23results about How to "Reduce total time" patented technology

The invention relates to the technical field of computer-aided engineering, in particular to a nonlinear efficient iterative solving method for thermal strain load, which is used for solving an obtained finite element equation by using a modified Newton-Raphson method and comprises the following steps of: firstly, establishing a geometric model to be analyzed and performing grid division; the method comprises the following steps: firstly, setting a model to be analyzed, then setting boundary conditions and temperature field change conditions of the model to be analyzed, finally, inputting the conditions into an algorithm solver, solving a nonlinear equation set, iteratively inputting a load continuously according to a modified Newton-Raphson method in the solving process, calculating node displacement until convergence, and solving stress-strain conditions in the welding process according to a material constitutive relation. In the solving process, by judging the size of the two norms of the displacement increment obtained in the adjacent increment step heuristic stage, the convergence of nonlinear solving of the structure is enhanced through the calculation mode, and the solving speed of the nonlinear problem in the thermal elastic-plastic constitutive structure is increased.

The invention relates to the technical field of electric power inspection and maintenance robot control, and discloses a power transmission line crawling robot lifting self-adaptive shake suppression control method and system. The method comprises the following steps: acquiring three-axis acceleration and three-axis angular velocity data of a robot platform, calculating a yaw angle and an angular velocity of the robot platform relative to a vertical balance position, and constructing an evaluation index representing the shaking strength of the platform; according to the shake strength evaluation index, driving parameters of a lifting motor are dynamically adjusted through a nonlinear mapping relation; and the swing period and phase of the robot platform are monitored, and when the platform swings to a specific phase point, an instantaneous driving pulse is applied to a lifting motor to consume swing energy. By means of the method, the maximum swing angle of the robot platform can be reduced by 60% or above, the static time after the robot platform reaches the target position is shortened by 70% or above, and the working efficiency is remarkably improved.

This invention provides a conflict-aware transactional reconstruction method and apparatus for vehicular networks, belonging to the field of vehicular network configuration and scheduling control technology. It solves problems such as multi-node time slot conflicts, cross-device submission asynchrony, and inability to quickly roll back after update failures in existing vehicular network transactional reconstruction processes. The method includes: upon receiving a reconstruction request, generating a set of scheduling update operations based on the reconstruction request and the latest scheduling status table of each device node in the vehicular network; establishing a conflict graph and a dependency graph based on the scheduling update operation set; determining a set of transaction execution layers and the corresponding hierarchical execution sets for each transaction execution layer based on the conflict graph and dependency graph; and performing transactional reconstruction on each device node based on the set of transaction execution layers and the corresponding hierarchical execution sets, including differential patch pre-writing, atomic pointer switching triggered by a unified timestamp, and distributed consistency monitoring.

The invention discloses a portable car coupler reconnection simulation test device and a control method, a main control module in the device is internally provided with control logic in a test process, and the main control module comprises a priority hierarchical scheduling mechanism, a dual mutual exclusion lock mechanism and a state real-time synchronization mechanism. The control method comprises the following steps: configuring a GPIO (General Purpose Input / Output) interface, UART communication and a mutual exclusion lock of the main control module; triggering an operation instruction based on the instruction interaction module, and performing priority division on the triggered operation instruction; based on the double interlocking safety state, performing mutual exclusion judgment on an operation instruction being executed; constructing a real state mirror image, and synchronously updating the physical control point and the virtual control point which are subjected to state change; input acquisition and output control of reconnection train level signals are executed based on the acquisition output module, and state information display is synchronously performed on the HMI serial port screen module. The device is portable, easy to use and low in operation threshold, and the efficient and safe debugging requirements of the rail transit vehicle are comprehensively met.

This invention discloses Ni2Fe(SO4) 0.5 (OH)6(H2O) 3.85 This paper discusses / NF catalysts, their preparation methods, and applications, belonging to the field of catalyst synthesis technology. Using large-size nickel foam as a substrate, Ni₂Fe(SO₄) is directly prepared through one-step in-situ microwave-driven growth. 0.5 (OH)6(H2O) 3.85 The nanosheet array eliminates the need for subsequent loading or additional processing, simplifying the process and enhancing the bond between the catalyst and the substrate. This catalyst exhibits excellent performance in hydrogen production via water electrolysis, particularly in seawater electrolysis.

