74results about How to "Achieve operational control" patented technology

The invention provides a terminal comprising an area setting unit, an identification setting unit, a moving unit and an operating unit; the area setting unit is used for installing at least one integrated control area on a terminal interface, and each integrated control area comprises a positioning area and an operating area; the identification setting unit is used for installing at least one positioning identification on the terminal interface, and each positioning identification exists in the corresponding integrated control area; the moving unit is used for the positioning area to generate a corresponding moving instruction according to an induced moving operation gesture so as to move the positioning identification; and the operating area generates a corresponding operating instruction according to the induced control operating gesture so as to control a corresponding operating object of the positioning identification on the terminal interface. Correspondingly, the invention also provides a terminal operating method. Through the technical scheme provided by the invention, users can realize operation and control to a terminal big screen in a control area with a small range, and the user experience is promoted.

The invention relates to a gesture control projection display device. The gesture control projection display device comprises a projection device, a distance sensing device, an image acquisition device and a central system device, wherein the projection device projects and displays an image to a projection surface; the distance sensing device senses a first distance and a second distance; the image acquisition device acquires a gesture image of a control gesture; the central system device is connected with the projection device, the distance sensing device and the image acquisition device; and the central system device is used for determining an effective gesture space according to the first distance, judging whether the control gesture is positioned in the effective gesture space or not according to the second distance, processing the gesture image of the control gesture positioned in the effective gesture space and controlling a display image projected by the projection device. The gesture control projection display device has a simple structure, can simply realize operation and control on the projected display image by utilizing the control gesture, enhances the interactive experience and contributes to realizing miniaturization, integration and intelligentization. The invention further relates to a control method of the gesture control projection display device.

The invention discloses a method which applies in a PLC control system to implement calcium spraying and desulfurization inside a circulating fluidized bed boiler, comprising the steps that outsourcing desulfurizer is transported and stored; a star unloader is used for feeding, a solid flowmeter is used for measuring, and a helicoidal pump is used for transporting; powder lot is blown into the boiler for calcination and desulfurization by a lobe fan; a flue gas SO2 sampling device is arranged on a chimney, the concentration value of SO2 which is measured by a monitor is uploaded to the monitoring network of environment protecting department in a wireless way by a data collecting instrument, at the same time, the concentration value of SO2 is transmitted to the PLC control system by the on-line monitor of the SO2; the frequency conversion rotating speed of a motor of the unloader in controlled by the PLC, so that the desulfurizer can be automatically added; wherein, the instantaneous and integrated flow of the solid flowmeter is transmitted to the monitoring network of environment protecting department by the PLC for being referred in real time. The method realizes the automatic control of a desulfurization system and on-line monitoring of the usage of limestone powder in real time, at the same time, the desulfurization efficiency is improved, thus remarkably saving the usage of limestone powder, reducing the running cost, and simultaneously lightening the labor intensity of operating staffs.

The invention discloses an irrigation system controlled wirelessly. The irrigation system controlled wirelessly comprises an irrigator (10), a water pump (20), a wireless controller (30) and a water storage pool (40). The irrigator (10) is provided with a wireless signal transmitter (12). The water pump (20) is respectively communicated with the irrigator (10) and the water storage pool (40) through a main irrigation pipeline (50). When the irrigator (10) is started, the wireless signal transmitter (12) transmits wireless signals for controlling starting/stopping of the water pump (20) to the wireless controller (30) at the same time. According to the technical scheme, the irrigator is provided with the wireless signal transmitter, the wireless controller receives the wireless signals for controlling starting/stopping of the water pump at the same time, and therefore when the irrigator is started and operation control over the water pump is achieved at the same time. The way that in a traditional irrigation system, after a branch valve is opened, people need to walk to the water pump and carry out operation is avoided. Meanwhile, due to the characteristic of transmitting and receiving of the wireless signals, a complicated circuit does not need to be arranged.

The invention discloses a dry desulfurization process with automatic control realized based on a monitoring network for environmental protection and a digital meter; wherein, the process comprises the steps that: a gate valve arranged below a bin is opened, and a discharger is started; powder enters an air lock and wind powder mixing device after being metered by a flow meter and then is blown into a boiler by a blower through a closed pipeline; after going through a ,pyrolysis, the powder reacts with SO2; a flue gas monitoring device arranged on a chimney transmits the monitored concentration value of SO2 as an analog quantity output signal to a PLC control system; according to the analog quantity output signal, the rotating speed of an electric motor of the discharger is controlled by the PLC control system to regulate the feeding; the instant flow and accumulated flow value provided by the flow meter arranged on a powder conveying pipeline are uploaded as an analog quantity signal to the PLC control system; on one hand, the instant flow and accumulated flow value function as data storage of the PLC control system, and on the other hand the data are transmitted in real time to an online monitoring network for environment-protection department. In the dry desulfurization process, the environmental-protection department realizes a distant monitoring of the dosage of desulfurizer, thus saving the dosage of limestone powder saved and simultaneously lowering the working intensity of the operating stuff.

