11results about How to "Improve processing precision" patented technology

The present application relates to the technical field of simulation sandbox, and particularly relates to a simulation sandbox data base construction method and device, wherein the method constructs compatible domain object models in the localization BIM forward design stage; according to unstructured drawings, localization BIM models and other data types, SHP data, geometric feature data and structured topology data are extracted or generated; simulation element data is obtained through field-level direct mapping, SHP data is converted twice and coordinates are unified, and then geometric feature completion, line segment merging and topology reconstruction are performed, object construction and labeling are completed based on the simulation element data, and simulation sandbox data base is obtained. The present application solves the problems of low construction efficiency, poor compatibility and insufficient geometric accuracy, realizes standardized data processing and efficient construction, can be directly loaded into a simulation sandbox, is suitable for airport and other scenes, and improves simulation accuracy and reliability.

The utility model relates to the technical field of cylinder cover surface treatment, and disclose a kind of cylinder cover surface treatment frock, including base, the top of base is fixedly provided with two fixed plates, a fixed plate is fixedly provided with controller, another fixed plate is fixedly provided with observation glass window, the top of base is fixedly provided with positioning plate, the side of positioning plate is fixedly provided with first electric push rod, the side of first electric push rod is fixedly provided with clamping plate, the top of fixed plate is fixedly provided with processing frame, camera is fixedly provided on the processing frame, electric slide rail is fixedly provided in the width direction of processing frame.The cylinder cover surface treatment frock, by the cooperation of first electric push rod and clamping plate, can be accurately positioned and stably clamped according to different sizes of cylinder cover, avoid shaking or displacement in the processing process, ensure the uniformity and consistency of surface treatment effect, improve product quality.

The application discloses a kind of medicine material winnowing machine intelligent control method and system, the method includes obtaining the mass distribution data of medicinal material, density characteristic value, profile data and texture feature, obtain medicinal material characteristic data set;According to characteristic data set, classification identification medicinal material, generate physical characteristic label, obtain classified medicinal material;According to classified medicinal material, query preset medicinal material winnowing parameter mapping database, obtain the equipment control parameter scheme required by winnowing;According to classified medicinal material, adjust fan speed, obtain the fan speed matched with medicinal material;According to density characteristic value, adjust air duct angle and airflow distribution plate, obtain actual air duct angle;Monitoring medicinal material separation effect, if it is detected that medicinal material separation trajectory deviates from preset range, then correct air duct angle and fan speed, update optimal air duct angle and fan speed to winnowing parameter mapping database, obtain final equipment control parameter scheme.The method can accurately identify medicinal material characteristics and dynamically match winnowing parameters.

The application discloses a kind of medical intermediate production wastewater coupled processing equipment and method, it is related to wastewater treatment technical field.The equipment of the application includes wastewater tank, processing tank, carbon box and pressure assembly, carbon box is clamped in the top of processing tank, and pressure assembly carries out pressure control to carbon box.Wastewater tank is communicated with processing tank by liquid pipe, liquid pump, and processing tank is internally provided with transfer chamber, bottom chamber, microbial area and drainage chamber, and transfer chamber is configured with component sensing module for detecting the toxicity of wastewater.Processing tank is connected with multiple groups of valve and liquid pump, to realize wastewater delivery, residual wastewater backflow and carbon box quick replacement.The method first introduces wastewater into carbon box detoxification, and after detecting that toxicity reaches standard, it is sent into microbial area degradation, and if it does not reach standard, then replace carbon box and re-detoxification.The application realizes the coupling processing of adsorption detoxification and biodegradation, avoids microbial poisoning, and improves wastewater treatment stability and efficiency.

The present application relates to the technical field of data processing, and especially to a multi-dimensional reconciliation method and system based on a group meal platform, which comprises the following steps: determining the state of a sub-node according to a steady-state metric value and a correlation index, and determining a reference data selection method according to the state of the sub-node; in the single-node direct selection, the sub-node corresponding to the maximum comprehensive evaluation value is selected as the reference data; in the multi-node compensation selection, a compensation method is determined according to a steady-state mutual correlation degree and a steady-state balance coefficient to select the reference data; and a reconciliation sub-node selection method is determined according to a reference comparison coefficient and a cross-correlation coefficient of the sub-node corresponding to the to-be-reconciled data and the reference data; and the present application can improve the reconciliation processing efficiency.

