11results about How to "Improve sorting quality" patented technology

This utility model relates to the field of wheat sorting technology and discloses a gravity grading and destoning machine for wheat sorting, including a sorting box, a vibrating base, a feeding assembly, and a chip removal assembly. The vibrating base is located at the bottom of the sorting box, and the feeding assembly is located at the top of the sorting box. The sorting box has two screen plates arranged vertically at intervals inside. The chip removal assembly includes a collection box fixedly installed on the back of the sorting box. A chip suction hood is fixedly installed above each screen plate inside the sorting box. A chip suction pipe is connected between the chip suction hood and the collection box. A fan is fixedly installed on one side of the collection box, and a filter screen is fixedly installed on the side of the collection box near the fan. By setting up the chip removal assembly, this utility model can remove wheat bran and other dust from wheat during the screening process, improve the sorting quality of wheat, and prevent dust from spreading into the surrounding environment and causing pollution.

The utility model discloses an electrostatic separation device for solid waste, the solid waste comprises a plastic mixture doped with metal, and the electrostatic separation device comprises a first feeding assembly, a second feeding assembly, a third feeding assembly, a third feeding assembly, a fourth feeding assembly and a fourth feeding assembly, and the first feeding assembly is used for conveying the plastic mixture doped with the metal; the magnetic separation assembly is arranged at the downstream of the feeding assembly and is used for separating metal in the plastic mixture; the second feeding assembly is arranged at the downstream of the magnetic separation assembly and is used for conveying the plastic mixture and forming a thin-layer material with a preset thickness from the plastic mixture subjected to metal removal; the electric field generating assembly is arranged on the downstream of the second feeding assembly and / or on the second feeding assembly and used for forming an electric field in the horizontal direction; the sorting assembly is arranged on the side of the electric field generating assembly and matched with the electric field generating assembly so as to separate plastic in the plastic mixture. The sorting efficiency and the sorting quality of the plastic mixture doped with the metal can be effectively improved, and the use experience feeling of a user can be greatly improved.

The utility model discloses a novel electric separator of heating plate, including the cabinet, the inside of cabinet includes drum cylinder, the upper portion of cabinet is installed with the feeding inlet, the inside installation of feeding inlet has rear arc plate and front arc plate, rear arc plate and front arc plate are symmetry installation, the rear end of rear arc plate is installed with ceramic plate, the inside installation of ceramic plate has heating coil, the rear portion of feeding inlet is installed with power module, and power module and heating coil are electric connection, and rear arc plate is metal material. The utility model discloses through being equipped with the front arc plate and rear arc plate of arc structure, based on heating coil combination inside's rotating plate, let the ore particle of entering the feeding inlet can with the rotating rate of rotating plate rapidly preheats in the inside, and the output direction of adjusting ore particle and dispersing the ore particle of gathering, more suitable bottom's drum cylinder work flow, has increased electric separator's work efficiency and ore separation quality.

This utility model discloses a rotten kernel removal and sorting device for hybrid maize seeds, relating to the field of seed processing technology. It includes a water flotation removal mechanism, comprising a water flotation chamber with a discharge port at the bottom and an overflow port at the top. This utility model, through the combination of the water flotation removal mechanism and the rotten kernel collection mechanism, significantly improves the sorting efficiency and quality of hybrid maize seeds. The discharge port at the bottom of the water flotation chamber allows for convenient discharge of plump, sunken seeds, while the overflow port at the top, combined with an annular collection trough, accurately collects floating rotten kernels, preventing the loss of effective seeds and improving sorting accuracy. Simultaneously, a slow-speed motor on the mounting plate drives multiple sets of stirring rods to evenly agitate the water, promoting the full dispersion of adhering seeds and rotten kernels, enhancing the separation effect caused by density differences, and solving the problem of uneven dispersion in traditional equipment.

A kind of sorting device suitable for drip irrigation tape dripper, the sorting device includes sorting roller, transmission device, dripper receiving hopper, feeding hopper, handle discharge hopper and rack, the sorting roller is spaced and arranged with several, the sorting roller is provided with baffle around, the both ends of the sorting roller are fixed in the sorting area of the top of the rack by first shaft seat bearing, one end is connected with the transmission device, the dripper receiving hopper is fixed below the sorting roller, the feeding hopper and handle discharge hopper are integrally arranged with the baffle, the feeding hopper is located in the right side of the rightmost sorting roller, the handle discharge hopper is located in the end of all sorting roller away from transmission device.The sorting device of the utility model can automatically separate dripper and handle, with high sorting efficiency, more accurate sorting.

This utility model belongs to the field of color sorting machine technology, specifically a color sorting mechanism for traditional Chinese medicine decoction pieces, including a color sorter. The main structure of the color sorter is a frame, with a color sorting section near the lower end, a double-zone hopper at the lower end, and a material frame at the upper end. A downward-extending slide is provided on the left side of the color sorter, and a fixed frame for transferring traditional Chinese medicine decoction pieces is provided on the right side of the slide. A rotary vane is rotatably installed inside the fixed frame to transfer the traditional Chinese medicine decoction pieces. A protruding frame is provided on the left side of the fixed frame near the lower end, and a lever is fixedly installed inside the outer opening of the protruding frame. The lever has two working states: open and closed. A negative pressure cylinder with equal and parallel axes is provided on the right side of the fixed frame. This utility model can form a transfer when the traditional Chinese medicine decoction pieces are fed to reduce the impact damage caused by the height difference. At the same time, it automatically sucks up the debris during the transfer, forming a pre-screening treatment. Finally, when the traditional Chinese medicine decoction pieces are sent out, a dispersion treatment is formed to prevent them from piling up and entering the color sorting section.

