6results about How to "Easy processing conditions" patented technology

The application discloses a cooling and condensing device for electromagnetic wire processing and relates to the technical field of electromagnetic wire processing equipment.The device comprises a rack and a self-adapting adjusting component, and an alternating-current power supply is fixedly installed at the bottom of the rack.The cooling and condensing device for electromagnetic wire processing realizes power linkage based on the electromagnetic vortex induction principle.The electromagnetic iron under alternating-current power supply generates a vortex effect in cooperation with the metal wire body passing through, and different wire bodies generate vortexes with different intensities according to the law of electromagnetic induction, so that the electromagnetic attraction of the electromagnetic iron to the armature is changed, the armature can axially slide along the limited track of the rear guide sleeve, the displacement change close to or away from the electromagnetic iron is realized, the physical change amount of the wire diameter is passively converted into a mechanical displacement amount, and the stable and reliable movement basis can be provided for the synchronous linkage adjustment of the subsequent pre-cleaning component and the gap adjusting component without the need of electric control sensors and additional driving elements.The device has the advantages of simple structure, strong anti-interference capability and adaptation to the wet processing working condition of electromagnetic wire.

The invention discloses a fine electrolytic wire cutting processing method for a wire electrode workpiece with large intermittent vibration, comprising the steps of simultaneously performing large intermittent vibration and differential motion on the wire electrode and the workpiece, wherein the large intermittent vibration is an alternating reciprocating motion of the wire electrode and the workpiece in a direction perpendicular to the processing direction, and the amplitude of the large intermittent vibration is greater than the thickness of the workpiece; the differential motion is a differential motion of the wire electrode and the workpiece in the same direction in the processing direction, and the wire electrode is continuously fed relative to the workpiece along a processing path; the invention changes the movement speed, processing position and movement direction between the wire electrode and the workpiece under the composite motion of simultaneously performing large intermittent vibration and differential motion on the wire electrode and the workpiece, so that the electrolyte in the processing gap between the wire electrode and the workpiece can flow and be updated rapidly, and the insoluble products can be rapidly discharged through repeated flushing, thereby significantly improving the processing stability, processing quality and processing efficiency.

This invention belongs to the field of waste plastic pyrolysis resource utilization, specifically a machine learning-based process optimization method for preparing light aromatics from waste plastic pyrolysis. This method constructs a dataset based on raw material characteristics, pyrolysis conditions, and product data from published literature, performs preprocessing, trains and optimizes various machine learning regression models, and selects the optimal model for predicting light aromatics yield based on evaluation indicators. Then, interpretability analysis is used to identify key factors affecting the yield, and raw material structural characteristics such as saturated C-H bonds, methyl branches, and carbonyl groups are used as inputs to enhance the characterization of raw material differences. Under industrial constraints, with the light aromatics yield as the optimization objective, a particle swarm optimization algorithm is used to globally optimize the reaction condition parameters to obtain the optimal combination of operating parameters. This invention can achieve light aromatics yield prediction and operating parameter recommendation under fluctuating raw material composition, improving prediction stability and generalization ability, reducing experimental iterations, and lowering optimization costs.

The application belongs to the technical field of high polymer materials, and relates to an acrylic resin, an OCA layer composition and application. The acrylic resin is prepared by copolymerization of the following monomers: acrylic compounds, alkyl acrylate compounds, siloxane acrylate compounds, epoxy acrylate compounds, hydroxyalkyl acrylate compounds, styrene compounds and functional acrylate monomers. The OCA layer prepared from the acrylic resin has high transmittance, high flatness, strong adhesion, low dielectric constant and excellent aging resistance, and has good resistance to common solvents such as IPA, NMP, TMAH and DIW used in photoetching processes.

The utility model discloses a diaphragm coating system which comprises an anilox roller and a point coating plate roller, the anilox roller is used for contacting slurry and transferring the slurry to the point coating plate roller, the point coating plate roller is used for coating a diaphragm, and the rotating speed of the anilox roller is the same as or different from that of the point coating plate roller. The anilox roller comprises a roller body and a flexible material layer, the outer surface of the roller body is cylindrical, the flexible material layer forms an annular shape, is attached to the circumferential face of the roller body and is fixedly connected with the roller body, a plurality of grooves distributed in an array mode are formed in the outer surface of the flexible material layer, and the adjacent grooves are arranged at intervals. Protrusions relative to the bottoms of the grooves are formed on the flexible material layer between the adjacent grooves, and the protrusions form grids on the outer surface of the flexible material layer. According to the diaphragm coating system disclosed by the utility model, the anilox roller and the point coating plate roller are in contact operation under different linear speeds, so that the point coating plate roller cannot be abraded, and the service life of the point coating plate roller is prolonged.

The invention relates to the technical field of thermal interface materials, in particular to a composite thermal interface material based on metal aerogel and a preparation method and application of the composite thermal interface material. The composite thermal interface material based on the metal aerogel prepared by the invention has excellent flexibility. Compared with a conventional polymer-based heat-conducting pad in the prior art, a three-dimensional heat-conducting network formed by the metal aerogel greatly improves the deformability of the composite thermal interface material, the composite thermal interface material can be adaptively attached to the surface of a complex structure, better processing conditions and process results are achieved, and the interface thermal resistance of the thermal interface composite material is reduced.