7 results about "Mole cricket" patented technology

The invention relates to agricultural farming machinery, in particular to a bionic anti-drag subsoiler based on the contour curve of the second toe of the forefoot of a mole cricket. According to the bionic anti-drag subsoiler based on the contour curve of the second toe of the forefoot of the mole cricket, the bionic anti-drag subsoiler is designed through the contour curve of the second toe of the forefoot of the mole cricket, so that the tillage resistance of the subsoiler is reduced, and oil consumption of subsoiling operation is reduced. According to the technical scheme, the bionic anti-drag subsoiler based on the contour curve of the second toe of the forefoot of the mole cricket is characterized in that a bionic shovel handle comprises a shovel handle straight handle section and an arc-shaped shovel handle bionic section, wherein the upper end of the shovel handle bionic section is smoothly connected with the shovel handle straight handle section into a whole; the longitudinal section contour line of the soil contact side of the shovel handle bionic section is based on the inner contour line of the longitudinal section of the second toe of the forefoot of the mole cricket, and the longitudinal section contour line of the soil separation side of the shovel handle bionic section is based on the outer contour line of the longitudinal section of the second toe of the forefoot of the mole cricket; the left contour line and the right contour line of the bionic shovel point are based on the left contour line of the second toe of the forefoot of the mole cricket.

The present application relates to the technical field of bionic robot, and particularly relates to a bionic mole cricket micro crawling and excavating robot based on multi-mechanism cooperative driving. The bionic mole cricket micro crawling and excavating robot comprises a four-legged crawling mechanism for driving the whole robot to move on the ground, a steering mechanism for adjusting the moving direction of the four-legged crawling mechanism on the ground and a bionic excavating mechanism for excavating soil; the four-legged crawling mechanism comprises a body and four bionic legs located at the bottom of the body, each group of the bionic legs is provided with a leg lifting mechanism and a leg swinging mechanism for periodically driving the bionic legs to sequentially perform leg lifting and leg swinging actions respectively; a transmission mechanism is arranged in the body, and the transmission mechanism is used for simultaneously driving the leg lifting mechanism and the leg swinging mechanism of each group of the bionic legs. The crawling mechanism design driven by a single motor reduces the number of actuators, makes the robot structure more compact, and through the multi-mechanism cooperative driving design, the robot can simultaneously realize the functions of crawling, steering and excavating.

A bionic residual film recovery device based on a fuzzy adaptive control system belongs to the technical field of intelligent agricultural equipment, and is characterized in that a vibration film lifting mechanism adopts bionic film lifting shovel teeth, and the contour curve of a soil-penetrating part of the bionic film lifting shovel teeth is similar to the contour curve of a first claw toe of a forefoot of a Chinese mole cricket; an air spring and a floating four-bar mechanism are combined to realize dynamic adjustment of the buried depth; the detection mechanism monitors operation parameters in real time through an attitude sensor and an ultrasonic sensor, and adjusts an air pressure transmission system based on a fuzzy PID control algorithm to ensure stable operation of the film stripping shovel teeth; a main body of the residual film conveying mechanism is designed to be a picking chain net, residual film picking and separating are completed through spike teeth and a film removing plate, and the film rolling mechanism efficiently collects films through a film rolling chain net. The plastic film residue recycling machine can solve the problems that an existing plastic film residue recycling machine is non-adjustable in buried depth and low in soil and film separation efficiency, can remarkably improve the plastic film residue recycling rate and operation adaptability, and is high in automation degree and working efficiency and low in energy consumption.

The invention discloses a field drip irrigation anti-bite system based on a high-density polyethylene (HDPE) pipe and pre-sowing soil synergistic treatment, relates to the technical field of agricultural irrigation and pest control, and aims to solve the problems of weak insect bite resistance, short medicament timeliness, high soil pollution risk and the like caused by a single protection means of an existing field drip irrigation pipe. The system comprises a high-strength HDPE drip irrigation pipe main body and a pre-sowing soil integrated treatment module, the HDPE pipe forms a physical protective barrier through a specific wall thickness (0.8-1.2 mm), an anti-impact modified formula (containing 8-10% of POE elastomer) and an outer wall spiral reinforcing rib; the pre-sowing soil treatment module forms a slow-release insect prevention belt for 1-3 months around a drip irrigation pipe through environment-friendly sophocarpidine granules (the effective components are larger than or equal to 3%), precise belt type pesticide application and rotary tillage mixing. Field tests show that the protection rate of underground pests (cutworms, grubs and mole crickets) is larger than or equal to 95%, the damage rate of drip irrigation pipes is smaller than or equal to 2%, matrine soil residues are smaller than or equal to 0.01 mg / kg, and the method is suitable for large-scale field planting of corn, cotton and the like.

This invention discloses an integrated sound, light, and food-based mole cricket trapping device, comprising a housing with an outer ring cavity, a middle ring cavity, and an inner cavity. The inner cavity contains a transparent bait container, and the outer ring cavity contains a sound-generating mechanism. Sound outlets are distributed on the top of the housing corresponding to the sound-generating mechanism. LED light strips are distributed within the middle ring cavity, and light-transmitting holes are distributed on the inner wall of the middle ring cavity corresponding to the LED light strips, connecting the middle ring cavity and the inner cavity. A transparent cover plate is detachably connected to the top of the housing, with multiple first through holes on the cover plate. Multiple second through holes are distributed on the top of the transparent bait container. A trapping channel is connected to the top of the housing. This invention also discloses an integrated sound, light, and food (odor) mole cricket trapping method. This invention generates a triple attraction signal for mole crickets using sound, light, and food (odor) signals, corresponding to the mole crickets' acoustic, phototactic, and chemotactic behavioral characteristics, respectively, significantly improving the directional attraction and capture rate of mole crickets, resulting in excellent capture effects.

Pesticidal compositions and methods of use are provided. An aqueous pesticidal suspension composition comprises indoxacarb, a dispersant, a surfactant, and water, wherein the dispersant and surfactant are present in amounts effective to maintain the indoxacarb as a stable suspension during storage. The composition may optionally include one or more formulation additives such as a thickener, preservative, antifreeze agent, or antifoaming agent. A suspension concentrate comprising higher levels of indoxacarb, dispersant, and surfactant is also provided and may be diluted prior to application. Methods of controlling pests are further disclosed, including applying an effective amount of an indoxacarb-containing composition to turfgrass or ornamental plants to control pests such as black cutworm larvae, tawny mole cricket, and Genista caterpillar. The compositions may be applied directly or as diluted spray solutions at selected application rates to provide effective pest control with acceptable plant safety.

Pesticidal compositions and methods of use are provided. An aqueous pesticidal suspension composition comprises indoxacarb, a dispersant, a surfactant, and water, wherein the dispersant and surfactant are present in amounts effective to maintain the indoxacarb as a stable suspension during storage. The composition may optionally include one or more formulation additives such as a thickener, preservative, antifreeze agent, or antifoaming agent. A suspension concentrate comprising higher levels of indoxacarb, dispersant, and surfactant is also provided and may be diluted prior to application. Methods of controlling pests are further disclosed, including applying an effective amount of an indoxacarb-containing composition to turfgrass or ornamental plants to control pests such as black cutworm larvae, tawny mole cricket, and Genista caterpillar. The compositions may be applied directly or as diluted spray solutions at selected application rates to provide effective pest control with acceptable plant safety.