128results about "Electric programme control" patented technology

The invention relates to the field of energy-saving computing, and discloses a low-power-consumption control method and system of a controller, which are used for realizing prediction-sleep-wake-up-response full-link hardware in the controller. Time sequence state data of a controlled object is collected in real time, and a predictive sleep window value is dynamically generated by utilizing a predictive cooperative computing unit, so that intelligent scheduling of sleep and awakening is realized, and the power consumption of a controller is effectively reduced. Meanwhile, in combination with the technologies of threshold comparison, DMA data transmission optimization and the like, the data processing efficiency is improved, and invalid data transmission is reduced. And on the awakening mechanism, an asynchronous awakening circuit and an interrupt request mechanism are adopted to ensure that power supply is quickly recovered and control response is executed when an effective instruction is received, so that the real-time performance of the system is guaranteed. According to the invention, a prediction algorithm, hardware acceleration and an intelligent scheduling technology are fused, the performance of the controller is ensured, the power consumption is obviously reduced, and the endurance time of equipment is prolonged.

Computer-implemented systems and methods use a story to automatically control and coordinate electronic actors. The story may be written in a natural language (e.g., English), rather than a programming language or other language designed specifically to control machines. Embodiments of the present invention may parse the story into a script and generate cue signals based on the story. The cue signals are provided to the electronic actor(s), which may perform actions based on their interpretations of those cue signals. As a result, the story, the script, and the cue signals issued to the electronic actors do not deterministically dictate the actions performed by the electronic actors.

A floating fountain for musical performances, comprising a floating platform (1) formed of cubes; a maze of stainless steel water tubes (2) including solar panels (7) and batteries, arranged in the center of the platform (1), which carry the necessary water to direct the water flow; a water pumping system comprising one or more pumps with a filtration system (3), connected to the maze (2); a DMX control system integrated into the floating platform (1), which allows the synchronization of the nozzles (5) and water jets with the music; a plurality of adjustable, movable follower nozzles, which are connected to the maze of water tubes (2), projecting water jets from 12 to 45 meters; and at least one central nozzle (5), projecting a water jet up to a height of 90 meters. The fountain has a control panel and an electrical panel (6). Figure to be published with the abbreviation: Figure 1

Washing program generation unit (R) intended for generating washing programs for an automatic washing system (WA) for vehicles, namely for a portal washing system, comprising: - An input interface (41) for reading in a placement data set representing the current placement of machine components in the washing system; - A processor unit (42) for determining function blocks from a set of function blocks (FuB) that can be activated on the basis of the assembly data set read in via the input interface (41); wherein a function block (FuB) is a digital object in which the correspondingly required machine components are assigned for its functionality; - A user interface (43) designed to output the set of activatable function blocks determined by the processor unit and designed to capture a selection of the output activatable function blocks; wherein the processor unit (42) is further designed to automatically generate a washing program based on the selection of output activatable function blocks captured on the user interface (43) for operating the washing system (WA).

Systems and methods are disclosed for detecting temperature excursion in a chemical plant or petrochemical plant or refinery. Aspects of the disclosure provide an enhanced control system for a reactor, such as in hydroprocessing. The enhanced control system may provide early warnings of impending undesirable events, directly or indirectly manipulate certain process variables to reduce undesirable outcomes, and / or directly or indirectly manipulate of certain process variables so as to place a reactor unit in a "safe park" state. This may avoid a high temperature trip, depressuration, associated operating risks, allow for faster recovery from temperature excursions, and / or avoid unplanned emergency shutdowns of the reactor, chemical process, plant, or refinery.

An operator learning model generator is provided for training a smoothed operator learning model for predicting airflow dynamics in a room used by a controller connected to a heating, ventilation, and air conditioning (HVAC) system. The operator learning model generator includes an interface circuit configured to receive a training dataset via a network connected to a simulation computer, wherein the training dataset includes un-trajectories of airflow in the room for various time series of control actions applied to the HVAC system; a memory configured to store the smoothed operator learning model including an autoencoder and a neural ordinary differential equation, the training dataset, and training instructions for the smoothed operator learning model; and a processor configured to train the smoothed operator learning model stored in the memory, wherein the training instructions include jerk regularization that constrains smoothness of dynamics predicted by the smoothed operator learning model.

A heating, ventilation, and air conditioning (HVAC) system includes a network of wireless remote climate sensors to develop a complete heat map of an enclosed space. The remote climate sensor is configured to collect temperature and humidity data on a zone of the enclosed space. The HVAC system uses a network of these sensors to obtain data points across the enclosed space. The resulting heat map is used by the HVAC system to determine where to direct air in the enclosed space. By comparing the temperature and humidity at a specific remote climate sensor with the user's desired temperature and humidity, the HVAC system can decide whether to increase or decrease the air flow through a variable damper that is located near the remote climate sensor. The disclosed HVAC system provides even comfort to the user along with reduced energy consumption.

