17 results about "Mosquito breeding" patented technology

The garbage can comprises a frame body and a garbage can body, a can inlet is formed in the side wall of the frame body, a garbage inlet is formed in the upper surface of the frame body, and the upper surface of the garbage inlet is movably connected with the sealing mechanism. The sealing mechanism is composed of two sets of first folding triangles, second folding triangles and third folding triangles, the upper surface of the frame body is rotationally connected with the first folding triangles, the side walls of the first folding triangles are rotationally connected with the second folding triangles through hinges, and the side walls of the second folding triangles are rotationally connected with the third folding triangles through hinges; the two third folding triangles are rotationally connected; the garbage inlet can be flexibly opened and closed, garbage throwing is facilitated, the garbage inlet can be effectively closed after closing, garbage peculiar smell emission and mosquito breeding are reduced, the garbage can is hung on the sealing plate through the hook and the hanging groove, complex operation is not needed when the garbage can is replaced, the garbage can is easy and convenient to replace, and the garbage can replacing efficiency is improved. And daily cleaning and maintenance are convenient.

The invention discloses a vertical greening plant curtain wall and a construction method thereof, relates to the technical field of plants, and solves the problems that plants planted on the plant curtain wall attract a large number of mosquitoes at night in summer, so that the living environment of surrounding residents is affected; the pruning of plants at high positions is relatively dangerous, and humid soil or a water accumulation container on the curtain wall may become a mosquito breeding place. A vertical greening plant curtain wall comprises a plant curtain wall body, and a planting groove is formed in one side of the outer surface of the plant curtain wall body. When a large number of mosquitoes appear outside at night in summer, plants can be sealed through the night sealing insect prevention trimming mechanism and can be trimmed synchronously, and the plants can be automatically deinsectized through the deinsectization mechanism, so that the safety of the plants is improved. By means of the technical scheme, the situation that the plant curtain wall body becomes a mosquito breeding place can be prevented while the living environment of residents around equipment is improved.

This invention relates to the field of waste disposal, specifically to an intelligent waste room with a gate-controlled spray disinfection linkage mechanism. The waste room includes a main body with multiple disposal windows on one side. Multiple waste bins are placed inside the main body, located to one side of the disposal windows. After a user disposes of waste, the invention closes a closing plate. This closing plate triggers a linkage to activate a drive assembly. Simultaneously, the drive assembly moves a movable frame along a support column in a long groove, while simultaneously activating the spray pipe's chemical supply path. This allows disinfectant to continuously spray from nozzles on the movable frame, providing comprehensive mobile spray disinfection to the entire disposal window area and the surrounding area. This effectively removes bacteria adhering to the window area, neutralizes odors, reduces mosquito breeding, and improves the sanitary environment around the waste room.

This utility model relates to the field of mosquito breeding technology, specifically to an integrated mosquito breeding device, including an adult mosquito cage, a water tank below the adult mosquito cage, and a connecting platform structure between the adult mosquito cage and the water tank. The adult mosquito cage includes a stainless steel frame with a mesh body inside. The mesh body has a mesh door on its side and a sleeve on the side of the mesh door. The bottom of the mesh body has a funnel-shaped connecting opening. The connecting platform structure includes an annular platform with several fan-shaped baffles inside. A connecting cylinder is located below the annular platform, and the outer side of the connecting cylinder has threads. The top of the inner side of the water tank has a threaded groove that connects with the threads. The inner side of the water tank has an annular groove, and a baffle frame is placed on the upper side of the annular groove. The top of the baffle frame has a conical baffle positioned below the fan-shaped baffles. This utility model solves the problem that existing mosquito breeding tools are mostly separate, where adult mosquitoes are raised in a breeding cage, and after laying eggs, the egg-laying paper is placed in water to incubate the larvae. After emergence, the adult mosquitoes are transferred back to the water, resulting in a complex process, numerous tools, and low work efficiency.

