43 results about "Matched control" patented technology

The invention relates to the technical field of industrial automation control, in particular to a PLC (programmable logic controller) dual-redundancy power supply module supporting checking of operation quality information and a control method, comprising a master power supply, a slave power supply and matched control logic which are redundant to each other; each of the master power supply and the slave power supply comprises an AC input module, a rectification filtering module, a power conversion module, a protection module, an analog quantity acquisition module, an ADC module, an industrial grade MCU module, a nonvolatile storage module, a communication module, a state indication module and an onboard energy storage unit. The control logic comprises the steps that the PLC scans the number of modules to determine master and slave identities; the timer interrupts and triggers the ADC to collect voltage / current / temperature data, the data are stored in the SRAM after being converted, and abnormal data are stored in the nonvolatile storage unit in a classified mode; the 485 communication module responds to a PLC request to export data; and when the main power supply fails, the slave power supply is automatically switched to the main power supply and outputs 24V. According to the invention, real-time monitoring and accurate fault positioning can be realized, the reliability of the PLC system is improved, the cost is low, and the method is suitable for industrial automation scenes.

The utility model relates to an intelligent seal supervision device, including shell body, fixed entity seal fixed sleeve of entity seal, drive mechanism, transmission mechanism, detection unit and treater. Entity seal fixed sleeve sets in the lower part of the cavity of shell body. Drive mechanism, transmission mechanism and treater are oppositely arranged in the upper part of the cavity of shell body, and can be associated with matched control entity seal fixed sleeve relative to the shell body and realize the action purpose of lifting movement. Detection unit is connected with treater, and is fixed between the inner wall of the cavity of shell body and the wall of entity seal fixed sleeve, and can monitor the distance size of the lower end surface of entity seal fixed sleeve and the lower port of shell body. The utility model can realize effective monitoring to the moving stroke of entity seal, and is helpful to improve the supervision level of the authenticity of effective seal action.

The invention relates to the technical field of software engineering management, in particular to a software development control method. The method comprises the following steps of: decomposing a software application into a plurality of independent software modules according to software development requirements, and acquiring characteristic measurement of each software module; based on the feature measurement of each software module, determining a reconstruction probability score of the software module; determining the risk level of the software module according to the reconstruction probability score; selecting a matched control strategy for the software module from a plurality of predefined control strategies based on the risk level; and applying the control strategy corresponding to the selected software module to the subsequent development process of the software module. Through the data-driven and differentiated control method, the quality assurance resources can be accurately projected to the most required links, so that the software delivery speed is increased, and the stability and maintainability of the system are remarkably enhanced.

The application relates to the technical field of API query request, and provides a method and system for improving API query concurrency based on a time window cache, which comprises the following steps: receiving an API query request, constructing a cache key according to the received API query request and a current time, and matching a corresponding control element from a cache control container according to the constructed cache key; marking and classifying the API query request by using the matched control element, obtaining a head query request and a subsequent query request; listening to a cache writing state, respectively executing the head query request and the subsequent query request according to the listened cache writing state, and updating the control element. The method and system for improving API query concurrency based on a time window cache can guarantee that most of the requests can read real-time cache during any traffic peak period of an API interface, greatly reduce the cost of querying a database, and significantly improve the concurrency performance of the API.

The invention relates to the technical field of anti-pinch control, in particular to an anti-pinch control method of a vehicle-mounted folding screen, a product, equipment and a storage medium. The method comprises the following steps: detecting the current of a driving motor of the vehicle-mounted folding screen when the vehicle-mounted folding screen is in an unfolding or closing process; if the current of the driving motor is greater than a set current threshold value and is maintained for a set time length, determining a current parameter set of the vehicle-mounted folding screen; the current parameter set comprises the state, the unfolding angle, the current environment temperature and the gear stroke of the vehicle-mounted folding screen; determining a matched control strategy according to the current parameter set; the control strategy comprises the steps of stopping at a current position and returning to a set unfolding angle; and controlling the vehicle-mounted folding screen according to the control strategy. According to the invention, the anti-pinch detection accuracy at different environment temperatures is improved, the enhanced verification of the gear stroke is added, and the anti-pinch false triggering condition caused by errors is effectively avoided.

