7results about How to "Easy post-management" patented technology

The present invention discloses a video data decoding method, comprising: a camera monitoring service obtains video data sent by at least one camera and sends it to a video transcoding service control platform; the video transcoding service control platform calls the Docker Rest Api according to the video data to perform a transcoding container deployment operation so that each data stream corresponds to a live broadcast address; the video transcoding service control platform saves a deployment record corresponding to the deployment operation. The present invention also discloses a video data decoding system and a computer-readable storage medium. The present invention can reduce the workload of multiple video transcoding and improve the efficiency of video conversion.

The present invention relates to a wafer surface defect detector, comprising: a conveyor line group, including a first conveyor line and a second conveyor line. A plurality of carriers. A loading and grabbing device, used to grab and position the carrier with wafers stacked thereon, and then move the wafers on the carrier to the first conveyor line in sequence. A posture adjustment device, placed on the first conveyor line, used to adjust the posture of the wafer. A code scanning device, used to read the laser-engraved code on the wafer. A material sorting and detection device, placed between the first conveyor line and the second conveyor line, provided with at least two detection stations, the material sorting and detection device sorts the wafers transported by the first conveyor line to each detection station for detection, and transports the wafers that have been detected to the second conveyor line. A classification and discharging device, placed on the second conveyor line, used to classify and stack the wafers. A controller. The present invention can realize automatic loading, detection and classified stacking of wafers, with a high degree of automation and high efficiency.

The invention discloses a suaeda salsa planting device and method for repairing saline-alkali soil, and relates to the technical field of suaeda salsa planting. The suaeda salsa planting device and method for repairing the saline-alkali soil comprise a shell with a traction hook and a fixed contact for controlling starting of a planting assembly, and the shell is internally provided with the planting assembly for forming planting pits, a sowing assembly for putting suaeda salsa seeds and an earthing assembly for earthing the planting pits after sowing. The planting assembly comprises a power motor which is mounted in the shell and is used for driving the planting assembly to move; the steel belt transmission unit is installed in the shell and used for bearing the planting assembly and enabling the moving speed of the planting assembly to be kept consistent with that of the shell; the distance between plants can be controlled more easily, it is ensured that seeds are evenly distributed according to the preset design, later-period management and crop growth are facilitated, and meanwhile unnecessary soil disturbance is reduced and the soil structure is protected by accurately controlling the depth and diameter of punching holes.

This utility model discloses an auxiliary planting tool for cherry seedlings, belonging to the field of cherry seedling planting technology. Its key technical features include a fixed frame with a marking mechanism inside, a spacing mechanism on the rear side of the fixed frame, and a lifting rod on the top of the fixed frame. The spacing mechanism includes an indicator cone, a through hole, several graduated grooves, a spacing rod, and a limiting frame. The through hole is located inside the limiting frame, the top of the indicator cone is fixedly connected to the top of the inner wall of the through hole, the spacing rod is movably inserted into the limiting frame, and the graduated grooves are located on the rear side of the spacing rod. This invention solves the problem that existing methods for spacing cherry seedlings require prolonged bending and measuring with a ruler to mark the planting position on the ground, which is inconvenient, consumes a lot of physical strength, affects efficiency, and provides limited assistance for cherry seedling planting.

The utility model discloses a height-adjustable overflow wall which comprises a U-shaped guide rail installed in a positioning groove in the inner wall of the middle of a catch basin, a first overflow wall plate is fixed to the outer wall of one side of the U-shaped guide rail through bolts, and a second overflow wall plate is connected to the inner wall of the U-shaped guide rail in a sliding and inserted mode. Symmetrically-distributed rectangular mounting plates are welded to the outer wall of the side, away from the first overflow wall plate, of the second overflow wall plate, mounting pipes are slidably connected to the outer walls of the rectangular mounting plates in an inserted mode, a fixing frame is welded to the ends of the mounting pipes, and a floating table is fixed to the fixing frame. In the process of adjusting the height of the overflow wall, an emergency alternative scheme is adopted, when the automatic buoyancy cannot be movably adjusted, the servo motors at the two ends are used for pulling the second overflow wall plate to move upwards, so that the adjustment can be smoothly carried out, and in the sliding adjustment process, the height of the overflow wall can be adjusted conveniently. And the arranged sealing limiting plate can ensure that sliding adjustment is more stable.

The invention discloses a wiring harness assembly configuration method and device for a vehicle order, equipment and a storage medium, and the method comprises the steps: determining a plurality of functional structure nodes, related to wiring harnesses, of the vehicle order according to the configuration of a plurality of selected functional structures in the vehicle order; wherein the functions realized between any two functional structure nodes are different, and repeated wiring harness structures are not involved; determining a wire harness unit code corresponding to each functional structure node according to a preset functional structure node and a wire harness unit code configuration model; and obtaining a wiring harness assembly configuration list corresponding to the vehicle order according to each wiring harness unit code. According to the method, corresponding wire harness assembly lists do not need to be designed for all vehicle types with possible configuration, only corresponding codes need to be set for functional structure nodes which are possibly realized on the vehicle types, and then vehicle wire harness assembly schemes with different functional configuration can be obtained by combining different functional structure nodes, so that the working difficulty of the design level is effectively reduced, and the working efficiency is improved. And later-period management and use are facilitated.

The utility model discloses a field planting plate structure for greenhouse vegetables, which comprises a floating plate, a plurality of planting ports arranged at equal intervals are arranged on the floating plate, fixing cylinders for fixing vegetables are mounted in the planting ports, a gas pipeline is arranged in the floating plate, one end of the gas pipeline is connected with an external gas source, and the other end of the gas pipeline is connected with a gas outlet. And the other end of the gas pipeline extends into the nutrient solution at the bottom of the floating plate. The roots of the vegetables are clamped and fixed through the fixing clamps at the bottoms of the fixing cylinders, the vegetables are prevented from falling into the nutrient solution from the planting openings, meanwhile, the planting depth of the vegetables is kept consistent, and later-period management is facilitated; the gas conveying pipeline is arranged in the floating plate, and an external gas conveying device is used for providing oxygen for vegetable roots at the bottom of the floating plate through the gas conveying pipeline, so that necrosis of the vegetable roots due to oxygen deficit is avoided.