a spherical ball, obstacles can be automatically detected by the infrareddetecting instruments, the wheels are controlled by different motors, and the spherical ball can move in various directions. The mosquito identifying mechanism comprises three cameras and two laser pens, the laser pens can move without dead spaces, mosquitoes can be discovered by the mosquito identifying mechanism without dead spaces, and information can be transmitted to the image processing mechanism by the mosquito identifying mechanism. The image processing mechanism comprises a DSP (digital signal processor), images can be processed by the DSP, and the motors can rotate under the control,so that the laser pens can be driven to emit laser. The mosquito killing mechanism comprises a laser pen, and the laser pen can move without dead spaces and is supported by three rotary devices, so that the laser can reach optional locations in certain overhead ranges. The automatic movable laser mosquito killer has the advantages that the automatic movable laser mosquito killer is convenient tooperate, and the mosquitoes can be accurately killed by the automatic movable laser mosquito killer.

The invention discloses a high-efficiency electric mosquito swatter. The high-efficiency electric mosquito swatter comprises a swatter handle, a swatter frame and a metal grid, and is characterized in that: an elliptical frame body of the swatter frame is of a double-layered structure, and consists of an inner layer and an outer layer, the inner layer can pop out relative to the outer layer, and an ejecting mechanism is arranged between the inner layer and the outer layer, and is controlled by an elastic button which is arranged at an end part of the swatter handle. According to the high-efficiency electric mosquito swatter disclosed by the invention, as the inner layer is arranged on the frame body of the swatter frame of the electric mosquito swatter, and can pop out when the electric mosquito swatter is used, mosquito catching space is effectively increased, mosquitoes can be covered to prevent from escape before the electric mosquito swatter exerts an electric shock, so that mosquito killing efficiency is increased; and meanwhile the high-efficiency electric mosquito swatter has the advantages of convenience for use and collection, simplicity and convenience in production technology and low cost, and is applicable to various occasions.

The invention discloses a novel mosquito killer. The novel mosquito killer comprises a shell, a fan, a positioning ring, a lamp holder, an inducing lamp, a mosquito falling device and a mosquito storage box. The novel mosquito killer is characterized in that a protection cover is arranged at one end of the shell, a mosquito inlet groove and an exhaust groove are formed in the shell, and a fixing block is arranged in the shell; the fan is arranged in the protection cover, the positioning ring is arranged in the shell and provided with a positioning rod, and the lamp holder is arranged on the positioning rod; the inducing lamp is arranged on the lamp holder, the mosquito falling device is arranged on the fixing block, and the mosquito storage box is provided with an external thread and a handle. The inducing lamp is arranged to be of a structure capable of rotating on the lamp holder, the inducing lamp can induce mosquitoes in all directions, and the mosquito killing efficiency is improved; mosquitoes entering the shell are blown into the mosquito falling device through the fan and fall into the mosquito storage box, the positioning ring can change the airflow direction of the fan, the situation that the mosquitoes are blown out of the shell is avoided, and then the mosquito killing efficiency is improved.

The invention discloses an LED lamp which comprises a lamp disc, a lampshade and an LED light source. The LED light source comprises an LED light source for illumination and an LED light source for mosquito eradication. The LED light source for illumination is installed on the lower end face of the lamp disc and used for illumination. The LED light source for mosquito eradication is installed on the upper end face of the lamp disc. The edge of the lamp disc is a casing wall formed through upward bending. Small holes are punched in the casing wall. Light emitted by the LED light source for mosquito eradication is sent out through the small holes so as to attract mosquitoes to enter the lamp disc from the small holes, high temperature produced by the LED light source for mosquito eradication kills mosquitoes, radiation is avoided, and muting is achieved. The LED light source for mosquito eradication and the LED light source for illumination are installed in a separated mode, and the condition that mosquitoes block the light sources is avoided. A box is detachably connected to the lower end face of the lamp disc. A user can open a transverse face cover of the lampshade at fixed periods to take down the box for removing dead mosquitoes. The LED lamp is high in mosquito eradication efficiency, integrates illumination and mosquito eradication, and has the quite good popularization value and application prospect.

The invention discloses an intelligent mosquito dispeller based on wireless signal control. The intelligent mosquito dispeller comprises an L-shaped shell, a sliding cavity with a rightward opening isformed in the L-shaped shell, a rotating column is fixedly arranged on the left wall of the sliding cavity, and a rightward extending part of the rotating column extends out of the outside; and six fixing blocks symmetrical about the center of the side face of the rotating column are fixedly arranged on the periphery of the part, located outside, of the rotating column, plate bodies are hinged tothe side faces of the fixing blocks, and lamp cavities and contact cavities are formed in the inner walls of the sides, close to each other, of the plate bodies. The intelligent mosquito dispeller can be started through a mobile phone signal control device, and the intelligent terminal running effect is achieved; and in the intelligent mosquito dispeller, by controlling forward and reverse rotation of a motor, unfolding of the plate bodies and volatilization of mosquito attracting fragrance are achieved, fragrance diffusion can be accelerated, the blue light coverage area can be increased, the mosquito killing efficiency can be improved, and the problem that when a person is not at home, the person forgets to turn off a mosquito killer, and consequently a fire accident occurs can be solved.

