80 results about "Input control" patented technology

The application is suitable for the field of integrated circuit technology, and provides a single-wire parallel data transmission method and a chip. The method comprises the following steps: receiving protocol data through an input end; the protocol data comprises a start code, a data segment and an end code. A current counter value of a built-in counter is extracted, and the built-in counter counts every time a single data segment in the data segment is received. When it is determined by a first comparator that the current counter value is equal to a preset counter value in a preset counter value storage module, a single data segment received is saved as valid data in a cache latch, and the built-in counter continues to count. When the end code is received, the valid data in the cache latch is stored in a data latch, and the valid data is validated, and the built-in counter is reset to an initial state. The problem that parallel input control and single-wire serial protocol cannot be compatible can be solved.

1. Name of the product in this design: Electronic Controller for Turbojet Engine (ECU). 2. Purpose of this design: To control engine starting, acceleration, deceleration, steady state and stopping according to input control commands, as well as to check the function of engine accessories (starter motor, oil pump, solenoid valve, igniter, etc.), store engine data, and cool the engine. 3. The key design features of this product are its overall shape. 4. The image or photograph that best illustrates the design's key features: the front view. 5. This design is a thin product, so the left view is omitted; this design is a thin product, so the right view is omitted; this design is a thin product, so the top view is omitted; this design is a thin product, so the bottom view is omitted; this design is a thin product, so the perspective view is omitted.

A method, an apparatus, a device, and a storage medium for generating an effect are provided. In a method, an interaction interface with a virtual object is presented, and the interaction interface includes a message interaction component and an effect preview component. A first message is obtained via an input control in the message interaction component, and the first message is configured to describe an effect to be generated. In response to a first effect being generated based on the first message, a second message associated with the first effect is presented in a message display area of the message interaction component, and preview content of the first effect is presented in the effect preview component.

The application discloses an interface interaction method and device, electronic equipment and a storage medium, and applies to the technical field of interface interaction of games. The method comprises the following steps: displaying a game picture corresponding to a game, a chat channel and an information input control in a graphical user interface; in response to a first trigger operation acting on the information input control, controlling to render and display the game picture corresponding to the game in a first display area of the graphical user interface, and to render and display a virtual keyboard for information input in a second display area of the graphical user interface; wherein the display levels of the first display area and the second display area are consistent; in response to a second trigger operation acting in the first display area, executing a corresponding game function according to the second trigger operation, and in response to a third trigger operation acting in the second display area, controlling to execute a corresponding information input function. The game interaction is not affected when chatting, and the game experience can be improved.

FIELD: electrical engineering.SUBSTANCE: development of pulsed electrical energy converters as a driver for controlling a power transistor. The invention aims to solve is to expand the scope of application of the driver and increase its reliability. Unipolar power supply of the driver is achieved by replacing the comparator with a Darlington transistor circuit, connected to the input through a series resistive-capacitive circuit to the point where the amplified control signal is supplied, and to the common point of the circuit via a resistor and a diode parallel to it. The amplification of the input control pulse is achieved by connecting a field-effect transistor between the control signal supply point, the common point of the circuit, and the terminal of the primary winding of the gate transformer, opposite to the one connected to the power supply point through a current-limiting resistor, which amplifies the input control signal.EFFECT: expansion of the driver's application area in push-pull circuits due to the presence of active locking, simplification of the driver's power supply circuit, and simplification of the control circuits due to the inclusion of an amplifier in the driver.1 cl, 1 dwg

The utility model provides a detection device for electric motor car body controller belongs to new energy automobile electronic control unit test technical field, include: 24V DC stabilized power supply is used for providing power supply for car body controller and detection device, input control module includes at least one physical input switch K1, one end of physical input switch K1 is connected with parallelly connected multichannel switch quantity input line, output control module includes at least one physical output switch K2, one end of physical output switch K2 is connected with parallelly connected multichannel output load power supply line, the other end of physical output switch K2 is connected with a load, and host computer is connected with car body controller through CAN communication bus. The utility model solves car body controller detection efficiency low, operation is complicated, and the problem such as difficult fault diagnosis, realizes synchronous, automatic detection and diagnosis to car body controller multichannel input switch quantity signal and output load power supply, improves detection efficiency and accuracy, and operation is simple, and feedback is intuitive.