The invention discloses a method for initializing a surgical instrument in hands of a surgical robot and a corresponding device and aims to solve technical problems of high time consumption, complexity in operation and low accuracy of a mode for calibrating the surgical instrument in the hands of the surgical robot in the prior art. The surgical instrument comprises at least one driving execution component, and any one of the at least one driving execution component comprises a motor and a transmission execution portion in mechanical connection with the motor. When any one of the at least one driving execution component is controlled to execute operations, the method includes: determining a practical movable range and an extreme movement position of the corresponding transmission execution portion; judging whether the practical movable range is smaller than a preset movable range of the corresponding transmission execution portion or not; if not, controlling the corresponding motor to drive the corresponding transmission execution portion to move to a preset initial position of the corresponding transmission execution portion according to the practical movable range and the extreme movement position.

Disclosed are a method and device for controlling the operation of a video conferencing terminal, the method comprising: a conference server receives a web access request sent by a participant via a smart device to log in to the video conferencing terminal, the web access request to log in to the video conferencing terminal comprising web access link address data for logging in to the video conferencing terminal; the conference server conducts security authentication on the web access request, and if the web access request passes security authentication, then the conference server sends the web access request to the corresponding video conferencing terminal; and the conference server receives the response message returned by the corresponding video conferencing terminal allowing web access of the smart device to the corresponding video conferencing terminal, and sends the response message to the smart device to enable the smart device to control the operation of the corresponding video conferencing terminal. The present invention facilitates control over the operation of the video conferencing terminal.

The invention discloses a control system of a sintering plant, comprising a sintering device, a control network, a mobile operating terminal, a control station, a remote station and at least one access point, wherein the control station is connected with the control network, the remote station is used for accessing the sintering device into the control network, the at least one access point is arranged on the control network, the mobile operating terminal is accessed into the control network by one of the access points, the control station comprises a command generating unit and a state receiving unit, wherein the state receiving unit is used for receiving the state information of the sintering device, the command generating unit is used for generating corresponding operating commands of received operation request signal to be issued to the remote station, the remote station comprises an executing unit and a collecting unit, wherein the executing unit is used for receiving the operating commands issued by the control station to operate the sintering device, and the collecting device is used for collecting the state information of the sintering device to be transmitted to the control station and/or the mobile operating terminal. The control system of the sintering plant is capable of simplifying field arrangement, reducing operation strength, shortening fault time and increasing production efficiency.

The invention discloses a method for two-stage preparation of methane gas from solid waste. The method comprises the following steps: step 10) in a first-stage methanation area, introducing water vapor from the bottom of the area, introducing solid waste and a modified calcium-based ore catalyst from a side edge, and under the action of the water vapor, mixing the solid waste and the modified calcium-based ore catalyst and allowing the mixture of the solid waste and the catalyst to ascend and undergo direct methanation reaction with water vapor to obtain crude methane gas; and step 20) discharging the crude methane gas from the top of the first-stage methanation area, feeding the crude methane gas into a second-stage methanation area, uniformly feeding hydrogen into the second-stage methanation area, pre-regulating the hydrogen-carbon ratio of the crude methane gas, carrying out catalytic methanation reaction on methane gas by using a catalytic methanation catalyst, and preparing high-quality methane gas via the catalytic methanation catalyst under the fluidization action of the hydrogen and the crude methane gas. The method can achieve the effects of high fuel utilization rate, high methane quality and low catalysis cost.

This invention relates to a communication system of communicating between a media gateway controller and gateways and its method which designs a logic media gateway between the controller and the gateways in which, the logic gateway receives information reported by the media gateway and reports it to the controller and receives the operation control information sent by the controller and determines the gate which will receive the operation control information in a set of media gateways then sends the information to it.

The invention relates to the field of portable electronic equipment and provides a switch operation control structure device for improving the human-machine interaction and the portability of electronic equipment. The invention discloses a telescopic operation control system, which consists of an operating lever, a motion part, and a fixing part; and a corresponding switch of the portable electronic equipment is controlled through the system. The operating lever can extend and retract relative to the telescopic operation control system so as to realize the operation of the operating lever relative to different height positions of the outer surface of the electronic equipment, and improve the operability and portability of the electronic equipment.

