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43results about How to "Implement display control" patented technology

Web menu control system and method for embedded device

The invention relates to a web control technology for an embedded device and discloses a web menu control system and method for the embedded device. Menu display control of embedded user authority is supported, and memory resources of the embedded device are saved. The method comprises the steps that a, a web client sends an access request to a web server after receiving the access request of a login user; b, the web server returns a main page to the web client after verifying user login information successfully; c, the web client sends an http request for obtaining the authority serial number of the authority owned by the current login user to the web server; d, the web processor processes the http request, queries the authority serial number owned by the current login user and feeds back the authority serial number to the web client; and e, the web client calls a pre-established interface function authority menu configuration file to obtain target menu data according to the obtained authority serial number owned by the login user, generates a corresponding display menu, reloads the display menu to the main page and displays the display menu to the user. The method and the system are applicable to the menu display control of the user authority of the embedded device.
Owner:MAIPU COMM TECH CO LTD

Digital oscilloscope with high waveform refresh rate

ActiveCN103884891AIncreased waveform refresh rateImplement trajectory strength calculationDigital variable displayUser inputData treatment
The invention discloses a digital oscilloscope with a high waveform refresh rate. The digital oscilloscope with a high waveform refresh rate comprises a digital processing module; the digital processing module comprises an acquisition processor, a waveform processor, and a main controller; the acquisition processor is used for calculating a digital sampling signal outputted by an analog-to-digital converter into trajectory strength information and sending the trajectory strength information in a parallel manner to the waveform processor; the waveform processor is used for calculating a plurality of digital sampling signals with trajectory strength information into display waveform data with accumulated strength information and sending the display waveform data to the main controller; and the main controller is used for receiving a user input condition sent by a user input module via a CPU processor to control the acquisition processor and the waveform processor and processing the display waveform data into waveform display signals for being displayed by a display module. According to the digital oscilloscope with a high waveform refresh rate, the problem that the waveform refresh rate of the existing oscilloscope can not be further improved can be solved, and the waveform refresh rate of the oscilloscope is greatly improved.
Owner:RIGOL

System communication scheduling algorithm based on Canbus

The invention relates to the field of system communication scheduling algorithms, in particular to a system communication scheduling algorithm based on a Canbus. According to the specific scheme, the system communication scheduling algorithm is achieved through the following steps of firstly, sending address statements to a monitoring box when sub-devices are powered on, and sending address statement request commands to the sub-devices when the monitoring box is powered on; secondly, when receiving the address statement commands sent by the monitoring box, enabling the powered-on sub-devices to start the address statements which need to be responded to after random delay is conducted. By means of the steps, the system communication scheduling algorithm solves the address automatic distribution problem and the address conflict problem between the sub-devices and solves the problem that the operation control and the running state monitoring of all node devices can not be monitored in time; the Canbus can report device alarms in time when the number of online communication nodes is large, protection control can be conducted according to the alarms, the online state and the connection losing state of online devices can be effectively detected through the Canbus, and device display control over multiple nodes can be achieved through the Canbus.
Owner:APM TECH DONGGUAN

Array substrate, display unit and control method thereof

The embodiment of the invention discloses an array substrate, a display unit and a control method thereof, belongs to the display technical field, and solves the technical problems that the H-line of a conventional narrow-frame liquid crystal display of a conventional grid drive circuit is poor, and the displaying effect is influenced. The array substrate comprises grid line groups and main grid lines, wherein, the number of the grid line groups is n, and the number of the main grid lines is n plus 1; each grid line group comprises a first grid line and a second grid line which are adjacent, a first transistor T1 is provided correspondingly to each first grid line, and a second transistor T2 and a switch element T3 are provided correspondingly to each second grid line; each first grid line and each second grid line in the grid line group i are connected with the main grid line i; a gate electrode of the T1 is connected with the first grid line, a source electrode is connected with a data cable, and a drain electrode is connected with a pixel electrode; the gate electrode of the T2 is connected with the T3 in a pixel unit, the source electrode is connected with the data cable, and the drain electrode is connected with the pixel electrode; in addition, one end of the T3 is connected with the main grid line i plus 1 and is used for controlling the switching-on and switching-off of the T2. The array substrate, the display unit and the control method thereof can be applied in the liquid crystal display.
Owner:BEIJING BOE OPTOELECTRONCIS TECH CO LTD

One-station-control double-machine display control method for unmanned aerial vehicle

ActiveCN112214030ARich display and control informationIntuitive display and control informationAlarmsTotal factory controlInformation controlCommand and control
The invention belongs to the field of unmanned aerial vehicle command and control, and particularly relates to a one-station-control double-machine display control method for an unmanned aerial vehicle. Two groups of flight monitoring seats and two groups of task monitoring seats are arranged. One group of flight monitoring seats and one group of task monitoring seats form a unit, and complete full-task command and control of one unmanned aerial vehicle respectively; and the two units cooperate together to complete full-task command and control of the two unmanned aerial vehicles. Each monitoring seat displays the dual-aircraft situation, the head-up display center area displays the parameters and images of the main control aircraft, the edge area displays the selected flight parameters ofthe other monitored aircraft, and the control instruction is only effective to the main control aircraft and supports the display and control of one station and two aircrafts. The situation information of the two aircrafts is presented differently; the parameters are matched with the visual scene, so that richer and more visual display and control information is provided for an operator; correctness and reliability of uplink remote control are ensured through cooperation of the control right and the machine number, and the display control of one-station-control double-machine is realized.
Owner:CHENGDU AIRCRAFT DESIGN INST OF AVIATION IND CORP OF CHINA

