183 results about "Mode switching" patented technology

The application relates to a dual-motor control circuit, method and variable-frequency speed regulation system. A mode switching module is arranged, so that in the case of common bridge arm failure, the phase connected between the first motor, the second motor and the common bridge arm can be switched to be connected with the bus capacitor bridge arm, so that the inverter topology is converted from five bridge arms to four bridge arms. At this time, the variable-frequency speed regulation system can keep normal operation in the four-bridge-arm mode, and system shutdown caused by common bridge arm failure can be avoided.

True random number generators including ring oscillator circuits leveraging frequency and phase collapse events are described. An example ring oscillator circuit (ROC) includes a first oscillating loop comprising a first set of inverters, where the first oscillating loop is to oscillate at a first frequency and phase. The ROC further includes a second oscillating loop comprising a second set of inverters, which differs from the first set of inverters either in terms of a type of inverters or a number of inverters. The second oscillating loop is to oscillate at a second frequency and phase, different from the first frequency and phase. The ROC further includes a third oscillating loop to, as a result of mode switching from a first mode of operation into a second mode of operation, oscillate at a third frequency and phase, different from the first frequency and phase and the second frequency and phase.

The application discloses an aging-aware precision reconfigurable logic synthesis method and system, and belongs to the technical field of integrated circuit EDA. The application aims to solve the problems of limited optimization space, introduced error from the beginning and lack of aging modeling in the existing aging-aware synthesis. The application constructs an aging standard cell library, iteratively applies constant replacement to the original circuit to generate multiple approximate candidate circuits, and then constructs a precision reconfigurable circuit composed of reconfigurable modules, which dynamically switches between accurate mode and approximate mode. Through aging-aware timing modeling, a power function model of gate delay with running time is established, and the aging continuity during mode switching is processed. The accurate mode life and the approximate mode remaining life are predicted, and the circuit with the highest score is automatically selected according to the score function. The application can improve the circuit life by about 9.5 times with an additional area overhead of about 3.72% under the premise of meeting the error constraint, which significantly enhances the long-term reliability of digital circuits.

1. Name of the product in this design: The main body of a graphical user interface for switching the working mode of an electronic device. 2. Intended use of this design: for use in an electronic device. 3. The key design feature of this product is its graphical user interface. 4. The picture or photo that best illustrates the key design points: Design 1 front view. 5. The rear view, left view, right view, top view, and bottom view are omitted. 6. Design 1 is designated as the basic design. 7. Purpose of graphical user interface: It is used to set up on electronic devices so that users can operate it to switch and display the working mode of the electronic device. The main views of Design 1 and Design 2 are the display interfaces for the product's working modes. Users can select the desired working mode by touching the mode buttons on the interface. The interface change state diagrams for Design 1 and Design 2 respectively show the display interface when the user selects the corresponding working mode. Users can press the "circle" mode button in the interface to change the interface from the main view of Design 1 to the interface change state diagram 1 of Design 1; users can press the "plus" or "minus" mode buttons in the interface to change the characters displayed in the interface change state diagram 1. 8. Other situations requiring explanation Other explanation: (1) The parts covered by semi-transparent gray in each view are the parts that do not require protection of rights, and the parts not covered by semi-transparent gray are the parts that require protection of rights. (2) In each view, the character represented by the letter 'X' is replaceable, and the number of letters 'X' does not limit the number of characters that can be replaced.

The application discloses a low-grade heat energy recycling refrigeration and power generation integrated system and a working method thereof. The system comprises a heat energy-mechanical energy conversion unit, an elastic heat refrigeration unit, a power generation energy storage and driving unit, a mode switching mechanism and a system control module. The heat energy-mechanical energy conversion unit is used for converting low-grade heat energy into reciprocating mechanical work; the elastic heat refrigeration unit is used for generating a refrigeration effect by using mechanical energy; the power generation energy storage and driving unit is used for converting mechanical energy into electrical energy storage and converting the electrical energy into mechanical energy output; the mode switching mechanism is used for realizing coupling and disconnection among the mechanisms; and the system control module is used for controlling the running state and mode switching of each executing mechanism. The application realizes efficient step-by-step utilization of low-grade heat energy by integrating the above executing mechanisms and flexibly switching three working modes. Moreover, all auxiliary equipment is driven by the electrical energy generated by the system itself, without external power grid input, so that off-grid independent operation is realized.

