5results about How to "Reduce sorting error rate" patented technology

The invention relates to the technical field of cutting, detecting, hole separating and plate arranging, in particular to an automatic cutting, detecting, hole separating and plate arranging equipment system which comprises a discharging module, a mold hole number detecting module, a cutting module, a visual detecting module, a code printing module, a code scanning module, a plate arranging and sorting module and a control module. Wherein the discharging module is used for automatically feeding a material belt, the mold cavity number detection module is used for identifying a product mold cavity number, the cutting module is used for cutting a product PIN, the visual detection module is used for PIN quality detection and positioning, the code printing module is used for product marking, and the code scanning module is used for reading and identifying code information. The wobble plate sorting module is used for classifying and wobbling products according to mold cavity numbers; the control module is used for coordinating the working process of each module and integrating intelligent algorithms to optimize production parameters; full-process automation is achieved, manual intervention is greatly reduced, the production takt is improved, the method is suitable for large-scale continuous production, and the production efficiency and the automation level are improved.

The invention discloses a logistics cargo sorting method based on computer vision, and relates to the field of logistics, and the method comprises the following steps: obtaining multi-modal visual data of cargoes; obtaining a multi-modal feature vector set based on the multi-modal visual data; inputting the multi-modal feature vector set into a preset adaptive visual memory network to output a goods identification result and a corresponding identification confidence; and when the recognition confidence coefficient is larger than or equal to a preset threshold value, fusion features are generated based on the multi-modal feature vector set, and a three-dimensional space model of the goods is constructed through the fusion features so that the three-dimensional space model can be used for path planning of a mechanical arm. According to the logistics goods sorting method based on the computer vision, the multi-mode visual data of the goods are obtained, the self-adaptive visual memory network is matched, high-precision goods recognition can be achieved, and the sorting error rate is remarkably reduced; and meanwhile, an accurate three-dimensional space model is provided, and the grabbing efficiency and safety of the mechanical arm are improved.

The present application belongs to the technical field of material sorting, and particularly relates to a kind of crayfish commodity shrimp sorting device and method, including, annular conveying mechanism, multiple material box assemblies for carrying single shrimp one by one are arranged on it;Sorting unloading mechanism, and a plurality of sorting boxes are correspondingly arranged with sorting unloading mechanism;Annular conveying mechanism is arranged with righting guide rail on one side, and the bottom side of material box is in sliding contact with righting guide rail, so that when the annular conveying mechanism drives material box to move, under the constraint of righting guide rail, material box is gradually righted from the inclined unloading state to the horizontal loading state;The upper side of righting guide rail is uniformly distributed with a plurality of first air holes, and the jet direction of first air hole is directed to the material box in contact therewith.By constructing "closed loop sorting system", the overall efficiency of the system and the material utilization rate are improved, and the sorting accuracy and production efficiency are improved;Integrated online self-cleaning and friction-reducing maintenance function ensures the stability and sorting accuracy of long-term operation.

This utility model discloses an empty anesthetic drug bottle recycling device, belonging to the field of medical device recycling technology. It includes a device housing, with an empty bottle collection mechanism on the outer surface of the housing and a bottle placement mechanism on the upper surface. The housing also includes a multi-channel sealing mechanism inside. The empty bottle collection mechanism comprises five collection chambers arranged in a circular array on the surface of the housing, collection cylinders placed on the inner walls of the collection chambers, and a locking door with a safety lock on the inner wall of each collection chamber. The bottle placement mechanism includes a mounting groove on the upper end of the housing and a turntable that rotatably engages with the bottom wall of the mounting groove. This anesthetic drug empty bottle recycling device has the following advantages: After placing the empty anesthetic bottles into the feeding trough, a bottle scanner scans the bottles. Then, a cylinder and motor work together to transport the scanned bottles to the corresponding collection cylinders, eliminating the need for manual sorting and reducing sorting errors.

This invention relates to the field of nut kernel screening technology, and more particularly to a macadamia nut kernel screening device and method, comprising a first conveyor belt including an inclined conveying surface and a horizontal conveying surface, and a second conveyor belt arranged parallel above the horizontal conveying surface; a first screening component is arranged on the inclined conveying surface, the first screening component including a sieve roller, on which sieve claws are evenly distributed, for removing half kernels and broken kernels; a second screening component is arranged on the second conveyor belt, the second screening component including side plates arranged on both sides of the second conveyor belt, and multiple screening plates of different heights arranged between the side plates, for grading whole kernels; the first conveyor belt and the second conveyor belt work together to realize continuous operation of removing half kernels and broken kernels and grading whole kernels; the sieve roller and the grading screening plates form a three-dimensional screening system, avoiding the problem of repeated falling of nuts caused by traditional multi-layer sieves, and reducing the broken kernel rate.