Huawei Technologies Co., Limited

Zte Corporation

Tao Zheng

Bin Xu

Yong Chen

Junyong Zhang

Fusheng Zhu

Jicun Fan

Zengcai Sun

Shenghua Huang

Ming-Yu Chen

Guo Le

Hong Xiang

Mingyu Chen

Yuan Zhi

A first electronic device receives a projection interface of a first application from a second electronic device, and displays the projection interface. The first electronic device receives a first input and a second input that are in the projection interface and that are of a stylus pen used by a user, and displays an updated projection interface. The updated projection interface includes a first layer and a second layer. The first layer includes a first image that includes a first handwriting trajectory and that is generated by the second electronic device based on the first input; and the second layer includes a second handwriting trajectory that is locally drawn by the first electronic device based on the second input.

Stylus pen input method, electronic device, and system

A screenshot method includes that a terminal responds to a non-stylus operation by entering a screenshot waiting state. When the terminal establishes a connection to the stylus, the terminal detects an operation of the stylus on a touchscreen of the terminal. If an operation of drawing a closed figure with the stylus is detected, the terminal takes a screenshot of interface content in the closed figure drawn with the stylus.

Screenshot method and related device

An application login password input method and a terminal, where the method includes, obtaining, by the terminal, biometric feature information of a user, determining, according to the biometric feature information, whether the user has login permission, obtaining voice information of the user, determining, according to the voice information after it is determined that the user has the login permission, password information corresponding to the voice information, and inputting the password information into a password input box of the application. Hence, in combination with the biometric feature information of the user, password information input security is ensured, password information input accuracy can be improved, an operation is easy and convenient, and burdens of the user can be reduced.

Application login password input method and apparatus, and terminal

A terminal provided in the present disclosure, acquires values of one or more monitoring parameters. The terminal sets, according to the monitoring parameter, a blue light output value of a to-be-adjusted pixel displayed on a screen of the terminal when a value of at least one of the monitoring parameters meets a preset rule corresponding to the monitoring parameter, where the blue light output value is less than an original blue light output value of the to-be-adjusted pixel. The screen of the terminal displays the to-be-adjusted pixel according to the blue light output value such that the terminal can set, according to the monitoring parameter, the blue light output value of the to-be-adjusted pixel displayed on the screen of the terminal, and therefore the blue light can be adjusted intelligently, and an objective of vision protection without affecting user experience is achieved.

Blue light adjustment method, apparatus, and terminal

This invention discloses a method for controlling inter-frequency hard handoffs by using user equipment(UE) event-triggered reporting mode in a WCDMA system, being applicable to geographical cells covered by multiple frequency points. Its main technical feature is that the radio network controller (RNC), after receiving reported results from the UE, performs the decision and execution according to the specific events. This method has the advantages of a reasonable logic and high efficiency, being able to well ensure the realization of the inter-frequency handoffs required by a WCDMA system, improved communication quality, reduced transmission power of the UE, reduced interference to other cells, and increased system capacity, etc.

Method for decide CDMA frequency hard handoffs

Growing community of inventors

Wuhan, China

Tao Zheng