This invention relates to a multi-bus data fusion processing method and system based on a logging tool, belonging to the field of oil and gas drilling measurement data transmission technology. The method includes receiving logging data collected by the logging tool's measurement probe and different data packets sent by the system bus; performing preliminary processing on the received logging data, including self-identification, self-diagnosis, and self-correction; identifying and converting the different received data packets; performing real-time fusion processing on the self-identified, self-diagnosed, and self-corrected logging data and the identified and converted data packets; and packaging the real-time fused data according to different communication protocols, and sending the packaged data to the system bus and / or storage unit. This invention forms a multi-bus data fusion processing system, which is embedded in the logging tool connected to the drilling string, enabling data interaction between the logging tool and other instruments in the instrument string, and achieving parallel processing and self-diagnosis of multiple sets of data.

The application discloses a data processing method and device, computer equipment and a storage medium. It belongs to the technical field of data processing. The method can specifically include: in response to a first data processing request carrying a data processing requirement sent by a user end, forwarding the first data processing request to a business management device. Receiving a distribution node identifier of a target distribution node sent by the business management device. Based on the distribution node identifier and the data processing requirement, selecting a target processing node from candidate processing nodes associated with the target distribution node. Controlling the target processing node to process the to-be-processed data. In the application, the target distribution node can be automatically determined according to the first data processing requirement and the business management device, and then the target processing node is determined based on the first data processing request. The to-be-processed data is processed based on the target processing node. The application not only solves the problem that a fixed processing node may cause excessive node load, but also effectively improves the processing precision and processing efficiency.

The application discloses a kind of real-time acquisition method and related equipment based on Cache database log.The method includes: real-time analysis Cache database's Journal change log and extract change operation record, including change type identification, encryption field identification and encryption field value;Escaping decoding is carried out to encryption field identification and encryption field value to obtain escaped field identification and escaped field value, and escaped field identification is mapped to actual field name;According to the data type identification corresponding to actual field name, type mark is carried out to escaped field value, generates structured change data and is transmitted to message queue;Structured change data in message queue is parsed to obtain database source information and table structure information, and is written into target storage system.The application realizes the streaming real-time acquisition of Cache database, supports single data instant processing, significantly reduces data delay, meets real-time business needs.

This application discloses a control method and a scanning device for a barcode scanner. The method includes: receiving an operation command and determining command reception information, wherein the command reception information includes: first information indicating that the operation command has not been received, or second information indicating that the operation command has been received, and the command reception information corresponds to one or more of a variety of operations, including an electronic coupon verification operation; acquiring an image to be processed in the scanning area; if the image to be processed includes a graphic code, parsing the graphic code to obtain a parsing result; and executing the operation corresponding to the command reception information based on the parsing result and the command reception information. This barcode scanner solution integrating multiple functions not only improves work efficiency and user experience but also enhances the applicability and reliability of the device.

This invention discloses a recurrent neural network physical architecture based on artificial surface plasmon supercells, relating to the interdisciplinary fields of metamaterials, surface plasmons, and brain-like computing. The architecture consists of multiple identical planar network layers stacked sequentially in the vertical direction. Each layer includes a dielectric substrate (1), an SSPP supercell array (2), a bi-line divider (3), and a combiner (4). The SSPP supercell array is connected to inter-layer feedback links via vias. Its output is divided into an output path and a feedback path by a bi-line divider. The feedback path integrates an RF amplifier (5) for gain compensation and transmits the signal across layers to the combiner in the next layer for vector superposition with the new input signal. This architecture integrates temporal feature extraction, nonlinear modulation, and recursive computation, possessing ultra-high-speed parallel processing capabilities, and can effectively realize deep fusion and associative decision-making of multimodal information based on the nonlinear coherence effect of SSPP waves.

The application discloses an improved digital filter processing circuit which performs data processing on AD collected data, comprising an AD data collection module, a data processing core module and a data storage module. The AD data collection module collects data after AD conversion, outputs the data to a data processing core module for processing by a de-bounce filter algorithm, and then sends the data to a data storage module for storage. The data processing core module processes data after grouping and overlapping according to a bubble sorting form based on data stored in the data storage module. The data storage module realizes temporary storage of AD collected data and storage of data after sorting processing. The application realizes the function of data processing on AD collected data.