230 results about "Operating instruction" patented technology

The invention provides an electric power technology service guarantee supervision method, which comprises the steps of determining a matching degree evaluation criterion of an operation tool specification and a protection measure grade according to a real-time operation data set, and meanwhile, integrating a compliance deviation reason according to an out-of-plan repair judgment result to determine an operation rationality evaluation criterion; performing electric power risk grading analysis on the cascading failure prediction set, judging the existence condition of a high risk grade, and extracting transformer abnormal sign data to obtain a risk grade classification result; according to the flow difference degree of the optimized repair path and the initial repair operation step, the optimized path is integrated back to the real-time operation data set, and meanwhile, in combination with transformer abnormal sign data, an update operation guidance set is obtained; and generating a power operation visualization report according to the updated operation guidance set, verifying the applicable condition that the alarm is not directly started when the service standard process is deviated, and obtaining a final compliance judgment conclusion.

The invention relates to the technical field of smart home cooperative control, and discloses a cooperative operation method of a smart home system, and the method comprises the steps: firstly constructing a smart home equipment state prediction model and an equipment cooperative control decision model, and predicting the operation state of each piece of intelligent equipment in the future through collecting user habit data and home environment data; and generating a preliminary collaborative operation instruction. Thirdly, a difference fusion model is constructed, the model optimizes the preliminary instruction according to the difference between the predicted operation state and the actual operation state of the equipment, and an optimal cooperative operation instruction is generated; and the system continuously monitors the actual operation state of the equipment, compares the actual operation state with a prediction result, and immediately triggers the difference fusion model to recalculate an instruction once a significant deviation is found, thereby ensuring that the smart home system is always kept in an optimal operation state. Through combination of prediction and real-time optimization, the cooperation efficiency and response speed of the smart home system are improved, and more comfortable and convenient smart home experience is provided for users.

The invention provides a power control method and a related device, and relates to the field of range extenders. After a hydraulic system working instruction is received, if it is determined that a power advance control strategy needs to be adopted, before the current of a hydraulic displacement control valve is adjusted according to the hydraulic system working instruction, the power advance control strategy is adopted; the power of an engine and the power of a target generator are adjusted to the total power required by the engine, which is calculated based on the target hydraulic power and the power generation required power, so that the current engine power can meet the power generation power requirement and the power requirement of a hydraulic system after responding to a working instruction of the hydraulic system; and then the hydraulic displacement control valve current is adjusted according to the hydraulic system working instruction, after the hydraulic displacement control valve current is adjusted, the hydraulic power begins to change, and during the hydraulic power change period, the power of the target generator can be adjusted based on the hydraulic power change, so that the engine can provide the hydraulic power needed by the hydraulic system in real time.

A material transfer machine comprises a material container containing material and a material transfer system capable of transferring the material from the material container to another location, wherein the material transfer system comprises a discharge pipe movable between an operating position and a storage position and an actuator driving the movement of the discharge pipe between the operating position and the storage position.The material transfer machine further comprises one or more processors, a memory, and computer-executable instructions stored in the memory which, when executed by the one or more processors, configure the one or more processors to: receive an input indicating that the unloading tube should be moved from the operating position to the storage position; identify a pivot zone that defines an area in which the unloading tube will move when moved by the actuator from the operating position to the storage position; and generate a control signal based on the determination.

The invention relates to the technical field of equipment remote control, and discloses a remote control method and device for cooking equipment, equipment and a storage medium, and the method comprises the steps: collecting an operation instruction sequence executed by a user on a mobile terminal, and carrying out the time feature extraction of the operation instruction sequence, and obtaining user operation feature data; inputting a cooking operation sequence Transform model with time and space attention to perform feature matching and identity authentication to obtain a user identity authentication result; obtaining a standardized equipment state data set of the cooking equipment; performing data security verification to obtain equipment operation state data passing the security verification; generating a standard format control instruction sequence; and performing communication grouping and transmission execution on the standard format control instruction sequence to obtain a corresponding grouping transmission execution result, and the method improves the reliability and stability of remote control of the cooking equipment.

