Zte Corporation

Wuhan China Star Optoelectronics Technology Co., Ltd.

Shenzhen Bak Battery Co., Ltd.

Bin Xiao

Wei He

Ming He

Xiaohui Hou

Guoliang Ye

Xin Teng

Ruyu Rao

Qiming Pan

The present disclosure relates to a formation method of liquid crystal layers, a liquid crystal panel, and a liquid crystal dripping device. A first dripping is applied toward a central area of the plastic frame of a first substrate, and a second dripping is applied toward a rim area of the plastic frame of a second substrate, wherein a liquid crystal amount of a single droplet with respect to the first dripping and the second dripping are different. That is, the dripping process applied to one substrate may be adjusted in accordance with the diffused result of the liquid crystals on the other substrate, such that the uniformity of the diffused liquid crystals may be enhanced. In addition, the issues, such as sealing puncture, edge gap, and bubble, may be avoided so as to enhance the product quality.

Forming methods of liquid crystal layers, liquid crystal panels, and liquid crystal dripping devices

A method for implementing networking of an access network includes: implementing networking of small cells within a range covered by a macro coverage cell to form a distributed cell when number of the small cells within the range covered by the macro coverage cell reaches a threshold; and communicating the small cells in the distributed cell with neighboring cells or core network CN through the macro coverage cell in the distributed cell, where the neighboring cells include another distributed cell, a conventional cell.

Method of forming access network, and access network system

Provided are a positive electrode material for lithium ion batteries and a process for preparing the same. The positive electrode material for lithium ion batteries comprises a composite positive electrode material consists of LiCoOand an auxiliary positive electrode material, the general formula of the auxiliary positive electrode material is LiCoNiMnO, wherein 0&#x3c;x&#x3c;0.9, 0&#x3c;y&#x3c;0.9, 0&#x3c;x+y&#x3c;0.9, and the LiCoOis a modified LiCoOcoated with an AlOfilm. The overcharge performance of the batteries can be significantly increased and the use amount of the overcharge additive can be reduced by using the positive electrode material so as to its improve the cycle performance of the batteries and improve the anti-overcharge safety in the special applications and the charging conditions.

Positive electrode materials for lithium ion batteries and process for preparing the same

Growing community of inventors

Guangdong, China

Bin Xiao