This invention discloses a method, device, and computer-readable storage medium for dynamically adjusting the output value of a joystick. The method includes: acquiring physical boundary data of the joystick, which reflects the physical limit modulus of the joystick at different physical angles; in response to a mapping mode switching command, acquiring target boundary data matching the command, which defines the effective output area of ​​the joystick in the current mode; constructing a target mapping rule for the joystick based on the physical boundary data and the target boundary data; and dynamically stretching or compressing the real-time physical modulus of the joystick using the target mapping parameters in the target mapping rule when the joystick is working, so that the physical output of the joystick accurately matches the target effective output area. This invention enables a single joystick to seamlessly switch between multiple output feel and boundary shape instantly, achieving a high-precision customized control experience across scenarios while shielding underlying physical errors.

The application provides a mode switching method, device, storage medium and program product, which are applied to a management and control server. The method comprises the following steps: acquiring a mode switching request sent by a client, wherein the mode switching request is used for indicating a target instance to be switched and a target mode; wherein the target instance is any instance in at least one instance of the client, and the target mode is any mode in multiple modes selectable by the client; and cloud resources matched with the target mode are configured for the target instance. The use experience of a user is improved.

Embodiments of the present application provide an access method and device of a power supply unit, a storage medium and an electronic device. The method comprises: collecting current voltage values of a plurality of image processing units in a server at a current time; determining a mode switching instruction in the case that the plurality of image processing units include a first processing unit according to a comparison result between a standard voltage value corresponding to each of the plurality of image processing units and the current voltage value; and sequentially connecting at least one power supply unit in a sleep mode to a power supply circuit for supplying power to the plurality of image processing units according to the mode switching instruction until at least one circuit parameter corresponding to each of the plurality of image processing units meets a target condition, wherein the power supply unit is used to convert alternating current into direct current for supplying power to the plurality of image processing units.

This invention relates to the field of transformer mode switching technology, and particularly to a mode switching method and system for a dry-type phase-shifting transformer adapted to the Panama power supply. The method includes: real-time acquisition of voltage and current signals from the input and output sides of the dry-type phase-shifting transformer, and calculation of the phase shift angle and output voltage amplitude as characteristic quantities; construction of a phasor relationship model and identification of the current power grid supply mode; establishment of a joint matching criterion for phase shift angle and voltage amplitude to determine the current operating mode and target mode; generation of a mode switching sequence based on mode differences; and adjustment of the operating state according to the switching sequence until the amplitude, frequency, and phase of the output voltage all meet the rated power supply parameters of the Panama power supply. This invention effectively solves the problems of existing methods not being specifically adapted to the Panama power grid and having substandard power supply parameters, achieving precise adaptation and ensuring normal equipment operation and stable power supply to the power system.

The application discloses the technical field of level modulation, and relates to a switching loss equalization control system and method based on level hybrid modulation, and a storage medium, which comprises the following modules: a signal processing module, which is used to acquire a three-level modulation voltage; a mode switching decision module, which is used to acquire the difference between the internal and external tube losses, and update a modulation mode flag bit by comparing a hysteresis threshold value; and a level hybrid modulation module, which is used to read the three-level modulation voltage and the modulation mode flag bit, and execute three-level modulation or equivalent two-level modulation to output a final modulation wave for controlling the state of a switching tube. The mode switching decision module of the application takes the three-level modulation voltage as the final modulation wave when three-level modulation is performed, and allocates the duty cycle of the intermediate level of the three-level modulation voltage to the high and low levels to obtain a two-level modulation voltage and acquire the final modulation wave when equivalent two-level modulation is performed, so that the dynamic equalization distribution of the internal and external tube losses is realized, and the thermal stability and reliability of the system are improved.