Method for operating a lithography system (1) comprising an optical system (100) with an optical element (102), comprising the steps: a) providing (S1) a plasma (108) in an environment (110) of an optically active surface (104) of the optical element (102) for modifying the optically active surface (104), b) Determining (S2) an actual value (F IST ) at least one parameter (F) of the optically active surface (104), and c) controlling (S4) the at least one parameter (F) of the optically active surface (104) based on the determined actual value (F IST ) and a predetermined target value (F SOLL ) by adjusting at least one plasma parameter (P1) of the provided plasma (108).

Method for controlling the operation of a motorized drive device, associated motorized drive device and occulting device A method for controlling the operation of a motorized drive device comprises a step of measuring (E30) at least one value of an open-circuit voltage supplied by a photovoltaic panel. The method further comprises a step of comparing (E50), for each photovoltaic panel model from a predetermined list, the value of the measured open-circuit voltage with at least one predetermined range of values ​​of the open-circuit voltage associated with the photovoltaic panel model. Furthermore, the method comprises a step of identifying (E100), depending on the result of the comparison step (E50), the photovoltaic panel model from the predetermined list. Figure for abstract: Figure 5.

The invention relates to a computer-implemented method for generating a control program (14) for a target platform (ES) from a graphical control model (12) of a development platform, wherein the graphical control model (12) comprises a block diagram with a plurality of blocks (16, 18, 20, 22), wherein the graphical control model (12) references a definition database (DDT) in which information about the graphical control model (12) is stored, wherein the definition database (DDT) comprises at least one target specification object (26), wherein the target specification object (26) comprises target platform-specific generation rules for the control program (14), the target specification object (26) is referenced by one or more blocks (20) of the graphical control model (12), and when generating the control program (14), the target platform-specific generation rules for control program components are applied.which correspond to those blocks (20) that reference the target specification object (26). Furthermore, the invention relates to a data processing device (10) comprising means for carrying out the above method, a computer program product, and a corresponding computer-readable data carrier.

A battery-less sensor device includes a sensor to sense an environmental condition, a power supply system, a memory, a communication device, and a processor. The power supply system includes energy harvesting devices to harvest energy from ambient energy sources for powering one or more components of the sensor device, and an energy storage device to store harvested energy. The memory stores sensor data associated with the environmental condition sensed by the sensor. The communication device transmits the sensor data to a BMS or remote device. The processor is configured to dynamically select one or more energy sources from the ambient energy sources to power one or more components of the sensor device according to an availability of energy from the ambient energy sources and / or an energy consumption requirement of the one or more components of the sensor device, and to control supply of power to the one or more components.

The utility model discloses a kind of with intelligent boiling point identification cooking electric cooker control system, including intelligent boiling point identification module, for real-time monitoring and calculating actual boiling point in pot;Multi-mode adaptive control module, for adjusting cooking parameters according to different food materials and user needs;Master module, connect and control the intelligent boiling point identification module and multi-mode adaptive control module;Temperature sensor and pressure sensor are connected with the intelligent boiling point identification module, provide real-time data, the intelligent boiling point identification module includes data acquisition unit, for obtaining temperature and pressure data;Data analysis unit can improve cooking efficiency and quality, adapt to different altitudes and water quality environment, ensure that boiling point can be accurately judged under any environment, adjust cooking parameters, can realize personalized cooking experience, satisfy diversified dietary needs, greatly simplify cooking operation process, provide customized cooking scheme for user.

Control method (100, 100') of a system (1) comprising a first sensor (21), a second sensor (22), a central control unit (11), a first actuator (33), the control method (100, 100') comprising: - A step (Emd21) of sending, by the first sensor (21) to the central control unit (11), a first sensor data message (MD21) comprising first sensor data (D21); - A step (Rmd21) of receiving, by the central control unit (11), the first sensor data message (MD21); - A step (Dmd21) of detecting, implemented by the second sensor (22), the sending by the first sensor (21) of the first sensor data message (MD21); - Following the detection step (Dmd21), a second sensor (22) sends a second sensor data message (MD22) to the central control unit (11), containing second sensor data (D22); Figure 4

An electronic stove incorporates a cylindrical outer shell (14) and a concentric copper heater core (80). A foil heater (84) surrounds the copper heater core and a heater control PCB (72) carried in the outer shell is connected to the foil heater. A battery assembly (40) has a cylindrical second outer shell (42) carrying a battery pack (44). A power controller (70) carried in the second outer shell is connected to the battery pack. A connector carriage (52) is engaged between the battery assembly and cylindrical outer shell, extending through the shell of the battery assembly and received in the cylindrical outer shell aligned proximate a lower surface of the first outer shell whereby the lower surfaces of the first outer shell and the second outer shell are in planar alignment. A first contact set (74) of a connector is connected to the heater control PCB. A second contact set (76) is connected to the power controller.

