124 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 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.

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.

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 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 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 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.

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 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.

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.

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.

The server migration system and method are used for setting a server connected with a receiving end device to be converted from a first server to a second server. The server migration method comprises the following steps: generating information according to an operation instruction and setting data of a second server through a first sending end device, so as to generate a plurality of pieces of segmentation information according to the information; sequentially broadcasting the plurality of pieces of split information to a Bluetooth broadcast channel in turn through the first transmitting end device; receiving, by the receiving end device, a plurality of pieces of split information from the Bluetooth broadcast channel; and when the receiving end device performs combination according to the plurality of pieces of segmentation information to obtain information, obtaining setting data and an operation instruction through the receiving end device according to the information, and replacing connection setting of the receiving end device connected with the first server with the setting data according to the operation instruction, so that the receiving end device is connected to the second server. According to the method, server migration is carried out on a large number of electronic products through the carousel information of the low-power-consumption Bluetooth technology, and the interference of original network establishment is avoided.

Color vision inspection system characterized by the following features: a housing (1); a touchscreen (2) mounted in the housing (1); a main control module (3) arranged inside the housing (1) and electrically connected to the touchscreen (2), the main control module (3) serving to execute a color vision inspection program and to control the display of inspection images; a voice output module (4) arranged inside the housing (1) next to the main control module (3), electrically connected to it and serving to output voice prompts and operating instructions.

A computer numerical control apparatus including an operably connected first user interface configured to send operating instructions to the computer numerical control apparatus, and a second operably connected user interface comprising a barcode scanner configured to send operating instructions to the computer numerical control apparatus. A control board is functionally connected to the computer numerical control apparatus, the first user interface, and the second user interface. A selection component accepts operating instructions from at least one of the first user interface and the second user interface.

The invention belongs to the technical field of tunnel construction, and particularly relates to a distributed electro-hydraulic control system for an intelligent hydraulic inverted arch trestle, which comprises inverted arch trestle equipment and a central control unit. According to the distributed electro-hydraulic control system for the intelligent hydraulic inverted arch trestle, the central control unit is arranged to control units of inverted arch trestle equipment, the central control unit is used for receiving an operation instruction and a sensor feedback signal, and logic operation and control decision are carried out; control signals are generated and sent to the corresponding distributed electro-hydraulic control units; the distributed control unit is used for receiving the control signal and controlling the action of the electro-hydraulic proportional valve or the switching valve so as to drive the hydraulic execution element to move; a large number of hydraulic pipelines are omitted, the system is simple in structure, convenient to install and maintain and low in cost, meanwhile, an electro-hydraulic proportional valve or a switching valve is adopted to directly control a hydraulic execution element, a control loop is shortened, and the response speed and the control precision of the system are improved.

The invention provides a reply generation method and electronic equipment, and relates to the technical field of man-machine interaction, and the reply generation method comprises the following steps: obtaining inquiry information describing a first question; according to the inquiry information, an intermediate answer of the first question is obtained, the intermediate answer comprises at least one piece of operation instruction information and at least one operation display picture, the operation instruction information is used for describing operation steps for solving the first question, and a corresponding relation exists between the operation instruction information and the operation display picture; labeling the operation display picture according to the operation instruction information, and obtaining at least one labeled picture; and generating a reply answer of the first question according to the at least one annotation picture. In this way, the reply answer with both pictures and texts is generated, the difficulty that the user understands the operation steps according to the reply answer is reduced, and the reading time of the reply answer is shortened.

A computer-implemented method for determining an operating instruction for a corrosion monitoring location (CML) comprises the steps of receiving input data describing a current corrosion state of the CML, predicting, by a first artificial intelligence (AI) model, a future corrosion visual state of the CML using at least a first part of the input data, predicting, by a second AI, model, a future corrosion severity state of the CML using at least a second part of the input data, determining, by a third AI, model, a future corrosion type of the CML based at least on the future corrosion visual state of the CML, and determining an operating instruction for the CML based on the future corrosion visual state of the CML, the future corrosion severity state of the CML and the future corrosion type of the CML.