The application provides a smart wall switch, comprising an operating member, a bottom shell, a base shell and a control board; the operating member and the control board are arranged in the base shell to form a control assembly; a processing module is electrically connected with at least one mode switching part; the mode switching part is arranged on a side of the control board facing the bottom shell; the control assembly is detachably connected with the bottom shell through the base shell; a communication module; wherein the processing module has multiple working modes; the processing module is used for switching to a corresponding working mode according to the indication of the mode switching part; the operating member comprises a first button; the processing module has a third mode in the multiple working modes; the smart wall switch can be switched to the third mode; the control target of each first button can be freely defined by a user on a terminal; and a second mode is further provided, in which the user can conveniently configure the trigger function of each first button through the terminal.

1. Name of the product in this design: Electronic atomizing device with a graphical user interface for mode switching. 2. Purpose of this design: This design is used to atomize e-liquids such as those in electronic cigarettes to produce an aerosol that can be inhaled by the user. 3. The key design feature of this product is its graphical user interface. 4. The image or photograph that best illustrates the design's key features: the front view. 5. The product carrier uses a conventional design, so the rear, tilt, left and right views are omitted. 6. Purpose of the graphical user interface: To display the usage mode of the electronic atomization device. 7. Human-computer interaction method of graphical user interface: The main view displays the electronic atomization device in "BOOST" mode. By touching the interface, the usage mode can be switched from "BOOST" mode to "NORM" mode as shown in the interface status diagram. 8. Other situations requiring explanation are illustrated in the diagram: The status diagram shows the current battery level of the e-cigarette device in "BOOST" mode. 9. Other situations requiring explanation: The content in the dotted line represents content that is not subject to protection.

The application relates to the technical field of ID generation, in particular to a dynamic self-description unique ID generation method and system. The method comprises the following steps: S1, obtaining an instance code, and calculating the effective binary bit number of the instance code as a length indication field; S2, obtaining a current system timestamp, performing a rollback state judgment based on the timestamp and a historical time maintained by the system, setting a rollback state field according to a judgment result, and the rollback state field at least comprising a rollback identification bit and a plurality of cycle state counter bits; the rollback identification bit is used for identifying whether in a time rollback window, and the cycle state counter bits are used for distinguishing different running periods and continuous rollback events; S3, comparing the relationship between the length indication field and a preset mode switching threshold, and determining an ID dynamic part according to a comparison result, wherein the dynamic part comprises an instance code and a natural sequence number; and S4, splicing the timestamp, the length indication field, the rollback state field and the dynamic part to obtain a globally unique ID.

In an air purifier capable of displaying the condition of the outside air, the objective is to prevent the display from changing due to user actions, thereby minimizing any discomfort or unease caused to the user. [Solution] The air purifier 1 is equipped with a display unit 19 that displays the state of the outside air. Until a predetermined time has elapsed since the operation of the operation mode switching means 51, the display content immediately before the operation of the operation mode switching means 51 is displayed. After the predetermined time has elapsed, the display content based on the current operation mode is displayed. As a result, the display is maintained before and after the mode switching, enabling appropriate air purification operation while minimizing any discomfort or unpleasantness caused to the user.

The application discloses a kind of adaptive QAM and OFDM bimodulus intracorporeal ultrasonic communication system and method based on channel estimation, belong to intracorporeal ultrasonic communication technical field, the transmitting end is configured with single carrier QAM modulation mode and multicarrier OFDM modulation mode, real-time evaluation intracorporeal ultrasonic channel quality in receiving end, according to the optimal modulation mode of evaluation result, according to the optimal modulation mode generation mode switching instruction, the mode switching instruction is sent to transmitting end, transmitting end according to the mode switching instruction seamlessly switches between single carrier QAM modulation mode and multicarrier OFDM modulation mode, so that transmitting end works in optimal modulation mode, the system and method can dynamically select optimal modulation mode according to intracorporeal channel real-time quality parameter, while ensuring that mode switching is reliably synchronized.

