34 results about "Control selection" patented technology

The application relates to a design method of a mass-spring damper vibration reduction structure, which can realize accurate and efficient control of specific multi-order and high-order modal responses of the structure, selects relative deformation of a mass-spring system installation position as a main degree of freedom, targets the shape of a structure deformation as a vibration mode of the structure, decouples a multi-degree-of-freedom original structure into a plurality of main degree-of-freedom systems of additional masses, calculates mass-spring system parameters required by a control target mode through an analytical expression, and determines an arrangement position. Compared with the prior art, the application can accurately reduce the response of a target mode without changing the period and vibration mode of other modes, and has the advantages of high precision, low calculation amount and easy realization.

The invention relates to a display system and display equipment. The display system comprises a plurality of lamp panels, wherein each lamp panel comprises a pixel unit matrix; a plurality of first shared data lines connected to the lamp panel; a plurality of second shared data lines; the selection module is connected between the first shared data line and the second shared data line; the control module is connected to the selection module, the lamp panel and the second shared data line; wherein the control module is configured to send a display signal or a recording signal through the second shared data line; and sending a control signal to the selection module and the target lamp panel, so as to control the selection module to conduct the second shared data line with the first shared data line connected with the target lamp panel, and control the target lamp panel to establish a display signal path or a recording signal path connected to the pixel unit matrix in the target lamp panel. Through the technical scheme, the number of signal lines in the display system is greatly reduced, so that the reliability of the display system is improved.

1. The name of the design product: the display screen custom control part of the vehicle control graphical user interface of electronic equipment. 2. The use of the design product: for electronic equipment, for human-computer interaction. 3. The design points of the design product: in the claimed part of the graphical user interface. 4. The picture or photo that best indicates the design points: front view. 5. The use of the graphical user interface: the claimed part is used to control and select the display content of the vehicle display screen, and the entire interface is used to control the vehicle, such as air conditioning settings, lock status, media settings, etc. 6. The change state description of the graphical user interface: the front view is used to display the basic information of the vehicle and the control icons of the vehicle. When the user selects the icon of part A in the front view, the interface will jump to the change state view. The interface shows different content pictures in the lower part of the change state view. The user can select one of the content pictures. At this time, the upper part of the interface will synchronously simulate the selected content picture and display it on the vehicle display screen. 7. Other circumstances that need to be explained: solid lines are used to represent the claimed part, and dashed lines are used to represent the unclaimed part.

The invention belongs to the technical field of radiation detection, and provides a double-GM counting tube and scintillator crystal detector intelligent switching radiation detection system and method, electronic equipment and a storage medium, the system comprises a power supply generation module, an analog signal processing module, a digital signal acquisition module and a digital signal control selection module which are connected in sequence; the digital signal control selection module comprises a control chip, and a scintillation transistor on-off control circuit, a low-range GM tube on-off control circuit and a high-range GM tube on-off control circuit which are respectively connected with the control chip; through the control chip, the scintillation transistor on-off control circuit, the low-range GM tube on-off control circuit and the high-range GM tube on-off control circuit, the most suitable detector is automatically selected according to the real-time radiation intensity, the stability and high efficiency of the system in different radiation intensity environments are ensured, and the monitoring accuracy and real-time performance are improved.

The application provides a server and a control method, which can be applied to the technical field of hardware. The server comprises a baseboard management controller, a backup management controller, a component and a selection circuit, wherein the selection circuit is connected with the baseboard management controller, the backup management controller and the component, the backup management controller is connected with the baseboard management controller, the baseboard management controller controls the selection circuit to establish a first bus link between the baseboard management controller and the component through a first enabling signal, and performs platform management on the component through the first bus link; and the backup management controller controls the selection circuit to establish a second bus link between the backup management controller and the component through a second enabling signal in response to detecting that the baseboard management controller fails, and takes over the platform management on the component through the second bus link.

This control device disclosed herein comprises a program analysis unit that sequentially reads instruction blocks from a control program for controlling the control axes of an industrial machine and analyzes the read instruction blocks; an interpolation unit that, based on the analysis result, generates an interpolation pulse for each interpolation period for controlling the control axis; a block start determination unit that, based on start remote data defining a start time of a movement by the next instruction block during a movement based on a predetermined instruction block, determines the start of the execution of the instruction blocks; and several acceleration / deceleration control units to accelerate / decelerate each of the axes in response to the interpolation pulse and to generate a velocity pulse.an acceleration / deceleration control selection unit that selects the acceleration / deceleration control unit for each of the command blocks based on at least one of an overlap extent, a processing process, a command type, a type of acceleration / deceleration, and a command velocity; and a velocity pulse summing unit that summates the velocity pulses generated by the multiple acceleration / deceleration control units for each of the control axes.