The invention discloses an information system existing interface-based AI large language model interaction method, which comprises the following steps of: constructing an interface operation feature set according to an information system operation log; identifying a service intention category and a function granularity level corresponding to the interface, and generating an interface function granularity identification table; constructing an action rule chain according to the interface service intention category and the function granularity level; performing field consistency calibration in combination with a field time sequence identifier, a stage identifier and a trigger point identifier to form standardized intermediate JSON data; according to the standardized intermediate JSON data, generating cue words including field operation instructions, business semantic instructions and time sequence background instructions; model request sending, model output result analysis and consistency verification are carried out through an existing API interface, and system state updating information is recorded. According to the method, the system transformation cost is reduced, the accuracy of interface semantic expression is improved, and an enforceable and extensible technical path is provided for intelligent upgrading of a traditional information system.

A DI (device identification) chip, smartphone, communication device, system, method, or operating method is rendered capable of imposing punitive damages to cybercriminals and cyberterrorisms. Comprised are operating instructions for building a DI database, setting specified DI information required, formatting DI packet, and transmitting the DI packet for verification. The DI database may comprise a banned DI list and / or a DI-Member-Only list. The punitive measure in conjunction with the banned DI list will render a cybercriminal's communication device incapable of gaining access to the Internet, and its operating system invalid, once registered in the banned DI list. Accordingly, for the first time, no cybercriminal / cyberterrorism can proceed with any cybercrime at no cost. Equally unique is the DI-Member-Only list that will allow a central server to be accessible only to the communication devices with the DI information preregistered, thus precluding any potential cyberattack from unknown communication devices also for the first time.

The invention discloses an intelligent regulation and control method and system for tunnel concrete spraying. The method comprises the steps that key influence factors of the adhesion and solidification process of concrete are determined; according to the determined adhesion and solidification process influence factors, material proportioning parameters are optimized in combination with cement grout fluidity and additive effect change characteristics, and based on an optimized proportioning scheme, the requirements of construction area differences for injection parameter adjustment are analyzed, and pressure and flow set values of injection equipment are determined; according to the determined pressure and flow set values, injection parameter adjusting instructions for different areas are generated, equipment operation configuration suitable for current temperature distribution is obtained, and a corrected operation instruction is generated; and the corrected operation instruction is transmitted to a spraying equipment control system, the equipment operation state is adjusted in real time, meanwhile, adjusted concrete solidification process control data are collected, and whether the final performance parameters meet the construction requirements or not is determined. The construction quality and efficiency are improved.

The invention relates to a mechanical disassembly and assembly animation generation method and device of mechanical equipment and a storage medium, and belongs to the technical field of mechanical overhaul, and the method comprises the steps that based on a configuration file corresponding to a target model, an interaction mode of the target model is added; the target model is a model corresponding to the disassembly and assembly steps of the mechanical equipment to be disassembled and assembled for maintenance; based on the interaction mode, generating an animation path corresponding to the target model; and based on a preset preview mode and the animation path, generating a mechanical dismounting animation of the mechanical equipment to be dismounted and maintained. According to the mechanical assembly and disassembly animation generation method of the mechanical equipment, the system can efficiently and accurately generate the mechanical assembly and disassembly animation meeting the assembly and disassembly maintenance requirements by reading the configuration file, adding the interaction mode, generating the animation path and previewing the animation, the mechanical assembly and disassembly animation generation process is complete, and the mechanical assembly and disassembly animation generation efficiency is improved. Powerful support is provided for teaching, training and on-site operation, and important application values are provided for scenes such as maintenance training, operation instructions and virtual demonstration of mechanical equipment.

