6results about How to "Implement batch processing" patented technology

The invention provides an organic matter rapid screening and peak generation stability verification method based on a comprehensive two-dimensional gas chromatograph-mass spectrometer. The method comprises the following steps: acquiring sample files of at least two samples; generating a grid file corresponding to each sample file, wherein a first grid of the grid file is used for recording a data condition of a corresponding position in the sample file; combining the grid files to obtain an aggregated grid file, wherein the aggregated grid file comprises a plurality of second grids; target grids are screened in the aggregation grid file, organic matter data of the target grids are obtained, the target grids are second grids with the detection probability larger than the preset probability, and the detection probability is used for representing the probability that the organic matter has features in the corresponding positions in the sample files. According to the method, the organic matter data of different samples are merged, and the target grid is screened according to the data condition of the second grid, so that batch processing of the organic matter data of multiple samples is realized, the processing time is shortened, and the efficiency is improved.

The utility model provides cold-rolled ribbed steel bar rust-proof treatment equipment, and relates to the technical field of steel bar rust prevention, the inner wall of a soaking box is provided with a driving assembly used for controlling steel bars to fall, the middle of the driving assembly is provided with a fixing assembly used for fixing the steel bars, and one side of the bottom of the soaking box is provided with a set of stand columns; supporting assemblies used for supporting steel bars are fixedly installed on the upper sides of the stand columns. The horizontal movement of the sliding seat is realized by starting the driving motor, and the reinforcing steel bars are limited by the fixing assembly and the supporting assembly, so that the vertical reinforcing steel bars swing to be inclined, the reinforcing steel bars can enter the soaking box and are in full contact with an anti-rust agent, batch treatment of a plurality of reinforcing steel bars is realized, and the service life of the reinforcing steel bars is prolonged. Compared with the prior art that the reinforcing steel bars are stored one by one for soaking, the contact effect of the reinforcing steel bars and the antirust agent can be ensured while batch treatment is conducted, and the situation that the reinforcing steel bars make insufficient contact with the antirust agent due to stacking of the multiple reinforcing steel bars is avoided.

The application relates to the technical field of data processing, in particular to a business parameter processing method and device, equipment, medium and program product, which are used for solving the problem of low business parameter processing efficiency. The method comprises the following steps: in response to a file import operation for a target business, obtaining each initial business parameter file to be processed corresponding to the target business; for each initial business parameter file, the following operations are performed: determining a corresponding parameter attribute class according to the category of the business parameter in the initial business parameter file; according to the mapping relationship between each attribute field in the parameter attribute class and each parameter index in the initial business parameter file, the business parameter in the initial business parameter file is parsed to the position corresponding to the related attribute field; each piece of business parameter in the parameter attribute class is checked respectively, and the business parameter that passes the check is stored in the target business parameter file of the corresponding category. The application can process business parameters in batches, and improve the parameter processing efficiency.

This application relates to the field of processing fiber products, and particularly to a nickel composite material suitable for improving vibration damping and noise reduction performance, and its preparation method. This nickel composite material, by covering the surface of a nickel substrate with a dense nanofiber mesh extending through the internal pores of the nickel substrate, allows the fiber mesh to be uniformly and densely distributed on the nickel substrate surface, resulting in good hydrophobicity and better sound absorption, damping, and mechanical properties compared to an untreated nickel substrate. The preparation method precisely controls the microstructure of the fiber mesh and the improvement in sound absorption coefficient by setting the needle extrusion speed, spinning voltage, and the distance between the needle and the spinning plate. By controlling the spinning voltage and the distance between the needle and the spinning plate, the fibers can be uniformly coated on the surface of the nickel substrate and embedded in the pores, forming a strong interfacial bond. By setting predetermined spinning time and parameters, the nickel substrate can be processed in batches, and the deposition thickness of the fiber mesh is controllable.

This invention discloses a method and device for measuring the particle size of micron-sized particles during impact with a wall under high-speed photography conditions, belonging to the fields of image processing and microscopic particle size detection technology. Based on traditional particle shadow velocimetry, this invention utilizes a particle transport device to create identical motion conditions for both standard and test particles. A high-speed camera captures images of the moving particles against a similar background. The acquired images are then processed to obtain the measured particle size. By analyzing the mathematical relationship between the actual particle size of the standard particle and its measured value, the actual particle size of the test particle is finally derived. This invention establishes a particle image processing workflow that can rapidly process large numbers of image samples, effectively achieving high-speed and high-precision measurement of micron-sized particle size during impact with a wall compared to traditional particle shadow velocimetry.

The application relates to a data processing method, system and device, computer equipment, a computer readable storage medium and a computer program product. The data processing method is applied to a data center equipment; the data center equipment is deployed with a business processing process, a data reporting interface and a data proxy process. The method comprises the following steps: in response to a calling event of the business processing process to the data reporting interface, obtaining data information reported by the business processing process through the data reporting interface; writing the data information into a shared storage space; calling the data proxy process according to a time period matched by the business processing process, reading at least one piece of data information written in the time period from the shared storage space; and reporting the at least one piece of data information to a data server. The data information satisfies a data reporting condition configured for the data reporting interface; and the shared storage space is a storage space shared by the business processing process and the data proxy process. The above method can improve work efficiency.