19 results about "Control Interaction" patented technology

1. The name of the design product: the graphical user interface of the rapid creation management and reuse control interaction of electronic equipment. 2. The use of the design product: an electronic device. 3. The design points of the design product: in the graphical user interface. 4. The picture or photo that best indicates the design points: front view. 5. The use of the graphical user interface: the product interface is the interface for displaying and interacting with the rapid creation, management and reuse of controls; the interface is used to save containers containing multiple controls and complex styles as independent units and quickly reuse them in pages with similar layouts; the front view interface is the interaction interface for creating the home page; in the front view interface, clicking the "add as control combination" button triggers the creation process, and the interface change state diagram 1 is displayed; in the interface change state diagram 1 interface, fill in the control combination information, save it to the control combination, and display the interface change state diagram 2.

This disclosure provides a control interaction method, apparatus, storage medium, and electronic device, relating to the field of game technology. The control interaction method includes: controlling the display of skill controls on a game interface provided by a terminal device; responding to a touch operation on the skill controls, controlling the release of the game behavior corresponding to the skill controls, and controlling the continued display of the skill controls; responding to a virtual item selection operation, switching the skill controls to the item controls corresponding to the virtual items; responding to a first touch operation on the item controls, displaying a composite control for controlling the virtual items, wherein the composite control is configured to perform one of the following in response to the touch operation: releasing the virtual items and performing the game behavior corresponding to the virtual items; canceling the release of the virtual items; or exiting the item controls corresponding to the virtual items. This disclosure can reduce the information load on the interface to a certain extent.

The application discloses a control interaction method and device, electronic equipment, storage medium and program, which are applied to a mobile terminal page, the mobile terminal page at least includes a frozen area view and a filling area view, the frozen area view and the filling area view are obtained based on preset configurations for dividing a viewable area view of the mobile terminal page, and the method comprises the following steps: listening to input interaction of an input interaction control in the frozen area view to obtain a viewable area change event; determining a total view height according to event callback information of the viewable area change event; and updating a view display height of the filling area view based on the total view height. According to the application, the display height of the filling area is dynamically adjusted to change the page display effect, the problem that the soft keyboard shields the page view can be improved to the maximum extent, the influence of the total view height change on the frozen area view is reduced, the stability of the function in the frozen area view is improved, the use fluency of the application software is improved, and the use experience of the user is improved.

This invention relates to a method and device for integrated central control and demonstration in exhibition halls based on local area network (LAN) communication. The method connects a central control terminal and designated demonstration devices to a LAN environment via network cables or access points (APs) connected to a switch in the exhibition hall. Designated demonstration devices include projectors, interactive voice screens, and video wall displays. Each designated demonstration device exposes its control interface via an HTTP server. The central control terminal's control interface for the designated demonstration devices is invoked, and control commands from the central control terminal are sent to the control interface of the designated demonstration devices via HTTP. The designated demonstration devices present the control content through a pre-set application and return the control results to the central control terminal, thus achieving control interaction between the central control terminal and the designated demonstration devices. This invention enables unified control of the content displayed on all equipment in the exhibition hall, requiring only one central control terminal to complete the entire explanation process; data interaction becomes convenient and stable.

The application provides a portable film-forming amine on-site detection device, and relates to the technical field of water quality detection.The device comprises a box body, a liquid path cabin, an optical dark box cabin and a battery control cabin are formed in the box body; a sampling and pretreatment module, a reagent supply and metering module, a reaction mixing and timing module and a cleaning and waste liquid module are arranged in the liquid path cabin; an optical detection module is arranged in the optical dark box cabin; a power supply and a control interaction module are arranged in the battery control cabin.The sample introduction, reagent quantitative injection, mixing reaction, optical detection and cleaning and liquid discharge are integrated, the on-site automatic detection of the film-forming amine concentration is realized, no organic solvent is needed, the operation is simple, the detection is rapid, and timely and reliable concentration feedback can be provided for the accurate dosing of the film-forming amine.

This invention provides a novel power system for coordinated and optimized scheduling and control of multiple resources, relating to the field of power resource regulation. It includes a central PLC connected to first, second, third, and fourth PLCs, which respectively monitor the power generation of the first generating equipment, the power generation of the second generating equipment, the power consumption of the power consumption cluster, and the charging and discharging of the energy storage power station. All data are transmitted to the central PLC. Through data and control interaction with multiple PLCs, the central PLC achieves coordinated and optimized scheduling and control of multiple resources. This includes implementing a multi-resource coordinated scheduling program and establishing a power generation and consumption line group; further implementing a power supply and consumption monitoring program to generate coordinated scheduling monitoring results; implementing a multi-resource optimized scheduling program to adjust the power generation and consumption line group and / or adjust the connection of power generation and consumption equipment to the power generation and consumption lines; implementing a power supply and consumption coordinated control program; and enabling the second PLC to implement a power generation adjustment control program, thus achieving overall macro-control of multiple resources in the power system.