The invention relates to an automatic numerical control machining process method for aero-engine turbine disc parts, which comprises the steps of formulating a turbine disc process, completing machine tool and software configuration, completing machine tool and software function development, completing cutter handle selection, completing clamp optimization, completing numerical control program simulation optimization, completing effect inspection and completing field verification. Cutting tool operation instruction compiling is completed, automatic cutting tool management is completed, batch production application is completed, and process curing is completed. According to the method, a machining tool and technological parameters are optimized and solidified, a program control method is adopted, human intervention in the numerical control machining process is reduced, a traditional numerical control machining method of manual measurement and manual tool feeding is changed, an automatic numerical control machining mode is formed, and efficient, precise and automatic numerical control machining of key procedures of typical turbine disc parts is achieved.

1. The name of the product of this design: Menu and scrolling tool portion of a graphical user interface for accessing information and options for an electronic device. 2. Purpose of the product of this design: an electronic device. 3. The key design features of this design product are the parts of the graphical user interface that require protection. 4. The picture or photo that best illustrates the key points of the design: main view. 5. Purpose of the graphical user interface: The overall interface includes two vertically arranged menu areas in the middle and multiple independent menu areas around them. Users can fully access information and operation options. Users can enter search content in the search bar, click buttons in the interface or enter operation instructions to implement related functions. Part of the interface is the menu area and the scroll tool on the side of the interface. Users can scroll the screen to browse information by pressing the scroll toolbar and sliding it up and down. 6. Other situations that need to be explained Other explanations: The dotted part in the figure is the content that is not requested for protection.

The invention relates to a test system based on a multi-modal knowledge base, belongs to the technical field of software testing, and solves the problems of insufficient reuse of historical project data and expert knowledge, lack of professional domain knowledge, illusion, low test case adoption rate and low practicability. The system comprises a knowledge base construction module used for constructing a hierarchical multi-mode professional field knowledge base; the preprocessing module is used for forming a standardized project development document and a software source code file of a to-be-tested project; the test case generation module is used for generating a test case and a software test description thereof based on the multi-modal professional domain knowledge base, the project development document of the project to be tested and the software source code file; and the test execution module prepares execution conditions according to the test case and the software test description thereof, and then executes the software test steps in sequence according to the input and operation description steps described by the test process to obtain an execution result of the test case. And knowledge-based and deep structured multiplexing of test assets is realized, and the test quality and efficiency are improved.

The invention provides an automatic control system for a seat table board. The automatic control system comprises a seat backrest; the table board is rotationally connected to the seat backrest; the connecting rod mechanism is respectively connected with the seat backrest and the table plate; the actuator is arranged on the seat backrest or the table plate and is used for being in transmission connection with the table plate; the electronic control unit (ECU) is arranged on the seat backrest or the table board, and the ECU is used for receiving an operation instruction, generating a driving signal to control the actuator, receiving an operation position signal of the actuator, receiving a rotating speed signal or an operation current signal of the actuator and receiving a posture signal of the table board. And the intelligent degree is high. The invention further provides an automatic control method based on the seat table board automatic control system.

The invention provides a multi-motor cooperative control system based on an open-source real-time operating system, and relates to the technical field of multi-motor control, the system calculates a target rotating speed through an upper computer controller, and ensures that a rotating speed instruction can be simultaneously sent to a plurality of dynamometers by using a real-time controller. By means of the EtherCAT high-speed communication protocol, the system can synchronously transmit instructions with extremely low delay, and it is guaranteed that all the drivers receive and execute the same operation instructions at the same moment. In addition, by setting consistent acceleration and deceleration time and PI control parameters of a speed loop and a current loop in the driver, the synchronism and response performance of the system are further optimized. The invention aims to realize high-precision synchronous operation.

The invention discloses a top-speed transaction system, method, device, medium and product based on cloud native, and relates to the technical field of computer network communication, the system comprises a reliable multicast bus packaged in a Docker container and at least one serial assembly line arranged in a micro-service architecture, and any serial assembly line is provided with a plurality of service processing units. The reliable multicast bus is used for receiving external instruction information and sending the instruction information to the service processing unit; and the service processing unit is used for executing preset service logic operation on the instruction information to obtain an operation result, transmitting the operation result to the next service processing unit of the same serial pipeline through the lock-free message queue, obtaining operated instruction information after all the service processing units finish operation, and sending the operated instruction information to the next service processing unit of the same serial pipeline through the lock-free message queue. The operated instruction information is fed back to the reliable multicast bus; and the reliable multicast bus is used for receiving and outputting the operated instruction information. The research and development efficiency of the top-speed transaction system is improved.