The application provides a steel structure calculation scheduling method and system based on dependency coding, and relates to the technical field of building engineering structure calculation and information processing. The calc_dependency and knowledge_code fields are extended on the basis of the standard MCP protocol, which are used for coding the data dependency, state dependency and trigger dependency relationship between calculation functions, and binding the corresponding specification clauses. The dependency relationship is analyzed to construct a directed acyclic graph, the dynamic priority combining in-degree and depth is calculated, the nodes without dependency are executed in parallel, the nodes with dependency are executed in series and the data is transmitted. The calculation results are checked in two dimensions through the specification review and logical consistency review driven by the knowledge base, and when the check fails, the feedback correction mechanism is formed by automatically searching for correction suggestions. Through the Prompt engineering injection protocol rule, the LLM can generate standard messages without retraining, and the automatic scheduling and compliance guarantee of the steel structure multi-function collaborative calculation are realized.

This invention belongs to the field of structural optimization design, and specifically discloses a topology optimization method and system for accurately and efficiently controlling structural deformation characteristics. The method includes: performing finite element mesh generation on the structure to be optimized, which exhibits spring deformation characteristics, and defining design variables corresponding to the mesh; determining the total strain energy constraint of the structure based on the spring constant and maximum deformation, and establishing a first topology optimization model with the goal of minimizing the total structural volume; performing topology optimization based on the first topology optimization model to obtain the structural configuration and its total volume; setting an upper limit for the total structural volume constraint based on this total volume to construct the total structural volume constraint, while simultaneously using the total strain energy constraint of the first topology optimization model, and establishing a second topology optimization model with the goal of minimizing the p-norm of the local deformation error under external force; and performing topology optimization based on the second topology optimization model to obtain the final structural configuration. This invention is highly versatile, functionally diverse, and precise and efficient.

This application discloses a method for dispensing samples and reagents, comprising: controlling a first element to perform a sample dispensing action, dispensing a sample to be tested into a reaction vessel, the sample dispensing action including at least a sample input action and a sample output action; while controlling the first element to perform the sample dispensing action, controlling a second element to perform a reagent dispensing action, dispensing a detection reagent into the reaction vessel, the reagent dispensing action including at least a reagent input action and a reagent output action; wherein the sample output action and the reagent output action are executed asynchronously. This method achieves parallel dispensing of samples and reagents, shortens the time consumed in the sample / reagent dispensing stage during sample detection, and improves the operating efficiency and sample detection speed of automated sample dispensing equipment.

The application relates to a distributed optical fiber sensing system and discloses a fast measurement BOTDA sensing device based on chaotic light polarization orthogonal detection, which comprises a narrow-line-width laser; signals output by the narrow-line-width laser are divided into two paths: one path is used as injection light to enter a chaotic light generation module to make the module output chaotic light with a wide spectrum, the chaotic light is used as detection light and sequentially connected with one end of a sensing optical fiber after passing through an optical isolator, an electro-optic modulator, a polarization maintaining optical fiber and an erbium-doped fiber amplifier; the other path is used as pump light and sequentially connected with the other end of the sensing optical fiber after passing through a semiconductor optical amplifier and a first circulator; after polarization orthogonal detection light is transmitted to the other end of the sensing optical fiber, the polarization orthogonal detection light is output through a first circulator output end and is coherently detected and data processed by a coherent detection module to obtain a Brillouin gain spectrum of the sensing optical fiber along a line. The application can realize Brillouin gain sweep-free measurement and improve the measurement speed.