The application provides a parameter regulation and control interaction method of a variable frequency triple-generation unit and related equipment thereof, and relates to the technical field of temperature controllers. The method displays a touch main interface containing operation mode switching, parameter setting and state monitoring controls, realizes intuitive integration of operation entrances, displays a configuration sub-interface in response to a mode switching instruction and collects multi-dimensional operation parameters, effectively distinguishes the access rights of user-level and engineering-level parameters in combination with the technical means of hierarchical calling of a parameter configuration library, generates variable frequency drive and valve control signals in cooperation with multi-parameter collaborative control logic, so that the core components of the unit can accurately match the current load demand, and the real-time visual display of operation data and fault handling instructions are triggered through the state monitoring controls, thereby improving the convenience of human-computer interaction while significantly enhancing the adaptation ability and operation efficiency of the system to complex working conditions.

The utility model discloses a multifunctional interactor relates to electronic equipment peripheral accessory technical field, and it includes the holding type shell, and the holding type shell place is respectively integrated with: touch control interaction module is used for realizing touch, writing and drawing interaction, cursor interaction module is used for realizing the movement and drag interaction of cursor, and button interaction module is used for realizing button interaction. The utility model mainly solves how to provide the problem of the higher degree of integration of multifunctional interactor for intelligent equipment, and the utility model integrates touch control interaction module for realizing touch, writing and drawing interaction, cursor interaction module for realizing the movement and drag interaction of cursor, button interaction module for realizing button interaction, thereby integrates mouse, stylus, remote controller and touchpad and various interactive functions, reduces the volume and weight of peripheral accessory, thereby has good portability, and will not produce the problem of preemption charging resource and signal interference.

The application discloses a kind of self-calibration method and system of laser measuring equipment, belong to measuring instrument technical field.The method includes: obtaining target angle θ input of user input and the horizontal inclination θ equipment of equipment;According to formula θ target angle=θ input+θ equipment, the target rotation angle of motor is calculated;Drive motor to drive laser emitter to rotate;The actual rotation angle θ of laser emitter is obtained real;θ real With theoretical angle θ target angle+θ equipment are compared;According to the comparison result, closed-loop correction is carried out until 0 real equals theoretical angle.The system includes laser emission unit, angle detection unit, attitude detection unit, central control interaction unit and control unit.The application realizes real-time compensation to equipment attitude and friction by software and hardware combination, improves the measurement accuracy, reduces the requirement to mechanical precision, with the advantages of low cost, high precision, strong anti-interference ability.

This invention discloses an ergonomically based adaptive adjustment system for smart glasses, comprising: a sensing and acquisition module, located at key wearing positions on the smart glasses body, for real-time acquisition of head physiological characteristic data, wearing status data, and scene environment data of the user during wear; a data processing module, for receiving and parsing the data acquired by the sensing and acquisition module, combining it with a preset ergonomic model to calculate and decide on multi-dimensional adjustment parameters, and outputting optimal adjustment parameters; a drive adjustment module, for adaptively adjusting the wearing structure of the smart glasses body according to the optimal adjustment parameters; an interactive feedback module, for realizing control interaction between the user and the system and system status feedback; and a power supply module. This invention relates to the field of smart wearable device technology, specifically providing an ergonomically based adaptive adjustment system for smart glasses, aiming to accurately identify user physiological characteristics and wearing status, and achieve multi-dimensional dynamic adaptive adjustment.

This invention discloses a gravity-sensing control method and system for a manned flying sword unmanned aerial vehicle (UAV), aiming to solve the problems of poor flight stability and insufficient safety assurance caused by the unintuitive nature of traditional controls, low accuracy of center of gravity perception, and lag in feedback. The method includes: collecting multi-dimensional attitude perception data and performing multi-source fusion preprocessing; using a center of gravity estimation algorithm to identify the pilot's control intention and center of gravity offset; mapping control components to flight control commands and executing power distribution; and implementing closed-loop feedback adjustment and safety assurance measures. The system includes a power unit, a sensor array, a central processing unit, and a pedal assembly. By adopting the above technical solution, this invention can significantly improve the intuitiveness of control interaction and human-machine coupling, enhance the anti-interference capability of attitude perception, and construct an intelligent, multi-level flight safety assurance system.

