WO/2016/119459 METHOD AND DEVICE FOR DISPLAYING DOCUMENT ON TOUCH DISPLAY SCREEN||WO||04.08.2016|
||PCT/CN2015/088703||XIAOMI INC.||REN, Tian|
A method and device for displaying a document on a touch display screen, which fall within the field of human-machine interaction. The method comprises: displaying an edge area of an electronic document on a touch display screen, the edge area comprising the edge of the electronic document and several display elements (101); detecting a motion of an object acting on the touch display screen (102); and carrying out stretched display on the several display elements in the direction away from the edge in response to the motion of the object (103). By means of the method, a user can clearly learn that the edge of an electronic document is already displayed, and the user is prevented from carrying out the translation operation having no practical operational significance, thereby improving the operational efficiency of the user.
WO/2016/119493 METHOD AND APPARATUS FOR ACCESSING NETWORK||WO||04.08.2016|
||PCT/CN2015/093067||XIAOMI INC.||MENG, Deguo|
Disclosed are a method and apparatus for accessing a network, which relate to the technical field of communications. The method comprises: acquiring access information that indicates to a second terminal to access a network, wherein the access information comprises: a service set identifier (SSID) and an access password; selecting a plurality of destination addresses that contain the access information in a designated multicast address field; and according to the plurality of destination addresses, multicasting a plurality of user datagram protocols (UDP) multicast messages to the second terminal. In the present disclosure, the access information indicating to the second terminal to access the network is stored in a plurality of multicast addresses containing the access information via a first terminal, and is sent to the second terminal by means of multicast transmission. The second terminal conveniently accessing the network is realized, a defect of low human-machine interaction caused by complicated operations is avoided, and the efficiency of accessing the network is improved.
WO/2016/115930 BUTTON INTERACTION METHOD AND APPARATUS||WO||28.07.2016|
||PCT/CN2015/093065||XIAOMI INC.||WANG, Yang|
Proposed is a button interaction method. The method comprises: judging whether a button state of a button is switched; and when the button state of the button is switched, outputting a waving pattern around the button, the waving pattern being used for giving an interaction reminder and characterizing a loading process of an event triggered by switching of the button state. The present invention can output a clear and accurate interaction reminder to a user and present a complete interaction process during button interaction, thereby optimizing the interactive experience of the user.
WO/2016/112698 SCREEN CASTING METHOD, DEVICE AND SYSTEM||WO||21.07.2016|
||PCT/CN2015/088635||XIAOMI INC.||RU, Yi|
The present invention relates to the field of smart home, and disclosed are a screen casting method, device and system, the method comprising: receiving a signal of a predetermined type and establishing a connection of the predetermined type with a second electronic device transmitting the signal of the predetermined type; according to the connection of the predetermined type, informing the second electronic device to activate a WiFi peer-to-peer (P2P) connection service; after a first electronic device activates a WiFi P2P connection service, establishing a WiFi P2P connection with the second electronic device having activated the WiFi P2P connection service, and casting a screen to the second electronic device. The present invention addresses problems of complicated operations and low connection efficiency for screen casting, and achieves an automatic establishment of a WiFi P2P connection, thus improving the connection efficiency for screen casting and reducing the number of user operations.
WO/2016/112699 METHOD AND DEVICE FOR SWITCHING DISPLAY MODE||WO||21.07.2016|
||PCT/CN2015/088683||XIAOMI INC.||ZHU, Cai|
The disclosure relates to the technical field of terminals. Disclosed are a method and device for switching a display mode. The method is applied to a mobile terminal provided with at least three buttons, and the three buttons, namely, a first button, a second button and a third button, are respectively arranged on a display interface of the mobile terminal from left to right. The method comprises: detecting and acquiring a continuous triggering event of at least two buttons; acquiring a current display mode; and switching the display mode of a screen according to a triggering mode of the continuous triggering event of the at least two buttons and the current display mode, the display mode comprising a full-screen mode, a leftward scaling mode and a rightward scaling mode. In the disclosure, display mode switching is performed by means of different triggering modes of the buttons of the terminal and the current display mode, and accordingly the operation complexity is reduced, the problem of difficulty in switching between different display modes is solved, and the disclosure is also suitable for different left- and right-handed users.
WO/2016/112697 UNLOCKING METHOD, DEVICE, AND TERMINAL||WO||21.07.2016|
||PCT/CN2015/088626||XIAOMI INC.||JIANG, Zhongsheng|
Disclosed are an unlocking method, device, and terminal, used for reducing the likelihood of erroneous operation. The method comprises: a signal of the edge of a touchscreen of a terminal is acquired; according to the acquired signal, it is determined whether the terminal is being held by a user; if the terminal is being held by a user and the terminal is in a sleep state, then the terminal is unlocked. The present disclosure is such that upon a user holding the terminal, the user may unlock the terminal, increasing the convenience and intelligence of user unlocking.