The application provides a mosquito breeding device convenient to take and place, relates to the field of mosquito breeding devices, and comprises a support frame, a mosquito storage hopper fixedly connected to the right side of the top end face of the support frame, a storage auxiliary mechanism arranged between the mosquito storage hopper and an opening and closing control plate, a feeding tray slidingly arranged at the bottom side of the left end of the support frame, a winding shaft rotatably arranged at the rear of the feeding tray, a protective auxiliary net wound around the outer end of the winding shaft, a protective auxiliary mechanism arranged between the feeding tray and the winding shaft, a worm egg feeding box fixedly connected to the right side of the bottom end of the support frame, and a water storage tank fixedly connected to the outer side of the right part end face of the worm egg feeding box. The operation steps for adding sugar water and medicaments into the feeding tray are slowed down, the frequency of repeated labor of the operator is reduced, the operation convenience when the sugar water or medicaments are added into the feeding tray is improved, the mosquito prevention and control effect is improved, and the problems of affecting the operation convenience when the sugar water or medicaments are added and affecting the mosquito prevention and control effect are solved.

The utility model discloses a kind of air inlet device with deodorization function, including with the assembly support assembly of garbage station air vent fixed connection, and at least part of slidingly embedded in the air inlet assembly of assembly support assembly, air inlet assembly includes the filter assembly for filtering air in inside, filter assembly includes air inlet grille, insect screen, activated carbon layer and decomposition layer sequentially arranged from the side close to assembly support assembly to the side away from it, the basic air flow of air exhaust in garbage station can be guaranteed by air inlet grille, mosquito breeding inside and outside garbage station can be isolated by insect screen, by activated carbon layer, by decomposition layer, air evolution treatment can be realized, greatly reduce the bacteria, fungi and odor of air, solve the relatively single of current filter structure, to ensure air evolution quality, for activated carbon filter screen consumption also relatively improve, therefore, operating personnel need frequently replace activated carbon filter screen at air inlet, increase the problem of work burden.

This invention provides a community mosquito prevention health education method and system based on augmented reality. The method includes: acquiring a real-world scene image scanned by a mobile terminal; identifying stagnant water areas and types in the image; extracting stagnant water features from the stagnant water areas; assessing the mosquito breeding risk level of the stagnant water areas based on the correlation between stagnant water features and mosquito breeding; estimating the number of mosquitoes breeding in the stagnant water areas based on the mosquito breeding risk level; generating a 3D mosquito model animation based on the number of mosquitoes; and generating stagnant water cleaning suggestions based on the stagnant water type. The mosquito breeding risk level, the 3D mosquito model animation, and the stagnant water cleaning suggestions are superimposed onto the stagnant water areas in the real-world scene image scanned by the mobile terminal. This constructs an immersive mosquito prevention health education model that integrates standard knowledge delivery to personalized suggestion generation, real-world scene scanning to virtual risk, and the presentation of 3D animation and cleaning suggestions, thereby improving the efficiency and presentation effect of mosquito prevention health education.

The application relates to the technical field of mosquito feeding, and discloses a mosquito feeding system and method based on glucose, which comprises the following steps: obtaining the mosquito breeding quantity in each glucose feeding concentration experimental bin within a preset time period based on a preset environment; obtaining the initial quantity of mosquitoes and the glucose feeding concentration in the glucose feeding concentration experimental bin with the mosquito breeding quantity higher than that in each glucose feeding concentration experimental bin; establishing a glucose feeding relationship formula according to the initial quantity of mosquitoes and the glucose feeding concentration; determining the glucose feeding concentration according to the quantity of mosquitoes to be fed and the glucose feeding relationship formula; judging whether the glucose feeding concentration needs to be adjusted according to the relationship between the internal environment information of the feeding bin and the preset environment; and feeding the mosquitoes to be fed according to the adjusted glucose feeding concentration. The glucose feeding relationship formula is established, and the glucose feeding concentration is accurately adjusted according to real-time environment information, so that the health state of the mosquitoes is ensured, and the survival rate of feeding is improved.

The invention relates to the technical field of large-scale breeding, and discloses a robot-based automatic mosquito breeding system which comprises a control center, at least one AGV robot, a larva feeding module, an adult mosquito feeding module, a feed supply module and an environment guarantee module. The control center, the AGV robot, the larva feeding module, the adult mosquito feeding module, the feed supply module and the environment guarantee module are in communication connection through a network. According to the invention, the production task is taken as a core drive, the control center dynamically generates the scheduling instruction based on the data reported by each module in real time, the AGV robot is commanded to accurately transfer materials among the modules, manual intervention is reduced, and the production efficiency and consistency are improved; and on the basis of centralized control of real-time data streams, the system can flexibly respond to instructions of different production modes, the production logic is quickly adjusted, and flexible production is realized.

