4results about How to "Meet adaptability" patented technology

The application discloses a kind of crop planting layout optimization methods.The optimization method includes: obtaining flood simulation data, farmland inundation data, future climate scenario data and crop-related parameters;Determine the key indicators of crop planting layout optimization, the key indicators include crop planting area and crop type spatial allocation;The constraint condition of crop planting layout is constructed, wherein the constraint condition includes constructing crop climate suitability constraint, constructing resource and safety constraint, and constructing space and flood risk constraint;Flood simulation data, farmland inundation data, future climate scenario data and crop-related parameters are imported into the constraint condition, and optimization parameters are generated based on the key indicators and the preset multi-objective intelligent optimization algorithm, and the optimization parameters form the crop planting layout optimization scheme.The technical scheme of the application can effectively meet the climate adaptability and risk prevention and control needs of agricultural production in flood-prone areas.

This application belongs to the field of adhesive coating technology and discloses an adhesive coating assembly, including a mounting bracket, a mounting tube, a rotating tube, and an adhesive supply assembly. A drive assembly is mounted on the mounting tube, and a first disc is mounted at the lower end of the rotating tube. The first disc has a first upper through-hole and a second upper through-hole symmetrically arranged on it. A fixed shaft is vertically mounted on the bottom surface of the first disc, and a second disc is rotatably mounted on the fixed shaft. The second disc has a first lower through-hole and a second lower through-hole symmetrically arranged on it. A nozzle is mounted on the bottom surface of the second disc corresponding to each of the first and second lower through-holes. A fixed assembly is mounted on the rotating tube. When the first upper through-hole aligns with the first lower through-hole, adhesive is discharged from the first lower through-hole; when the second upper through-hole aligns with the second lower through-hole, adhesive is discharged from the second lower through-hole. The radial distances of the first and second lower through-holes from the axis of the rotating tube are different, allowing for different widths of adhesive coating by switching between the first and second lower through-holes, thus meeting diverse production needs.

This utility model discloses an automatic feeding device for oil perforation projectile production blanks, relating to the field of automatic feeding devices. It includes a Z-axis drive component, on which a pneumatic clamping component is fixedly mounted. The pneumatic clamping component comprises three grippers arranged in a ring. A positioning rack and a limiting component are fixedly mounted inside each gripper. The limiting component is located above the positioning rack and consists of a spring and a baffle. Two springs are symmetrically fixedly mounted on the upper end of the baffle. Adjustable clamping components are mounted on the grippers, positioning rack, and limiting components. By setting a positioning rack on the grippers, cooperating with the limiting component composed of springs and baffles, and the adjustable clamping component composed of an arc-shaped base block, positioning rack, arc-shaped rubber pad, and arc-shaped rubber strip, a flexible and adaptable clamping adjustment mechanism is formed. The adjustable clamping component can be conveniently adjusted on the grippers, thereby accurately adapting to the diameter differences of oil perforation projectile shell blanks of different specifications and achieving stable clamping.

The utility model discloses a hand mould demoulding device, and the demoulding device includes the support, installs hand mould fixed component and blows mould subassembly on the support, and the blowing end of blowing mould subassembly is aligned with the hand mould on hand mould fixed component, and the front end or the finger end surface of this hand mould faces the blowing end of blowing mould subassembly, and hand mould fixed component includes two sets of air cylinders, and each air cylinder installs the clamping plate, and two clamping plates are used for fixing hand mould, and blowing mould subassembly includes the air pipe, and the front end of air pipe installs the air cock, and installs the valve body on the air pipe, the utility model discloses through hand mould fixed component realizes the fixation or clamping of hand mould, when the clamping plate is pasted with hand mould, then through blowing mould subassembly to the glove on hand mould blows, and the hem of glove is blown and is unfolded, and is covered on the clamping plate, then the two air cylinders of hand mould fixed component retract, and the glove is opened, and then hand mould removes from the glove, realizes demoulding.