30results about How to "Simple logic" patented technology

The application discloses a software development package compiling method and device, and relates to the technical field of computers. A specific implementation of the method comprises the following steps: performing encapsulation based on a second programming language on a first type of module of any core component in a software development package, extracting a header file of the first type of module and a header file of a second type of module after the encapsulation to generate a common umbrella header file of the core component; and after compiling core component source code and upper layer component source code in the software development package into an executable file, processing the common umbrella header file of any core component in the software development package, so that the common umbrella header file only contains declaration content configured in advance for the core component. The implementation can effectively reduce the risk of core code leakage.

The invention discloses an LDI lens perpendicularity adjusting system and method. The system comprises an adjusting module, a controller, a lens bearing plate, a workpiece table and a displacement sensor. The lens bearing plate and the adjusting module are provided with aligned through holes, the LDI lens is fixed in the through holes, the displacement sensor is located on the LDI lens, and the controller is electrically connected with the displacement sensor, the workpiece table and the adjusting module. Controlling the workpiece table to move among a plurality of preset position points; the displacement sensor determines the height from the lens to the workpiece table when the workpiece table is located at each preset position point; the controller receives the heights of the LDI lenses and determines the inclination angle and the inclination direction of the plane where each preset position point is located relative to the horizontal plane; and controlling an adjusting module to adjust the position of the lens according to the inclination angle and the inclination direction, so that the inclination angle is within a preset angle error range. By using the system, detection and accurate adjustment of the verticality of the LDI lens are realized.

The invention provides a helicopter inward-opening type hinge cabin door control device and a state indication method, solves the problem of low reliability caused by multiple sensors, multiple signals and complex logic of a cabin door with a multi-position locking function at present, and is particularly suitable for a large-size inward-opening type hinge cabin door of a general helicopter. Reliable position locking and state indication of the cabin door can be realized only through monitoring of the passive locking mechanism and the micro switch of the passive locking mechanism and by adopting a system architecture of signal acquisition logic processing state indication, and an active locking mechanism and an additional position sensor do not need to be adopted, so that the cabin door control system is simple, fewer in signal, simple in logic and high in reliability. The cabin door state display information is concise, visual and comprehensive, the cabin door control efficiency and the state indication reliability are higher, and various task requirements of using the cabin door on the ground / in the air can be met.

The utility model relates to the technical field of power supply control, in particular to a pump power supply control circuit for high-side driving. The circuit comprises a pump power supply controller which is used for generating a driving control signal and adjusting the driving control signal according to an error signal; the driving module is used for receiving a driving control signal; the power conversion unit is configured to boost a direct current input voltage into a pump voltage under the control of the driving module according to the driving control signal; the feedback sampling circuit is used for sampling the pump voltage and generating an error signal; the isolation feedback device is used for transmitting the error signal to the pump power supply controller in a potential isolation mode; the pump power supply controller takes the cathode of the DC input power supply as the reference ground, and the pump voltage takes the anode of the DC input power supply as the reference standard. The scheme is suitable for high-side driving application, is a pump power supply control scheme which is novel in structure, stable in performance, flexible in control and controllable in cost, and has good popularization and application prospects.

This invention discloses an adaptive temperature control method based on motion state perception, comprising the following steps: Step 1, the motion sensing module senses the user's motion intensity and transmits the motion intensity data to the main control module; Step 2, the main control module determines the motion intensity level based on the motion intensity data, matches a target heating level based on the motion intensity level, and sends a target heating level command to the heating module; Step 3, the heating module adjusts the temperature to the target temperature range according to the target heating level command. An adaptive temperature control system based on motion state perception is also disclosed, comprising a motion sensing module, a main control module, and a heating module; the temperature control system of this invention can automatically match the heating level temperature according to the motion intensity, so that the user does not need to manually adjust the temperature during exercise.

