METHOD AND TOUCH INSTRUMENT FOR UPLINK-BASED ZERO ACTIVATION FORCE

Methods for uplink-based zero activation force are performed by systems and devices. A touch instrument interfaces with a touch device, and includes antennas that receive communication signals from the touch device. The touch instrument also includes a processing circuit that is electrically coupled...

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Bibliographic Details
Main Authors HARAN ON, PEREZ AHIA
Format Patent
LanguageChinese
English
Published 05.11.2021
Subjects
CALCULATING
COMPUTING
COUNTING
ELECTRIC DIGITAL DATA PROCESSING
PHYSICS
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Summary:Methods for uplink-based zero activation force are performed by systems and devices. A touch instrument interfaces with a touch device, and includes antennas that receive communication signals from the touch device. The touch instrument also includes a processing circuit that is electrically coupled to the antennas. The processing circuit determines an orientation of the touch instrument with respect to the touch device. A distance between the touch device and the touch instrument is then determined based on the orientation and a communication signal from the touch device received by the antennas, and an activation command is generated when the distance indicates a touch/contact. The activation command, transmitted to the touch device, causes the touch device to perform an inking operation. When the distance determined indicates a hover, and not touching/contact, a deactivation command is generated. Distance is also determined based on touch instrument orientation. 用于基于上行链路的零激活力的方法由系统和设备执行。触摸仪器与触摸设备对接，并且包括从触摸
Bibliography:Application Number: CN202080020819