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

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.

The present application discloses a monitor system and a display control method thereof, wherein the monitor system includes: a control module for sending human-computer interaction interface information and background image information to a processing module through the same channel; a processing module for receiving video image information, and process the video image information, human-computer interaction interface information, and background image information, and output target image information to the display; the display is used to display the target image information. The system stores the background image information in the control module, so that the target image information can be displayed on the display through the information transmission and processing between the control module and the processing module, so as to realize the display control of the monitor system, no longer relying on additional The external device stores the background image information, which avoids the problems of high cost, difficult structure design and low control accuracy existing in the prior art.

The embodiment of the invention provides a display control method. The method comprises the following steps that: a basic clock inputs a counter, and the counter outputs a periodic digital signal; the periodical digital signal output by the counter enters a data gate through a logic combiner and a pulse width modulation PWM signal is output, wherein the duty ratio of the PWM signal is a preset threshold A; the highest updating frequency of the PWM signal is the preset threshold B; and output high pulses are distributed in a pulse width modulation standard period; and the PWM signal drives a light emitting diode LED for display control. According to the scheme provided by the invention, the pulse width modulation signal is generated at a higher frequency on the premise that the original data is not affected, so the display control at high updating frequency is realized. The scheme is realized simply and efficiently by logically combining the output of the counter and gating data.

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.