176results about How to "Rich control functions" patented technology

The invention relates to a miniature power supplying system containing a plurality of distributed power supplies, and discloses an intelligent energy control system capable of controlling a microgrid by using forecast information. The intelligent control system for microgrid energy comprises a microgrid system and a control system, wherein the microgrid system comprises a power supply unit, an energy storage unit and a load unit, and the control system comprises an information collecting system and a central processing unit. The central processing unit comprises a load forecasting module, a microgrid online status estimating module, an energy forecasting module of an intermittent power supply energy forecasting and storing unit, a microgrid system analyzing module and a microgrid multiobjective optimization operation and comprehensive coordination control module. The intelligent control system for microgrid energy can control the microgrid according to the forecast information and accomplish the intelligent operation of the microgrid.

The invention provides a work system of an electronically controlled gasoline engine, comprising an air intake system, a fuel oil supply system, an ignition system as well as an electronic control system; the electronic control system consists of a sensor section, an electronic control unit ECU and an actuator section, wherein, the sensor section includes a throttle position sensor, an intake pressure and temperature sensor and an intake temperature sensor which are arranged on an intake pipe of an intake system, a camshaft position sensor, a coolant temperature sensor and a crankshaft position sensor which are arranged on the engine, a front oxygen sensor arranged in front of a three-way catalyst converter on an exhaust pipe of the engine, and the components of the sensor section are all connected with the ECU, and the actuator section consists of an electric fuel pump, an oil sprayer, an idle speed regulating valve and an ignition coil; the components of the actuator section are all connected with the ECU, and the ECU includes a fuel injection control program, an ignition control program and an idle speed control program; the system adopts reasonable control strategy and has comprehensive control function, good integrated performance of control function and fine system portability.

The invention discloses a unicycle robot with the function of self-balancing realization. The unicycle robot comprises a wireless module, a gyroscope, a motion controller, and a servo driver. The servo driver includes an oscillating bar servo driver, a waist plate servo driver, a wheel servo driver, an oscillating bar, a waist plate, and a wheel; and the oscillating bar servo driver, the waist plate servo driver, and the wheel servo driver are respectively connected with the motion controller by leads. The gyroscope and an oscillating bar encoder collect a unicycle body gesture; a signal is fed back to the motion controller; the signal is processed by the control program and thus a control instruction is sent to the oscillating bar servo driver, the waist plate servo driver, and the wheel servo driver, so that the oscillating bar, the waist plate, and the wheel are controlled to rotate to adjust and control the gesture of the robot. According to the invention, the rotation inertia of the oscillating bar and the waist plate can be adjusted by an on-line way; the adjusting capability of the balancing and turning of the unicycle robot can be enhanced; and the aadaptability to the dynamic complex environment, of the robot can be improved.

The invention discloses a control and protection circuit for a single-lithium battery electric tool and a detection and control method for the control and protection circuit. The control and protection circuit comprises a singlechip power supply circuit, a battery charging and discharging voltage detection circuit, a battery charging and discharging temperature detection circuit, a battery charging control management circuit, a motor switching and commutation control circuit and a working state indication circuit. A singlechip is used as a master control integrated circuit (IC), and is matched with simple peripheral components to realize all functions of protecting and controlling the single-lithium battery electric tool, so that the functions are flexibly designed, circuit complexity is lowered, the number of electronic components is decreased, cost is lowered, and the circuit is high in safety and reliability, and is almost power consumption-free when not working, and has the advantages of environment friendliness, energy saving, lightweight, convenience for use, high operation efficiency, long cycle life of a battery, and the like.

The invention discloses a warehouse security management system based on a B/S and C/S framework. The warehouse security management system comprises a database server, a center management service module, a Web application service module and a business application module, wherein the database server is used for storing all data information needing recording in the system, performing storage management on all data needing maintenance and use in the system and providing data association, query, modification and deletion services, the center management service module is used for managing, configuring and authenticating various resources such as organization resources, decoding resources, encoding resources and platform server resources, the Web application service module is used for providing uniform Web access configuration interfaces for all application servers for system management, stream media, alarm transmission, centralized storage retrieval and the like, and providing a remote monitoring query Web access interface for front-end monitoring equipment, and the business application module comprises various management modules including an alarm management module. The warehouse security management system has the advantages of good compatibility, high integration level, strong linkage property and intelligence and the like.

The invention provides an ECU used in a work system of an electronic control gasoline engine; the ECU consists of an input circuit used for connecting a sensor section of the work system, a singlechip CPU, a memory ROM, a RAM and an output circuit used for connecting an actuator section of the work system; two ends of the singlechip CPU are connected with the input circuit and the output circuit, and the memory ROM and the RAM are connected with the singlechip CPU; The electronic control unit ECU (7) includes a control program which can receive input signals from relevant sensors, carry out arithmetic treatment and send command signals to corresponding actuators, and the control program includes a fuel injection control program, an ignition control program and an idle speed control program; the ECU adopts reasonable control strategy and has comprehensive control function, good integrated performance of control function and fine system portability.