A memory module is operable in a computer system having a memory controller and a system bus and comprises memory devices organized in a plurality of groups, and circuits coupled to the memory devices. The circuits including circuitry configurable to receive from the memory controller a system clock and input control and address (C / A) signals, and to generate a module clock signal and module C / A signals in response to the system clock and input C / A signals. The circuits further include circuitry configurable to generate a plurality of local clock signals corresponding, respectively, to the plurality of groups of memory devices, and to output the plurality of local clock signals to respective groups of the memory devices. A respective local clock signal has a respective phase relationship with the module clock signal and is output to a corresponding group of the memory devices.

The present invention provides an information input device, in which information is inputted by easy operations, even if a display unit size is limited. An information input device of the present invention has: a display unit displaying a plurality of figures; a detecting unit arranged in front of the display unit or behind the display unit, and detecting whether a physical contact from an outside exists or not and a contacted position at which the physical contact exists; and a control unit deciding a figure displayed on the display unit and a position at which the figure is displayed, and inputting information based on a signal from the detecting unit, and when the detecting unit detects the physical contact exists, the control unit determines a first figure displayed at a nearest position to the contacted position in the plurality of figures based on the contacted position and decides a second figure displayed at a position surrounding the contacted position based on a kind of the first figure.

This invention belongs to the field of power system relay protection technology, and provides a method and system for controlling input quantities to prevent AC interference with DC intrusion in gas turbine unit protection. The method includes acquiring the output voltage value of the optocoupler in the input circuit of the gas turbine unit and comparing it with a voltage threshold matching the current input circuit voltage level. If the former is greater than the latter, the output state is set to "1"; otherwise, the output state is set to "0". A set observation period for the output state is selected, and the total number of output states of "1" within that observation period is continuously counted and compared with a set threshold. If the total number of output states of "1" is not less than the set threshold, the input state is determined to be valid, and the input state is set to "1"; otherwise, the input state is determined to be invalid, and the input state is set to "0". This method can improve the reliability of gas turbine unit relay protection.

A numerical control device (1) that causes a machine tool to perform vibratory cutting comprises: an input control unit (41) that detects a plurality of vibratory cutting conditions, which include a combination of a vibration frequency and a spindle rotational speed at which vibratory cutting is feasible; and a spindle rotational speed selection unit (481) that, when vibratory cutting is commanded, selects one of the spindle rotational speeds included in the plurality of vibratory cutting conditions detected by the input control unit (41) for each cutting command based on a vibration frequency of the commanded vibratory cutting and a commanded spindle rotational speed, which is a rotational speed of a spindle commanded by a rotation command.When vibratory cutting is performed, the spindle rotation speed selection unit (481) selects a spindle rotation speed such that an average of the selected spindle rotation speeds approximates an average of the commanded spindle rotation speeds.

Provided are a gate driver on array circuit of a display panel, a driving method for a display panel, and a display apparatus, which relate to the technical field of display. Among multiple stages of driving units comprised in the gate driver on array circuit, a first input control circuit of each stage of driving unit can, under the control of a synchronous emission control signal, control an input end of the current stage of driving unit to be connected to input ends of the other stages of driving units, so that an emission signal is simultaneously transmitted to the multiple stages of driving units. In addition, a second input control circuit of each stage of driving unit can, under the control of a sequential emission control signal, control an output end of the current stage of driving unit to be connected to the input end of another stage of the driving units, so that the emission signal is transmitted to the multiple stages of driving units stage by stage. Thus, the gate driver on array circuit can not only simultaneously output the emission signal to a plurality of rows of pixels to drive the plurality of rows of pixels to synchronously emit light, but also sequentially output the emission signal to the plurality of rows of pixels to drive the plurality of rows of pixels to sequentially emit light. The described gate driver on array circuit has diverse driving modes and a good driving effect.

The present disclosure relates to a control auditing system that filters and groups controls and produces control clusters. In some embodiments, the system includes at least one processor. The processor is configured to receive input controls, assess their features to determine input control similarities, create feature datasets based on this similarity, generate a control clustering model that creates optimized control clusters, transform the control clusters to a readable file format, and prompt the control clustering model to produce control cluster labels in the readable format. In some embodiments, a method of input control management involves receiving input controls, assessing their features to determine similarities of the input controls, creating a feature dataset based on this similarity, generating a control clustering model that creates optimized control clusters, transforming the control clusters to a readable file format, and prompting the control clustering model to produce control cluster labels in a readable format.