The invention discloses a novel mosquito killer, which comprises a power supply switch, a power supply module, a single chip microprocessor, a booster circuit, a linear mosquito killing screen and a clock circuit, wherein the power supply switch is connected with the input end of the power supply module, the output end of the power supply module and the output end of the clock circuit are respectively connected with a signal input end of the single chip microprocessor, a signal output end of the single chip microprocessor is connected with the booster circuit, the signal output end of the booster circuit is connected with the linear mosquito killing screen, the linear mosquito killing screen comprises two metal sheets (4), and one side of each metal sheet (4) is provided with adhesive which is used for bonding being bonded with a screen window frame (2) and a window frame (3). Due to the adoption of the novel mosquito killer, the mosquito killing effect is essentially realized, the mosquito killing efficiency is high, mosquitoes are prevented from flying into a room through a gap between a screen window and the window, whether the night falls or not is judged through the clock unit, the novel mosquito killer is automatically opened, and the electric energy can be saved.

The invention discloses a bionic mosquito killing device which is easy to clean, comprising a box body, a motor is installed at the center of one side of the box body, a transparent rotating sleeve is connected to the horizontal axis on the inner side of the box body, and the transparent rotating sleeve One end of the transparent rotating sleeve is connected to the output end of the motor, and the other end of the transparent rotating sleeve is connected to the inner wall of the box body, and the bottom end of the inner wall of the box body is provided with a through hole; in the present invention, an appropriate amount of artificial Sweat is absorbed by No. 1 cotton swab and No. 2 cotton swab. The ring light strip can emit ultraviolet light to attract mosquitoes with light and smell. The transparent rotating sleeve is driven by the motor to rotate, so that there are two adjacent mosquitoes. The first partition plate is rotated to contact with the clean water inside the box body, so that the body of the mosquito is fully in contact with the clean water, and the mosquito is caught, and then the scraping module cleans the partition plate, which effectively improves the treatment efficiency of the mosquito , to protect people's health.

The invention relates to the technical field of manufacture of mosquito repellent mats and discloses a manufacture method of an electric mosquito mat with bletilla tuber. The manufacture method comprises: forming, drying and packaging; the forming step includes: A, layering, to be specific, taking a plurality of paper sheets to manufacture an electric mosquito mat, stacking the paper sheets layer by layer, placing absorbent wool between every two adjacent paper sheets to obtain a primary mat, and perforating the primary mat to obtain via holes; B, burying threads, to be specific, passing multiple cotton threads through the via holes, burying cotton threads in the absorbent wool to obtain a secondary mat, and compacting the secondary mat; C, soaking, to be specific, soaking the secondary mat in a mosquito repellent liquid with bletilla tuber liquid, and taking out the secondary mat to obtain a mosquito mat; D, connecting via a plate, to be specific, passing metal rods through the via holes, connecting the metal rods in the via holes in rotational manner, taking a U-shaped plate that includes two opposing side plates, and connecting the two ends of every metal rod to the two side plates. By using the manufacture method, it is possible to manufacture the electric mosquito mat that may be heated evenly and may volatilize a mosquito repellent material more quickly.

The invention relates to the technical field of manufacture of mosquito repellent mats and discloses a manufacture method of an electric mosquito mat with bletilla tuber. The manufacture method comprises: forming, drying and packaging; the forming step includes: A, layering, to be specific, taking a plurality of paper sheets to manufacture an electric mosquito mat, stacking the paper sheets layer by layer, placing absorbent wool between every two adjacent paper sheets to obtain a primary mat, and perforating the primary mat to obtain via holes; B, burying threads, to be specific, passing multiple cotton threads through the via holes, burying cotton threads in the absorbent wool to obtain a secondary mat, and compacting the secondary mat; C, soaking, to be specific, soaking the secondary mat in a mosquito repellent liquid with bletilla tuber liquid, and taking out the secondary mat to obtain a mosquito mat; D, connecting via a plate, to be specific, passing metal rods through the via holes, connecting the metal rods in the via holes in rotational manner, taking a U-shaped plate that includes two opposing side plates, and connecting the two ends of every metal rod to the two side plates. By using the manufacture method, it is possible to manufacture the electric mosquito mat that may be heated evenly and may volatilize a mosquito repellent material more quickly.

