11results about How to "Resolution status" patented technology

This utility model discloses a track socket, comprising: a base shell with a socket sleeve inside; a movable ring rotatably mounted on the base shell; a movable base plate disposed inside the base shell and connected to the movable ring, the movable base plate having a rotor coaxially distributed therewith, the rotor extending out of the base shell; a conductive plate including a power-taking arm and a contact arm connected to each other, the power-taking arm being mounted on the rotor, the contact arm extending into the base shell and contacting the socket sleeve; and a locking mechanism mounted on the base shell and used to lock the movable base plate onto the base shell, and unlocking after the base shell is inserted into the power track, allowing the movable ring to drive the movable base plate and rotor to rotate to the power-taking or power-off position under external force. In this application, the locking mechanism unlocks the movable base plate only after the track socket is inserted into the power track and fully inserted, allowing the user to switch between power-taking and power-off states by rotating the movable ring, solving the problem caused by switching between power-taking and power-off states when the track socket is not fully inserted, ensuring service life and safety.

The invention discloses a control system and method for maintaining an IO (Input / Output) state in an ECU (Electronic Control Unit) flashing process. The system comprises a main control chip MCU and at least one SPI control device which are connected through an SPI bus. The SPI control device does not have a watchdog function and is integrated with a latch circuit. Before the MCU executes the operation mode of switching between the application program and the bootstrap loader, a configuration instruction is sent to the SPI control equipment through the SPI bus, and a controlled IO pin of the SPI control equipment is set to be a preset level; during the SPI communication interruption caused by mode switching, the SPI control equipment keeps the IO state of the SPI control equipment unchanged by means of an internal latch; and after the communication is recovered, the MCU takes over control again through the SPI instruction. According to the method, the hardware latch characteristic of the SPI control equipment is utilized, seamless and non-interruption maintaining of control signals of external key equipment is achieved in the ECU internal program jumping and function interruption period, and the problem of power failure or misoperation of the external equipment in the flashing process is solved.

The invention relates to the field of application control, and discloses a method and a system for continuous control of a swan gap application, computer equipment and a storage medium, the method comprises the following steps: monitoring a current display page through source end equipment, and when the current display page is identified as a function page, recording a unique identifier which takes routing information as a core and is associated with corresponding page function data and real-time state data; when a connection request is received, the source end device sends the unique identifier and the associated data thereof to the opposite end device; the opposite terminal device analyzes the route based on the received information, executes progressive application recovery according to the route, and sequentially completes recovery of corresponding pages, functions and states; according to the method and the device, the problems of inaccurate connection control, improper page recovery opportunity and incomplete function state information in the prior art are solved, and cross-device seamless application connection experience is realized.

The application discloses a kind of based on improved model predictive control unmanned ship trajectory tracking control method and device.The method includes, H-PINN method is introduced into unmanned ship hydrodynamics model, obtains the simplified hydrodynamics model of unmanned ship;Based on the prediction model of the trajectory tracking of unmanned ship obtained in simplified hydrodynamics model, the expected trajectory and control quantity of model predictive control MPC are designed using differential flatness theory, and stability analysis is designed according to Lyapunov function.The method improves model predictive control using differential flatness theory, and Lyapunov function optimization analysis is combined, improves trajectory tracking precision, reduces the change amplitude of control quantity, so that the speed change in navigation process is more smooth.

The application discloses a waste oil and fat impurity removal, decolorization and purification system and method based on multi-stage cooperation, relates to the technical field of oil and fat purification, and comprises a pollutant state recognition module, a micelle depolymerization cooperation module, a pollutant state migration module, a gradient cooperative adsorption module, a color return inhibition and stabilization module and a cooperative control module which are connected in sequence. The application solves the problem that traditional processes can only make a judgment based on concentration and cannot describe the coupling relationship and coating state among pollutants by constructing a multi-dimensional state matrix of colloids, pigments, metal ions and oxidation products, introducing a cooperative purification index CCI for unified quantitative representation, realizing the change from "empirical judgment" to "state quantitative control", and improving the adaptability and control accuracy of waste oil and fat from different sources.

The invention provides a method for characterizing the specific surface area of cobaltosic oxide, belongs to the technical field of lithium ion battery material preparation, and solves the problems that an existing method for characterizing the specific surface area of cobaltosic oxide is long in detection time and cannot meet the requirement that the specific surface area of a product needs to be monitored at any time in the process of preparing cobaltosic oxide through calcination. Spherical cobalt carbonate is used as a raw material to be calcined into cobaltosic oxide, then sampling is carried out, and the positive linear relation between the specific surface area of the cobaltosic oxide and the moisture content is set. The time for representing the specific surface area of the cobaltosic oxide is greatly shortened, the method can be used for monitoring abnormal conditions in the process of preparing the cobaltosic oxide by calcining cobalt carbonate, the process abnormity can be found in time, and the product quality is guaranteed.