The invention discloses a binocular rendering method and device, head-mounted display equipment and a readable storage medium, and relates to the technical field of head-mounted display equipment, the binocular rendering method is applied to a graphics processor, and the binocular rendering method comprises the following steps: obtaining geometric data of a to-be-rendered three-dimensional model, and obtaining a left-eye view matrix and a right-eye view matrix of the head-mounted display equipment; storing the left-eye view matrix and the right-eye view matrix into a preset view matrix array to obtain a target view matrix array; performing image rendering on the to-be-rendered three-dimensional model according to the geometric data and the target view matrix array to obtain a left eye texture image and a right eye texture image; and writing the left-eye texture image and the right-eye texture image into a texture image array of the head-mounted display equipment so as to respectively display the left-eye texture image and the right-eye texture image on a left-eye screen and a right-eye screen of the head-mounted display equipment. According to the invention, the rendering duration of binocular rendering can be shortened, so that the rendering efficiency of binocular rendering is improved.

The invention discloses an automatic testing device, system and method for software upgrading of a commercial vehicle, and relates to the field of simulation testing, and the device comprises a tested controller, a T-BOX, a vehicle machine, and a power supply module. The power supply module supplies power to the tested controller, the T-BOX and the vehicle machine; the tested controller, the T-BOX and the vehicle machine CAN are in communication connection; the vehicle machine outputs video data; based on the tested controller, the T-BOX and the vehicle machine CAN communication connection and the vehicle machine output video data, constructing simulation of the hardware environment of the commercial vehicle; and generating a data monitoring port for vehicle software upgrading based on the simulation of the hardware environment of the commercial vehicle. The commercial vehicle software upgrade automatic test system is used for rack test. Wherein the automatic upgrade task issuing module is used for issuing an upgrade task to the software upgrade test platform; the message sending module is used for simulating and sending real vehicle related messages; the man-machine interaction module is used for simulating a user to confirm upgrading operation; and the software upgrading monitoring module is used for monitoring the upgrading progress in real time and recording test data.

The invention discloses a device upgrading method and device, a to-be-upgraded device and a storage medium, the device upgrading method can be applied to the technical field of device upgrading, and the method comprises the following steps: in a starting process of the to-be-upgraded device, based on an initialized network driver of the to-be-upgraded device, detecting whether a specified service host corresponding to the to-be-upgraded device is reachable; the specified service host is located in a private local area network physically isolated from the wide area network; if it is detected that the specified service host is reachable, network connection irrelevant to the specified service host on the to-be-upgraded equipment is cut off, so that exclusive network connection from the to-be-upgraded equipment to the specified service host is established; obtaining upgrade data from the specified service host through exclusive network connection; and based on the upgrade data, executing the upgrade of the to-be-upgraded device. The risk that data are tampered or implanted in the transmission process is completely eradicated, the total consumed time of a single device from power-on to ready is shortened, and time saving of the single device is converted into remarkable improvement of the overall production line throughput.

The invention belongs to the technical field of molecular detection of biological medicines, and particularly relates to a nucleic acid extraction-free SFTSV detection kit, primer probes and a method. The primer probe composition comprises an upstream primer SEQ ID NO: 1 for specifically recognizing the SFTSV, a downstream primer SEQ ID NO: 2 of which the 5'end is labeled with biotin, and a probe SEQ ID NO: 3 of which the 5 'end is labeled with a reporter group and contains THF modification. The kit comprises the composition, a nucleic acid releasing agent and a lateral flow chromatography test strip. The method comprises the following steps: treating a serum / plasma sample by using a nucleic acid releasing agent, carrying out RPA isothermal amplification by directly taking a lysate as a template, and detecting a result through a test strip. The RPA-LFD rapid detection of the SFTSV is realized, the sensitivity (200copies / mL) and the specificity are high, the operation is simple, convenient and rapid (about 40 minutes), a complex instrument and a nucleic acid extraction step are not needed, and the method is suitable for base-level field screening.