This application provides a low-voltage sleep management and low-voltage load control system and related equipment. The system includes: a central control interaction unit, a network management unit, and a wake-up permission control unit. The central control interaction unit is connected to the wake-up permission control unit and the network management unit, and is used to generate corresponding low-power control instructions based on multiple modes selected by the user. These low-power control instructions are used to control the wake-up permission control unit. The network management unit is connected to multiple execution units and is used to forward the low-power control instructions from the central control interaction unit to the multiple execution units. The wake-up permission control unit includes a vehicle controller, a wake-up source configuration module, and a permission judgment module. This invention, by configuring the wake-up permissions of vehicle components, enables different vehicle components to enter sleep mode or operate in different scenarios, thereby reducing vehicle sleep power consumption while also meeting user operation needs.

The application discloses a glass curtain wall structure glue damage integrated detection wall-climbing robot and system, the wall-climbing robot includes robot main body, adsorption assembly, holder assembly and structure glue detection assembly;The adsorption assembly includes the negative pressure sealing cavity and the duct fan arranged on the chassis, the holder assembly includes holder support, first steering wheel and second steering wheel;The structure glue detection assembly includes mounting bracket, knocking executor, acceleration sensor and distance sensor, the system includes real-time monitoring module, control interaction module, waveform presentation module, identification feedback module, through the collection acceleration sensor vibration response signal, and the characteristic parameter is extracted input pre-training machine learning model, completes the automatic identification of glass curtain wall structure glue damage, realizes the duct fan negative pressure adsorption, acceleration response collection and machine learning identification structure glue damage integrated integration, can realize efficient, reliable structure glue damage detection on the high-rise glass curtain wall outer facade.

The present application relates to the technical field of vehicle central control, in particular to a new energy large-tonnage carrier instrument and central control interactive control method and system. It includes establishing a driving right negotiation model, inputting the driving intention feature vector and the machine driving intention feature vector into the driving right negotiation model, calculating the driving right distribution vector, sending the first control signal to the carrier instrument, and sending the second control signal to the feedback operation element. The present application constructs a dynamic driving right game and negotiation system, taking the physiological intention of the driver and the calculated intention of the machine intelligence as two equal status inputs, fusing them in the dynamic game negotiation engine, and presenting the output driving right distribution vector in real time and visualization on the instrument, and then synchronously converting it into the guide torque on the force feedback operation element, thereby establishing a closed-loop interactive system of "intention game → decision distribution → multi-dimensional presentation → force feedback", realizing human-machine co-driving collaborative control, and improving the safety in the driving process.

This invention claims protection for a high-efficiency, high-bandwidth-utilization directional access control method for terahertz wireless networks, comprising: designing a memory-assisted control interaction mechanism; designing a priority-based channel reservation mechanism; each node in the network maintains a location information storage table to store location information that the node has broadcast in the network, and the node's location information can be quickly obtained by looking up the table. During the control interaction process, whether or not the location information field in the control frame is omitted is determined by whether the location information has changed, thereby reducing the control interaction time and increasing the time for data transmission on the THz channel. By setting priorities for nodes, the success rate of nodes that can transmit data in parallel to compete for the channel is increased, the channel is reserved in advance, and the utilization rate of the THz channel is improved.

The application belongs to the technical field of unmanned aerial vehicle measurement and control. The application provides a multifunctional unmanned aerial vehicle ground measurement and control interaction system. The disclosed embodiment integrates various data from the ground when the unmanned aerial vehicle system is working, so that the ground measurement and control personnel can more quickly know the state of the unmanned aerial vehicle at this time and more reasonably control the measurement and control link, thereby ensuring that the link is stably and normally working when the unmanned aerial vehicle performs a task and providing convenience for the ground measurement and control personnel to timely issue instructions. In addition, the system has good scalability, and the unmanned aerial vehicle ground measurement and control interaction system can further add functions according to the needs of the ground measurement and control personnel.

This invention relates to an information processing method, an information processing device, and a program that intrinsically control dialogue processing using a large-scale language model through an external structure. Conventional conversational AI has faced challenges such as hasty responses based on ambiguous input, responses that conform to incorrect assumptions, and the generation of unfounded information. [Solution] In this invention, a four-layer external structure consisting of a state management layer, an input normalization layer, a logic verification layer, and an output evaluation layer is applied stepwise to the pre-, middle, and post-stages of the inference processing of a large-scale language model, thereby logically controlling the progress of the dialogue. This suppresses erroneous responses and conformist responses, ensuring high reliability and consistency even in long-duration or multi-stage dialogues.

The application provides a high-order AGI-mediated digital consciousness mirror symbiotic evolution method, which solves problems such as digital mirror supervision, and comprises the following steps: S1, mirror initialization; S2, interactive arbitration agreement establishment; S3, bidirectional evolution catalysis management; S4, feedback and fusion; and S5, health degree monitoring. The application has the advantages of controlled interaction, high safety and the like.