The application discloses a polarization anomaly information extraction method based on resistivity inversion results, and comprises the following steps: introducing a Cole-Cole model into controllable source one-dimensional forward calculation, and deriving one-dimensional frequency domain forward calculation formula containing induced polarization effect; simulating frequency domain electromagnetic field response under the condition of layered induced polarization medium, and analyzing the influence of induced polarization parameters in the Cole-Cole model on the electromagnetic field response; adopting a step-by-step processing strategy to carry out inversion processing on the electrical property parameters of the measured electromagnetic field data, so as to obtain geoelectric section resistivity data; and adopting mapping imaging and sensitive optimal layer recursive imaging to extract the geoelectric section resistivity data, so as to obtain induced polarization anomaly information contained in the electromagnetic field response. Through the above scheme, the application has the advantages of simple logic, accuracy and reliability, and has high practical value and popularization value in the field of geophysical exploration technology.

A resource allocation method and device based on bitmap precalculation, the method comprising: generating a global resource state bitmap according to CORESET configuration in a PDCCH, precalculating a candidate pre-allocation bitmap set for each possible candidate PDCCH; extracting a corresponding pre-allocation bitmap from the candidate pre-allocation bitmap set as a candidate set bitmap; comparing the candidate set bitmap with the global resource state bitmap to determine whether the resources conflict, if the resources do not conflict, the resources are available, and then the resources are occupied. The present application transfers the complex function calculation at the scheduling time to the precalculation in the initialization stage, only needs simple bitmap retrieval and bit operation at the scheduling time, greatly shortens the PDCCH resource allocation time consumption, replaces the real-time intensive calculation by pre-storing the bitmap, significantly reduces the CPU load, focuses the processor on the core scheduling algorithm, reduces the resource redundancy consumption, and effectively improves the overall capacity and energy utilization efficiency of the communication system.

The present application belongs to the technical field of energy storage system, and particularly relates to an energy storage system and a negative sequence current phase-to-phase SOC equalization control device and method. The energy storage system of the present application is a high-voltage energy storage system. First, the three-phase SOC deviation values of the energy storage system are compared to determine the maximum deviation. When the absolute value of the deviation value of the maximum deviation is less than or equal to a set dead zone value, the negative sequence current given value is set to 0. When the absolute value of the deviation value of the maximum deviation is greater than the set dead zone value, the initial phase of the corresponding negative sequence current is set according to different conditions of the three-phase SOC deviation. Then, the d-axis and q-axis component given values of the negative sequence current are obtained according to the initial phase and the set current ratio. The negative sequence control component is obtained through d-axis and q-axis decoupling control, and is added to the obtained positive sequence control component to obtain the modulation wave of the converter in the energy storage system, so as to realize phase-to-phase SOC equalization. This scheme solves the problem of phase-to-phase SOC equalization control of the negative sequence current of the energy storage system through a software strategy with small calculation amount and clear logic.

The application provides a terrain rendering method and device, electronic equipment and computer readable storage medium. The method receives a terrain drawing operation through a target canvas, obtains at least one terrain in the target canvas according to the terrain drawing operation, then obtains terrain data of the target canvas, and obtains spatial transformation parameters between the target canvas and a target model. An initial terrain mask is generated according to the terrain data and the spatial transformation parameters. Then, the initial terrain mask is spatially transformed according to the spatial transformation parameters to obtain a target terrain mask. The target terrain mask and at least two sub-models in the target model form different alignment relationships. Finally, the target terrain mask is sampled to obtain sampling data, and each sub-model is rendered based on the sampling data and the different alignment relationships. The application decouples terrain drawing from a modular target model, and realizes differentiated display of terrain in the modular model.

The invention belongs to the technical field of casting blank cutting, and particularly relates to a conveying roller device and method for solving adhesion of a casting blank after cutting. The lifting roller is arranged between the conveying roller and the flame cutting area, due to the fact that the lifting roller rotates by one circle, the highest point of the upper end of the lifting roller is higher than the upper end of the conveying roller, and the lowest point of the upper end of the lifting roller is lower than the upper end of the conveying roller. Therefore, one end of the cut casting blank can be lifted up through the lifting roller, displacement in the vertical direction of the casting blank to be cut is achieved, then the adhesion position is snapped through the lifting force of the lifting roller and the gravity of the casting blank, and the cutting efficiency and safety of the casting blank are effectively guaranteed. The device is simple in structure, can effectively solve the problem of casting blank adhesion, reduces the labor of workers, and avoids production accidents caused by untimely treatment.