The application relates to the technical field of automatic beverage preparation, and particularly discloses an automatic beverage formula preparation and filling equipment. The equipment comprises a master control device, a plurality of slave control devices, a bus communication module, a filling execution mechanism and a man-machine interaction device. The master control device is used for analyzing a beverage formula and issuing a control instruction, the slave control device is used for receiving the instruction and driving a stepping motor to act, and the stepping motor drives a needle cylinder syringe to complete quantitative injection of raw materials. The equipment adopts a modular design, supports parallel control of the plurality of slave control devices, and can accurately and efficiently complete automatic formula preparation of beverage raw materials. The application has the advantages of reasonable structure, stable communication, strong expansibility, and can significantly improve beverage preparation efficiency and consistency.

A kind of preparation method of drawing die for red copper rectangular tube production, specific preparation method is as follows: using the designed die parameter to prepare die blank, line cutting cavity sizing band and deformation zone, after line cutting, stress annealing is carried out by electric furnace, annealing temperature is 380 DEG C-390 DEG C, the furnace temperature holding time of die is not less than 3-3.5 hours, after annealing to room temperature, grind inner and outer R angle, adopt multiple finished product trial drawing, the inner size of die is ground and shaped according to the outer size of trial drawing pipe, after polishing, the finished product is obtained.The die form used in the application is innovative in material selection and die structure, compared with the die used in traditional process, the core head is saved, the die manufacturing cost is reduced by 50%, the die manufacturing time and product delivery period are greatly shortened, and the inner surface defects of rectangular pipe are obviously reduced.

The invention discloses a high-frame-frequency scheduling synchronization method and system for a multi-channel infrared digital prototype, and belongs to the technical field of infrared imaging simulation and digital prototypes, and the method comprises the steps: carrying out the decoupling of data preprocessing and core calculation in a producer-consumer mode; efficient zero-copy data transmission from a host to a GPU is realized by utilizing a page locking memory and a DMA (Direct Memory Access) technology, and page table switching overhead of a non-real-time operating system is avoided; geometric imaging and sparse point spread function calculation are executed in parallel at the GPU end; and finally, realizing lock-free output and multi-channel frame synchronization of the image data through a double-buffer read-write separation mechanism. The method can effectively solve the problem that multi-channel frame numbers are not aligned due to thread scheduling jitter, IO blocking and CPU calculation overload under a traditional CPU architecture, the full-link delay is remarkably reduced, and real-time stable operation of a multi-channel infrared digital prototype at the high frame frequency of 100 Hz and above is achieved.

A method for removing a low-dielectric-constant material layer includes: providing a wafer to be cleaned, the surface of which has a low-dielectric-constant material layer; dry etching the wafer using oxygen plasma to reduce the methyl content in the low-dielectric-constant material layer; performing a first isotropic etching on the wafer for a first duration using an etching solution of a first concentration; and performing a second isotropic etching on the wafer for a second duration using the etching solution of a second concentration; wherein the second concentration is less than the first concentration, and the second duration is less than the first duration. This method can quickly and effectively remove the low-dielectric-constant material layer from the wafer surface and significantly reduce the number of particles on the cleaned wafer surface, making the wafer suitable for reuse, thereby improving efficiency and reducing costs.

This invention discloses a method and system for intelligent coding review and automated data entry of medical records, relating to the field of data processing technology. The method acquires structured data from the electronic medical record system, including the patient's discharge diagnosis, treatment process, pathology report, medication records, and cost information, through multi-source acquisition. The data is then classified and preprocessed according to medical record type. A pre-trained natural language processing model analyzes the text data in the medical record homepage to understand the doctor's diagnostic descriptions and treatment process. Combined with a constructed coding rule base and knowledge graph, a recommended coding list and anomaly alerts are output through rule mapping and reasoning. A human-machine collaboration mechanism is established to automatically enter the reviewed medical record coding data into the medical record management system. This solves the problems of excessive reliance on manual operation, insufficient coding accuracy, and low efficiency in existing medical record coding review methods, forming a precise medical record coding working mode based on human-machine collaboration.