Systems and methods of executing secure write operations within combined supervisory control and data acquisition (SCADA) and programmable logic controller (PLC) systems including receiving an operator interaction at a user interface of a SCADA system, generating an encoded secure write instruction based on the operator interaction in a tamper-resistant secure format at the SCADA system, transmitting the encoded secure write instruction from the SCADA system to a PLC, extracting an operation instruction comprising an operation and a plurality of operation parameters by decoding the encoded secure write instruction at the PLC, and one of executing the operation instruction and rejecting the operating instruction at the PLC.

An information processing device for controlling machine learning to cause a robot to perform a predetermined operation, includes: a display that displays information; an input interface that receives an operating instruction; and a controller that controls the display and the input interface. The controller causes the display to display a trajectory representing motion of the robot during the predetermined operation, cause the input interface to receive the operating instruction on the trajectory being displayed to set a plurality of partial trajectories that segment the trajectory, and controls the machine learning to cause the robot to perform the predetermined operation for each of the plurality of partial trajectories, in accordance with set partial trajectories based on the operating instruction. The set partial trajectories, as the plurality of partial trajectories that segment the trajectory, have an overlapping portion between partial trajectories that are adjacent to each other in the trajectory.

The invention provides an operation prompting method which can be applied to the technical field of big data. The operation prompting method comprises the steps of obtaining a database version number and a database error code sent by a database in response to an operation failure of an application program on the database; matching the database version number and the database error code with a database error code in a pre-constructed error code mapping library to obtain an application error code, the error code mapping library at least comprising a mapping relationship among the database version number, the database error code and the application error code; on the basis of the application error code, a prompt strategy is matched in an operation prompt library, and the operation prompt library at least comprises a mapping relation between the application error code and the prompt strategy; and popping up the window according to the prompt strategy. The invention further provides an operation prompting device, equipment, a storage medium and a program product.

According to an embodiment of the present disclosure, a method, apparatus, device and storage medium for special effect interaction are provided. The method includes presenting a special effect interaction interface, the special effect interaction interface includes a control area and a content area, the control area includes a group of special effect controls, a group of special effect controls is used to present first visual information of the corresponding special effect, and the content area is used to provide a preview of applying the special effect to the target content; receiving a first preset operation for a target control in a group of special effect controls; and switching the target control to present second visual information of the target special effect corresponding to the target control, the second visual information including dynamic visual information for indicating the operating instructions and / or effect preview of the target special effect. In this way, the embodiment of the present disclosure can use the special effect controls to present dynamic visual information about the target special effect, thereby facilitating users to more conveniently understand the effect or operating instructions of the target special effect.

An operating arrangement (1) for a construction machine comprises an operating device (3) comprising a touch-sensitive display (5) for the input of operating instructions by an operator, and an operating mask (9) with positioning marks (10). The operating device (3) comprises at least a first alignment feature for aligning the operating mask (9) on the operating device (3) in a predetermined operating position relative to the operating device (3). The touch-sensitive display (5) has an operating position in which the operating mask (9) is detachably attached to the operating device (3), where the operating mask (9) at least partially covers the touch-sensitive display (5), and where a positioning mark (10) of the operating mask (9) is located on a specified area (7) of the display (5) and facilitates positioning of the specified area (7) of the display (5) for input of instructions.

The utility model discloses a portable multi-mode LIBS (laser-induced breakdown spectroscopy) rapid detection device, and relates to the technical field of LIBS detection. The portable multi-mode LIBS rapid detection device comprises a power supply module, a motor driving module, a pulse laser light source, a pulse laser light source power supply case, a spectrograph, an upper computer module, a light path module and a displacement module which are arranged in a shell, the motor driving module is used for driving a motor of the three-axis displacement table; the pulse laser light source and the pulse laser light source power supply case are used for transmitting and controlling pulse laser; the spectrograph is used for collecting plasma information of the sample excited by the laser; the upper computer module is used for sending operation instructions to the motor driving module, the pulse laser light source and the spectrograph and receiving spectrum and image information; the light path module is used for turning and focusing a laser light path and acquiring an image of an industrial camera; the displacement module is used for bearing a sample and performing X-Y-Z three-axis displacement; according to the utility model, on-site rapid detection can be carried out on a sample, and the detection precision of equipment is ensured while the portability is ensured.