The invention relates to the technical field of VOCs treatment, in particular to a VOCs treatment method, a VOCs treatment system and a coating plant. The VOCs processing method comprises the following steps: S1, establishing a model, and obtaining a relationship between VOCs inlet concentration and natural gas theoretical consumption through historical data training; s2, the actual consumption of the natural gas is adjusted according to the model, and the adjustment of the actual consumption of the natural gas according to the model comprises the steps that when the VOCs inlet concentration is smaller than 200 mg / m < 3 >, the supply of the natural gas is adjusted to be 30%-50% of a design value; when the inlet concentration is 200 mg / m < 3 >-600 mg / m < 3 >, the supply of the natural gas is maintained at a design value; and when the inlet concentration is larger than 600 mg / m < 3 >, the supply of the natural gas is adjusted to 10%-20% of the design value. The problem of natural gas energy waste caused by a traditional RTO treatment process is solved.

The present invention relates to a method for processing and inspecting an insulation coating part of an electrode web for a secondary battery, which is improved to precisely perform insulation coating and precisely inspect a result of the processing of the coated insulation coating part. Provided in the present invention is a method for processing and inspecting an insulation coating part of an electrode web for a secondary battery when an insulation coating part is formed by coating, with an insulation material, an interface between an electrode coating part and a positive electrode uncoated part of the electrode web, the method comprising the steps of: (a) setting a torque mode by driving a mini die forming the insulation coating part with a step motor, performing pulse train control, and setting a designated load rate; (b) advancing a lip part of the mini die in a low-speed mode; and (c) automatically stopping when a load rate equal to or greater than the designated load rate is detected upon contact of the lip part with an object after the lip part is advanced.

The utility model relates to an intellectualized electric oven and control system, including table top, gridiron and controller, the gridiron is located on the table top, the gridiron includes two rows of support plate that are arranged in parallel, the support plate is provided with a plurality of holding groove that are arranged at intervals, the holding groove on the two rows of support plates is arranged oppositely, along the direction of the holding groove, the holding groove is arranged in the direction of the holding groove. The gridiron is divided into a plurality of heating areas, and one or more bottom heating pipes and one or more top heating pipes are correspondingly arranged in each heating area below and above the gridiron; on the side face of the supporting plate, each heating area is correspondingly provided with a temperature sensor; the heating power of the top heating pipe and the bottom heating pipe is controlled by frequency conversion; the intelligent electric oven further comprises an image acquisition device which is used for acquiring images of skewered products placed on the gridiron. The controller controls starting and stopping and heating power of the top heating pipe and / or the bottom heating pipe according to temperature information acquired by the temperature sensor and image information acquired by the image acquisition device.

A two-phase liquid immersion cooling system is described in which heat generating computer components cause a dielectric fluid in its liquid phase to vaporize. Advantageously, a pH indicator is employed to monitor the dielectric fluid.

Faster, less computational intense, and more robust techniques to optimize velocity of robots or portions thereof without violating constraints on acceleration and jerk (derivative of acceleration with respect to time) are described. A nonlinear problem of optimizing velocity without violating acceleration constraints is linearized, and produces acceleration constrained velocity estimates. A nonlinear problem of optimizing velocity without violating jerk constraints in linearized, and produces jerk constrained velocity estimates, and may be feed by the acceleration constrained velocity estimates. Configuration and timing may be generated and provided, e.g., as vectors, to control operation of a robot, robotic appendage or other structure.

The present invention relates to a method for operating a machine system (1), the machine system (1) comprising a plurality of machines (2). The machines (2), particularly machine tools with a numerical control or programmable logic controller (CNC) control system, are coupled to a computing system (3) of the machine system (1). The machine system (1) further includes human-machine interfaces (8; 9; 10; 11) for displaying information of the machines (2) and at least one machine operator detection unit (6; 7). The machine operator detection unit (6; 7) is adapted to detect whether a machine operator (4) is near and / or passes by the machine (2), and to collect machine operator behavior data (5). The machine operator detection unit (6; 7) is adapted to send the collected machine operator behavior data (5) to the computing system (3), the computing system (3) being adapted to select information to display to the machine operator (4) based on the machine operator behavior data (5), and to select at least one human-machine interface (8; 9; 10; 11) for displaying the information. Finally, each human-machine interface (8; 9; 10; 11) is adapted to display the selected information.