The invention discloses a driving simulation system and method supporting a manned and unmanned mixed driving test, and relates to the field of driving simulation. The cockpit unit comprises a plurality of steering wheel suites; for any steering wheel suite, the processor unit collects operation instruction information of a driver and determines a driving mode; when the driving mode is manned driving, calculating the pose information of the vehicle at the next moment by adopting a vehicle dynamics model based on the control instruction of the driver; when the driving mode is unmanned driving, calculating the pose information of the vehicle at the next moment according to the control instruction based on an automatic driving algorithm, reversely deducing a vehicle motion deflection angle and a steering wheel rotation angle to generate a control instruction, and feeding back the control instruction to the steering wheel suite; and performing instruction response according to the control instruction. Through the highly integrated and intelligent design, the problems that the application scene is single, algorithm control is not convenient enough, a feedback mechanism is insufficient, and a takeover detection mechanism is imperfect are solved.

Devices, systems, and methods are disclosed herein. which provide an improved way of providing operating instructions to devices such as IoT devices. The disclosure allows for an essentially unlimited number of devices to be controlled via a wireless network. The disclosure does not require pre-planning of the network architecture, nor does it require the number of control devices and end devices to be manually managed or maintained.

According to the man-machine cooperation mechanical arm control method based on the multi-mode large model, assembly scene visual information, text instruction information and prompt information are combined and input into the multi-mode large model for understanding and task decomposition, and operation instructions with different function check bits and mechanical arm control codes are generated. A pixel area and coordinates of a target object are obtained by combining retrieval of a multi-modal large model or a part knowledge base with a DINO-X model and are converted into pose coordinates of a mechanical arm according to a mapping relation between a coordinate system of an end effector of the mechanical arm and a coordinate system of a visual system, and a mechanical arm control instruction is generated. The mechanical arm is controlled to move by combining operation instructions with different functional check bits and mechanical arm control codes, so that the problems of poor generalization and low precision caused by the illusion problem of a multi-mode large model are solved while the mechanical arm control instructions are accurately and efficiently generated by combining the multi-mode large model with voice instructions and visual information reasoning decisions.

The present invention relates to the field of filling control technology, specifically to an intelligent control system for oatmeal filling, including a sensor module, a speed adjustment analysis module, an operation status analysis module, an execution module, a human-computer interaction module and a storage server. The present invention obtains the speed status by analyzing the filling data and the conveying data, obtains the speed requirement information by identifying the speed status, and adjusts the filling speed according to the speed requirement information, so that the filling speed is more in line with the production needs, avoids the problem of the existing conveying mechanism being unstable during speed switching, and ensures the quality of the packaged products; and obtains the operation status information by comprehensively analyzing the fault data, the motor temperature data and the energy consumption data, generates the corresponding operation instructions according to the operation status information, and ensures that the filling equipment operates under normal conditions according to the operation instructions, so as to ensure the production safety of the filling equipment.

The invention relates to a free marshalling control method, device and system for station equipment and electronic equipment, and the method comprises the steps: obtaining the use demand, scheduling demand and scene application information of the station equipment, generating a standard operation instruction set of the equipment according to the information, and enabling the instruction set to comprise an execution instruction and an execution object; according to scene requirements, the control execution instruction and the execution object are freely combined to generate a marshalling plan; simulating a plan execution condition, and outputting feedback information; and identifying operation data, energy consumption data and feedback information of the equipment to generate a log report, and optimizing the plan according to the log report. According to the free marshalling control method, device and system for the station equipment and the electronic equipment, flexible configuration of control over multiple pieces of equipment and multiple pieces of professional equipment can be achieved through a free marshalling station equipment control mode, meanwhile, in the actual operation process, operation personnel do not need to execute control instructions on site, and the labor cost is reduced.