This invention discloses a method and apparatus for automatic unloading and reloading control of a multi-robot collaborative tippler, relating to the field of robot collaborative control technology. The method includes: constructing a master-slave communication architecture for the tippler, comprising a master PLC acting as the network master and multiple working robots acting as network slaves, all connected to a fieldbus; the master PLC generating collaborative control commands based on the tippler's operating instructions; controlling the unloading and reloading operations of the multiple robots based on the collaborative control commands; before control implementation, acquiring the angular velocities of the master and slave motors via the fieldbus, calculating the angular velocity deviation, and generating an auxiliary control quantity that is superimposed on the slave motors to achieve angular velocity synchronization between the master and slave motors. This invention solves the technical problem in existing technologies where insufficient synchronization accuracy of master and slave motors in multi-robot collaborative operation scenarios affects the coordination and accuracy of collaborative control in multi-robot unloading and reloading operations, achieving the technical effect of improving the operational stability of the tippler and the accuracy and automation level of multi-robot collaborative unloading and reloading operations.

1 A DI (device identification) chip, smartphone, communication device, system, method, or operating method is rendered capable of imposing punitive damages to cybercriminals and 1 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.

This application discloses a remote vehicle control method, vehicle, system, device, and computer storage medium. The remote vehicle control method is applied to a first vehicle, which includes a first operating mechanism and a first actuator. The method includes: acquiring an operating instruction, which is generated in response to input to the first operating mechanism; controlling the first actuator according to the operating instruction when the first vehicle is in a first driving mode; and sending the operating instruction to a second vehicle when the first vehicle is in a second driving mode. When the first vehicle is in the second driving mode, the first actuator does not respond to the operating instruction. This application effectively reduces hardware configuration costs; simultaneously, in vehicle platooning applications, it effectively improves the efficiency of handling situations where a second vehicle leaves the platoon.

The invention discloses a power line carrier type LED power supply remote control system and method, and the method comprises the steps: collecting the current waveform, voltage fluctuation and ambient light intensity data of an LED lamp in real time through a detection unit disposed at each LED lamp, and generating a standardized feature data set; inputting the feature data set into an RTU control terminal, selecting a high-speed transmission mode or a compression transmission mode, and generating an optimized carrier data packet; uploading the optimized carrier data packet to a system software layer, and generating an optimized instruction set; the RTU control terminal compiles an operation instruction based on a real-time power grid state, and an anti-interference instruction stream is generated after a carrier error correction code is injected; an anti-interference instruction stream is issued to a dimming controller through a power line carrier, voltage / current transient response is collected after dimming operation is executed, the actual brightness deviation rate is calculated, and if the deviation rate exceeds a threshold value, self-adaptive PID calibration is triggered; dynamic closed-loop intelligent control of predictive maintenance, adaptive dimming and anti-interference transmission in a power line carrier environment is realized, and the dimming accuracy is improved.

The invention discloses a welding robot control system, which relates to the field of intelligent welding control, and comprises a central control module used for editing and sending operation instructions of each functional module and obtaining the control authority of a target welding robot; the self-adaptive acquisition module is used for actively identifying a to-be-welded workpiece through an image acquisition component to obtain an initial image set; according to a preset welding index, the image collecting component is controlled to adjust the posture so as to collect the workpiece performance characteristics in the current image till the index is met, and finally a final performance characteristic set containing the complete performance characteristics is generated; according to the method, the first workpiece success rate and the process reliability are fundamentally improved, high-quality welding tasks can still be reliably executed in outdoor scenes with poor environmental stability and low task repeatability, the abnormal trend of the microcosmic process can be recognized before macroscopic defects visible to the naked eyes appear, and set parameters such as the welding speed and power are automatically adjusted for intervention.

The invention relates to the technical field of medical equipment, in particular to an operation method of medical equipment, an auxiliary system and a storage medium. The operation method of the medical equipment comprises the steps that a display interface is entered, the display interface comprises a first display area, a second display area and a process selection area arranged between the first display area and the second display area, and the process selection area is used for selecting use functions of the medical equipment; the first display interface is used for displaying an ultrasonic image collected by medical equipment, and the second display interface is used for displaying operation guidance for collecting the ultrasonic image; receiving an operation instruction of a user on the process selection area; and in response to the operation instruction, entering a result interface corresponding to the operation instruction. Through the method, the operation guidance can be displayed while the image acquisition process is started, and the use function of the medical equipment can be selected by using the process selection area, so that the availability of the medical equipment is improved.