Shenzhen China Star Optoelectronics Technology Co., Ltd.

Tcl China Star Optoelectronics Technology Co., Ltd.

Huawei Technologies Co., Limited

Zte Corporation

Huizhou China Star Optoelectronics Display Co., Ltd.

Shenzhen New Industries Biomedical Engineering Co., Ltd.

Nanjing Zte New Software Co., Ltd.

Shanghai University

Li Zhao

Qinghai Zeng

Mingzeng Dai

Qufang Huang

Xing Liu

Hongping Zhang

Xiaoying Xu

Yu Wang

Xiangyang Xu

Zhe Liu

Bangyin Peng

Chong Lou

Chunhua You

Le Yan

Tao Lu

Yinghao Guo

Wei Rao

Jianfeng Li

Kai Du

Tingyun Wang

Xiaoliang Ma

Fufei Pang

Qian Xia

Shiqiong Chen

Renwu Zhang

Xin Gu

Embodiments of this application provide a HARQ process-based data transmission method and a terminal, and relate to communication technologies, to determine an initial status of a HARQ process and further perform uplink transmission by using a HARQ process that is in a not pending status. A specific solution includes: A terminal sets one or more HARQ processes that are associated with a first configured grant CG configuration on a first bandwidth part BWP to be in a not pending status, where the first CG configuration includes one or more CG configurations configured by a network device for the terminal on the first BWP, and the first BWP is a currently activated BWP of the terminal; and the terminal sends uplink data to the network device by using the HARQ process that is associated with the first CG configuration and that is in the not pending status.

HARQ process based data transmission method and terminal

There is provided a circuit board. The circuit board includes a signal hole array matched with a terminal array of a connector, and at least part of signal holes in the signal hole array are first signal holes (); the first signal holes () are blind holes, are communicated with part of wiring layers of the circuit board, and are connected to auxiliary conductive structures () through auxiliary lines () located in auxiliary wiring layers; the auxiliary conductive structures () are at least communicated with the auxiliary wiring layers and a wiring layer not communicated with the first signal holes (), and are connected to signal lead-out lines () located in a main wiring layer; and the signal lead-out lines () extend out of a region where the signal hole array is located.

Circuit board

The invention discloses a two-way adjustable shock-absorbing backpack, comprising a backpack main body and back pads arranged on one side of the backpack main body, wherein the back pads are provided two, and the two are symmetrically arranged on the backpack main body, a back pad pocket with a top opening is formed between the back pad and the backpack main body, a support fabric bag is sewn into the back pad pocket, and a support rod is inserted into the inside of the support fabric bag, one side of the backpack main body above the support fabric bag is provided with a fixed fabric belt, in the invention, by adjusting the length of the secondary braces on the upper adjustment button, the shock-absorption adjustment of the top of the backpack is realized, by adjusting the lower adjustment button, the shock-absorbing stroke adjustment of the elastic band is realized.

Two-way adjustable shock-absorbing backpack

The present application discloses a display panel and a display device. The display panel includes a first voltage dividing signal line, a second voltage dividing signal line, and a first subpixel group and a second subpixel group alternately arranged. The first subpixel group includes at least one column of first subpixels, and the second subpixel group includes at least one column of second subpixels. The first voltage dividing signal line is electrically connected to the first subpixels and is loaded with a first voltage dividing signal, and the second voltage dividing signal line is electrically connected to the second subpixels and is loaded with a second voltage dividing signal.

Display panel and display device

An array substrate and a display panel are provided. The array substrate includes pixel units arranged in an array, and the pixel units include at least two sub-pixels in a same row. Driving polarities of sub-pixels in a same pixel unit are same. The driving polarities include a positive frame driving and a negative frame driving, wherein in a row direction, driving polarities of sub-pixels of adjacent pixel units are different, and in a column direction, driving polarities of adjacent first-row pixel units and second-row pixel units are different.

Array substrate and liquid crystal display panel

Disclosed is an apparatus for improving optical alignment of panels manufactured on a same mother substrate. The technical defect in the prior art which affects product quality can be eliminated. The apparatus for improving optical alignment of panels manufactured on a same mother substrate includes a mother substrate (), N columns of chips in a first group (), N columns of chips in a second group (), and a photomask (). The N columns of chips in the first group () and the N columns of chips in the second group () are arranged in an alternate manner and are arranged on the mother substrate (). An area of the chips in the second group () is larger than an area of the chips in the first group (). The photomask () covers the N columns of chips in the first group () and the N columns of chips in the second group () so that ultraviolet irradiates the N columns of chips in the first group () and the N columns of chips in the second group () after passing through the photomask (). N is a positive integer. The apparatus can be used in manufacturing of TFT-LCD.