The invention discloses a full-automatic current-limiting non-negative pressure pipe network lamination water-supply device, wherein a pipe network is directly connected in series with a water pump to pressurize and supply water, thereby cancelling a middle process of secondary pollution which is caused by exposition and storing of water bodies of water ponds and water tanks and the like. Under the totally-enclosed environment, the condition of producing negative pressure is eliminated, and the device runs under constrained conditions and does not produce negative pressure, which avoids harmful impact to the pipe network. Even if negative is going to be produced, the marginal state to produce negative pressure can be eliminated, and the dual-function of prevention and elimination can guarantee that water flow state in the pipe network changes steadily and smoothly, and the pipe network runs steadily, and qualified running water is directly supplied to each water-consumed spot. The invention has the outstanding advantages of high energy-saving, high reliability, strong application performance, full-automatic control, and environmental protection.

This invention relates to a combined control device for integrated instruments and electric appliances composed of a shell with a faulty display window and labels, an electronic control circuit, an intelligent expanding module circuit, a moving and static contactor component with a current sensor at the side of a static contact bridge, an iron core, a coil and a spring, which realizes multiple kinds of protections and fault display by the electronic control circuit and has the function of power saving, a photo electric isolation technology is applied for its high voltage drive and low voltage signal circuit and the I/O expanding interface and an intelligent expansion module are applied to enrich the function of the display and control of the instrument.

The invention discloses a cloud mirror control method, a system and a device thereof which are applied in mobile video monitoring, wherein, the method comprises the following steps: a mobile terminal generates control-related parameters of a tripod head and a lens; the control-related parameters are constructed to form XML data packets; the XML data packets are packaged to SIP data packets; the SIP data packets are sent to a video monitoring platform in a fixed network through a mobile network; the protocol adaptation and the translation of the received SIP data packets is carried out through a video monitoring system in the video monitoring platform and then is sent into a cloud mirror control module; and the cloud mirror control module controls the cloud mirror and the lens according to the received control-related parameters. The invention realizes the rich cloud mirror control functions, comprehensive and simple cloud mirror control, strong real-time property and better portability by a mobile phone client in the mobile video monitoring application.

The invention discloses a smart socket for a home or an Internet of things system. The smart socket comprises a central processing unit (CPU), a voltage transformer, a current transformer, a metering module, a bidirectional thyristor, a triggering module, a radio frequency identification (RFID) reading-writing module and a Zigbee communication module, wherein the metering module measures the alternating current voltage and load current of the socket through the voltage transformer and the current transformer; the output end of the metering module is connected with an input port of the CPU; the thyristor is connected in series with a power cord of the socket; the input end of the triggering module is connected with a TXD/P3.1 port of the CPU, and the output end of the triggering module is connected with the gate of the thyristor; the RFID reading-writing module is connected with an RXD/P3.0 port of the CPU; and the CPU communicates with a smart terminal through the Zigbee communication module. Single electrical equipment can be monitored in real time; and the smart socket has complete control functions and a high intellectualization degree, and is particularly applied to a smart home or the Internet of things system.

The invention embodiment provides an engine control device, an engine control system and an engine control method. The device comprises an input module, a bus gateway, a main control unit and an output module, wherein the input module is used for collecting an input signal and is used for sending the input signal to the bus gateway through a CAN (controller area network) bus; the bus gateway is connected with the input module through the CAN bus, is used for receiving the input signal sent by the input module and switching the input signal, and can send the switched input signal to the main control unit through an MVB( wire train bus), is used for generating a first control instruction according to the input signal, and can send the first control instruction to the output module through the bus gateway; and the output module is connected with the bus gateway through the CAN bus, is used for converting the first control instruction into the control signal so as to control first controlled equipment on an engine. The device can combine the MVB and CAN bus, and the controlling function of the engine is completed.

The invention discloses a washing machine control method and a washing system. A washing machine can be controlled through an intelligent terminal, when the intelligent terminal controls the washing machine, identity authentication is needed and comprises the two modes of human body characteristic authentication and password authentication, when the washing machine detects that human body characteristic authentication of a user is successful, the user is authorized with rights of administrators, when the washing machine detects that password authentication of a user is successful, the user isauthorized with generic rights, and the rights of administrators have more control functions compared with the generic rights. According to the method, the safety of the washing machine is greatly improved, hacker attack manipulation is prevented, the users are authorized with different control rights according to different authentication modes, safer and more comprehensive control functions can be provided for the users conveniently, and use of the users is facilitated.

The invention discloses a method, a device and a system for controlling display contents. The method comprises the steps that touch control operation is received, the position of the touch control operation on a touch control screen is determined, and the located control region of the touch control operation is determined according to the position, wherein a control page of a remote controller on the touch control screen comprises more than two control regions, and different control regions are used for executing different control functions; according to the control function of the located control region of the touch control operation and the type and/or the position of the touch control operation, the display contents, controlled by the remote controller, on a target screen and/or the display contents on the touch control screen of the remote controller are controlled. When the method, the device and the system are applied, the rich control function can be provided, and the control of display signals is more convenient.