The application is suitable for the technical field of lighting control, and provides a lighting device control method and device based on wireless communication and a lighting device, the method comprising: establishing a wireless communication connection with a control terminal, and periodically acquiring a received signal strength indication value; performing sliding window filtering processing on the value, and when the value rises and breaks through a first preset threshold, waking up the lighting device to enter a gesture analysis window period and starting a timer; continuously recording a change track of the received signal strength indication value in the gesture analysis window period, and generating a received signal strength time sequence; extracting extreme value features in the received signal strength time sequence, and matching the extracted extreme value features with a preset signal action template to determine a corresponding control instruction; and according to the matched control instruction, directly executing a corresponding lighting state switching operation locally by the lighting device. The application solves the problem that it is difficult to quickly and effectively operate the lighting device in the existing industrial and mining environment.

Embodiments of the present application provide a vehicle-home cooperative control method, electronic equipment, storage medium and program product, which relate to the technical field of smart home / smart home, and include: obtaining a digital twin model of a target vehicle, loading and displaying a three-dimensional model of the target vehicle in a three-dimensional home interface displaying a three-dimensional model of a home appliance based on the digital twin model; in response to a control operation triggered by a user on the three-dimensional model of the target vehicle and / or the home appliance in the three-dimensional home interface displayed on a user terminal, generating a matched control instruction, and delivering the control instruction to the target vehicle and / or the home appliance; or, in response to a control operation triggered by a user on the three-dimensional model of the home appliance in the three-dimensional home interface displayed on a vehicle machine end of the target vehicle, generating a matched control instruction, and delivering the control instruction to the home appliance. The method is used to eliminate the operation burden of repeatedly switching between different applications and different interfaces for the user.

The invention provides an intelligent medicine box based on patient discharge medication. The intelligent medicine box comprises a hardware body and a matched control module. The matched control module comprises a remote information input sub-module, a data storage sub-module, a trigger control sub-module, a medicine approval sub-module and an intelligent analysis and decision-making sub-module; the remote information input sub-module obtains data related to diagnosis and treatment of a patient from a hospital end; the data storage sub-module collects and stores various data; the trigger control sub-module triggers the corresponding multimedia elements based on the signals returned by the elements of the various sensing units; the intelligent analysis and decision submodule formulates a personalized medication strategy based on the data from the hospital end and the physiological life data of the patient. Through the medicine box, the effect of guarding the medication safety of a patient after the patient is discharged from a hospital is achieved.

The application discloses a power plant high-salt wastewater collaborative drying system and an energy-saving operation method for a direct air cooling unit. The system comprises an air cooling tower, an air cooling fan, a finned tube heat exchanger, a wastewater atomization device, a dust collector and a matched control system. The energy-saving operation method comprises the following steps: step one, data acquisition and initialization; step two, safety mode judgment; step three, collaborative optimization solution; and step four, closed loop verification and dynamic adjustment. Compared with the traditional technology, the application fully utilizes the low-grade heat carried by the huge air inlet of the air cooling tower, realizes zero discharge of high-salt wastewater drying at low operation cost, and significantly strengthens the air cooling heat exchange through air inlet humidification, so that the fan air volume and power consumption can be reduced under the premise of ensuring the cooling effect, and the operation economy and system operation safety of the unit are improved.

The invention relates to a massage equipment control method and system based on localized AI and electronic equipment, and belongs to the technical field of artificial intelligence. The method comprises the following steps: acquiring interaction data between a user and a localized AI virtual object; inputting the interaction data into a locally deployed classification model, and determining state features of the user; screening out a control mode matched with the state characteristics of the user from a locally deployed mode library; and generating a first control instruction based on the matched control mode, and issuing the first control instruction to massage equipment of the user. Compared with an existing AI control mode depending on cloud computing, the mode achieves localized interaction and control, the transmission delay and privacy leakage risks possibly occurring in the process of transmitting data to the cloud are avoided, meanwhile, effective control can also be guaranteed in an off-line scene without a network condition, and the use safety and stability of the massage equipment are improved.

