21results about How to "Improve processing speed" patented technology

This invention discloses an image processing method, apparatus, storage medium, and electronic device. The image processing method includes: acquiring an image to be processed containing shadow regions; inputting the image to be processed into a trained neural network to obtain a shadow-removed image; wherein the neural network comprises a first-level network and a second-level network cascaded together, the first-level network receiving the image to be processed and outputting a shadow region mask image, and the second-level network simultaneously receiving the image to be processed and the shadow region mask image and outputting the shadow-removed image. This invention solves the technical problems of existing technologies that easily produce side effects on the image background layer while eliminating shadow regions and have high hardware platform requirements.

This utility model relates to the field of graphite processing technology, specifically disclosing a graphite processing surface treatment device, including a frame and a motor steering wheel assembly. An extended lifting plate is fixedly installed on the outer surface of the frame, and support rollers are uniformly fixedly installed on the outer surfaces of both ends of the frame. During processing, this graphite processing surface treatment device only requires placing the graphite on the outer surface of the support rollers to lift it up and bring it into contact with the output end surface of the motor steering wheel assembly. Then, the motor steering wheel assembly is activated to rotate the graphite, allowing the drive motor to move the lifting support block via a screw. The lifting support block moves along the direction of the guide rail assembly, moving the grinding motor wheel assembly along with it. This allows the grinding motor wheel assembly to gradually move and grind the surface of the graphite without clamping or adjusting the graphite's position, improving processing stability, convenience, and speed.

This invention discloses a visual monitoring system and method for arc additive manufacturing equipment, relating to the field of visual monitoring. In this system, the host computer is used by the operator to calibrate the CCD camera, acquire monitoring data, and provides a unified interface for interaction. The PS terminal receives start commands and CCD camera calibration commands from the host computer, and sends program functions to the host computer to obtain the molten pool width, molten pool center point coordinates, molten pool collapse amount, and collapse direction obtained through CCD camera monitoring. It is also used to store the original molten pool image at a fixed location in the off-chip DDR3 memory. The PL terminal receives control commands from the PS terminal to the IP cores in the PL terminal. The CCD camera is used to acquire the original molten pool image. The LCD screen communicates with the PL terminal through a TFTLCD interface. This invention can improve the real-time performance of the monitoring system and reduce costs.

This application discloses a task processing method, electronic device, and program product, relating to the field of artificial intelligence technology. The method includes: in response to receiving a processing request for a batch of target tasks, processing each target task in the batch of target tasks through a target execution carrier corresponding to the batch of target tasks, and obtaining the task processing result of the batch of target tasks; wherein, the target execution carrier corresponding to the batch of target tasks is: a dedicated toolkit or dedicated intelligent agent possessing target skills, and the target skills are the operations on which the execution of the target tasks depends. This application can reduce the consumption of computing resources and the waste of computing power, and improve the overall processing speed and execution efficiency of batch target tasks.

The application provides a fake news detection method and related equipment, and belongs to the technical field of natural language processing and information authenticity detection. The method comprises the following steps: preprocessing and segmenting an original input text to obtain a sentence set and score a candidate claim set obtained; converting the sentence into a single sentence declarative expression to obtain a normalized claim, and structurally constructing the normalized claim; simultaneously performing information retrieval according to the structural construction mode to obtain a candidate evidence, performing multidimensional consistency verification on the structured claim and the candidate evidence, and scoring to obtain a total verification score; and correcting the total verification score by using the matching degree of a news site and an IP address, and outputting a verification result. The application prepositions noise processing and fact positioning, adopts a structured claim for fine-grained verification, and corrects through cross-information source matching of an IP address and a news site, so that the accuracy, interpretability and identification ability for numerical / time tampering of fake news detection are improved.

The application discloses a kind of standardization data block processing systems of supporting multi-source data format, it is related to data processing field, the system includes preprocessing and format uniformity module, intelligent pre-analysis and strategy selection module, mixed inference depth block engine, block result optimization and check module, structured data output module.The application supports the compatible processing of multi-source data format;Based on the dynamic division of chapter structure and logic unit of text content, ensure semantic association content, avoid cross-modal semantic fragmentation;Improve the universality of block strategy;Intelligent block of multi-source data is realized, significantly reduces the demand of manual intervention, improves processing speed and efficiency, especially suitable for large-scale document processing scene;It can be directly connected knowledge graph construction, intelligent retrieval and other downstream applications, significantly improve data utilization efficiency.

The invention provides a virtual room access method and device, electronic equipment, a computer readable storage medium and a computer program product. The method comprises the following steps: in response to a received first access request of a virtual room sent by a first terminal, obtaining a room identifier of the virtual room from the first access request; mapping the room identifier to obtain a digital identifier of the virtual room; a target access device is determined from the multiple access devices, the digital identifier and address information of the target access device are returned to the first terminal, and the address information is used for the first terminal to send a second access request to the target access device based on the address information; and responding to a second access request received by the target access equipment, and accessing the first terminal to the virtual room corresponding to the digital identifier carried in the second access request through the target access equipment. According to the invention, the virtual room access efficiency can be improved.