This invention discloses a method and system for coordinating and controlling the entire operation of a gas turbine unit, belonging to the field of intelligent control for gas turbine units. It includes a first manual control module, a first NOT module, a first quality judgment module, a second quality judgment module, a second NOT module, a first AND module, a third NOT module, a second AND module, a first OR module, a first SR trigger module, and a second SR trigger module. The main functions of this invention include: through a layered architecture, multi-mode switching, and intelligent algorithm integration, it achieves fully automated and intelligent control from start-up to shutdown. This system not only improves the safety and stability of unit operation but also significantly enhances load response speed and energy utilization efficiency, providing technical support for gas turbine units to participate in deep peak shaving and AGC operation under the new power system.

This invention discloses a multi-mode switching control method and system for a smart terminal device, relating to the field of intelligent terminal control technology. The method includes: acquiring activity information related to the currently running task and pre-recorded main user voice data; determining the device task status based on the activity information; if the device task status is a high-priority core task, monitoring environmental changes; if the environmental change is a change in light, adjusting the image sensor and acquiring a video stream through the adjusted image sensor to maintain visual continuity during multi-mode switching; if the environmental change is a change in sound source, recognizing the main user's voice signal based on the pre-recorded main user voice data to maintain clear main user voice during multi-mode switching. This invention can combine activity information and pre-recorded main user voice data to adjust video or audio under different environmental changes, thereby achieving multi-mode switching control, improving accuracy and user experience.

The application discloses a high-speed mode switching control system for a wide-input multi-mode ZVS-Buck converter, and belongs to the technical field of high-power-density power converters and power management, comprising a control circuit and a driving circuit, wherein the control circuit comprises a logic control circuit and a mode control circuit, wherein the logic control circuit comprises an inductor current sampling module, an output voltage sampling module, a compensation network module, two comparison modules, two timers, three dead-time modules and a flip-flop; the mode control circuit comprises two conduction time detection modules, a switching frequency detection module, two flip-flops and a logic AND gate. The application effectively adopts CrCM mode, DCM mode and COT mode, improves the efficiency under full load conditions, and significantly improves the dynamic response performance based on the mode switching method of conduction time or switching frequency detection. The application realizes fast mode switching when the load changes by detecting the conduction time or the switching frequency.

The application provides a method for mute control of vehicle audio output based on hardware-software cooperation, which comprises: monitoring the running state of the vehicle audio system according to the mute control trigger conditions corresponding to a plurality of control modes including a pure hardware mode, a hardware-triggered software cooperation mode and a pure software mode, and determining whether to trigger mute control; if it is determined to trigger mute control, determining the corresponding target control mode and target control strategy in the mode according to the monitored current mute control trigger condition; performing mute control operation according to the core control action and execution time sequence requirement specified in the target control strategy; and monitoring the running state of the vehicle audio system after the mute control operation is performed, and performing mode transfer when the mode switching condition corresponding to the target control mode is met. Thus, the audio mute control effect with high real-time performance, high reliability and full-scene adaptation can be effectively realized by the present scheme.

This application relates to a power supply control method, apparatus, computer equipment, computer-readable storage medium, and computer program product for a charging station. The method includes: when the target charging station's power supply mode is grid-connected, acquiring multi-energy coordination data of the target charging station, including grid-side data, resource-side data, and load-side data; if, based on the grid-side data, it is determined that the power supply mode switching conditions are met, switching the power supply mode to off-grid mode; and based on the resource-side data and load-side data, determining the power allocation strategy matched to the target charging station in off-grid mode; and controlling the power supply of the target charging station according to the power allocation strategy, thereby improving the reliability of power supply control.

The application discloses a hybrid system network converter long-time domain prediction control and non-disturbance switching method, and belongs to the technical field of power system control. In view of the problems of poor dynamic performance of a hybrid system of a network construction / following network converter under high proportion of new energy grid connection and easy impact of mode switching, the method is as follows: a long-time domain model is constructed to predict current control, a traditional PI current inner ring is replaced, a dq coordinate system is discretized to model, double-step length prediction is compensated to delay, a Lagrange extrapolation is used to update a reference current, current tracking accuracy and harmonic suppression capability are improved; a non-disturbance switching strategy is designed, an alpha-beta coordinate system and a current control ring are unified, a switching angle is locked and an initial value of an integrator is synchronized, a reference voltage is dynamically adjusted to guarantee variable continuity; the two strategies are integrated into a hybrid framework, stable operation and smooth switching under strong / weak power grid and transition working conditions are realized. The application reduces grid-connected current total harmonic distortion rate to below 0.85%, has no voltage and current impact in switching, and has the advantages of enhancing power system stability and flexibility.