Apparatus for improving optical alignment of panels manufactured on a same mother substrate

Disclosed is a method for preparing a magnetic microsphere for the separation of biological proteins. A magnetic microsphere matrix is treated by formulating and using an appropriate emulsified liquid, and modification of the surface of the magnetic microsphere matrix is realized by emulsion polymerization, thereby obtaining a magnetic microsphere coated with a polyacrylate polymer layer. Said emulsified liquid comprises the following components therein: acyclic acid monoester compounds, acyclic acid glycol compounds, initiators and optionally anionic surface active agents and water. The magnetic microsphere significantly reduces the non-specific adsorption of other proteins, without affecting the joining ability for a specific protein, when used in the separation of biological proteins. A new selection is provided to realize the separation engineering of high protein specificity adsorption.

Method for preparing magnetic microsphere for separation of biological protein and use thereof

A display panel and a display device are provided. The display panel has a thin film transistor array substrate, a color filter substrate, and a liquid crystal layer. An area of the thin film transistor array substrate corresponding to the peripheral region of the display panel is disposed with a first conductor and a conductive member, and an area of the color filter substrate corresponding to the peripheral region is disposed with a second conductor for connecting to the first conductor and the conductive member. The present disclosure can avoid the conductor being broken and defective from decreasing the width of the conductor.

Disclosed is a liquid crystal display panel, comprising an array substrate and a common voltage compensation circuit. The array substrate comprises scan lines, data lines, common electrode lines and sub pixel units arranged in array. The scan lines provide driving voltages to the sub pixel units, and the data lines provide data voltages to the sub pixel units, and the common electrode lines provide common voltages to the sub pixel units. The common voltage compensation circuit comprises a feedback signal processor, an amplifier and a common voltage adjusting circuit, and the feedback signal processor is connected to the common electrode lines to obtain feedback signals of the common voltages, and the amplifier implements an amplifying process to the feedback signals after inversion to obtain compensation signals, and the common voltage adjusting circuit inputs the compensation signals to the common electrode lines.

Liquid crystal display panel and common voltage compensation method, device thereof

A thin film transistor array substrate and a display panel are provided. The thin film transistor array substrate includes a row of the pixel units and a column of the pixel units. The row of the pixel units includes at least two pixel units, and the column of the pixel units includes at least two pixel units. The pixel unit includes a trunk electrode, a connection electrode, and a strip electrode. The connection electrode is connected with the at least two strip electrodes. The connection electrode is used for increasing transmission of the pixel unit. The transmission of the pixel unit can be increased.

Thin film transistor array substrate and display panel

The present disclosure discloses a liquid crystal panel and a liquid crystal device. The liquid crystal panel includes a thin film transistor (TFT) substrate and a color filter (CF) substrate opposite to each other. Each of sub-pixel areas of the TFT substrate is configured with a first conductive film, and each of sub-optical-filter areas of the CF substrate is configured with a second conductive film opposite to the first conductive film, the first conductive film and the second conductive film are rectangular. A central point of the first conductive film projects on the central point of the second conductive film. A dimension of the second conductive film is greater than the dimension of the first conductive film, and a ring-shaped conductive film is formed in an area of the first conductive film not covered by the second conductive film.

Liquid crystal panels and liquid crystal devices

An alignment method for a liquid crystal display panel performs, at the side of a first substrate, an exposing alignment procedure upwardly and downwardly along the long edge of a pixel, the exposing width is an integral multiple of the width of the pixel; and performs, at the side of a second substrate, the exposing alignment procedure leftwardly and rightwardly along the short edge of the pixel, the exposing width is an integral multiple of half of the length of the pixel. By adjusting the exposing width in optical alignment, the alignment method can change the shape of dark line pattern, thereby increasing light transmission rate. Compared to the existing optical alignment approaches, the alignment method can increase the light transmission rate at least up to 16.5%.

Alignment method for improving light transmission rate for liquid crystal display panel

The present document provides a method and wireless device for implementing route transmission based on a single IPv6 address prefix. The method includes: when a wireless device succeeds in IPv6-based dialing and obtains one 64-bit-long IPv6 address prefix from a network side, the wireless device first setting apart a 126-bit IPv6 address prefix from the prefix, and then allocating the 126-bit IPv6 address prefix to a WAN interface, allocating the 64-bit-long IPv6 address prefix to a LAN interface, and notifying a user terminal connected to the LAN interface of the IPv6 prefix of the LAN interface, so that the user terminal connected to the LAN interface generates its own IPv6 address through a stateless address auto-configuration mechanism for communication. With the technical solutions of the present document, in an IPv4/IPv6 dual stack mode, IPv4 and IPv6 protocol stacks operate normally, and the radio resource consumption is reduced.

Growing community of inventors

Guangdong, China

Li Zhao