This application discloses an information display method, apparatus, device, and storage medium, relating to the field of computer technology. The method includes: in response to an operation on an information input control provided by an application, obtaining first query information input based on the information input control; displaying a first query entry and the first query information within the first query entry on a dialog page of the application; displaying a first response entry below the first query entry on the dialog page and displaying first feedback information within the first response entry, the first feedback information being used to display the feedback result of the first query information obtained based on map resources in a graphic and textual format; and displaying map resources and second feedback information marked on the map resources on the map page of the application, the second feedback information being used to display the feedback result of the first query information in a graphical format. The above method can improve information display efficiency.

The utility model relates to catering service supervision technical field especially intelligent canteen outsourcing supervision terminal, include: shell body, and shell body front end face is provided with display screen, outside is provided with the camera for gathering information, infrared temperature measurement probe and RFID reader to the input control instruction knob and button for, inside is provided with the block chain encryption chip of the information gathered carries out encryption and is used for printing information's thermal printer. Integrated multi -module promotes the supervision efficiency, avoids manual record falsification, the block chain encryption guarantees data security, and RFID realizes food material fast traceability, knob switches the supervision mode, and the button executes instant operation, and simplifies operation procedure, the protective cover protects the probe and reduces maintenance cost, and integrated design realizes data real -time synchronization, and all -round guarantee canteen outsourcing supervision.

This application provides a multimodal input method and device based on the collaboration of a pressure-sensitive pen and a physical keyboard. The method includes: detecting the sensing signal generated by the electromagnetic pen above the screen of a tablet device and determining the hovering distance value of the electromagnetic pen; when the physical keyboard is connected and the hovering distance value is less than a first distance threshold, determining the initial input mode of the current foreground application; acquiring the pressure value received by the tip of the electromagnetic pen, performing analog-to-digital conversion on the pressure value to generate a pressure-sensitive value, and scanning the level changes of each key on the physical keyboard to generate a key scan code; switching the initial input mode according to the pressure-sensitive value and the key scan code, determining the pressure sensitivity level identifier according to the value range of the pressure-sensitive value, combining the modifier key value in the key scan code with the pressure sensitivity level identifier, and searching for the corresponding compound instruction from a preset shortcut key mapping table for input control. This application can maintain operational continuity and significantly improve input efficiency.

An electronic device including a display panel including a pixel circuit, a gate emission driver to output gate signals, a data driver to apply data voltages, a block control driver to output a block control signal, a driving controller to control the gate emission, data, and block control drivers based on an input control signal, and a processor to output the input control signal, the pixel circuit including a driving transistor to generate a driving current based on a voltage of a first node, a block control transistor to connect first and second nodes in response to the block control signal, a write transistor to apply the data voltage to the second node in response to a write gate signal, a reset transistor to apply a reference voltage to the second node in response to a reset gate signal, and a light-emitting element to emit based on the driving current.

Systems and methods of providing a haptic barrier for an instrument include a computer-assisted device. The computer-assisted device includes a grip input control, a repositionable arm configured to support an instrument, and one or more processors. The one or more processors are configured to detect a position of the grip input control in a first direction of a degree of freedom having a first region, a second region, and a third region between the first and second regions; in response to determining that the detected position is in the first region, operate the instrument according to a first mode; in response to determining that the detected position is in the third region, provide a haptic barrier to resist movement of the grip input control through the third region; and in response to determining that the detected position is in the second region, operate the instrument according to a second mode.

The electronic device includes: a display panel including pixel circuitry; a gate emitter driver outputting a gate signal; a data driver applying a data voltage; a block control driver outputting a block control signal; a drive controller controlling the gate emitter driver, the data driver, and the block control driver based on an input control signal; and a processor outputting the input control signal. The pixel circuitry includes: a drive transistor generating a drive current based on the voltage of a first node; a block control transistor connecting a first node and a second node in response to the block control signal; a write transistor applying a data voltage to the second node in response to a write gate signal; a reset transistor applying a reference voltage to the second node in response to a reset gate signal; and a light-emitting element emitting light based on the drive current.