The invention discloses a method and device for controlling a mobile phone through computing equipment, a method and device for controlling mobile phone through a web page, a method and device for controlling a mobile phone and a system for controlling a mobile phone through the computing equipment. The method for controlling a mobile phone through the computing equipment comprises the steps of receiving screen event information sent by a web page terminal; converting the screen event information sent by the web page terminal into instruction information capable of being recognized by a mobilephone terminal; sending the instruction information to the mobile phone terminal; receiving a screenshot picture returned by the mobile phone terminal after executing the instruction information; andstoring the received screenshot picture. The adoption of the method solves problems in the prior art that remote utilization for resources of an intelligent mobile phone cannot be realized, the installation of special desktop software occupies system resources, people need to spend time to learn the utilization of the desktop software, and that remote sharing for the mobile phone cannot be realized.

The invention provides an interaction method, an interaction device and an interaction system based a serial bus. The interaction method comprises the steps of: receiving a request message sent by a host; sending a response message to the host, and generating a control command word; receiving a control command word reading command sent by the host; and sending the control command word to the host, so that the host can perform corresponding operation according to the control command word. By adopting the interaction method, the interaction device and the interaction system, operation control on the host can be achieved by a slave.

The invention discloses a control method of an intelligent household electrical appliance and the intelligent household electrical appliance. The control method of the intelligent household electricalappliance comprises the following steps that the intelligent household electrical appliance monitors a broadcast binding request, the binding request at least comprising an equipment unique identifier of the intelligent household electrical appliance and an identity unique identifier of a first control user; the intelligent household electrical appliance verifies the binding request according tothe equipment unique identifier pre-stored in the intelligent household electrical appliance, analyzes and stores the identity unique identifier of the first control user after the verification is passed, establishes a binding relationship with the first control user and opens administrator permission for the first control user. According to the control method of the intelligent household electrical appliance and the intelligent household electrical appliance disclosed by the invention, the intelligent household electrical appliance can be controlled in a non-networking state and a non-network-distribution state.

The invention provides a method and a system for controlling a mobile phone game based on a mobile phone distance sensor. The method comprises the following steps: starting a mobile phone game process, when the distance sensor detects a shielding signal, uploading the shielding signal to a mobile phone hardware abstraction layer, carrying out data package on the shielding signal and uploading the shielding signal to a jni layer in a mobile phone user layer by the mobile phone hardware abstraction layer, and uploading the packaged shielding signal to a java data layer by the jni layer; and setting at least one key instruction according to the shielding signal uploaded by the java data, and implementing corresponding control and operation of the game process according to the key instruction. By adopting the method provided by the invention, various operation controls of a game are implemented by shielding the distance sensor in combination with different shielding times, therefore the operation is more convenient, and the reaction speed is more sensitive. In addition, most mobile phone game setting keys mainly depend on right hands, and when playing games on the mobile phone in a horizontal screen manner, the position of the distance sensor can meet left hand or right hand control by rotating the screen, thereby being better suitable for the operations of the mobile phone game.

The embodiment of the invention discloses a video program operation control method, electronic equipment and a storage medium. The operation control method of the video program is applied to the electronic equipment, and comprises the following steps: receiving a first input of a user to a first function control area of a target video interface under the condition of displaying the target video interface; in response to the first input, executing a target control operation associated with a second function control area on a first video program corresponding to a first operation interface according to a mapping relationship between the first function control area and the second function control area of the first operation interface; wherein the target video interface is an interface with atleast one function control area which is the same as an operation interface of a second video program. By utilizing the embodiment of the invention, the user can operate the video programs more conveniently and flexibly, and the user does not need to switch the video programs back and forth.

The invention discloses an operation control method. The operation control method is applied to terminal equipment, and comprises the steps that first touch input of the first finger of a user on a display screen of the terminal equipment is received; N control sub areas are displayed in a target area in response to the first touch input a; second touch input of the user in a target control sub area is received; target control operation corresponding to the second touch input is executed for a target object in a target sub display area associated with the target control sub area in response tothe second touch input; the display area of the display screen of the terminal equipment comprises N sub display areas; the target control sub area is one of the N control sub areas; each of the N control sub areas is associated with one of the N sub display areas; N is an integer greater than one. The operation control method is simple and feasible, and the user can more conveniently operate thetouch screen with a larger size.