This utility model relates to a device for adjusting the flatness of polyester knitted fabric. The structure includes: a mounting frame, inside which a disc indexer is fixedly mounted; a connecting frame is fixedly mounted at the output end of the disc indexer, and the connecting frame is rotatably connected to the mounting frame; and a fixing plate, wherein several fixing plates are equidistantly fixedly mounted at the ends of the connecting frame; a placement plate is mounted on the top of each fixing plate; and several heat dissipation toothed plates are equidistantly fixedly mounted on the lower surface of the placement plate, with the heat dissipation toothed plates passing through the sidewalls of the fixing plates. This utility model, through the steam flattening mechanism, can quickly and completely heat the fabric; and the multi-station setup allows for continuous heating and flattening of the fabric, as well as subsequent cooling processes, thereby accelerating the fabric processing speed. Furthermore, the cooling mechanism allows for rapid cooling, making the fabric processing more convenient.

The invention belongs to the field of image region segmentation, and particularly relates to an AI-based colorectal tumor image region segmentation method and system, and the method comprises the following steps: S1, obtaining original 3D colorectal tumor image data; according to the method, the high-quality 3D colorectal tumor image data is processed through the surface parameterization technology, the obtained 2D feature map is more suitable for processing the hybrid FMU-attention network model, and the processing efficiency and the processing speed of the hybrid FMU-attention network model are greatly improved; in addition, an AI framework is formed by jointly fusing a hybrid FMU-attention network model, a Vision Transformers module and a DeepLabV3 + model, the AI framework enables the boundary to be more accurate and the multi-scale performance to be more excellent, and it is ensured that the tumor can be effectively recognized and segmented regardless of the size.

This utility model discloses a combined back cover, relating to the field of cabinet technology. It includes a combined back cover, assembled by stacking basic unit compartments. This greatly simplifies the traditional practice of having to manufacture back covers of different heights to accommodate different cabinet heights. The back cover, combining the mechanism compartment and storage compartment basic units, also adds a rear-door storage function. Compared to traditional simple back covers, it makes full use of space. Only the basic unit compartments need to be manufactured to accommodate back covers of almost all cabinet heights, facilitating product standardization and automation. The installation method using through-holes and flanged holes eliminates the need for screws, greatly simplifying welding, grinding, and disassembly processes. This makes it possible to disassemble cabinet doors and back covers. This combined back cover greatly simplifies the processing of traditional door back covers and accessories, significantly improving processing and assembly speeds, and facilitating after-sales service, thus having broad application prospects.

The application relates to a filtering circuit and filtering method based on a Hampel algorithm, which comprises a sliding window buffer module for buffering continuous sampling data streams in real time to form a sliding data window; a median solution module for performing hardware sorting on all data points in the sliding data window and solving the median; an absolute median deviation solution module for calculating the absolute deviation of each data point in the window from the median and sorting, and solving the MAD value; a threshold calculation and decision output module for calculating a decision threshold according to the median, the MAD value and a preset threshold coefficient, comparing the deviation of the current sampling point with the threshold value, and selecting the median or the original sampling point as the filtering result as output. The application adopts a full-pipeline design, realizes the Hampel filtering algorithm through a hardware circuit such as the odd-even sorting method, can process one sampling point in each clock cycle, greatly improves the processing efficiency, and solves the time-consuming problem of software sorting calculation.

This invention discloses a spring resin molding device and method, belonging to the field of spring resin molding technology. The spring resin molding device of this invention includes a molding mechanism, which includes a rotating component connected to multiple molding molds. Multiple heating stations are arranged circumferentially along the rotating component. The rotating component drives the molding molds to rotate, and the molding molds enter the heating stations. The heating component heats and shapes the spring resin within the molding molds. This invention, by rotating the multiple molding molds connected to it, sequentially feeds each molding mold into the heating stations arranged circumferentially along the rotating component. This allows multiple spring resins to be placed in the molding molds simultaneously, enabling the molding device to shape multiple spring resins at the same time. When one spring resin enters the second heating station, the next spring resin can enter the first heating station for shaping.

The application relates to a high-speed abrasive grain flow polishing device, which comprises a power device and a processing device, the power device comprises a connected motor and a power transmission device, the processing device comprises an abrasive container, and the power transmission device is connected with the abrasive container. The application has the beneficial effect that the hydraulic pump power device of a traditional abrasive flow polishing machine is replaced by a motor, the abrasive is pushed through the power transmission device, high-speed reciprocating pushing is realized, the processing speed and frequency can be effectively improved, and the polishing efficiency is improved.