The present application is suitable for the compressor anti-surge control field, and provides a control method and device of axial flow compressor with inter-stage bleeding. In the embodiment, for the axial flow compressor with inter-stage bleeding, a start-stop control line group and a continuous operation control line group are set in advance according to the surge boundary and surge margin of the compressor. When the compressor is running, the matched control line group is determined according to the operation parameters, running state and switch state of the inter-stage bleeding valve of the compressor. Then, the valves of the compressor, such as the exhaust air supply valve, the exhaust air vent valve and the inter-stage bleeding valve, are adjusted according to the pressure ratio, equivalent speed and inlet guide vane opening of the compressor, so as to avoid the unstable operation of the compressor and the problems of possible stall or surge.

The utility model provides an intelligent internet-of-things reading desk for a library, which comprises a desk body, the top end of the desk body is provided with a horizontally arranged desktop, and the desk body is provided with a containing groove with the top end penetrating through the desktop; the carrying structure is rotationally connected in the accommodating groove and is provided with a plane part corresponding to the accommodating groove and a mounting position which is positioned on the back surface of the plane part and is used for fixedly connecting the display control unit; and the matched control module is used for searching the books needing to be borrowed and recording the borrowed books. According to the intelligent internet-of-things reading table for the library, the table body is arranged, the supporting structure can be rotationally arranged in the containing groove through the containing groove in the table top, and the supporting structure can pitch downwards to be flush with the table top through the plane part when the display control unit is not used; the display control unit on the mounting position is hidden in the accommodating groove, so that the use space can be reduced, the display control unit is prevented from being damaged due to accidental touch, the safety is high, and the practicability is good.

The application discloses a double-suction latching lock for an electric front trunk of an automobile and a synchronous control method thereof, comprising two groups of lock bodies, a shared driving mechanism and four execution wires; the two groups of lock bodies are arranged on the left and right sides of the electric front trunk, and each group of lock bodies is respectively provided with a suction wire fixing point and an unlocking wire fixing point; a power output assembly is integrated in the shared driving mechanism, and the shared driving mechanism is connected with the suction wire fixing points and the unlocking wire fixing points of the two groups of lock bodies through the four execution wires; the application only adopts one set of driving mechanism, is light in structure, low in cost, convenient in cabin arrangement and high in efficiency of rack and pinion transmission; and the matched control method realizes bilateral synchronous action by means of positive and reverse rotation of a single motor, simplifies the whole vehicle control logic and solves the problems of complex independent driving structure and poor synchronism of the existing double lock.

The invention discloses a distributed adaptive noise reduction system and method based on the Internet of Things, belongs to the technical field of distributed noise reduction, and constructs a double-layer judgment mechanism fusing a global behavior model and a user local model; according to the system, multi-dimensional real-time data in the operation process of cooking equipment is collected, a global model is used for recognizing a general cooking rule, a local model is built based on user personalized data, and dynamic adaptation is achieved through online learning; when an abnormal state is recognized, judgment results of the two models are fused to generate an abnormal credibility score, matched control response is executed, and local model parameters are continuously optimized in combination with user feedback, so that the abnormal recognition accuracy and response flexibility are effectively improved, the false alarm rate is remarkably reduced, and the user experience is improved. And the self-adaptive capability of the system to user habits, environment changes and cookware differences is enhanced.

The invention discloses a cooking abnormity intelligent control system and method, belongs to the technical field of cooking intelligent control, and constructs a double-layer judgment mechanism fusing a global behavior model and a user local model; according to the system, multi-dimensional real-time data in the operation process of cooking equipment is collected, a global model is used for recognizing a general cooking rule, a local model is built based on user personalized data, and dynamic adaptation is achieved through online learning; when an abnormal state is recognized, judgment results of the two models are fused to generate an abnormal credibility score, matched control response is executed, and local model parameters are continuously optimized in combination with user feedback, so that the abnormal recognition accuracy and response flexibility are effectively improved, the false alarm rate is remarkably reduced, and the user experience is improved. And the self-adaptive capability of the system to user habits, environment changes and cookware differences is enhanced.

The invention discloses an interphone signal enhancement device in a fire rescue scene. The interphone signal enhancement device comprises a shell, a three-frequency-band parallel signal processing circuit, a cooperative processing circuit, a wireless communication circuit, a public and special fusion interface circuit and matched control software. The device can automatically identify multi-band signals, dynamically follow the frequency band switching of the public and special integrated interphones, and enhance the signals in an ad hoc network cooperative manner, has the functions of fault diagnosis and power consumption optimization, is adaptive to various interphones, eliminates frequency band interference, and guarantees the communication stability of a complex rescue scene.