Visual cloud computing desktop terminal

The invention relates to a visual cloud computing desktop terminal, which is a visual cloud terminal. The terminal is composed of an integral shell, a liquid crystal display screen, a mainboard, a cloud computing desktop terminal PCBA, a power jack and a power voltage transformation diverter; in a cloud server environment, the desktop system operation experience more superior than that of a conventional PC can be realized; the conventional computer is replaced; space resources are released; the utilization rate of hardware resources is increased; the office environment experience is improved;energy conservation and emission reduction are achieved; green office is proposed; actual data processing is performed in a cloud processor; a local visual cloud computing desktop terminal only needsto bear data transmission and display work; compared with a conventional office mode, excessive hardware input of a local end is avoided, and the office operation cost and the hardware upgrading pressure are reduced; and in addition, the structure is relatively simple and the fault rate is low, so that the later maintenance cost is reduced, the configuration is simplified, the data security is improved, resource centralized management is facilitated, and system maintenance is more convenient.
Owner:HENAN ZHIYE TECH DEV

Array substrate, display unit and control method thereof

An array substrate, display device and control method thereof, the array substrate comprising a plurality of gate lines and data lines; the plurality of gate lines intersecting with the plurality of data lines define the pixels being arranged in an array; the plurality of gate lines comprise n number of gate line groups and n+1 number of primary gate lines (G1-Gn+1); each gate line group comprises a first gate line, and an adjacent second gate line, the first gate line being correspondingly provided with a first transistor (T1), and the second gate line being correspondingly provided with a second transistor (T2) and a switch element (T3); the first and second gate lines of an i-th gate line group are both connected to an i-th primary gate line (Gi); the gate electrode of the first transistor is connected to the first gate line, and a source electrode is connected to a corresponding data line (D), and a drain electrode is connected to a pixel electrode; the gate electrode of the second transistor is connected to one end of the switch element (T3) in the pixel unit, the source electrode is connected to the corresponding data line (D), and the drain electrode is connected to the pixel electrode; an (i+1)-th row primary gate line is connected to the other end of the switch element (T3) for controlling the switching on and off of the second transistor.
Owner:BEIJING BOE OPTOELECTRONCIS TECH CO LTD

Embedded device web menu control system and method

The invention relates to a web control technology for an embedded device and discloses a web menu control system and method for the embedded device. Menu display control of embedded user authority is supported, and memory resources of the embedded device are saved. The method comprises the steps that a, a web client sends an access request to a web server after receiving the access request of a login user; b, the web server returns a main page to the web client after verifying user login information successfully; c, the web client sends an http request for obtaining the authority serial number of the authority owned by the current login user to the web server; d, the web processor processes the http request, queries the authority serial number owned by the current login user and feeds back the authority serial number to the web client; and e, the web client calls a pre-established interface function authority menu configuration file to obtain target menu data according to the obtained authority serial number owned by the login user, generates a corresponding display menu, reloads the display menu to the main page and displays the display menu to the user. The method and the system are applicable to the menu display control of the user authority of the embedded device.
Owner:MAIPU COMM TECH CO LTD

Display control circuit and device

The invention relates to a display control circuit and device. The display control circuit comprises a resistance adjusting assembly and at least two light-emitting units, wherein the first end of theresistance adjusting assembly is connected to an external power supply port; the second end of the resistance adjusting assembly is grounded; each light-emitting unit comprises a switch tube and a light-emitting assembly; the control end of the switch tube is connected with the output end of the resistance adjusting assembly; the first end of the switch tube is grounded; the second end of the switch tube is connected with the negative electrode of the light-emitting assembly, and the positive electrode of the light-emitting assembly is connected into an external power port; the light-emittingunit is used for indicating the working state of the electric appliance; the resistance value of the switch tube connected to the display control circuit is adjusted through the resistance adjustingassembly, so that the voltage is adjusted, and the conduction of the switch tube of the light emitting unit can be controlled; the light emitting assembly is controlled to emit light to indicate the working state of an electric appliance; and the display control device can realize display control through pure hardware without adding an MCU, and the cost can be reduced.
Owner:GREE ELECTRIC APPLIANCES INC

A Canbus-Based System Communication Scheduling Algorithm

The invention relates to the field of system communication scheduling algorithms, in particular to a system communication scheduling algorithm based on a Canbus. According to the specific scheme, the system communication scheduling algorithm is achieved through the following steps of firstly, sending address statements to a monitoring box when sub-devices are powered on, and sending address statement request commands to the sub-devices when the monitoring box is powered on; secondly, when receiving the address statement commands sent by the monitoring box, enabling the powered-on sub-devices to start the address statements which need to be responded to after random delay is conducted. By means of the steps, the system communication scheduling algorithm solves the address automatic distribution problem and the address conflict problem between the sub-devices and solves the problem that the operation control and the running state monitoring of all node devices can not be monitored in time; the Canbus can report device alarms in time when the number of online communication nodes is large, protection control can be conducted according to the alarms, the online state and the connection losing state of online devices can be effectively detected through the Canbus, and device display control over multiple nodes can be achieved through the Canbus.
Owner:APM TECH DONGGUAN
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