Abstract: Provided is a man-machine interaction method in a 3D multi-touch environment, which fully develops the advantages of 3D multi-touch, and enables a user to express abundant operation information with very few operations. Provided is a page browsing mode using pressure data, which enables the user to more quickly and accurately perform page browsing by using the pressure data.

Abstract: A method for determining a touch point during a special touch object contacting with a touch screen, and a touch screen operating tool, in particular a touch pen. The method includes: installing a sensor on the special touch object, comparing the data of the special touch object obtained by the sensor with the corresponding data of the contact point on the screen, determining the corresponding touch point of the special touch object.

Abstract: A multi-point touch screen suitable for a mobile apparatus is disclosed, which can output accurate touch images of a touch region by scanning, line by line, the touch region via an induction region positioned below the touch region. A method for detecting the occurrence of touch is characterized in that variations of rays are detected to determine the occurrence of touch, such variations are caused by the fact that media propagated by the rays response to variation of an electric field, and the variation of the electric field results from approaching of a conductor or an electrified body.

Abstract: Provided are a mechanism and an interface for man-machine interaction, especially a mechanism and an interface for man-machine interaction applicable to multi-touch. A mode and a method for constructing a graphic interface in the environment of touching operation are provided, thus sufficiently using the advantages of multi-touch devices and inputting more plentiful operation instruction information through less operation. The solution mainly describes how to use multi-touch to provide more plentiful input information and how to express operation commands with more complex structures through less steps, and how to enable the interface to be more smart, to accord with ergonomic and to be more easy to use multiple parts of a hand to operate at the same time.

Abstract: A multi-point touch screen suitable for a mobile apparatus is disclosed, which can output accurate touch images of a touch region by scanning, line by line, the touch region via an induction region positioned below the touch region. A method for detecting the occurrence of touch is characterized in that variations of rays are detected to determine the occurrence of touch, such variations are caused by the fact that media propagated by the rays response to variation of an electric field, and the variation of the electric field results from approaching of a conductor or an electrified body.

Abstract: A multi-point touch screen suitable for a mobile apparatus is disclosed, which can output accurate touch images of a touch region by scanning, line by line, the touch region via an induction region positioned below the touch region. A method for detecting the occurrence of touch is characterized in that variations of rays are detected to determine the occurrence of touch, such variations are caused by the fact that media propagated by the rays response to variation of an electric field, and the variation of the electric field results from approaching of a conductor or an electrified body.