The application discloses a power plant high-salt wastewater collaborative drying system and an energy-saving operation method for a direct air cooling unit. The system comprises an air cooling tower, an air cooling fan, a finned tube heat exchanger, a wastewater atomization device, a dust collector and a matched control system. The energy-saving operation method comprises the following steps: step one, data acquisition and initialization; step two, safety mode judgment; step three, collaborative optimization solution; and step four, closed loop verification and dynamic adjustment. Compared with the traditional technology, the application fully utilizes the low-grade heat carried by the huge air inlet of the air cooling tower, realizes zero discharge of high-salt wastewater drying at low operation cost, and significantly strengthens the air cooling heat exchange through air inlet humidification, so that the fan air volume and power consumption can be reduced under the premise of ensuring the cooling effect, and the operation economy and system operation safety of the unit are improved.

The utility model discloses a milk collecting and storing CIP system which comprises a buffering cylinder, a first valve set arranged on one side of the buffering cylinder, a duplex filter installed on one side of the first valve set, a plate heat exchanger arranged on one side of the duplex filter, a pipeline connected with the output end of the plate heat exchanger, a second milk inlet pipe arranged on the pipeline, and a milk storage tank connected with one end of the second milk inlet pipe. The other end of the second milk inlet pipe is connected with a cleaning mechanism, and the buffering cylinder, the first valve set, the duplex filter, the plate heat exchanger, the milk storage tank and the cleaning mechanism are all in signal connection with a matched control system. A milking pump is connected with a rotating disc milking machine to pump milk, the pumped milk is pressed out by a variable frequency pump on a first valve group, the milk which is normally opened by a fourth valve enters a duplex filter for mineral substance filtration, and the filtered milk enters a plate heat exchanger provided with circulating flow cold water for temperature replacement. And then the milk enters the first milk storage tank along the second milk inlet pipe to be stored.

The embodiment of the invention discloses a voltage control method and a storage medium, and the method comprises the steps: obtaining a target power factor and a target voltage of a to-be-controlled object at a current moment; when the target power factor of the to-be-controlled object is greater than a preset power factor threshold value and the target voltage is out of limit, controlling the voltage of the to-be-controlled object by adopting a first-stage control strategy, and when the target power factor is less than or equal to the power factor threshold value and the target voltage is out of limit, controlling the voltage of the to-be-controlled object by adopting a second-stage control strategy; and controlling the voltage of the to-be-controlled object by adopting a second-stage control strategy or a third-stage control strategy under the condition that the target power factor and the target voltage of the to-be-controlled object at the current moment are acquired and the continuous voltage out-of-limit of the to-be-controlled object within a historical first preset duration from the current moment is generated, and returning to execute the step of acquiring the target power factor and the target voltage of the to-be-controlled object at the current moment. According to the invention, the most matched control means can be adopted in different voltage problem stages, and the reliability and effectiveness of control are improved.

The application discloses an ultrasonic water meter transducer online self-checking system, which comprises a main control MCU and an acoustic channel selection switching analog switch K1, a signal emission / reception switching analog switch K2, a signal amplification filtering module, a signal amplitude sampling circuit, a TDC module, an ultrasonic signal emission module and a short circuit detection module connected with the main control MCU; one end of the acoustic channel selection switching analog switch K1 is connected with a plurality of ultrasonic transducers; the other end of the acoustic channel selection switching analog switch K1 is connected with one end of the signal emission / reception switching analog switch K2; the other end of the signal emission / reception switching analog switch K2 is connected with the signal amplification filtering module, the ultrasonic signal emission module and the short circuit detection module; the system increases the short circuit detection module and the matched control time sequence on the basis of the existing ultrasonic water meter, realizes the functions of ultrasonic transducer short circuit detection, open circuit damage detection and signal strength detection, and solves the problem of ultrasonic water meter sensor performance monitoring.

