Shenzhen Leputai Technology Co., Ltd

Tencent Technology (shenzhen) Company Limited

Johnson Electric S.a.

Xiao Yuan

Hui Yang

Yuanyuan Zhang

Hong Meng

Zhijun Liu

Lu Wang

Huan Yun Zhang

Xingde Chi

Rong Li

Jian Yu

Yue Li

Ying Chen

Chui You Zhou

Mao Xiong Jiang

Zhehui Wu

Jin Yun Gan

He Wang

Jun Ge

Xinwan Wu

Zhiwei Su

Jiaqi Zhuang

Su Yang

Tiantian Pu

Congqiang Xu

Qianwen Cao

Examples of the present disclosure provide a contact matching method. The method includes: obtaining a first interest label corresponding to a contact waiting for match and a second interest label corresponding to respective contact other than the contact waiting for match in a matching interface displayed on the client device; comparing the first interest label and the second interest label to obtain at least one contact matching with the contact waiting for match; and displaying a first contact identifier corresponding to the contact waiting for match and a second contact identifier corresponding to respective matching contact or a second contact identifier corresponding to respective matching contact in the matching interface according to a predefined first displaying manner. Examples of the present disclosure also provide a contact matching apparatus. The solution of the present disclosure improves contact matching efficiency and accuracy.

Contact matching method and apparatus

This application discloses a communications control method and a communications terminal, so as to implement a change between a point-to-point chat and a group chat among multiple persons, and a user may set a chat identity of the user by using a character. The communications control method provided in this application includes: controlling, by a communications terminal, a first character to move on a character layer, and displaying, on a communications display interface of the communications terminal, different characters on the character layer with the movement of the first character, the first character being displayed on the communications display interface of the communications terminal, the character layer including: the first character and at least one character other than the first character, and the first character being a user object that represents a user when the user chats using the communications terminal; obtaining, by the communications terminal, chat content entered by the user into the communications terminal; and displaying, by the communications terminal, the chat content on the communications display interface as an identity of the first character.

Communications control method, communications terminal, and storage medium

A method for preparing suspension polymerization toner of core-shell structure comprises following steps: 1) preparing a monomer oil phase containing a certain amount of polar resin forming toner soft core resin and aqueous dispersion liquid respectively; 2) adding the monomer oil phase into the aqueous dispersion liquid, transferring a mixture into a reactor after high-speed shearing and suspension granulation, and carrying out a first heating polymerization reaction to obtain toner particles of soft-core hard-shell structure; 3) taking the toner particles of soft-core hard-shell structure as a core layer, adding a cationic monomer component, and carrying out a second polymerization reaction through a water-soluble initiator to obtain the toner particles of soft-core hard-shell structure with dense charge surface layers uniformly distributed on outer surfaces; and 4) cleaning, filtering, and sufficiently drying a preceding product, and then adding silicon dioxide.

Method for preparing suspension polymerization toner of core-shell structure

Suspension polymerization toner of a core-shell structure with dense charges comprises core-shell composite particles prepared by mixing suspension dispersion liquid of toner core particles with shell monomer emulsion and resin-type CCA dispersion liquid, and carrying out a polymerization reaction to form rigid shell layers with dense charges coated on the soft toner core particles. A preparation method thereof comprises: mixing a low-Tg monomer oil phase forming toner core particles with aqueous dispersion liquid, carrying out a heating polymerization reaction after suspension granulation to convert monomer oil droplet particles to polymer particles, and obtaining soft toner core particles; adding a high-Tg shell monomer forming rigid shell layers into water containing a surfactant to form emulsion, adding the emulsion and CCA dispersion liquid into suspension dispersion liquid of the soft toner core particles for second polymerization after mixing, and cleaning, filtering, drying and performing additive treatment.

Suspension polymerization toner of core-shell structure with dense charges and preparation method

Suspension polymerization toner of core-shell structure with positive charges comprises core-shell composite particles prepared by mixing composition forming toner core particles with aqueous dispersion liquid, carrying out a heating polymerization reaction to obtain suspension dispersion liquid of toner soft core particles, and carrying out a water-based polymerization reaction to form the core-shell composite particles of which an outer surface of the toner core particles are coated with the rigid shell layer with dense positive charges.

Suspension polymerization toner of core-shell structure with positive charges and preparation method

A rotary solenoid () includes a stator (), a rotor (), and a torsion spring () connected between the stator () and the rotor (). The stator () includes an armature () having three stator poles () cooperatively defining a substantially cylindrical space () and a coil () wound about one of the stator poles (). The rotor () includes a shaft () rotatably assembled to the stator () and a rotor core () fixed to the shaft () and received in the cylindrical space (). The rotor core () has three rotor poles () corresponding to the stator poles (). The rotor () stays at a first position under the force of the torsion spring () and rotates to a second position under the force of the torsion spring () and the magnetic force of stator () when the coil () is powered.

Rotary solenoid

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Shenzhen, China

Xiao Yuan