The present application relates to a kind of coating module, coating device and its coating method, coating module is cooperated with the hanging material module of being provided with the member to be coated, comprising: first drive unit, with at least one output for providing the driving force of moving along vertical direction;At least one coating unit, coating unit includes support and multiple bowl coating parts, one end of support is installed in the output of first drive unit, other end extends into the below of the member to be coated, support is provided with multiple first slot along vertical direction, bowl coating part is detachably installed in first slot, and is provided with first through hole along vertical direction, bowl coating part and the member to be coated through first through hole are cooperated to form the liquid storage space for storing coating liquid;Bowl coating part size is smaller, it is beneficial to realize the miniaturization of coating module;Coating liquid in bowl coating part is less and controllable, and volatile amount reduces accordingly, avoid resource waste, reduce production cost;Bowl coating part can be updated and replaced, guarantee coating quality.

This invention discloses a pulsed xenon lamp driving circuit. The primary windings of high-frequency transformers T1 and T2 are connected to the drain and source terminals of high-frequency switches Q1 and Q2, respectively. MCU controllers PWM1 and PWM2 are connected to the gates of high-frequency switches Q1 and Q2, respectively, driving them to operate. This circuit is simple and achieves three voltage levels—tens of V to hundreds of V and hundreds of V to tens of KV—through two transformer isolation transformations. It also achieves pulse voltage nesting, has simple logic, and couples high and low voltage pulses between the primary and secondary windings of transformer T3, preventing high-voltage pulse loss due to EMC interference and ensuring stable driving of the pulsed xenon lamp. By simultaneously charging C1 and C2, Q1 and Q2 do not operate during discharge, preventing damage to the converter circuit from unstable xenon lamp load. Timing control allows for preheating of the xenon lamp, extending its lifespan.

The utility model discloses a busbar interconnection structure, which comprises at least two groups of low-voltage power supply incoming lines, a plurality of incoming line frame circuit breakers and a plurality of neutral line mutual inductors, and is characterized in that each group of low-voltage power supply incoming lines is provided with at least two incoming line frame circuit breakers, and a neutral line loop of each incoming line frame circuit breaker is connected with a corresponding neutral line mutual inductor; wherein the plurality of inlet wire frame circuit breakers corresponding to the same group of low-voltage power supply inlet wires are in short circuit with the input side of the neutral wire mutual inductor, the plurality of inlet wire frame circuit breakers corresponding to different groups of low-voltage power supply inlet wires are in short circuit with the output side of the neutral wire mutual inductor, and the neutral wires of the plurality of groups of low-voltage power supply inlet wires are interconnected through a busbar.

This application discloses a code processing method, apparatus, terminal, and computer-readable storage medium. The method includes: acquiring initial front-end code; performing code analysis on the initial front-end code using a target code processing model to obtain code risk information; then, determining target risk code segments in the initial front-end code based on the code risk information; performing intermediate representation optimization processing on the target risk code segments using the code risk information to obtain target intermediate representations corresponding to the target risk code segments; then, generating target bytecode corresponding to the target intermediate representations; and replacing the target risk code segments in the initial front-end code based on the target bytecode to obtain target front-end code. This solves the technical problem of relying on manual code optimization when optimizing completed front-end code.

According to the LOD construction method and device for the GIS large-range live-action model, the nodes are generated through adaptive iterative segmentation in the HLOD tree construction process, the triangular patch data amount of each node is kept within the threshold value range, and the nodes with the too large triangular patch number cannot be generated; meanwhile, the textures of all the nodes are limited to be kept in a similar range, too large textures cannot be generated, and the optimal configuration effect can be achieved in the rendering scheduling process of the result; meanwhile, after the triangular patches in all the nodes are simplified, the texture features in the texture pyramid are merged, and the method can effectively simplify the grids, maintain the features of the grids, reduce the deformation of the textures to the maximum extent, and ensure the visual effect of the grids. In addition, main memory occupation data is stored in a temporary file by using a memory mapping technology, so that the scheme can process large data volume data exceeding computer memory limitation.