The invention relates to the technical field of steel rolling, and discloses a method for improving the grain size of M6, the method comprises the steps of S1 heating control, S2 rolling temperature control, S3 Stelmor air cooling line cooling control and S4 matched control system application, the S1 heating control comprises the steps of S101 steel billet arrangement and S102 temperature and time control, the S2 rolling temperature control comprises the steps of S201 rolling line and spinning temperature, s3, Stelmor air cooling line cooling control comprises S301, cooling speed adjustment and S302, roller way speed control, and S4, matched control system application comprises S401, temperature detection and S402, central control. According to the method, heating uniformity is remarkably improved. According to the steel billet cross arrangement design, the head and tail temperature difference problem of single-side arrangement is thoroughly solved; in cooperation with soaking section temperature control of 1070-1120 DEG C and side temperature difference limitation of 12-18 DEG C, reasonable heating time of 100-160 minutes is overlapped, abnormal growth of crystal grains caused by high-temperature long-time heating is effectively avoided, and a foundation is laid for subsequent uniform crystal grain formation.

The invention discloses a resource consumption processing method, device, equipment and system for SQL statements and a medium, and belongs to the technical field of artificial intelligence. The method comprises the steps of collecting SQL operation influence factor data associated with an operated SQL statement, wherein the SQL operation influence factor data comprises SQL execution data, real-time index data, table structure data and historical log information; constructing a multi-dimensional feature vector based on SQL operation influence factor data; the multi-dimensional feature vector and the cue word are input into a target large language model, a resource consumption evaluation result of the running SQL statement is obtained through reasoning of the target large language model, and the resource consumption evaluation result comprises the resource consumption of the SQL statement and SQL running influence information; and obtaining a control strategy matched with the type of the database instance executing the SQL statement and the resource consumption evaluation result, and executing the matched control strategy. According to the embodiment of the invention, the stability of database operation can be improved.

The invention discloses an intelligent monitoring method and system for a digital workshop production environment, and relates to the field of industrial control, and the main scheme is as follows: comparing different parameters in environmental data with corresponding thresholds in an environmental data threshold set, judging whether to execute a matched control instruction according to a comparison result, and if yes, executing the control instruction; adverse effects on the production process and the product quality due to environmental fluctuation are avoided; whether a matched control instruction is generated or not is judged according to the remote monitoring reliability H and the reliability threshold value, and the problem that the remote monitoring reliability is low is solved; power adjustment is performed on the equipment based on the equipment power adjustment coefficient, so that abrasion and faults of the equipment are reduced, and the performance and service life of the equipment are improved; the threshold value cost benefit and the optimization algorithm cost benefit are calculated and adjusted, the performance optimization method is judged by comparing the threshold value cost benefit and the optimization algorithm cost benefit, and the problem that performance evaluation cannot be carried out in time is solved.

The invention relates to a control system for an ore coke tank and a feeding system, which belongs to the field of ferrous metallurgy and comprises a production decision making system, a process control system and an equipment control system. The production decision-making system carries out batching calculation, carries out automatic adjustment of a discharging sequence according to a uniform mixing requirement, generates a feeding material list and issues the feeding material list to the process control system, and reads process information and an equipment state in real time; the process control system selectively reads a feeding material list issued by the production decision making system or a feeding material list manually set locally, the read feeding material list is analyzed, error compensation is executed, a weighing execution material list is obtained, the material preparation process is executed, the real-time position of materials is tracked through a material flow simulation algorithm, the discharging process is executed according to the discharging sequence, and the production decision making system is used for making the production decision making system. Broadcasting a process state in real time, and tracking material flow information in real time; the equipment control system abstracts and extracts attributes of a control object, realizes standardized control of automatic operation of the equipment, and broadcasts the operation state of the equipment in real time. The invention further discloses a matched control method.

The application discloses a water network engineering intelligent design and evaluation method and system, and the method comprises the following steps: S1, acquiring data of a water network engineering reconstruction node; S2, constructing a node water supply feature evaluation model according to the data of the water network engineering reconstruction node, and determining a reconstruction direction; S3, constructing and selecting a suitable reconstruction scheme according to the node water supply feature evaluation model, and calculating relevant parameters and control conditions required by the reconstruction scheme to obtain a reconstruction model; and S4, constructing a control model related to the reconstruction model, and realizing intelligent reconstruction of the water network engineering. The application provides feature evaluation of a water supply network engineering, forms a reconstruction benefit evaluation mechanism of the water supply network engineering, and under the working guidance of the evaluation mechanism, a matched control system is constructed, so that not only intelligent operation of the water network system is realized, but also the goal of intensive utilization of water resources and efficient development of water energy is achieved.