The invention discloses a mosquito-trapping and mosquito-killing lamp. The mosquito-trapping and mosquito-killing lamp comprises a base, wherein a plurality of uniformly-distributed mounting openingsare formed in the upper portion of the base, each mounting opening is obliquely formed upwards, and high-voltage power grid fixing cylinders are arranged at the upper ends of the mounting openings; air outlets are formed in the outer walls of the high-voltage power grid fixing cylinders, high-voltage power grids used for electrically killing mosquitoes are installed in the high-voltage power gridfixing cylinders, fan fixing cylinders are arranged at the upper ends of the high-voltage power grid fixing cylinders, fans are installed in the fan fixing cylinders, air inlet grid fixing cylinders are installed at the upper ends of the fan fixing cylinders, and air inlet grids are arranged at the upper ends of the air inlet grid fixing cylinders. According to the lamp, the mosquito-killing rangeis effectively enlarged, and the lamp is suitable for being used in a large space; the mosquito-killing efficiency is high; compared with a vertical grating, the air inlet volume is larger, and the suction force on the mosquitoes is larger; the high-voltage power grids are located at the deep inside the mosquito-killing lamp, so that the influence of noise generated when the mosquitoes are killedon livestock is avoided.

The invention discloses an electric mosquito swatter. The electric mosquito swatter comprises a swatter body, wherein the swatter body comprises a swatter head and a swatter handle, and a fastener isarranged on the swatter handle; the swatter head is fixedly connected with the swatter handle through the fastener; the swatter head comprises a swatter surface and a fixing frame, and the swatter surface is fixed to the fixing frame; the swatter handle comprises an upper half swatter handle body and a lower half swatter handle body which are rotationally connected through threads; the swatter handle is provided with lamp bodies including the first lamp body and the second lamp body, the first lamp body is embedded in the upper half swatter handle body, and the second lamp body is installed atthe bottom of the lower half swatter handle body. The electric mosquito swatter is simple in structure, convenient to use and low in manufacturing cost, has the advantages of being convenient to use,can attract mosquitoes through the detachable arrangement of the lamp bodies, and improves the mosquito killing efficiency.

The invention relates to a carbon dioxide generator. The carbon dioxide generator is an electrolytic cell with a sealed cover. The positive and negative electrode plates are arranged in the electrolytic cell. The electrode plates are platinum-plated titanium mesh, and the positive and negative electrode plates are The distance between them is 3-7mm, and the electrode plate is connected with a DC power supply non-polarity terminal socket. The invention also proposes a mosquito killing device containing the carbon dioxide generator and its application. Under the same conditions, the mosquito trapping and killing device proposed by the present invention can generate larger air volume and stronger mosquito induction ability, so the efficiency of mosquito killing can be improved, and the cost can be reduced at the same time, and it is more convenient to use due to the use of direct current non-polarity power supply. safer. Since the self-priming and self-draining pump is installed, it is more convenient and smooth to add electrolyte and clean the electrolytic cell, which can also improve the working efficiency of the staff or users.

The invention discloses an energy-saving and environmentally friendly mosquito killing lamp. The energy-saving and environmentally friendly mosquito killing lamp comprises a bottom cover, wherein a cavity is formed in the top of the bottom cover; a protrusion is arranged on the bottom of the inner side of the cavity; a base is arranged at the top end of the bottom cover; a fixing sleeve is arranged on the inner side of the base; threads are arranged on the inner side of the fixing sleeve; a supporting rack is arranged between the base and the fixing sleeve; the protrusion is fixedly connectedwith the fixing sleeve through the threads; a protective basket is arranged on the top of the base; a net barrel and a lampshade are arranged on the top of the fixing sleeve; the lampshade is arrangedon the inner side of the net barrel; a protective cover sleeves the outer side of the upper portion of the protective basket; a reflecting plate is arranged on the inner side of the protective cover;a top seat is arranged at the top end of the protective basket; a connecting ring seat is arranged at the top end of the net barrel; and a fixing seat is arranged at the top end of the lampshade. Theenergy-saving and environmentally friendly mosquito killing lamp has the beneficial effects that while the mosquito killing efficiency is improved, use safety is ensured as much as possible, and energy consumption is reduced.

The invention relates to a method for selecting a mosquito eradication area in laser mosquito eradication. The main idea is to automatically judge or manually set a range in which mosquito eradicationis required in a mosquito eradication process, so that a place where a mosquito killer really needs to play a role in practical application is determined.

The invention relates to mosquito killing devices, in particular to an efficient mosquito killing device which is compact in structure and high in mosquito killing efficiency. The efficient mosquito killing device comprises a mosquito killing box, a pressing-down mechanism, a collection box and a plurality of electric heating wires, the pressing-down mechanism comprises a linear driving mechanism,a pressing plate and an electromagnet, the linear driving mechanism is vertically and fixedly arranged at the top of the mosquito killing box, the electromagnet is fixedly arranged on an extensible rod of the linear driving mechanism, the pressing plate is horizontally arranged on the electromagnet, the electric heating wires are detachably and fixedly connected in the mosquito killing box and positioned below the pressing plate, a pair of limiting blocks are arranged in the mosquito killing box and positioned between the pressing plate and the electric heating wires, and the collection box is detachably arranged in the mosquito killing box and is close to the bottom. The efficient mosquito killing device has the advantages of compact structure and high mosquito killing efficiency.