The application relates to the technical field of data analysis, in particular to a production variable verification method and device, equipment and a computer readable storage medium, the method comprising the following steps: packaging processing logic codes of various production variables to obtain variable code packages; obtaining verification data, calling the variable code packages by taking the verification data as input parameters, and obtaining processing results of the various production variables; generating check results of the various production variables according to the processing logic codes of the various production variables and the verification data; and if the processing result of a target production variable in the various production variables is consistent with the check result of the target production variable, it is determined that the target production variable passes the verification. The application improves the online timeliness effect of the production variable.

This invention relates to the field of smelting technology, specifically to a vacuum induction melting alloying method for alloys containing volatile elements. The method includes: adding a portion of the matrix molten material of the alloy to be melted into the molten pool of a melting chamber; evacuating the melting chamber; melting the matrix molten material in the molten pool with a target current, accumulating a first melting time; preparing a feeding box; placing the feeding box containing the volatile molten material into a charging chamber; evacuating the charging chamber until the charging chamber and the melting chamber reach pressure equilibrium; when the first melting time reaches a first preset time, opening the channel between the charging chamber and the melting chamber, and placing the feeding box into the molten pool to continue melting; when the feeding box is melting in the molten pool and the first melting time reaches the target melting time, the melting process ends. This solves the problems of low efficiency, low utilization rate of volatile elements, and difficulty in composition control during the alloying process.

This invention discloses a scaffold for shipbuilding, comprising a frame structure, a transverse support plate, casters, and diagonal bracing modules. The frame structure includes multiple spaced vertical members, multiple spaced transverse members, and a two-way stabilizing module. The vertical and transverse members are erected to form the frame structure, and are securely connected via the two-way stabilizing module. The transverse support plate is mounted on the transverse members. Casters are connected to the bottom of at least the vertical members located at the corners of the frame structure. The diagonal bracing module includes two diagonal bracing assemblies, which can apply opposite forces in the transverse direction to two vertical members. Each diagonal bracing assembly has a first end and a second end; the first end is connected to the corresponding vertical member, and the second end is connected to the external mounting surface of the scaffold. This scaffold can reduce the total time spent erecting and dismantling scaffolds during shipbuilding, thereby improving shipbuilding efficiency.

This invention discloses a parallel coherent accumulation method for frequency-hopping echoes based on Chebyshev NUFFT, applied to a multi-core parallel architecture of DSP based on task space slicing and double buffering. By introducing the NUFFT algorithm combined with the multi-core parallel architecture of DSP, this invention significantly increases the scale of data processing, reducing the total processing time by 85% compared to traditional serial schemes, with a measured processing time of approximately 70ms~80ms, demonstrating a substantial improvement in processing efficiency. Through Gaussian kernel latticeization and precise phase decoupling, the echo consistency loss caused by frequency hopping is recovered to the maximum extent. Compared to traditional methods, the coherent gain is improved by 3dB~6dB. Utilizing adaptive variable window topology convergence intelligently suppresses false targets caused by residual sidelobes from frequency hopping, reducing the false alarm rate of output traces by more than 30% compared to fixed window algorithms, greatly reducing the huge computational load and mistracking risk brought by the backend track association and tracking algorithms.

This application provides an adaptive cutting device for aluminum alloy sheets used in unmanned equipment, relating to the field of aluminum alloy sheet cutting. The adaptive cutting device for aluminum alloy sheets in unmanned equipment includes a conveyor, a control mechanism, and a cutting mechanism. A centering mechanism is connected to the right side of the control mechanism. The centering mechanism includes a driving plate and a guide plate. The driving plate is positioned above the right side of the conveyor, and the top of the guide plate is connected to the bottom of the driving plate. By setting up the centering mechanism, the bidirectional hydraulic rod connected to the connecting plate at the bottom of the extension plate shortens, causing the driving plates to move towards each other. This movement of the driving plates in turn moves the guide plates towards each other, guiding the sheet metal to the center of the conveyor surface. This avoids manual adjustment of the sheet metal's position, ensures the accuracy of the sheet metal's position, improves the automation level of the cutting process, and increases the sheet metal cutting efficiency.