The application discloses an online sorting method and system based on a color sorter, which comprises the following steps: receiving materials to be identified; identifying the received materials to be identified to obtain an identification result; and removing unqualified materials according to the identification result; wherein the identification of the received materials to be identified to obtain the identification result specifically comprises the following steps: collecting images of the materials to be identified; pre-processing the collected images of the materials to be identified; extracting features from the pre-processed images of the materials to be identified to obtain feature data of the materials to be identified; wherein the feature data of the materials to be identified comprises color and texture features and geometric features; and performing dimension reduction and classification on the feature data of the materials to be identified to obtain the identification result. The color and texture features and the geometric features are obtained through feature extraction, and the materials to be identified are classified and identified through the color and texture features and the geometric features, so that the identification accuracy and the sorting quality of the materials to be identified can be greatly improved.

This utility model relates to the field of magnetic separation equipment technology, and more particularly to a permanent magnet magnetic separation column. It includes a separation cylinder and a support frame. A water inlet pipe is provided inside the separation cylinder, with its end extending out of the separation cylinder and connecting to an external water supply device. Multiple layers of moving magnetic pole groups are sequentially arranged on the support frame from top to bottom. Each static magnetic pole group includes a first permanent magnet positioned opposite each other on both sides of the separation cylinder, with opposite polarities on opposite sides. Each layer of moving magnetic pole groups includes a second permanent magnet positioned opposite each other on both sides of the separation cylinder, with opposite polarities on opposite sides. When the second permanent magnets in each layer of moving magnetic pole groups are opposite each other, the magnetic field direction is the same. The second permanent magnets are rotatably mounted on the support frame, with opposite rotation directions for each layer of second permanent magnets positioned opposite each other on both sides of the separation cylinder. The periodically dynamically changing magnetic field inside the separation cylinder causes mineral particles to periodically agglomerate and disperse within the separation cylinder, achieving the separation of magnetic minerals from non-magnetic minerals and improving the separation quality of magnetic minerals by the magnetic separation column.

The invention discloses an intelligent solid waste sorting management system, and relates to the technical field of solid waste resource utilization, and the system comprises a full-link data acquisition module for integrating multi-dimensional data; a carbon footprint accurate accounting module calculates material carbon emission and emission reduction coefficients, and a parameter library is dynamically updated; the AI dual-objective optimization decision module is combined with a carbon-economic objective to generate a sorting instruction; the intelligent sorting execution module is used for accurately sorting and collecting; the carbon emission reduction evidence storage transaction and state feedback module is used for accounting the emission reduction amount, performing evidence storage transaction and feeding back the equipment state to form closed-loop management; according to the invention, through full-link data acquisition and carbon footprint accurate accounting, collaborative optimization of carbon emission reduction and economic benefits is realized, and the goal of dynamically matching enterprise carbon reduction is achieved; and meanwhile, a credible sorting management closed loop is constructed by utilizing distributed account book evidence storage and equipment state monitoring, so that the sorting precision and the system stability are improved, and reliable data support is provided for an enterprise to participate in carbon transaction.

The utility model relates to the technical field of material transportation equipment, in particular to an efficient material arranging device which comprises a transfer mechanism and a sorting mechanism. The sorting mechanism comprises a sorting assembly and a feeding assembly, the sorting assembly comprises a sorting support and a sorting guide rail arranged on the sorting support, and the sorting guide rail is provided with a plurality of sorting modules; the sorting module comprises a sorting supporting frame connected to the sorting guide rail in a sliding mode, a sorting suction cup arranged on the sorting supporting frame and a sorting driving piece used for driving the sorting supporting frame. The feeding assembly comprises a plurality of material disc guide rails arranged below the sorting support, and the material disc guide rails are connected with a material disc conveying base in a sliding mode. According to the sorting mechanism, the multiple independent sorting modules are arranged and can independently move in sequence, so that the specific materials placed on the transfer mechanism are taken, the materials are reordered according to the detection condition, the sorting and placing process is simple, convenient and efficient, and the sorting efficiency and quality are effectively improved.

The invention belongs to the technical field of image processing, and particularly relates to a visual sorting method and system for pollutants in insulating material particles, and the method comprises the steps: obtaining the particle characterization size, the number of adjacent particles and the distance between the adjacent particles; obtaining a target congestion degree; calculating a target deviation index for characterizing the moving environment of the target particle; obtaining a real-time movement distance according to the position change of the target particle before and after movement, and obtaining a total movement distance from a database; obtaining target dynamic noise; outputting and rejecting the final coordinates of the target; judging whether the elimination is successful or not and storing the structured data; and optimizing the motion prediction model. The technical problems that in a traditional sorting mode, particle motion trail prediction is not accurate, and complex environment changes cannot be adapted are solved.