The invention relates to a source network load storage capacity dynamic planning method and system based on digital twinning, and the method comprises the steps: obtaining the operation parameter data of all equipment, and obtaining a final equipment operation parameter set; performing mathematical abstraction on each device by adopting a unified modeling mode to obtain a unified device model; equipment heterogeneous characteristic parameters are extracted from the unified equipment model, and the energy storage capacity is adjusted through a dynamic allocation mechanism; performing real-time capacity allocation according to the energy storage capacity allocation scheme and the real-time load change data by adopting an optimal scheduling algorithm to obtain an equipment operation instruction set; obtaining an equipment cooperative operation state, and obtaining a resource utilization efficiency evaluation result based on the equipment cooperative operation state; and readjusting unified equipment model parameters based on a resource utilization efficiency evaluation result to obtain an optimized capacity configuration scheme. Compared with the prior art, unified modeling and dynamic allocation of different types of equipment are realized, and the method has the advantages of improving the collaborative efficiency and the resource utilization rate of the source network load storage system and the like.

The invention discloses an experimental explanation real-time generation method, which comprises the following steps that: a training database is constructed, a knowledge enhancement language model is trained, and the training database comprises an experimental title, a video, an audio, voice transcription text information and sensor time sequence data; the training process specifically comprises the following steps: splicing and fusing data in a database to obtain a structured input sequence, inputting the structured input sequence into a knowledge enhancement language model, and generating a corresponding basic operation instruction; the knowledge enhancement language model judges whether a knowledge module needs to be called for content supplementation or not, the content comprises scientific principles or operation specifications, and an experiment explanation text is output; and generating an experimental explanation speech corresponding to the experimental explanation text by adopting an end-to-end real-time speech generation mechanism based on semantic driving. The system has a real-time response capability, and can output voice content which is moderate in information amount, clear in structure and rich in guiding significance in real time according to sudden changes, dynamic events and the like in the experiment process.

A medical image processing system and method for an interventional procedure are provided. The system includes a control system including at least one processor and at least one storage medium. The storage medium stores operating instructions. When executing the operating instructions, the at least one processor is directed to cause the system to perform operations including: obtaining a first medical image of a target object before the interventional procedure and a second medical image of the target object during the interventional procedure; registering the second medical image and the first medical image to obtain a registration result; and determining interventional procedure planning information of the target object at least based on the registration result, performing an interventional procedure risk assessment based on the interventional procedure planning information, and obtaining a risk assessment result corresponding to the interventional procedure planning information.

A DI (device identification) chip, smartphone, communication device, system, method, or operating method is rendered capable of imposing punitive damages to cybercriminals and cyberterrorisms. Comprised are operating instructions for building a DI database, setting specified DI information required, formatting DI packet, and transmitting the DI packet for verification. The DI database may comprise a banned DI list and / or a DI-Member-Only list. The punitive measure in conjunction with the banned DI list will render a cybercriminal's communication device incapable of gaining access to the Internet, and its operating system invalid, once registered in the banned DI list. Accordingly, for the first time, no cybercriminal / cyberterrorism can proceed with any cybercrime at no cost. Equally unique is the DI-Member-Only list that will allow a central server to be accessible only to the communication devices with the DI information preregistered, thus precluding any potential cyberattack from unknown communication devices also for the first time.

The invention relates to the technical field of image recognition, and discloses an operation and maintenance method, system and device based on image recognition, equipment and a medium. Firstly, interface image data of a target operation and maintenance system is collected, manual intervention is reduced, and especially when frequent operation is needed or a large number of systems need to be monitored, efficiency can be improved. Next, interface image data are identified and analyzed, the operation state of the target operation and maintenance system can be accurately understood, interface key data are extracted, and a basis is provided for subsequent operation and maintenance operation. Then, matching is carried out according to the interface key data and a predefined rule, and a to-be-operated instruction is generated; and finally, performing input operation simulation based on the to-be-operated instruction to automatically execute the interface operation on the target operation and maintenance system, completing the operation and maintenance task, improving the operation and maintenance working efficiency, and improving the stability and reliability of the target operation and maintenance system at the same time.