WO/2016/112724 INFORMATION TRANSMITTING METHOD AND DEVICE||WO||21.07.2016|
||PCT/CN2015/093220||XIAOMI INC.||FU, Qiang|
The disclosure relates to an information transmitting method and device and belongs to the technical field of computers, the method comprising: detecting whether a user is at a target site; if the user is not at the target site, detecting whether a door or a window at the target site is open; if the door or the window at the target site is open, transmitting a prompting message to a device carried by the user. The disclosure addresses a problem of inaccurate prompting caused by the user being away from a residence at a time other than a time period in which the user is normally away from the residence, improving prompt accuracy.
WO/2016/112727 TOUCHSCREEN AND FINGERPRINT RECOGNITION APPARATUS AND TERMINAL DEVICE||WO||21.07.2016|
||PCT/CN2015/093304||XIAOMI INC.||JIANG, Zhongsheng|
Provided are a touchscreen and a fingerprint recognition apparatus and a terminal device; a fingerprint recognition sensor (21) comprises a plurality of sub-sensors (42); the fingerprint recognition sensor is located beneath a cover panel glass, partially occupies a region below a touchscreen, and is used, when an all-in-one switch is open, for transmitting to a fingerprint recognition circuit (22) the signals detected and produced by the sub-sensors; when the all-in-one switch (23) is closed, the signals detected and produced by the sub-sensors are combined into a touch control signal and transmitted to the touchscreen circuit (24) by means of the all-in-one switch; the fingerprint recognition circuit is used for processing the signals detected and produced by the sub-sensors; the touchscreen circuit is used for determining, according to the combined touch control signal, whether to generate a touch control operation. The solution described above is capable of using a shared fingerprint recognition sensor to accomplish fingerprint-recognition and touchscreen functions; the degree of integration of the electronic device is increased, while at the same time, compatibility of capacitive touch control and fingerprint recognition within a display region is achieved, and operation by a user is made more convenient.
WO/2016/110143 TOUCH KEYS AND METHOD FOR IMPLEMENTING FINGERPRINT RECOGNITION, APPARATUS, AND TERMINAL DEVICE||WO||14.07.2016|
||PCT/CN2015/093044||XIAOMI INC.||JIANG, Zhongsheng|
Disclosed are touch keys and a method for implementing fingerprint recognition, an apparatus, and a terminal device, for use in integrating touch keys and fingerprint recognition, enhancing device external aesthetics, enhancing cover glass structural strength, and improving the user experience. The apparatus comprises: a fingerprint recognition sensor arranged below the terminal device cover glass and a fingerprint recognition circuit connected to same; a capacitance touch sensor arranged below the fingerprint recognition sensor and a capacitance touch circuit connected to same; and a switch, used for controlling electrical conductance to the fingerprint recognition sensor and to the fingerprint recognition circuit, and for controlling electrical conductance to the capacitance touch sensor and to the capacitance circuit. The present technical solution integrates touch keys and fingerprint recognition, while enhancing device external aesthetics and cover glass structural strength, and improving the user experience.
WO/2016/110144 TOUCH KEYS AND DEVICE FOR IMPLEMENTING FINGERPRINT RECOGNITION, METHOD, AND TERMINAL||WO||14.07.2016|
||PCT/CN2015/093303||XIAOMI INC.||JIANG, Zhongsheng|
Disclosed are touch keys and a device for implementing fingerprint recognition, a method, and a terminal, a fingerprint recognition sensor whereof comprises a plurality of sub-sensors. The fingerprint recognition sensor is used, when a many-to-one switch is open, to forward the respective signals generated by the individual sensing sub-sensors to a fingerprint recognition circuit; when the many-to-one switch is closed, the respective signals generated by the individual sensing sub-sensors are combined by means of the many-to-one switch and forwarded as a touch-control signal to a touch key circuit; the fingerprint recognition circuit is used for processing the signals generated by the individual sensing sub-sensors; the touch key circuit is used for determining whether the obtained combined touch-control signal produces a touchscreen operation. The present disclosure makes possible the use of a single common fingerprint recognition sensor for both fingerprint recognition and touch key functions, integrating the peripheral components of said fingerprint recognition and touch key functions in a single component, thus increasing the degree of integration of an electronic device and increasing the speed of user operations.