Even if the battery voltage applied to the output drive circuit temporarily increases, the control signals input to the gates of the complementary P-type FET and N-type FET in the output circuit are level-shifted to ensure that the gate-source voltage remains below the gate breakdown voltage, enabling stable synchronous rectification control. [Solution] The level shift circuit section 50 converts the input control signal E10 into a high-side control signal E21 and a low-side control signal E11. The control signal E21 is level-shifted to a control signal E24 that changes within a voltage range between the power supply voltage and a voltage Vp that is a predetermined voltage lower than the power supply voltage and less than the gate breakdown voltage of the P-type FET 60, and input to the gate of the P-type FET 60. The control signal E11 is level-shifted to a control signal E13 that changes within a voltage range between the ground voltage and a voltage Vn that is a predetermined voltage higher than the ground voltage and less than the gate breakdown voltage of the N-type FET 62, and input to the gate of the N-type FET 62.

Device and process configurations are provided for game controllers. A game controller can include an input control sensor having an input surface and at least one optical sensor to detect input to the input surface. The game controller can also include a controller coupled to the input control sensor to receive game controller input, identify at least one input command, and output a control signal. Input control sensors allow for input based on one or more of touch, tap, swipe, press, pinch and joystick inputs to one or more surfaces of the controller. Input can include a pretouch relative to the input surface, the pretouch including input approaching the input surface and input prior to engagement with a surface. A game controller can present at least one reference point for an input control including illumination and use of a touch screen to detect one or more of heat and pressure.

This invention discloses a method, system, and storage medium for input method management in a MES system based on access control. The method includes: obtaining access levels in response to user login operations; configuring the input interface of input controls according to the access level when loading the business data input interface; monitoring input events and identifying external input device types, intercepting the event when the device type does not match the activated input interface; ensuring that data submission includes at least the device type; the server obtains the access level based on session information and verifies it against the device type; and rejecting requests if a user with ordinary access uses an uncontrolled input device. This invention achieves fine-grained access control over input device types through a two-layer protection of front-end interception and back-end verification, effectively preventing unauthorized input and ensuring the security, accuracy, and traceability of data entry in the MES system.

A trigger circuit includes: an input sub-circuit, a reset sub-circuit, a control sub-circuit, a duty cycle adjustment sub-circuit and an output sub-circuit. The input sub-circuit controls a signal output terminal of the output sub-circuit to output a first power voltage or a second power voltage in response to an input control signal; the reset sub-circuit resets, in response to a reset signal, a first node through the reset signal, the first node being a connection node between the control sub-circuit and the duty cycle adjustment sub-circuit; the control sub-circuit controls a potential at the first node in response to a data voltage control signal; the duty cycle adjustment sub-circuit adjusts a duty cycle of a clock signal output from the signal output terminal in response to the potential at the first node, a potential of the clock signal jumps between the first power voltage and the second power voltage.

Managing camera outputs in an interactive multi-display surrounding view system comprises: receiving outputs from at least four cameras of the vehicle; stitching together the outputs into a first image of a top-down view of vehicle surroundings; adding a three-dimensional (3D) model of the vehicle to the first image, based on the vehicle surroundings, to generate a first enhanced image; and simultaneously presenting (i) the first enhanced image on a first display device of the vehicle, the first display device providing a first touchscreen input control for a first aspect of the first enhanced image, and (ii) a second image on a second display device of the vehicle, the second image comprising one of the outputs, the second display device providing a second touchscreen input control for a second aspect of the second image, wherein the first and second touchscreen input controls accept inputs simultaneously and non-simultaneously with each other.

This invention provides a speech recognition system for the power industry, comprising: a speech acquisition model for collecting speech data from a designated area; a speech processing module for converting the speech data into general power industry text based on a pre-set speech dictionary in a database and outputting it to the speech recognition module; a speech recognition module for performing semantic recognition on the general power industry text based on input speech key information, recognizing general power industry semantics in the text, determining keywords, and outputting the recognition result; and a determination module for determining the recognition result based on input control specifications and determining the semantic recognition accuracy based on the determination result. This invention can perform speech recognition online or offline, can convert different power problems and solutions into text for storage and recording, and can simultaneously process the recorded text to extract key semantics and build models.

A shift register circuit and a control method therefor, and a gate drive circuit and a display apparatus. The shift register circuit comprises an input sub-circuit, an output sub-circuit, a noise reduction sub-circuit and an electric leakage prevention sub-circuit, wherein the input sub-circuit is configured to change, in response to an input control signal from an input control signal terminal, the voltage of a first control node to an operating voltage on the basis of a first input signal from a first input signal terminal; the output sub-circuit is configured to enable, under the control of the first control node, a scan signal terminal to output a gate scan signal on the basis of a clock signal from a clock signal terminal; the noise reduction sub-circuit is configured to change the voltage of the first control node to a non-operating voltage on the basis of a noise reduction signal from a noise reduction signal terminal, and comprises two transistors connected in series, of which a common terminal is connected to an electric leakage prevention node; and the electric leakage prevention sub-circuit is coupled to the electric leakage prevention node, and is configured to charge the electric leakage prevention node when the voltage of the first control node is the operating voltage.