The invention discloses an efficient magnetic anomaly simulation method based on a hybrid algorithm, and the method comprises the steps: building a Cartesian coordinate system for a target region, and obtaining the information of any grid unit of the target region, the information of an observation point, and the magnetic field intensity; based on the information of the grid units and the information of the observation points, dividing the grid units by adopting a distance adaptive algorithm to obtain a plurality of near-field area grid units and a plurality of far-field area grid units; calculating a kernel matrix element corresponding to any far-field area grid unit by adopting a point magnetic source algorithm, and calculating a kernel matrix element corresponding to any near-field area grid unit by adopting a numerical integration method; and the kernel matrix elements corresponding to the far-field area grid units and the kernel matrix elements corresponding to the near-field area grid units are synthesized, and a magnetic anomaly vector is obtained. Through the scheme, the method has the advantages of simple logic, accuracy, reliability and the like, and has very high practical value and popularization value in the technical field of physical simulation.

The invention discloses a solid wood furniture board intelligent nesting method considering texture direction constraint, which comprises the following steps of: synchronously generating a pixel-level defect segmentation image and a texture direction field from a board digital image by adopting a deep neural network; for each to-be-trepanned part, constructing a comprehensive value map by fusing a defect repulsive force field generated by the defect segmentation map and a texture coordination map generated by the texture direction field; iteratively searching the optimal placement pose of each part on the value map by adopting a hybrid optimization strategy combining an artificial potential field method and simulated annealing; and after the pose of one part is determined, the area occupied by the part is updated to be an unavailable area, and the process is repeated for the next part until nesting of all the parts is completed. The problems that in the prior art, defect perception and trepanning optimization are disjointed, texture constraint processing is insufficient, and an optimization algorithm is prone to falling into local optimum are solved, and the plate utilization rate and the product aesthetic quality can be improved.

This invention discloses an engine control method based on a vehicle locking function, belonging to the field of engine control technology. It solves the technical problem that existing instrument-based starter control cannot meet the requirements for safe engine starting. The method includes: adding a relay to the engine starter signal control line, with the relay's control terminal connected to the engine's ECU; when the ECU executes a vehicle locking signal, its internal parameters limit the fuel injection quantity to 0, the ECU controls the relay to disconnect, and the starter cannot tow the engine; when the ECU does not execute a vehicle locking signal, the ECU's fuel injection quantity is normal, the ECU controls the relay to connect, and the starter can tow the engine. For engines requiring pre-fuel injection, this invention can protect the engine by locking it before the technical condition is confirmed, preventing the starter from towing and protecting the engine from dry friction of the bearings caused by not pre-fuel injection; the control is reliable, the logic is simple, and it is easy to operate.

This invention relates to the field of computer technology, specifically to an instruction control method, apparatus, device, and medium based on write-response words. Firstly, this application breaks away from the traditional reliance on hardware primitives by using a mechanism where asynchronous functional components write a write-response word to the corresponding register address area after completing a task. Traditional solutions suffer from limited hardware primitive adaptability, making it difficult to efficiently utilize resources across different cores. This solution, however, uses a unified write-response word to feedback completion status, enabling flexible resource allocation on demand and significantly improving resource utilization. Secondly, this solution does not involve complex API calls. The write-response word mechanism is simple and direct, easily adapting to changes in the number of processor cores, enhancing system scalability. Thirdly, traditional solutions struggle with complex dynamic cross-core task dependencies, while this solution can accurately grasp task completion status through write-response words, flexibly scheduling tasks and effectively adapting to complex dynamic scenarios.

The application discloses a kind of commercial vehicle hybrid system engine start-stop control method, it is related to new energy automobile control technical field, comprising the following steps: after vehicle is in Ready state, obtain vehicle operating state information, judge whether engine satisfies starting condition, when satisfying starting condition and no relevant fault, engine start is executed, and engine starting time is recorded;After engine completes starting, engine continuous operation time is calculated according to the engine starting time recorded in step one, when continuous operation time reaches time, engine shutdown determination condition is opened.The application sets up running time restriction and shutdown delay control, avoids engine frequent start-stop, control logic is simple, can be realized by software calibration, without increasing hardware.Through multi-stage start-stop control, reduce impact load, improve engine and related components reliability, while taking into account power and economy, meet the long life operation demand of commercial vehicle.