A floating fountain for musical shows, consisting of a floating platform (1) formed by cubes, a labyrinth of stainless steel water tubes (2) comprising solar panels (7) and batteries, arranged in the center of the platform (1), which carry the necessary water, to direct the water flow; a water pumping system comprising one or more pumps with a filtration system (3), connected to the labyrinth (2), a DMX control system integrated into the floating platform (1), which allows the synchronization of the nozzles (5) and the water jets with the music; a plurality of movable adjustable tracking nozzles, which are connected to the labyrinth of water tubes (2), projecting water jets from 12 to 45 meters; and at least one central nozzle (5), projecting a water jet up to a height of 90 meters. The fountain has a control panel and an electrical panel (6). Figure to be published with the abstract: Figure 1

An electric tool (100) including a first digital control unit, that generates a first digital data signal (108) to be transmitted. The first digital data signal (108) includes operational data of the electric tool (100). The electric tool (100) further includes an interface (106) which further includes at least one light-emitting diode (LED_t) (112) configured to transmit the first digital data signal (108). The at least one light-emitting diode (LED_t) (112) is connected with the first digital control unit in a forward direction, and configured to transmit the first digital data signal (108). The electric tool (100) characterized in that, the interface further includes at least one light-emitting diode (LED_r) (114) configured to receive a second digital data signal (110). The electric tool (100) characterized in that, a second digital control unit which includes a detection circuit for detection of the second digital data signal (110). The at least one light-emitting diode (LED_r) (114) is connected with the second digital control unit in a forward direction.

Rocket launcher control system comprising a storage unit having one or more supercapacitors. Control system (16) for rocket launcher (12), comprising: - a human-machine interface (20) for entering firing parameters and including an integrated electric battery (26), - a control device (22) for receiving firing parameters, and an incoming electric current (34) from the integrated electric battery, the control device comprising: a regulation unit (38) for producing an electric current to be stored (40); a storage unit (42) having one or more supercapacitors (44) for receiving the electric current to be stored in the supercapacitor(s) and for producing a release electric current (46); a conditioning unit (48) for receiving the release electric current and for producing an output electric current (36) intended to be sent to the rocket launcher.Figure for the abbreviation: figure 2.

The present application relates to a kind of instrument outer ring automatic oiling method and system, it is related to workpiece oiling processing technical field, it includes: control preset manipulator is moved to preset oiling station by instrument outer ring, and acquisition outer ring detection information;According to outer ring detection information, generate outer ring specification and outer ring center position point;According to outer ring specification, determine oiling movement parameter;Control preset oiling device moves to outer ring center position point, then according to oiling movement parameter, control preset oiling device and carry out down pressure movement, and real-time acquisition pressure detection value;Combine pressure detection value and outer ring specification, generate oiling output parameter;Through oiling output parameter, control preset oiling device and carry out oiling.The present application has the effect of improving the oiling quality of instrument outer ring.

The embodiment of the invention discloses a control method of an electric cooker, electronic equipment and the electric cooker, and belongs to the technical field of electric cookers and intelligent cooking control. The control method of the electric cooker comprises the following steps: in response to a plurality of cooking instructions input to the electric cooker by a user, determining a taste type of the user; adjusting working parameters of the electric cooker in a cooking stage based on the taste type; and performing cooking operation on food materials in the electric cooker according to the adjusted working parameters. According to the embodiment of the invention, the taste type preferred by the user can be accurately analyzed according to the plurality of cooking instructions input by the user, and then the working parameters of the electric cooker are adjusted according to the taste type, so that accurate regulation and control of food material characteristics are realized, and the dining experience of the user is remarkably improved.

The invention relates to a vehicle (20) comprising a chassis (22) on which is mounted a mounted unit (24), which includes at least one moving element (26) controlled in motion by a control interface (28); the vehicle further comprises an engine (34), with a transmission mechanism (36) that powers an actuator (32) capable of moving the moving element (26); and an engine controller (38) that controls the engine's rotation. The vehicle includes a computing interface (40) capable of sending and receiving information between the control interface and the engine controller. The computing interface executes a computer program programmed to automatically generate engine speed commands, proportionate to each application of a power command to the actuator. Figure for the abstract: Fig. 2

The present application relates to the technical field of industrial wastewater treatment, and provides an intelligent water distribution system for automotive industrial wastewater. The water distribution system comprises a plurality of wastewater collection tanks, an equalization tank, and a control system; each of the wastewater collection tanks is in fluid communication with the equalization tank by means of an independent delivery pipeline, and each delivery pipeline is provided with a water distribution pump; and COD measurement devices are arranged downstream of at least some of the wastewater collection tanks and the equalization tank, and the water distribution pumps and the COD measurement devices are respectively electrically connected to the control system. In the present application, the control system monitors the CODs of each wastewater collection tank and the equalization tank, and controls the water distribution system to automatically complete water distribution in the equalization tank, to ensure that a stable COD in the equalization tank can be maintained, thereby effectively reducing the labor operation cost, and achieving high safety; and the universality is good, so that the cost of equipment required is low, and popularization and application are facilitated.