This invention discloses an offline parameter identification method, system, electronic device, and computer storage medium for servo systems. The method includes: acquiring input control signals and output position feedback data of the servo system and preprocessing the data; designing the DDPG algorithm structure: determining the system model structure, defining parameter state vectors, defining the action space, constructing an Actor network, constructing a Critic network, designing a reward function, and configuring an experience replay mechanism; and executing the parameter identification training process: initialization, action output, parameter update and next parameter state generation, model prediction and reward calculation, experience storage, network update, backoff mechanism, and termination flag determination, until the training termination condition is met. The identification result of this invention is a discrete state-space model, which is simple in form, has low computational cost, and can be directly ported to embedded platforms such as MCUs, meeting the engineering application needs of real-time control, fault detection, etc., and has broad industrial application prospects.

This invention provides a voice-controlled intelligent control system for a heating furnace and an electric heating furnace, including a voice acquisition module, a voice recognition module, a command parsing module, and an execution control module. The voice acquisition module is used to acquire user voice commands, and its output is connected to the input of the voice recognition module. The execution control module outputs corresponding control signals to the electric heating furnace. This invention relates to the field of intelligent control. By setting up a voice acquisition module, a voice recognition module, a command parsing module, and an execution control module, this invention enables users to input control commands to the electric heating furnace via voice, and the execution control module outputs corresponding control signals to the electric heating furnace, thereby achieving intelligent control of the electric heating furnace. This reduces the steps of traditional manual button, knob, or touch operation and improves the convenience of equipment operation.

The application relates to a low-dropout linear voltage stabilizing circuit, a chip and electronic equipment, wherein the low-dropout linear voltage stabilizing circuit comprises an input end, an output end, an enabling end, an input control module, an output control module, an enabling module and a feedback module; the feedback module is used for outputting a corresponding enabling driving signal according to the size relationship between a preset output voltage and an input voltage; the enabling module is used for inputting an enabling signal and outputting an enabling driving signal according to the enabling signal; the input control module is used for inputting an input voltage and adjusting an output control signal according to the enabling driving signal; and the output control module is used for inputting the input voltage through the input control module and limiting a static current and adjusting an output voltage according to the output control signal and the enabling driving signal, so that the static power consumption performance of the low-dropout linear voltage stabilizing circuit is optimized.

This invention provides a dual-mode frequency-hopping communication system based on module multiplexing, relating to the field of wireless communication technology. The dual-mode frequency-hopping communication system of this invention includes a first transmitting end comprising an input control module, a second transmitting end comprising a pseudo-random sequence-based frequency-hopping communication subsystem, and a third transmitting end comprising a differential frequency-hopping communication subsystem; the first receiving end comprises a second receiving end comprising a pseudo-random sequence-based frequency-hopping communication subsystem, a third receiving end comprising a differential frequency-hopping communication subsystem, and an output control module; this invention transmits baseband data to different subsystems to generate communication signals according to control signals input by the transmitting host computer; and selects the corresponding subsystem to receive and demodulate the communication signals according to control signals input by the receiving host computer to obtain baseband data. This invention combines pseudo-random sequence-based frequency-hopping communication and differential frequency-hopping communication functions, improving the flexibility and environmental adaptability of the communication process and effectively saving hardware resources.

An electronic device is provided. The electronic device includes a substrate, a first electronic element, a second electronic element, a first driving circuit, a second driving circuit, and a first control circuit. The first electronic element and the second electronic element are disposed on a first region of the substrate. The first driving circuit and the second driving circuit are disposed on a second region of the substrate. The first driving circuit is coupled to the first electronic element. The second driving circuit is coupled to the second electronic element. The first control circuit is disposed on the second region of the substrate and coupled to the first driving circuit and the second driving circuit. The first control circuit includes a first judgment transistor, a second judgment transistor, a first input control transistor, a second input control transistor, a first reset transistor, and a first capacitor. The electronic device of the present disclosure can make different electronic elements operate in different operation modes.