The application discloses a digital signal isolator based on time division multiplexing to realize multi-path transmission. The digital signal isolator comprises a signal transmitting module, an isolation channel and a signal receiving module. The signal transmitting module of the digital signal isolator periodically samples multi-path parallel input signals and modulates the signals into a serial data stream, and adds a flag signal bit at the beginning of each data stream. The serial data stream is transmitted from the signal transmitting module to the signal receiving module through an isolation channel. The receiving module of the digital signal isolator demodulates the data stream received from the isolation channel, recovers a clock through the starting flag signal, demodulates each signal by using the recovered clock, and then recovers parallel data from the serial data stream. The application has the following advantages: the application modulates multi-path signals into a signal for transmission, so that the utilization rate of the isolation channel can be improved, and the cost can be reduced.

The invention provides a dynamic analysis function interface method and system based on a VxWorks operating system, and the method comprises the steps: S1, reading a function command configuration file, and storing the function command configuration file after analysis; s2, writing the stored function interface information into a memory file system; s3, executing the function interface information obtained through analysis as a whole to obtain key information output, and redirecting standard output into a memory to capture key output information in the function execution process; and S4, executing the temporary file as a shell script of VxWorks, judging whether execution succeeds or not by comparing log information with preset success information, and if the execution succeeds, uploading a result to upper computer tool software. According to the invention, the parameter analysis logic is simplified, and the flexibility and expandability of the system are enhanced.

The application discloses a quadratic polynomial frequency modulation signal parameter estimation method, and steps include: obtaining a quadratic polynomial frequency modulation signal and performing first differentiation to obtain a first signal, calculating the carrier frequency of the first signal, and then estimating the bandwidth of the quadratic polynomial frequency modulation signal by using the carrier frequency of the first signal to obtain a bandwidth estimation value; performing second differentiation on the first signal to obtain a second signal, calculating the carrier frequency of the second signal, and then estimating the frequency modulation coefficient of the quadratic polynomial frequency modulation signal by using the carrier frequency of the second signal and the bandwidth estimation value to obtain a frequency modulation coefficient estimation value; generating a target signal according to the frequency modulation coefficient estimation value, calculating the carrier frequency of a product signal obtained by multiplying the target signal and the quadratic polynomial frequency modulation signal as a starting frequency estimation value, and calculating a carrier frequency estimation value according to the bandwidth estimation value and the starting frequency estimation value. The application has high estimation performance and low engineering implementation complexity.

The application discloses a mixed precision area decomposition solving method based on an electric source electromagnetic method exploration, and comprises the following steps: establishing a forward model and performing tetrahedral mesh division; assigning resistivity to any tetrahedral mesh; dividing the tetrahedral mesh into a plurality of non-overlapping sub-regions; establishing a discrete equation of an electric field control equation for any sub-region; coupling the sub-regions according to a boundary condition, and constructing a single-precision interface equation and a double-precision interface equation; performing single-precision iterative solving on the single-precision interface equation by using a minimum residual method; when Arnoldi residual norm stagnation or a preset condition is reached, a double-precision iterative residual calculated by using the double-precision interface equation is used to correct the single-precision iteration, and a corrected parameter is obtained; performing single-precision iterative solving on the corrected parameter by using the single-precision interface equation; obtaining a solution of the interface equation; and substituting the solution of the interface equation into a corresponding receiving point in the sub-region, so as to obtain an electromagnetic response of the receiving point.

The present application belongs to the field of automobile power and control technology, and in particular to a fuel vehicle braking jerk prevention and control system and a control method thereof. The system comprises a vehicle body posture detection module, a vehicle body posture decoupling module, a pedal stroke and acceleration detection module, a vehicle speed monitoring module, a front obstacle detection module, a control decision module, and a communication and execution module. Data interaction is achieved between the modules through a CAN bus, and the respective data is sent to the control decision module. After calculation, the control decision module sends control instructions to the communication and execution module through the CAN bus. The present application introduces a self-learning mechanism, which dynamically optimizes key parameters such as acceleration threshold, pedal stroke threshold, and vehicle speed trigger conditions based on driving history data, so that the control strategy gradually adapts to the operating habits of different drivers, achieving personalized braking smooth control effect.

