DESCRIPTION

The proposed utility relates generally to methods of interaction with computer via display device, and

particularly to the mentods of interaction with mobile multiscreen devices.

STATE OF ART

There are known a plurality of interfaces for user

interaction with mobile device, touch screen, two-screen and more including.

Patent US #8553001 discloses full-text methods and

apparatus for determining local coordinate frames for a human hand .

Patent US #8593421 discloses full-text local coordinate frame user interface for multitouch-enabled devices.

Patent US #8751955 discloses full-text scrollbar user interface for multitouch devices.

Patent US #8994736 discloses full-text method and

apparatus for freeform deformation of 3-D models.

Patent US #9176649 discloses full-text method and

apparatus of remote management of computer system using voice and gesture based input.

The main common disadvantage of such methods is limited ability of interacttion with mobile device.

There are a plurality of known methods, and the above mentioned are adduced only to briefly outline the field of knowledge .

A US patent application #20100048252 discloses a method of controlling the operation of a mobile terminal equipped with first and second display modules provided on first and second surfaces. The method includes displaying an image on the first display module; displaying an operation control menu on the second display module; and controlling the image according to a menu item selected from the operation control menu. Therefore, it becomes possible to increase the spatial efficiency of the first display module by displaying a screen image and an operation control menu for controlling the screen image separately on the first and second display modules .

This method is taken as the closest prior art.

Technical result attained by the proposed method is enhancing convenience, mainly by simplifying of gestures, easy-to-use and natural for a human being, expanding the range of devices of this type, increasing consumer

qualities .

Known devices do not allow to fully or in part reach these result .

DESCRIPTION OF INVENTION BRIEF SUMMARY

A computer-implemented method disclosed herein according to the first embodiment, comprises the following steps.

Detecting of two simultaneous and counter directed sliding user interactions along two display surfaces of first and second touch screen display devices placed on the opposite sides of a mobile device, axially directed along each

proximate side of both display devices.

Concurrently determining: whether the detected two

simultaneous sliding user interactions represent movement of displayed content in similar axial directions.

Automatically moving displayed content on both display devices in the same direction as said sliding user

interactions .

A computer-implemented method disclosed herein according to the second embodiment, applying for a mobile device furnished with two or more display screens comprises the following steps. Assignment of area in each screen for content or objects interscreen transfer (relocation) , so each said area on each screen corresponding to each one different screen.

Logically connect each said area with corresponding screen .

An object in the screen once captured and moved to the assigned area till coincidence or overlap, disappears in the current screen and appears in the corresponding different screen, where it is transferred.

DESCRIPTION OF DRAWINGS

Fig. 1 shows the mobile device and first (face) and second (reverse) screens.

Fig. 2 shows two fingers simultaneous movement start position and further movement trajectories thereof (upward on the face screen) .

Fig. 3 shows two fingers simultaneous movement finish position and further movement trajectories thereof (upward on the face screen) .

Fig. 4 shows two fingers simultaneous movement start position and further movement trajectories thereof (from right to left on the face screen) .

Fig. 5 shows two fingers simultaneous movement finish position and further movement trajectories thereof (from right to left on the face screen) .

Designations used in figures.

1 - display device screen 1.

2 - display device screen 2.

3 - mobile device.

4, 5 - front and back finger movement trajectories.

6 - assigned area for screen objects interscreen transfer.

7 - content movement trajectory. DETAILED DESCRIPTION

Proposed herein according to the first version is a computer-implemented method.

The method comprises the following.

Detecting two simultaneous and counter directed sliding user interactions along two display surfaces of first and second touch screen display devices placed on the opposite sides of a mobile device, axially directed along each

proximate side of both display devices. These counter directed sliding user interactions are usually made by two or more fingers as recited in Fig. 2, 3, 4, 5.

Concurrently determining: whether the detected two

simultaneous sliding user interactions represent movement of displayed content in similar axial directions.

If so, automatically moving displayed content on both display devices (screens) in the same direction as said sliding user interactions.

The method may further comprise logical connection of proximate sides of both display devices (screens) so that the portion of moving content disappearing on one edge of the first display device's screen immediately automatically appears on the proximate side of the second display device's screen .

The sliding user interactions may be performed along the side edge of the display device (Fig.2 or Fig.3) .

The sliding user interactions may be performed along the top or bottom edge of the display device (Fig.4 or Fig.5) .

The sliding user interactions may be performed along the diagonal direction of the display device. In this case the direction of the content movement is also diagonal.

At least one display device may comprise integrated multitouch function. The method may further comprise logical connection of proximate sides of both display devices so that the proximate edges of said display devices become logically stitched and both display surfaces logically comprises closed loop band.

Proposed herein according to the second version is a computer-implemented method, applying for a mobile device furnished with two or more display devices (screens) . The disclosed method comprises the following steps.

Assignment of area 6 in each screen for content or objects interscreen transfer (relocation) , so each said area 6 on each screen corresponds to each one different screen.

Logically connect each said area with corresponding screen .

By capturing (by finger gesture) an object in any one screen and moving to the interscreen transfer area 6 (plasced on this screen) till the coincidence or overlapping thereof (object and area 6) .

After that the transferred object disappears in the current screen and is transferred to the different screen (corresponding with the interscreen transfer area) , where it appears.

HOW IT WORKS.

Proposed herein according to the first version is a computer-implemented method.

The method comprises the following.

The user makes two simultaneous and counter directed sliding movements by two or more fingers along two display surfaces of first and second touch screen display devices placed on the opposite sides of a mobile device, axially directed along each proximate side of both display devices as recited in figures 2, 3, 4, 5. The computer device determins, whether the detected two simultaneous sliding user interactions represent movement of displayed content in similar axial directions.

If so, the both screens' displayed content automatically starts moving on both display devices (screens) in the same direction as sliding user fingers.

Proposed herein according to the second version is a computer-implemented method, applying for a mobile device furnished with two or more display devices (screens) . The disclosed method comprises the following steps.

An area 6 is assigned in each screen for content or objects interscreen transfer (relocation). So each assigned area 6 on each screen corresponds to each one different screen .

Each assigned area is logically connected to corresponding different screen.

By capturing an object by mouse device or a finger in touch screen in any one screen and moving to the interscreen transfer area 6 (plasced on this screen) till the coincidence or overlapping thereof (captured object and area 6) .

After that the transferred object disappears in the current screen and is transferred to the different screen (corresponding with the interscreen transfer area 6), where it appears .