The utility model discloses a double-layer stainless steel anti-mosquito and anti-blocking sewage intercepting basket, which belongs to the technical field of catch basin drainage and comprises a sewage intercepting basket and an anti-mosquito basket, drain holes are densely distributed on side plates and a bottom plate of the sewage intercepting basket, the top of the sewage intercepting basket is fixedly connected with a concentric-square-shaped frame, and the anti-mosquito basket comprises a supporting plate and a surrounding plate fixedly connected onto the supporting plate. The rainwater collecting device has the advantages that large-particle and large-size sundries in discharged rainwater can be intercepted through the sewage intercepting basket, meanwhile, small-size sundries are discharged along with water flow, the rainwater collecting device can be used for collecting rainwater, the rainwater collecting device can be used for collecting the rainwater, and the rainwater collecting device can be used for collecting the rainwater and collecting the rainwater. The catch basin can be prevented from being blocked, and the manual cleaning frequency can be reduced; the overflow pipe is arranged, when the sewage intercepting basket is blocked, rainwater can be drained, the situation that mosquitoes breed and fly outwards can be reduced through the arrangement of the mosquito preventing basket, and the rainwater well can be additionally installed on the basis of not changing an existing rainwater well structure and is convenient to operate.

The utility model relates to the technical field of drainage equipment, and discloses a novel drainage grate which comprises a top plate, a plurality of leakage holes are formed in the top of the top plate, a plurality of arc-shaped guide plates are fixedly connected to the top of the top plate, a plurality of drainage grids are fixedly connected to the bottom of the top plate, and a side sealing plate is arranged on one side of each drainage grid. The top of each arc-shaped guide plate is of a transition structure with the high middle and the two low sides, the arc-shaped guide plates are used for guiding rainwater to the inner wall of the leakage hole, the multiple drainage grids are distributed in a linear staggered mode, and the distances between the drainage grids are the same. According to the utility model, by arranging a combined structure of the arc-shaped guide plate and the leakage holes, rainwater collection can be accelerated, sundries can be effectively filtered, the drainage grids skillfully form a stable water seal structure by utilizing the principle of communicating vessels, and the long-term problems of stink upwelling, mosquito breeding and the like of the traditional drainage ditch, which puzzle environmental sanitation, are thoroughly solved.

The invention relates to a sanitation patrol planning method and system based on an unmanned aerial vehicle. The sanitation patrol planning method comprises the following steps: acquiring multi-angle three-dimensional image data of the unmanned aerial vehicle in an area under administration; identifying possible ponding point locations through the three-dimensional image data; acquiring weather information, and determining a rainfall area according to the weather information after rainfall; determining a temporary inspection point location according to the position of the possible water accumulation point location in the rainfall area; and generating an environmental sanitation patrol planning route according to the temporary patrol point location. By means of the method, the ponding condition can be predicted in advance, high-risk point locations can be rapidly checked based on the prediction result, ponding can be found and treated as soon as possible, mosquito breeding is avoided, and effective prevention and control are achieved.

The utility model relates to the technical field of awnings, in particular to an open type awning provided with a drainage groove, which comprises an awning body, a rain collecting groove is fixedly arranged at the bottom of the awning body, a cover body is fixedly arranged at the joint of the rain collecting groove and the awning body, a water inlet is arranged on the surface of the cover body, and a water outlet is arranged on the surface of the cover body. And a filter screen is mounted on the surface of the water inlet. The filter screen on the surface of the cover body can intercept fine impurities and prevent pollutants from entering the rain collecting groove, and meanwhile, the inclined table is arranged in the rain collecting groove, so that rainwater quickly flows to the drainage end, drainage is accelerated, accumulated water retention is prevented, and the possibility of pollution and mosquito breeding is reduced; the blocking net at the drainage end of the rain collecting groove can further intercept large sundries such as leaves and silt, smooth drainage is guaranteed, the blocking edges of the awning body provide stable support for the filter net, and the installation stability and the wind resistance of the filter net are improved through the symmetrically-distributed plug pin structures.