The application discloses an inversion method based on apparent resistivity average slope adaptive time-frequency data correction, and comprises the following steps: acquiring time-frequency data and obtaining apparent resistivity average slope; correcting the time-frequency data by using the apparent resistivity average slope and an adaptive time-frequency data correction factor to obtain corrected time-frequency data; constructing an inversion data target function and inverting the corrected time-frequency data. Through the above scheme, the application has the advantages of simple logic, accuracy and reliability, and has high practical value and popularization value in the field of geophysical electromagnetic prospecting technology.

The application relates to an FTP unstructured file transmission breakpoint continuation implementation method and device based on DataX. The method comprises the following steps: integrating a progress tracking module into a DataX Writer, creating a transmission progress metadata file (TPMF) containing information such as the number of uploaded bytes and the state for each file and dynamically updating; deploying an independent process monitor to monitor task interruption and trigger progress persistence to the TPFM; a user selects a file through an independent FTP continuation scheduler, reads the TPFM and the server-side target file size to determine the breakpoint, calls an FTP REST command to continue from the breakpoint, updates the state after completion, and the like. The method realizes accurate progress recording, active saving in abnormal interruption and user-controllable continuation, avoids redundant retransmission, improves transmission efficiency and resource utilization, enhances data synchronization robustness and reduces operation and maintenance complexity. The method has small invasiveness to the DataX core, is strong in universality and is suitable for high-reliability synchronization scenes of large-scale unstructured files.

This application provides a flow detection method, system, and network node. By adding a flow detection metadata header field after the payload field of the current IPv4 packet, this application achieves flow detection in native IPv4 networks. Furthermore, by adding the flow detection metadata header field after the payload field of the current IPv4 packet, this application ensures that the IPv4 header length of the current IPv4 packet remains unchanged (the IPv4 header length is also 5 bytes), preventing ingress nodes from inserting IPv4 Options fields carrying flow detection information into the IPv4 header, such as the IPv4 packet header and transport layer header (TCP / UDP header), which could lead to intermediate network nodes entering slow forwarding paths (sending data to the CPU) based on the IPv4 Options field.

The invention relates to the technical field of energy storage, and provides a battery internal resistance calculation method, electronic equipment and a storage medium. The method comprises the following steps: acquiring voltage monitoring data and current monitoring data of a battery; determining current fluctuation data based on the current monitoring data, and determining voltage fluctuation data corresponding to the current fluctuation data based on the voltage monitoring data; and performing data fitting on the current fluctuation data and the voltage fluctuation data to determine the internal resistance of the battery. The method can reduce the calculation complexity of the internal resistance of the battery and relieve the scene limitation.

The invention relates to the technical field of high-voltage discharge, in particular to a high-voltage discharge system with a multi-protection function and a control method, high-voltage discharge multi-protection is realized through multi-circuit cooperation: a lighting switch circuit board converts 24V to 12V for a chip to work, and when VSample is higher than 10V, high voltage is cut off to prevent overvoltage of a xenon lamp; the peak absorption circuit board is driven to absorb reverse electromotive force to prevent breakdown by using an RCD network when the IGBT is turned off; the switching circuit generates SafeTrigger in real time, and the SafeTrigger is pulled down immediately to turn off the IGBT when the current exceeds 600A, the pulse exceeds 25ms and the like. The over-current protection circuit takes 8V as a threshold value, and is forcibly turned off to prevent the IGBT from being damaged when 600A; a pulse time length limiting circuit forcibly pulls down the SafeTrigger 25 ms later, and ultra-long pulses are completely eradicated; the time for limiting the turn-off of the IGBT is 15 microseconds, and the turn-off stability is ensured; when the over-temperature protection circuit is 70 DEG C, the signal is pulled down to close the drive; the constant current source feedback circuit amplifies and outputs as a current reference, maintains stable discharge, and improves the safety, reliability and service life of the system.