A VR experience system for construction space includes: a virtual object database for storing a plurality of virtual objects; a virtual object controlling module for receiving an operating instruction of a service provider; a virtual object selecting module for executing the operating instruction of the service provider and selecting the virtual objects from the virtual object database; a virtual object generating module for generating a virtual space and generating the virtual objects in the virtual space; and a virtual object displaying module for displaying the virtual space and the virtual objects.

The present invention discloses a processing control system and a control method for PCD tools, and relates to the technical field of tool production. The present invention includes: a power unit including a multi-section robotic arm and connecting parts; the connecting parts are all equipped with servo motors and reducers; the control unit is an X86 general platform, which is used to send operating instructions to the power unit to complete the path tracking and positioning of the robotic arm; the multi-sensor unit includes a laser radar and an ultrasonic probe, which are used to detect and build the robotic arm movement environment and detect the rotation position and speed of the robotic arm; the human-computer interaction unit includes a mouse and a keyboard as an input platform, which is used to input interactive information and control the movement of the robotic arm. The present invention sets the processing parameters of the PCD tool through the human-computer interaction unit, and the control unit positions the robotic arm and the grinding wheel on the robotic arm based on a neural network, and tracks and understands the travel route of the grinding wheel during the welding process in real time, thereby improving the processing efficiency and accuracy of the PCD tool.

Robot system (1), comprising: an articulated robot (2) equipped with a tool that performs work on a workpiece (W), the tool being attached to a wrist axis (10) at the distal end with an operating range of 360° or more; a sensor (3) which detects a position and an orientation of the workpiece (W); and a controller (4) configured to control the robot (2) based on an operating program, where the operating program has two or more learning points, each defining a position and an orientation of the tool, and an operating instruction for moving each joint between the teach-in points in a direction in which a rotational amount thereof is minimized, and wherein the controller (4) is configured to: correct the position and orientation of the tool at a first teach-in point at which work is to be performed on the workpiece (W) based on the position or orientation of the workpiece (W) detected by the sensor (3); to determine whether an angle of the wrist axis (10) at the distal end at the first teach-in point, which is calculated based on the position and orientation of the tool after the correction, exceeds an operating limit; and if it is determined that the operating limit is exceeded, by increasing or decreasing the angle by 360°, the angle of the wrist axis (10) at the distal end at each of the first teach-in point and one or several other teach-in points besides the first teach-in point to an angle within the operating range.

The embodiment of the invention provides a control disabling method and device, equipment and a storage medium, and relates to the technical field of image processing, the method comprises the steps that an operation instruction triggered by a user on a display page is received, and the operation instruction is used for instructing to control a first control in the display page; determining corresponding indication information of the first control in the page disabling matrix; the page forbidden matrix is obtained by updating the page forbidden matrix layer by layer according to a control forbidden matrix of each control in a view layer according to a view layer sequence when a display page is drawn; the control disabling matrix of any control is generated according to the disabling attribute of the control; when the indication information is a forbidden indication, terminating the operation instruction; and when the indication information is a non-forbidden indication, responding to the operation instruction. Whether the indication information of the operation instruction of the user is forbidden or not is judged according to the page forbidding matrix, the shape of the first control does not need to be recognized through an image processing algorithm, and therefore the control speed and accuracy of the first control are improved.

A method for participating in a live broadcast via a viewer device includes running an application on the viewer device; using the running application to access a live broadcast that is being streamed by a streaming platform within an associated broadcast room; monitoring, by the running application, an operating instruction issued by a user of the viewer device; and controlling, by the running application, an operation of an interactive element associated with the broadcast room that is not managed by a platform of the streaming platform, based on the monitored operating instruction, the operation of the interactive element being observable only to at least one participant of the broadcast room. The at least one participant of the broadcast room includes the user, a content creator of the live broadcast, or another viewer using a device that is running the application to access the broadcast room.