The present application provides a control system and a control method, and provides a technique for improving control accuracy. The control system has: a first control device that performs FF control on a control target using a first control output obtained by multiplying a factor value of a variation factor by a control gain; a second control device that calculates a second control output by multiplying the factor value by the control gain, calculates a third control output by integrating a deviation between an actual value and a target value of a state quantity, and performs FF control on the control target using the second control output and integral control using the third control output; a selection device that selects which control device to perform control on the control target; an unobservable variation factor prediction device that calculates an estimated factor value from the state quantity; and a control device switching determination device that determines which control device to select based on the estimated factor value.

The utility model provides a firmware offline burning device and system. In the scheme, a dial switch is used for controlling a channel switching relation between different input channels connected with a BMC, a PCH and an external burner and output channels connected with a BMCFLASH and a BIOSFLASH, so that offline updating of the external burner to different firmware under different conditions is realized. By means of the method, the device for achieving updating of the BMC firmware or the BIOS firmware by completing off-line burning of the firmware through the external burner without placing a socket or welding a BMCFLASH chip or a BIOSFLASH chip is provided for the server mainboard with the compact layout, the space layout of the server mainboard is optimized, and meanwhile cost is saved.

This disclosure describes systems, methods, and apparatus for estimation law modules of an adaptive engine. The estimation law modules estimate estimated model parameter tensors for each control sample within a frame. These estimated model parameter tensors are passed to control law modules and used to determine possible control signals as well as being passed to an estimation portion of a nonlinear model of the system, along with the possible control signals, to estimate estimated system outputs corresponding to each of the possible control signals. A selector module can then select a control as one of the possible control signals or a combination of two or more of the possible control signals, based on comparing the corresponding estimated system outputs to a reference signal, and / or measured system outputs.

The invention relates to a linkage control method and device, electronic equipment, a storage medium and a program product, and relates to the technical field of intelligent control, and the method comprises the steps: directly based on the triggering operation of a user on a linkage key, displaying a plurality of candidate linkage equipment to the user, and displaying the target control interface corresponding to the target linkage equipment to the user based on the click operation of the user on any target linkage equipment in the plurality of candidate linkage equipment, and further completing related linkage control on the target linkage equipment based on the control selection operation of the user on the target control interface. The interaction path and the interaction operation difficulty of the linkage control are greatly simplified, so that the use efficiency of the linkage control is improved.

The invention provides a display control system and method. The system comprises an ARM control module, a selection switch module and a first HDMI. The first HDMI is used for receiving a first audio and video signal; the selection switch module is used for sending the first audio and video signal to a sending card module corresponding to the display screen under the condition that the first HDMI receives the first audio and video signal, so as to display a display interface corresponding to the first audio and video signal on the display screen; and the ARM control module is used for controlling the selection switch module to carry out channel switching under the condition of receiving a screen adjustment instruction, so that the screen adjustment data are sent to the sending card module through the ARM control module and the selection switch module, and a screen adjustment menu is displayed on the display screen. Therefore, when the screen needs to be adjusted, the selection switch module is controlled by the ARM control module to perform channel switching, so that the low-delay performance can be temporarily sacrificed to display the screen adjustment menu, the interaction convenience of the display control system is improved, and the user experience is optimized.

A correlation processing device according to one embodiment of the present invention comprises: a calculation unit that calculates each incident angle of radio waves from a prescribed base station onto a reflector installation position; a selection unit that selects one of reflectors which are visible from the base station and for which the set incident angle have the closest magnitude to the incident angle calculated by the calculation unit; a determination unit that, when the reflector selected by the selection unit has reflected the radio waves from the base station, determines whether a reception area is visible from the reflector; and a control unit that, when the determination unit has determined that the reception area is visible, determines a correlation between the reflector and the reflector installation position, and, when the determination unit has determined that the reception area is not visible, performs control so that the selection unit selects one of the reflectors which are visible from the base station and for which the set incident angle have the next closest magnitude to the incident angle calculated by the calculation unit.

This paper describes techniques for configuring voting blocks used in process control systems in process plants. Depending on certain aspects, the voting block can have a voting scheme that specifies the output based on a set of inputs, wherein the voting block can be parametrically configured using various control options that guide the behavior of the voting scheme. Specifically, bypass degradation options can be specified for one or more inputs, controlling whether a "bypass" input degrades the voting scheme; state degradation options can be specified for one or more inputs, controlling whether a "bad" input degrades the voting scheme; and trip enable options can be specified, controlling whether tripping occurs automatically under certain conditions. These control options allow the voting block to be configured to conform to various specifications and other requirements.