The utility model belongs to automatic packing technical field, concretely is a kind of automatic packing duck egg device, including first conveying belt, first conveying belt side wall is fixed to control host computer, control host computer side wall is fixed to second rotating shaft, second rotating shaft is equipped with two, second rotating shaft is horizontally arranged, second conveying belt is sleeved between second rotating shaft, control host computer side wall is fixed to first rotating shaft, control host computer side wall is fixed to third conveying belt, control host computer side wall is fixed to first stabilizing block, cutting roller shaft is rotatably connected in the first stabilizing block, cutting roller is rotatably connected in the first stabilizing block, cutting roller and cutting roller shaft are vertically arranged, by above-mentioned structure, using multiple moving assembly cooperation is quickly moved to duck egg, simultaneously cooperation cutting assembly, the device is quickly sub-packed, increase the practicality and processing speed of device.

This utility model relates to the field of IoT intelligent control technology, and in particular to a display control circuit applied to a smart cloud box device. It includes a CPU module, a WIFI / Bluetooth module, a display module, an audio codec module, an audio amplifier module, a transceiver module, a power supply module, and a step-down module. The WIFI / Bluetooth module, display module, audio codec module, audio amplifier module, transceiver module, and step-down module are all electrically connected to the CPU module. The CPU module uses an RK3399 processor chip, the display module uses a TC358772XBG display bridge chip, and the step-down module is also electrically connected to the power supply module. Through the organic combination of multiple modules, this display control circuit comprehensively solves the problem of insufficient display functionality in smart cloud boxes, improving display effect, response speed, and system compatibility.

The application provides a data processing method for estimating average nucleotide identity, comprising: obtaining a first genome and a second genome; determining the length k of a selection mode P according to a preset selection mode P, and obtaining all continuous subsequences k-mer with the length k from the starting point of the first genome and the second genome by window sliding; selecting the bases corresponding to the positions of "1" in the k-mer according to the selection mode P to obtain a k-mer context subsequence, and selecting the bases corresponding to the positions of "0" in the k-mer according to the selection mode P to obtain a k-mer object subsequence; sampling the k-mer context subsequence to obtain the common k-mer context subsequences possessed by the first genome and the second genome; comparing the objects in the k-mer with the common context one by one to calculate four key statistics; and inputting the four key statistics into a linear model to calculate the average nucleotide identity ANI.

This application relates to the field of image recognition technology, and in particular to a method and system for detecting heat-sealing anomalies in industrial heat-sealing equipment. The method includes: acquiring the temperature matrix of the heat-sealing area of ​​the industrial heat-sealing equipment; extracting spatiotemporal feature information from the temperature matrix; training a dynamic temporal model based on the spatiotemporal feature information; using the dynamic temporal model to detect the real-time temperature matrix to determine whether abnormal pixels exist; if so, clustering and morphological processing are performed to determine whether heat-sealing anomalies exist. This application effectively overcomes the temperature baseline drift problem caused by factors such as equipment preheating, workshop airflow, and changes in ambient temperature, avoiding the high false alarm rate of traditional methods; and solves the problem of difficulty in collecting negative samples covering all defect types in industrial settings. While ensuring low resource consumption and high real-time performance, it significantly improves the accuracy, robustness, and generalization ability of detecting heat-sealing anomalies in industrial heat-sealing equipment.

The application discloses a method for realizing in-memory acceleration point cloud square Euclidean distance calculation by a 2T0C dynamic random memory array, and belongs to the fields of novel in-memory calculation technology and three-dimensional point cloud identification.The application forms a point cloud storage array based on a 2T0C DRAM array, obtains the dot product result of a vector M and a vector N, the dot product result of the vector M and the vector M and the dot product result of the vector N and the vector N in a three-dimensional space while storing input point cloud data in the 2T0C DRAM array, and performs summation to obtain the square Euclidean distance result of any two points in the three-dimensional space.Compared with a CMOS accelerator under a traditional von Neumann architecture, the application greatly reduces hardware overhead, reduces data transfer, can significantly improve processing speed and energy efficiency, and can provide a general and efficient hardware acceleration basic configuration for various point cloud neural network algorithms.

The utility model relates to chain piece processing technical field, and disclose a kind of chain piece turning equipment, including workbench, the surface of workbench is fixed with several supporting legs, the surface of workbench is fixed with support frame, the surface of support frame is fixed with electric push rod, the acting end of electric push rod is fixed with machine shell, the inner chamber of machine shell is provided with adjusting mechanism;The utility model in use, staff can be driven machine shell and drill bit by electric push rod to work, to carry out the punching work to chain piece, after punching end, under the action of adjusting mechanism, make that polishing head is in work area, and then the drilling site is polished, and then the rate of chain processing can be improved, improve the practicability of the device, in addition, under the action of dust extraction mechanism, the flue gas generated in work can be sucked, improve the comfort degree when working, further improve the practicability of the device.