The invention discloses a vehicle-mounted screen control method and related equipment, and relates to the technical field of vehicle machine control, and the method comprises the steps: obtaining a voice instruction collected by a microphone array of a target vehicle; determining an instruction source area and instruction semantic content based on the voice instruction; determining a target screen area in an integrated screen of the target vehicle based on the instruction source area and the instruction semantic content; and based on the target screen area, displaying control information corresponding to the instruction semantic content. According to the application, the source area and the semantic content of the voice instruction are identified, the instruction is accurately mapped to the corresponding area of the integrated screen, and the matched control information is displayed, so that accurate identification, regionalized control and clear feedback of voice input can be realized, and the screen interaction process is more accurate, efficient and consistent.

The invention relates to the technical field of wastewater treatment, in particular to a multi-parameter intelligent regulation and control method and system for industrial wastewater treatment.The method comprises the steps that the apparent viscosity change trend, the reaction rate change trend and the dosage change trend in a reaction unit are obtained; constructing a reaction control mechanism evolution trajectory curve based on time sequence association among the three, extracting an effective response interval of the reaction rate to the dosing change, identifying a critical interval in which the dosing behavior begins to fail, and judging whether the reaction process enters a limited operation state dominated by a mass transfer condition or not; the regulation gravity center is converted from reaction rate increase to reaction interface update capability coefficient recovery, and a regulation constraint condition matrix matched with the regulation gravity center is formed. According to the method, key operation parameters such as the apparent viscosity, the reaction rate and the dosage are synchronously obtained in the continuous operation process of wastewater treatment, a reaction control mechanism evolution track reflecting the internal coupling relation in the reaction process is constructed, and dynamic recognition of the actual action boundary of the regulation behavior is achieved.

The invention relates to the technical field of intelligent air conditioners, and discloses an air conditioner control method and device based on equipment running state parameters. The method comprises the steps that whether matched control operation needs to be executed on an air conditioner or not is judged according to obtained and preset running state parameters of target equipment; and when the judgment result is yes, control parameters of the air conditioner are determined based on the running state parameters of the target equipment, and matched control operation is executed on the air conditioner according to the control parameters. It can be seen that the intelligent control process of the air conditioner can be achieved based on the operation state parameters of the target equipment, in this way, the control process of a user for the air conditioner is simplified, the control timeliness of the air conditioner is improved, the control reliability and accuracy of the air conditioner are improved, the situation that air conditioner control is disordered is reduced, and the user experience is improved. Therefore, the use experience of the user on the air conditioner is improved.

The application discloses a high-performance microwave frequency synthesis and control method based on an optical frequency comb, relates to the technical field of frequency synthesis, and comprises the following steps: an optical frequency comb outputs an optical signal, the optical signal passes through a first synthesis path and a second synthesis path to generate signals, signals, signals, signals and signals, and according to engineering actual needs, the signals, the signals and the signals are sent into a multi-frequency signal selection detection and control unit to generate required multi-path high-performance microwave frequency signals,..., and, and the signals are output to a subsequent system for use; and a matched control method is provided; according to the application, for the application scene of satellite-borne high-performance microwave signal synthesis and precise measurement, multi-path high-performance microwave frequency signals can be generated, and the frequency range covers from a low frequency band to a millimeter wave frequency band.

This invention discloses an active vibration reduction control method for mechanical vibration of cutting tools during aluminum machining. The method includes: acquiring multi-source chatter data of the aluminum machining tool, extracting chatter features, and filtering effective features to obtain key chatter features; performing a comprehensive risk assessment and classification of the current chatter state of the aluminum machining tool based on the key chatter features, and calculating the dominant chatter frequency and energy concentration; matching multi-level control strategies for the current aluminum machining tool based on the risk classification results; adjusting the parameters of the matched control strategies according to the dominant chatter frequency and energy concentration to generate tool chatter suppression decisions; during the execution of the tool chatter suppression decisions, when the tool chatter exceeds the current chatter risk threshold, matching the next level of control decisions and adjusting the corresponding parameters to obtain a progressively dynamically optimized active tool chatter suppression decision. This method has the effects of highly sensitive early warning, precise graded vibration reduction, and improved accuracy of vibration reduction control.