The invention provides a pair of intelligent glasses. The pair of intelligent glasses comprises a mini-type projection machine, a camera, a zoom projection camera lens and a reflection mirror, and further comprises a manipulation image triggering module, a light path control module, a zoom projection camera lens module and a photographing processing module, wherein the manipulation image triggering module is used for starting up the mini-type projection machine according to starting manipulation actions of a user to project a manipulation image light path; the light path control module is used for controlling the manipulation image light path transmitted by the mini-type projection machine through the reflection mirror, so that the manipulation image light path is introduced to the zoom projection camera lens module; the zoom projection camera lens module is used for automatically zooming the manipulation image light path through the zoom projection camera lens so that a manipulation image projected on a projection object can be recognized by human eyes; and the photographing processing module is used for acquiring operation actions of the user on the manipulation image through the camera, and converting the actions of the user into control information of the intelligent glasses. With the adoption of the technical scheme provided by the invention, the user can accurately and conveniently operate the intelligent glasses.

The invention discloses a power supply standby device for a transformer substation achieved based on a PLC. The power supply standby device for the transformer substation achieved based on the PLC comprises the PLC, a bus detection circuit, an incoming line power supply detection circuit, a breaker control circuit, a breaker position signal acquisition circuit, a breaker control intermediate relay circuit, a breaker on-off indicating circuit, a standby action reset circuit and a breaker circuit, wherein the bus detection circuit, the incoming line power supply detection circuit, the breaker control circuit, the breaker position signal acquisition circuit, the breaker control intermediate relay circuit, the breaker on-off indicating circuit and the standby action reset circuit are respectively connected with the PLC, and the breaker circuit is connected with the breaker control intermediate relay circuit. The power supply standby device for the transformer substation achieved based on the PLC can overcome the defects that the fault rate is high, reliability is low and safety is poor in the prior art, and can achieve the advantages of being low in fault rate, high in reliability and good in safety.

The invention discloses a router supporting peripheral equipment to control mobile terminal equipment, and the router comprises an interface on the router, and the router is connected with control peripheral equipment through the interface; the router is connected with the mobile terminal equipment through a network. Connection between the mobile terminal equipment and the control peripheral equipment is established through the router. Further, the control data sent by the control peripheral is forwarded to the corresponding mobile terminal equipment; the mobile terminal equipment simulates the corresponding operation according to the control data, the control of the mobile terminal equipment through the control peripheral equipment is realized, the problem that the control of the specificcontrol peripheral equipment on the mobile terminal equipment can only be realized through a special hardware interface in the prior art is solved, and the connection and the use of the control peripheral equipment are realized. The invention further discloses a control method for controlling the mobile terminal equipment based on the peripheral equipment, electronic equipment and a storage medium.

The invention discloses a wireless controller and a wireless control system of a CT machine and the CT machine, wherein the wireless main controller comprises a CT master control board and a wireless master control board, wherein the wireless master control board is used for receiving control signals from a wireless subordinate controller, implementing validity verification on the control signals in accordance with identity of the wireless subordinate controller carried in the control signal, and offering control signals, which pass through the verification, to the CT master control board; and the CT master control board is used for receiving the control signals from the wireless master control board and for implementing corresponding operation control in accordance with the control signals. The technical scheme of the embodiment is conducive to reasonable layout of control parts.

The invention provides a remote control interface configuration method and apparatus. The method comprises the following steps: detecting whether an application program is started; when it is detected that the application program is started, obtaining a remote control definition file corresponding to the started application program; setting a remote control layout interface of the application program according to the remote control definition file corresponding to the started application program; and configuring the set remote control layout interface of the application program to a remote control terminal for display so as to obtain a user touch operation on the remote control layout interface of the application program to realize operation and control of the application program. Therefore, the remote control interface and the operation mode of the remote control terminal can be dynamically changed according to the actual definition demand of each application program of a display terminal, and a special remote control layout interface is designed and configured for each application program.

The invention discloses an operation control method of a space manipulator. According to the operation control method, a three-degree-of-freedom horizontal moving handle, a three-degree-of-freedom rotating handle and a display control module are adopted to control the position, posture, path and speed of the space manipulator, wherein the horizontal moving handle is used for conducting horizontalmoving control on the spatial position and speed of the tail end of the space manipulator; the rotating handle controls the pitching, yawing and rolling postures and speeds of the tail end of the space manipulator, and meanwhile can further control the rotating position and speed of each joint of the space manipulator; and the display control module is used for realizing working mode selection, speed gear mode selection, state display, quick operation and urgent treatment of emergency situations of the space manipulator. According to the operation control method, the space manipulator can be operated and controlled conveniently and flexibly by one astronaut through cooperation of multiple modules.