32results about How to "Avoid data delay" patented technology

A display apparatus comprises a plurality of pixel areas, each defined by gate lines and data lines, wherein the data lines are arranged with the gate lines forming an angular relationship with the data lines, and a plurality of pixel electrodes formed in the pixel areas and configured to be essentially parallel with the arrangement of the gate lines.

A nanocrystal display device includes a plurality of pixels; a gate line extended in a row direction; a data line extended in a column direction; and a second insulating layer on the data line. Each pixel includes first and second pixel areas adjacent to each other in the column direction; first and second pixel electrodes on the second insulating layer of the first and second pixel areas; a first black matrix on the second insulating layer, and having a step difference greater than that of the first and second pixel electrodes; a common electrode extended in the row direction, contacting the first black matrix and spaced apart from the second insulating layer in the first and second pixel areas, and a tunnel-shaped cavity between the common electrode, the first black matrix and the second insulating layer; and a liquid crystal layer in the tunnel-shaped cavity.

The invention provides an implementation method and architecture of a distributed system based on a distributed embedded storage engine, and in the method, the distributed embedded storage engine is used as a basis, and priority service nodes are distributed for players. According to the method, the scheme that a stateful service architecture adopts a single node for certain service functions is overcome, the whole distributed system inherits the advantages of high concurrency and high availability under a traditional stateless service architecture, and meanwhile the problem of tedious distributed transaction development under the stateless service architecture is solved.

Embodiments of the present invention provide a communication method and device for a multi-sensor system. The method includes: the data receiving end broadcasts a first instruction to multiple groups of sensors, the first instruction is used to notify the multiple groups of sensors to report the device status to the data receiving end, and the multiple groups of sensors respectively send second instructions to the data receiving end, the second instruction It is used for the data receiving end to report the status of the device. When the data receiving end confirms that it has received the second instruction sent by all sensors, it sends a third instruction to multiple groups of sensors. The third instruction is used to notify multiple groups of sensors to send sensor data. Multiple groups of sensors After receiving the third instruction, the sensor data is sent to the data receiving end in sequence. After the data receiving end receives the sensor data sent by all the sensors, it integrates the sensor data to generate a sensor synchronization data packet, thereby avoiding multi-terminal transmission in the wireless communication environment. The accumulation of data leads to the problem of data processing delay at the receiving end, which greatly improves the real-time performance of the overall system.

To improve efficiency of a radio section while reducing a no-communication period in the case of handoff in communication used DRC and DSC signals. A communication connection apparatus (BS) 200 provided in a communication system accumulates data transmitted from the communication control apparatus (BSC) 300. In a state in which a DSC signal from a communication terminal (AT) 100 designates an owed BS, when a DRC indication from the AT 100 is switched from another BS to the owned BS, the BS 200 transmits data received from the BSC 300 last to the AT 100 out of the data accumulated in the BS 200. Consequently, missing data is requested from the BS 200 at a handoff destination in accordance with a retransmission request function existing in the AT 100. Moreover, retransmission processing for data by a retransmission request message is performed in the BS 200.

A display device includes a plurality of pixels, a data line transmitting a data voltage to the pixels, and a floating bar crossing the data line and being divided into a plurality of pieces. By dividing the floating bar into a plurality of pieces, a delay of a data signal can be prevented so that excellent images can be displayed. Furthermore, by disposing a diode between the pieces of the floating bar, an effect of dispersing static electricity can be maximized.

The invention relates to the technical field of service flow distribution, in particular to a route optimization method and system of mobile multicast supported by PMIPv6. The method comprises the steps that a mobile terminal has access to a PMIPv6 domain, and builds network connection with a mobile access gateway, and a route announcement message is sent to trigger the mobile access gateway and an area mobile anchor point / mobile multicast tree anchor point to build a PMIPv6 bidirectional tunnel; a multicast data source sends multicast data to the mobile terminal, wherein the multicast data are firstly sent to a multicast router, and then the multicast data source is forwarded to the mobile terminal through the area mobile anchor point / mobile multicast tree anchor point and the mobile access gateway. The multicast data source in the PMIPv6 domain can directly send the data to the mobile terminal without the multicast router, and therefore large data delay is avoided.