The invention relates to the technical field of building materials, in particular to a manufacturing method of moss-preventing and mosquito-preventing regenerated stone, which is characterized in that a bacteriostatic agent is adsorbed in small-particle-size porous ceramic particles and medium-particle-size porous ceramic particles, and an insecticide is adsorbed in large-particle-size porous ceramic particles, so that the influence of rainwater on the bacteriostatic agent and the insecticide is greatly reduced; the effective period is prolonged; meanwhile, the small-particle-size porous ceramic particles and the medium-particle-size porous ceramic particles are arranged on the upper layer and the middle layer of the regenerated stone, and the large-particle-size porous ceramic particles are arranged on the lower layer of the regenerated stone, so that different moss and mosquito breeding conditions can be accurately controlled, the use amount of drugs is reduced, and the regenerated stone is more environment-friendly; the small-particle layer is arranged on the upper layer of the regenerated stone and can effectively prevent fine impurities such as dust from entering the regenerated stone, so that the water permeability of the regenerated stone is guaranteed, and growth of moss and mosquitoes is inhibited.

The utility model discloses an indoor planting system, including support unit and a plurality of planting unit, wherein support unit includes: bed, guide column and support column, guide column sets up on the bed, and a plurality of planting unit is stacked on the bed through the support column spacing, and planting unit fixed mounting is on guide column. Every planting unit includes: main part, cultivate suite and collection tray, and main part is connected with support column, and cultivate suite is detachably arranged on the main part, and collection tray is installed in the bottom of main part. Cultivate suite includes external cup and fixed cup, and external cup has water storage cavity, and external cup is provided with siphon, and the first end of siphon is located in water storage cavity and extends to the bottom of water storage cavity, and the second end of siphon is located outside water storage cavity, and fixed cup sets up in water storage cavity, and fixed cup is used for placing plant. The indoor planting system can realize self water change, thereby avoiding plant root system rot and bacteria mosquito breeding, and reducing the operation burden of user.

The application relates to a mosquito hatcher and relates to the technical field of testing instruments, which comprises a mosquito breeding barrel for breeding larvae and a mosquito breeding cage for breeding adult mosquitoes, the mosquito breeding barrel is a container with an open upper end and a closed lower end, the mosquito breeding barrel can accommodate a certain amount of water to meet the growth and development requirements of the larvae, the open upper end of the mosquito breeding barrel is connected with the bottom of the mosquito breeding cage, a guide element for guiding the flight path of the adult mosquitoes is arranged in the mosquito breeding barrel, both ends of the guide element are designed as openings, the diameters of the two openings are different, the end with the smaller diameter of the guide element faces the mosquito breeding cage, and the end with the larger diameter of the guide element is connected with the mosquito breeding barrel. The application reduces the transfer operation of the mosquitoes from larvae to adult mosquitoes in the feeding process, reduces the workload to improve the efficiency, guides the adult mosquitoes into the mosquito breeding cage through the guide element, reduces the laboratory pollution caused by the escape of the mosquitoes, and improves the convenience and reliability of the mosquito feeding.

The utility model discloses a kind of water and soil conservation devices of plant life flow guide integration, comprising: low-permeability bottom plate;Rainwater collection assembly assembled on the low-permeability bottom plate;Above-mentioned device is when rain falls, first by the water source collection of rainwater collection assembly on low-permeability bottom plate U-shaped water-collecting groove, the water flow velocity is slowed down in the slow water slope in U-shaped water-collecting groove, and water outlet control pipe adjusts water flow discharge.Soon, rainwater carries out preliminary filtration by filter plate moss planting plate in rainwater filtration guide assembly;Evaporation reduction component is fixed on U-shaped water-collecting groove by magnetic attraction frame, and the plant hydroponics frame and air hole of its bottom are planted to prevent mosquito hydroponics plant, these plants not only absorb moisture and reduce evaporation, but also reduce mosquito breeding through the natural characteristics of plant, to solve the evaporation and mosquito problem caused by water source exposure, improve the utilization efficiency of water resources, promote ecological balance simultaneously, reduce the risk of disease transmission.