This application discloses a damage detection method, electronic device, storage medium, and computer program product, relating to the field of nondestructive testing technology. The method includes: scanning a composite material to be tested using a terahertz time-domain spectroscopy system to obtain the original time-domain echo signal of the composite material, wherein the composite material to be tested is a glass fiber reinforced polymer composite material; preprocessing the original time-domain echo signal to obtain target image data; extracting features from the target image data to obtain damage features; predicting the geometric offset of the damage features; and locating the damage target in the composite material to be tested based on the geometric offset and the damage features. This application solves the technical problem of poor detection effect in existing nondestructive testing technologies.

The application discloses a kind of based on somatosensory interaction's faucet start-stop control method and system, including the following steps: obtaining three-dimensional video stream, and generating image frame with depth information by polarization anti-reflection processing;Image frame is input into anti-shielding customized YOLOv8-pose model, and the three-dimensional space coordinates of wrist key point and shielding confidence are generated;According to shielding confidence, adaptive trajectory completion is executed, and continuous hand space trajectory sequence is generated;Z-axis coordinate sequence is intercepted and is filtered out by washing and shaking, and direction cumulative value is generated;Based on semi-Markov duration constraint, shielding state retention determination is carried out;According to direction cumulative value and shielding state retention determination result, control intention is generated, and solenoid valve start-stop is controlled;In multi-wrist scene, target wrist key point is locked, and through timeout fuse reset, off state is closed.The application improves the stability, anti-interference and use safety of somatosensory start-stop control of faucet in complex water use scene.

The application provides a control method, device, equipment, storage medium and program product of a liquid cooling unit. The method determines a first maximum temperature value of a battery corresponding to the liquid cooling unit; generates a refrigeration instruction of the liquid cooling unit if the first maximum temperature value exceeds a preset temperature threshold; starts the liquid cooling unit based on the refrigeration instruction, and feeds back an operating current of a compressor motor and a pressure difference value; determines whether the liquid cooling unit has been successfully started based on the operating current and the pressure difference value, and performs refrigeration monitoring on the liquid cooling unit if the liquid cooling unit has been successfully started. The application controls the triggering of the refrigeration instruction of the liquid cooling unit by monitoring the temperature of a battery cluster corresponding to the liquid cooling unit in real time; determines whether the liquid cooling unit has been successfully started in combination with the received feedback information, thereby avoiding the risk of battery thermal runaway caused by the disconnection between the refrigeration instruction and the execution state; in addition, the diagnosis control of the liquid cooling unit is realized through software logic, thereby improving the operation reliability and the diagnosis accuracy of the liquid cooling unit.

The application discloses a cognitive state evaluation and intervention method and system based on semantic dynamic weighting, an electronic device and a storage medium. The method comprises the following steps: establishing personalized baseline data; continuously collecting behavior data and storing the behavior data in a ring buffer in real time; when a semantic label in the interaction is identified, a behavior data segment time-aligned with the semantic label is extracted from the ring buffer; behavior features of the behavior data segment are extracted; according to the semantic label, a feature weight is found from a preset weight mapping table, and the behavior features are weighted and calculated to obtain a dynamic weighted feature index; based on a classification model, a cognitive state classification result is obtained according to the dynamic weighted feature index, and a contribution degree is calculated to determine a main attribution feature; finally, based on the semantic label and the main attribution feature, an intervention strategy is matched and executed from a strategy library. The application realizes accurate attribution, reliable evaluation and accurate intervention of the cognitive state.

The invention provides a control method of an automatic external defibrillator. The control method comprises the following steps: carrying out heart rhythm analysis on a patient; when it is determined that the state of the patient meets a first condition or a switching instruction of a user exists on the basis of heart rhythm analysis, the automatic external defibrillator enters the first working mode, and in the first working mode, the automatic external defibrillator executes a rescue process including an alternate heart rhythm analysis stage and a cardiopulmonary resuscitation prompting stage; when the result based on the heart rhythm analysis meets a second condition, controlling the automatic external defibrillator to be switched to a second working mode when the user confirms the operation instruction or determines that the state of the patient meets the set state; in the second working mode, the automatic external defibrillator is controlled to stop cardiopulmonary resuscitation prompt, and heart rhythm analysis is continuously executed; judging whether a switching condition is met or not, wherein the switching condition comprises whether the state of the patient meets the first condition or whether a switching instruction of the user exists or not recognized through continuous heart rhythm analysis in the second working mode.