To exert control, in an electronic document being displayed on a computer, such that when a color to be used for a paint stroke or the like is selected or after filling by the paint stroke or the like, filling with a color which is the same as a background color and further with a color similar to the background color cannot be performed, thereby enabling prevention of falsification that would be caused by a view as if information in the electronic document has been deleted.SOLUTION: A filling falsification prevention system for an electronic document being displayed on a computer includes: a selection input acceptance unit for accepting a selection input of a color to be edited from a user; a first detection unit for detecting a color that occupies a page being displayed in the electronic document by more than or equal to a predetermined ratio; a first specification unit that specifies the detected color as a background color; and a first filling control unit that exerts control so as not to cause the selection input acceptance unit to accept a selection input of the color to be edited which is the same color as the specified background color.SELECTED DRAWING: Figure 1

The invention provides a game operation control method and device and electronic equipment. The method comprises the following steps: in response to a control selection operation, selecting a first control and a second control from alternative controls; displaying the alternative game roles on a graphical user interface; wherein for the alternative game role, the first control is configured with a first function, and the second control is configured with a second function; and in response to the role selection operation, determining a target role from the alternative game roles, controlling the game function configured by the first control to be updated to the second function aiming at the target role, and updating the game function configured by the second control to the first function. According to the mode, the role configuration flexibility is improved, the operation is convenient, and the configuration efficiency is high.

The present application relates to the technical field of information processing, and discloses an information display method and apparatus. The method comprises: receiving a first input from a user with respect to a first control and a first object, the first object comprising at least one of the following: a first application identifier and a first file identifier; in response to the first input, controlling selection of the first control and the first object; receiving a second input from the user for inputting first content; and in response to the second input, displaying target content information in the first control, wherein when the first object comprises the first application identifier, the target content information comprises first content information; when the first object comprises the first file identifier, the target content information comprising second content information; the first content information is content information related to the first content and acquired from an application indicated by the first application identifier; and the second content information is content information obtained by performing a file processing operation corresponding to the first content on a file indicated by the first file identifier.

This control device is provided with: a program analysis unit that sequentially reads command blocks from a control program for controlling a control axis provided in an industrial machine, and analyzes the read command blocks; an interpolation unit that generates an interpolation pulse for each interpolation period for controlling the control axis on the basis of the analysis result; a block start determination unit that determines the start of execution of the command block on the basis of start distance data defining the movement start timing of the next command block in the movement based on the predetermined command block; a plurality of acceleration / deceleration control units that generate speed pulses by performing acceleration / deceleration processing on the interpolation pulses for each axis; an acceleration / deceleration control selection unit that selects an acceleration / deceleration control unit for each command block on the basis of at least one of the amount of overlap, the machining process, the type of command, the type of acceleration / deceleration, and the command speed; and a speed pulse summing unit that sums the speed pulses generated by the plurality of acceleration / deceleration control units for each control axis.

1. The name of the design product: electronic device charging and battery replacement station lock and unlock graphical user interface. 2. The use of the design product: an electronic device. 3. The design points of the design product: the interface content of the graphical user interface in the electronic device. 4. The picture or photo that best indicates the design points: interface change state diagram. 5. The use of the graphical user interface: the graphical user interface is used for users to control the lock and unlock device to replace the battery in the charging and battery replacement station. 6. The human-computer interaction mode of the graphical user interface: the main view is the charging and battery replacement station device control selection interface, the user clicks to trigger the "lock and unlock" option icon in the interface, the interface switches to the interface change state diagram, the user can view and set the speed, torque and direction of the lock and unlock gun device in the interface, and the bottom of the interface change state diagram displays a lock and unlock gun device selection menu bar, the user clicks to trigger the options in the selection menu bar to switch to the setting interface of other lock and unlock gun devices. "XX" in the interface represents the text content.

An information processing device maintains the convenience of other devices even when requested by one screen-sharing destination device. A screen generation unit generates the screen to be displayed on a first display. The transmission / reception control unit transmits the screen to the external terminals. The operation detection unit detects a user operation performed on a screen displayed on a second display unit provided by the external terminals. The display control unit controls the display of a selection screen to a device selected from the information processing device and the external terminals in order to allow the user to select whether or not to allow execution of an event based on the operation in response to the screen and operation. The event execution determination unit determines whether to permit execution of an event based on an operation in response to the result of selection by a user on the selection screen.