The invention discloses an environment control method based on a brain computer interface. By the method, an environment control device can operate in a synchronous/asynchronous control mode under different conditions; the asynchronous control mode is used for starting/stopping the whole environment control device or used for selecting some equipment (such as a television) so as to achieve autonomous control of the environment control device; after the equipment is started, the environment control device operates in the synchronous mode so as to increase accuracy and detection speed of the brain computer interface. When the environment control device operates in the asynchronous mode, system misoperation rate can be controlled effectively through introduction of pseudo keys and authentication mechanisms, so that the environment control device employing the method is practical. The environment control method is applied to the practical environment control device, so that seriously disabled persons are assisted in daily living, and their self-help abilities for daily living are improved.

The invention belongs to the technical field of conveyor protection devices and particularly relates to a belt conveyor protection device for a coal mine. The belt conveyor protection device for the coal mine comprises a core mine intrinsic safety type programmable logic controller and a signal detection unit connected with the programmable logic controller. The signal detection unit comprises sensors and amplified phones. The sensors comprise the coal piling sensor, the mine smoke sensor, the speed detection sensor, the mine temperature sensor, the mine belt deviation sensor and the mine intrinsic safety type longitudinal tear sensor. The amplified phones comprise the mine intrinsic safety type sudden stop amplified phone, the mine intrinsic safety type pull rope sudden stop amplified phone A and the mine intrinsic safety type pull rope sudden stop amplified phone B. The belt conveyor protection device for the coal mine has the advantages that programming can be conducted on site, the number of input / output points can be increased, work is reliable, operation is convenient, expansion is flexible, the design is flexible, protective functions are complete, display information is abundant, and control interlocking and protection functions of related devices can be achieved reliably and conveniently.

The invention relates to a method for determining the working state of a clutch of an electric automobile. The method comprises the following steps of (1) determining the running state of the automobile; (2) determining forward gears by using a neutral gear signal and a reverse gear signal; (3) calculating the theoretical speed, which corresponds to the actual revolving speed of a driving motor, of each forward gear if the forward gears are determined, and calculating the theoretical speed, which corresponds to the actual revolving speed of the driving motor, of each reverse gear if reverse gears are determined; (4) correcting actually measured speed signals; and (5) determining the state of the clutch. The method for determining the working state of the clutch of the electric automobile has the advantages that the original state of the chassis of the automobile is kept, a position sensor for a pedal of the clutch is not required, the working state of the clutch can be determined by integrating the scheme in control software of a controller for the whole automobile, so that the torque control strategy of the controller for the whole automobile is optimized, and a control function is fulfilled. The method can be widely applied to electric automobiles with common friction disc type clutches.

The invention discloses a control method of a marine incinerator, which belongs to the field of combustion technology, shipboard automation technology and environment technology. The control method is applicable to three combustion modes, namely, solid waste combustion, sump oil combustion, and solid waste combustion and sump oil combustion, is simple and easy to be realized, and utilizes sensor technology and programmable control technology to control the whole working process of the incinerator. Considering the working parameter of the marine incinerator under various working condition completely, the automation, high efficiency, stabilization and reliable operation of the marine incinerator can be realized on the basis of accuracy control of the incinerator hearth temperature, hearth pressure and releasing temperature of flue gases. The invention completes the influence of continuous changing of various parameters to the whole combustion process during the spraying burning process, leads the waste and sump oil to be burnt fully, improves the burning efficiency, and reduces the dusty gas emission greatly.

The invention relates to the field of lamps, in particular to a simulation three-dimensional flame lamp comprising a lamp shell. A curly lamp plate is arranged in the lamp shell and can be in a cylindrical shape or a conical shape. A plurality of LED lamp beads are arranged on the outer surface of the lamp plate. The LED lamp beads are electrically connected with a control module outputting signals in terms of a certain timing sequence to control the light-up, light-off and brightness of the LED lamp beads. Each LED lamp bead is connected with a corresponding I/O end of the control module. The control module and the LED lamp beads are connected with a constant voltage power source. The control module outputs simulation PWM control signals in terms of a certain timing sequence to simulate a plurality of continuous dynamic flame patterns in the transverse direction on the lamp plate by lighting the corresponding LED light beads. According to the simulation three-dimensional flame lamp and a control method thereof, the realistic flame effect can be observed from any surrounding angle, and meanwhile the simulation three-dimensional flame lamp is reasonable in structure, energy saving and low in cost.

The invention discloses an electric type joint rehabilitation training system based on remote control and an implementing method of the electric type joint rehabilitation training system. The electric type joint rehabilitation training system based on the remote control and the implementing method of the electric type joint rehabilitation training system mainly solve the problems that an existing rehabilitation training device is poor in precision of regulation of a training angle and large in error between the training angle and planned training angle. The electric type joint rehabilitation training system comprises a training protective equipment body, a telemedicine terminal, a control terminal which is connected with the telemedicine terminal, a transmission mechanism which is arranged on the training protective equipment body and an angle measuring device used for measuring the training angle of the training protective equipment body, wherein the transmission mechanism and the angle measuring device are both connected with the control terminal. The electric type joint rehabilitation training system based on the remote control is reasonable in design, high in precision of regulation of the training angle, convenient to use, good in training effect and suitable for popularization and application.