发明名称 ACCESSIBILITY PATH GUIDING THROUGH MICROFLUIDICS ON A TOUCH SCREEN
摘要 Providing accessibility path guidance on a display presented on a touch screen of a device with microfluidics. The fluid is selectively applied to a portion of the touch screen by a computer of the device to raise a portion of the touch screen. The computer loads a display on the touch screen which requires user input. The flow information regarding the display is fetched and a computer of the device detects that the user has touched the touch screen at a point. The computer uses microfluidics to create a physical ridge on the touch screen corresponding to a flow path connecting the point on the touch screen in which the user is currently touching to a touch point within an object field which requires user input. Once the user has reached the object field by following the physical ridge through touch, the physical ridge is removed.
申请公布号 US2017108927(A1) 申请公布日期 2017.04.20
申请号 US201514885218 申请日期 2015.10.16
申请人 International Business Machines Corporation 发明人 Ekambaram Vijay;Rakshit Sarbajit K.
分类号 G06F3/01;G06F3/041 主分类号 G06F3/01
代理机构 代理人
主权项 1. A method of providing accessibility path guidance on a display presented on a touch screen of a device with microfluidics, wherein fluid is selectively applied to a portion of the touch screen by a computer of the device to raise a portion of the touch screen, the method comprising the steps of: the computer loading a display on the touch screen which requires user input; the computer fetching flow information regarding the display; the computer detecting that the user has touched the touch screen at a point; the computer using microfluidics to create a physical ridge on the touch screen corresponding to a flow path connecting the point on the touch screen in which the user is currently touching to a touch point within an object field which requires user input; once the user has reached the object field which requires user input by following the flow path through touch, the computer removing the physical ridge and providing details to the user regarding the input required in the object field; and the computer creating a physical ridge on the touch screen through microfluidics connecting a touch point within the object field which required user input to a touch point on the touch screen within another object field which requires user input.
地址 Armonk NY US