1. The name of the design product: graphical user interface for displaying remote upgrade of electronic device. 2. The use of the design product: for an electronic device. 3. The design points of the design product: the graphical user interface in the electronic device. 4. The picture or photo that best shows the design points: front view. 5. The electronic device of the design is of ordinary design, and other views are omitted. 6. The use of the graphical user interface: the interface of the product of the design is for displaying and interacting with remote upgrade; for broadcasting upgrade and control of all battery management devices in the container from the monitoring room. 7. The change state description of the graphical user interface: the interface of the front view is used for controlling the upgrade, reset, parameter configuration, etc. of the selected devices in the battery management system; in the interface of the front view, click the "file download" tab to jump to the interface change state diagram 1 for specifying the ip device to download the related configuration file to the local computer; in the interface of the interface change state diagram 1, click the "device control" tab to jump to the interface change state diagram 2 for controlling the one-key allocation of master id, one-key on-off network, broadcast reset, etc. of the selected devices, and viewing the current connection state, allocation id state, and on-off network state of each stack, etc.; in the interface of the interface change state diagram 2, click the detail icon on the right side of the on-network state to enter the interface change state diagram 3 to show the color meaning of each stack on-off network color block.

The application discloses a power-off control circuit and a display device. The power-off control circuit comprises a selection circuit and a selection control circuit. The first input end and the second input end of the selection circuit are used for connecting the first preset gate-on voltage and the second preset gate-on voltage respectively. The output end of the selection circuit is connected with a gate drive circuit. The controlled end of the selection control circuit is used for connecting a power-on / off control signal. The output end of the selection control circuit is connected with the controlled end of the selection circuit. The selection control circuit is used for controlling the selection circuit to connect the first preset gate-on voltage or the second preset gate-on voltage according to the signal state of the connected power-on / off control signal, and outputting a corresponding clock signal to the gate drive circuit according to the connected first preset gate-on voltage or second preset gate-on voltage. The second preset gate-on voltage is greater than the first preset gate-on voltage. The technical scheme can better eliminate the power-off residual image phenomenon.

1. The name of the design product: graphical user interface for wine dispensing control operation of electronic device. 2. The use of the design product: an electronic device. 3. The design points of the design product: the interface content of the graphical user interface. 4. The picture or photo that best indicates the design points: front view. 5. The use of the graphical user interface: for controlling, selecting and setting wine dispensing and dispensing amount. 6. The change state description of the graphical user interface: the interface displayed in the front view is the home page of the touch panel, three circular icons represent different wine dispensing capacities, and the button at the lower left of the panel is the "setting key"; interface change state figures 1 and 2 are graphical user interfaces for setting wine dispensing time; interface change state figure 1 is the graphical user interface displayed after pressing the "setting key"; interface change state figure 2 is the graphical user interface displayed after clicking the wine dispensing time value in interface change state figure 1, which is used to reset the wine dispensing time.

Embodiments of the present application provide a kind of car seat unloading sequencing control method, device, equipment and storage medium, it is related to car seat production technical field.The method is applicable to the control equipment of car seat unloading line;Car seat unloading line includes the first, second conveying line of parallel arrangement, the first, second conveying line is sent into end close to unloading waiting area, the first, second conveying line is sent out end close to transfer waiting area;The method is by control equipment to the car seat to be transported in the unloading waiting area of car seat unloading line is unloaded and is online controlled, selects the car seat to be transported and is placed on the first conveying line or second conveying line, utilizes the two conveying lines of car seat unloading line and is sorted to the car seat to be transported on line and is transported control, selects the car seat to be transported on which conveying line and is transported to transfer waiting area and is transferred, can at least two suppliers' car seat is automatically unloaded and sorted, improve operation efficiency.

To provide a power system stabilization device which further reliably stabilizes a power system, a computer program for a power system stabilization device and a power system stabilization method.SOLUTION: In a power system, a power system stabilization device comprises a normal condition control selection section 12 which selects control corresponding to an estimated failure based on a normal condition for making a regenerative energy power source parallel off in accordance with a dynamic characteristic model of the regenerative energy power source, a severe condition stability confirmation section 14 which confirms stability of the power system under a severe condition, and a severe condition addition control selection section 15 which selects addition control for an addition based on the stability which is confirmed by the severe condition stability confirmation section. At least one of the control on the normal condition which is selected by the normal condition control selection section 12, the control on the severe condition which is selected by the severe condition stability conformation section 14 and control including the addition control which is selected by the severe condition addition control selection section 15 in the control on the normal condition or the control on the severe condition is instructed to a terminal device which is disposed in the power system via a communication line 80.SELECTED DRAWING: Figure 1

A game operation control method and apparatus and an electronic device. The method comprises: displaying on a graphical user interface candidate controls, the candidate controls being configured with game functions, and the game functions configured for the candidate controls being related to game characters (S102); in response to a control selection operation, selecting a first control and a second control from among the candidate controls (S104); displaying on the graphical user interface candidate game characters, for the candidate game characters, the first control being configured with a first function and the second control being configured with a second function (S106); and, in response to a character selection operation, determining a target character from among the candidate game characters and, for the target character, performing control to update a game function configured for the first control to the second function and update a game function configured for the second control to the first function (S108). The method improves the flexibility of character configuration, is convenient to operate and exhibits high configuration efficiency.