The application provides a residual current circuit breaker-based energy storage system safety control method and device, which comprises the following steps: if it is determined that the commercial power supply is disconnected, a control instruction is sent to a grid-connected circuit breaker, a first port of an energy management system is set to 1, a second port is set to 0, a tripping command is obtained, the grid-connected circuit breaker is controlled to execute a tripping operation based on the tripping command; a stop running instruction is sent to the energy storage converter based on the action signal of the tripping operation to control the energy storage converter to stop running; a mode switching instruction is sent to the energy storage converter based on the state information of the energy storage converter stopping running to switch the energy storage converter to an off-grid running mode, off-grid running mode state information is obtained; based on the state information of the communication interruption, the state information that the first port outputs 1 and the second port outputs 0 and the off-grid running mode state information, a start instruction is sent to the energy storage converter to control the energy storage converter to start running. The application guarantees the reliable operation of the energy storage system in an unstable power grid area.

This invention discloses an embedded simulation training method for ship propulsion systems based on existing monitoring systems. This method defines four core steps—mode switching and isolation, command acquisition and uplink, simulation calculation, and parameter downlink and drive—and their synergistic effects to construct a stable and secure training data closed loop. This enables highly realistic and zero-risk embedded simulation training using the existing monitoring system's human-machine interface components, without using real propulsion equipment or interfering with the normal operation of the monitoring system. Furthermore, this invention defines a standardized command uplink and parameter downlink mechanism and integrates dynamic fault injection and intelligent evaluation functions, effectively solving the problems of incomplete training coverage, insufficient realism, and evaluation difficulties caused by reliance on advanced platforms and lack of methodological processes in existing technologies.

The application discloses a model prediction control method of a multi-path switching Buck-Boost converter and relates to power electronic conversion control. The technical solution points are as follows: step 1: output voltage and current detection and preprocessing; step 2: voltage outer loop PI regulation and current reference value generation; step 3: current inner loop mode division model prediction control; step 4: double-state observer design and parameter estimation; and step 5: power supply switching logic and PWM signal generation. The application mainly detects input power supply voltage and load state, adaptively matches optimal working modes and control parameters, ensures synchronous and accurate control in all power supply switching and mode conversion processes, realizes smooth action of main switching devices and output voltage stability through one set of control architecture, and significantly improves system efficiency and robustness.

The application provides an application running method and an electronic device, and relates to the technical field of terminals. The electronic device is in a first scene mode. The electronic device receives a starting operation for a first application. In response to the starting operation, the electronic device can determine a first target application policy corresponding to an attribute label of the first application and the first scene mode, so as to determine whether to run the first application by using the first target application policy. The attribute label of the first application indicates whether the first application is a risk application. Then, the electronic device switches to a second scene mode in response to a scene mode switching operation input by a user. Then, the user starts the first application again, and the electronic device can determine a second target application policy corresponding to the attribute label of the first application and the second scene mode, so as to determine whether to run the first application by using the second target application policy, thereby realizing flexible running of the application and meeting the use demand of the user in different scene modes.

This application provides an interaction design method and system based on gesture recognition. The method includes: determining whether a user has started executing a high-precision selection task based on hand movement and posture information; switching the system's working state to a locked state in response to determining that the user has started executing the high-precision selection task; in the locked state, when the user's hand is detected to form a posture indicating a global mode switching command, the global mode switching command is not executed immediately; in the locked state, when the user's dominant hand is detected to form a posture indicating a global mode switching command, and simultaneously the user's non-dominant hand is detected to perform a preset auxiliary confirmation action, the global mode switching command is executed; in the locked state, local operation commands directly related to the high-precision selection task are prioritized for response. This application can effectively avoid accidental switching of the global mode due to gesture misrecognition, while prioritizing the response to local operation commands, ensuring the smooth execution of high-precision tasks.