The invention discloses a magnetic suspension compressor and a control method and device thereof, a storage medium and a computer program product, and the method comprises the steps: controlling a selection switch module after receiving a starting instruction, so as to enable a power amplifier module to be connected with a resistor module or the power amplifier module to be connected with a magnetic bearing coil; under the condition that the power amplifier module is connected with the resistor module or the power amplifier module is connected with the magnetic bearing coil, the bearing controller outputs a driving signal to the power amplifier module; acquiring the current detected by the current detection module under the condition that the power amplifier module outputs the driving signal; and according to the current detected by the current detection module, whether the current detection module and the magnetic bearing coil break down or not is determined in stages, so that the magnetic suspension compressor is controlled to be started under the condition that it is determined that neither the current detection module nor the magnetic bearing coil breaks down. According to the scheme, fault detection is carried out on the magnetic bearing and the current detection module before the magnetic suspension compressor is started, and current output is closed in time when faults occur, so that safe starting and operation of the compressor are guaranteed.

There is provided an encoding apparatus. A determination unit determines whether a degree of flatness of pixel values in a first block among a plurality of blocks that compose an image exceeds a predetermined criterion. A selection unit executes processing for selection of an intra prediction mode for the first block. In a case where it has been determined that the degree of flatness in the first block exceeds the predetermined criterion, a control unit controls the processing for selection so as to increase a possibility that the intra prediction mode for the first block is different from each of one or more intra prediction modes for respective one or more reference blocks. An encoding unit applies intra predictive encoding to the first block in accordance with the intra prediction mode selected through the processing for selection.

The application discloses a production process data management system and method based on process interface self-defined setting, and belongs to the field of production process data management, wherein the system comprises: a process setting module; an MI process parameter setting module, which is used for setting parameter information of a process; an MI process interface setting module, which is used for displaying a parameter name list and a control selection list corresponding to the process, and performing interface setting operation on the parameter name to generate controls in a canvas area; automatically adjusting coordinates and sizes of a plurality of generated controls according to the coordinates and sizes of the controls and historical process interface setting information; and a production instruction module, which is used for displaying a process parameter information list on a production instruction interface according to a process list, and displaying process parameter interface information in an expansion area according to parameter information and interface setting information of each process in the process list. The application can display different types of process information on the same interface, and improve the interactive experience.

The invention relates to a crossroad unprotected left turn decision control method based on deep reinforcement learning, and the method comprises a Sim-One simulation module which is used for carrying out the building of a simulation environment, and is used for filtering obstacles according to the positions of the obstacles and the intentions of other traffic participants, the data preprocessing module is used for controlling the Sim-One simulation module so as to reduce the dimension of a state space; the environment control module is connected with the operation module and performs data interaction with the operation module, the operation module is used for information interaction among the modules, the automatic driving intelligent agent module is used for making decision-making actions according to state information, and the experience pool module is used for storing experience transmitted from the operation module. The method better adapts to traffic flows with different characteristics at the crossroad in an open road, is intelligent in decision control selection of the automatic driving vehicle, and is used for solving the decision control problem of the automatic driving vehicle in a complex traffic environment of an unprotected crossroad.

The utility model discloses a wireless device and financial terminal equipment, the wireless device comprises a first wireless module, a second wireless module and a power supply module, the first wireless module is electrically connected with a master control system of the financial terminal equipment, and the second wireless module is used for sending wireless positioning signals in real time in a power-on state; the power supply module comprises a power supply, a control circuit and a selection circuit; the control circuit is used for controlling the selection circuit to be in a first state or a second state according to a power-on signal or a power-off signal of the financial terminal equipment; in the first state, the selection circuit gates a power supply path between the first wireless module and the power supply; and in the second state, the selection circuit gates a power supply path between the second wireless module and the power supply. According to the wireless device, through a state switching mechanism of the power supply module, the positioning signal transmitting function of the second wireless module is automatically activated after the financial terminal equipment is shut down, and continuous position monitoring of the equipment in a non-working state is achieved.