DISPLAY UNIT, A METHOD AND A COMPUTER PROGRAM PRODUCT
The invention relates to a display unit comprising a flexible display having a depicting side for depicting visual information. The flexible display is deformable between a storage state wherein the flexible display is in a deformed position, and a depicting state wherein the depicting side of the flexible display is substantially flat, visible from an exterior point of view and it is possible to control visual information content on the depicting side. Further, the display unit is arranged such that the flexible display is deformable between the storage state and the depicting state to at least one additional state wherein a part of the depicting side of the flexible display is substantially flat, visible from the exterior point of view and it is possible to control visual information content on that part of the depicting part.
1 . A display unit comprising a flexible display having a depicting side for depicting visual information, the flexible display being deformable between a storage state wherein the flexible display is in a deformed position, and a depicting state wherein the depicting side of the flexible display is substantially flat, is visible from an exterior point of view and it is possible to control visual information content on the depicting side, wherein the display unit is further arranged such that the flexible display is deformable, between the storage state and the depicting state, to at least one additional state wherein a part of the depicting side of the flexible display is:
substantially flat, and
visible from the exterior point of view, and it is possible to control visual information content on the part on the depicting side.
2 . The display unit according to claim 1 , wherein the flexible display is wrappable.
3 . The display unit according to claim 2 , comprising at least two flexible curved sections wherein, in the at least one additional state, a flexible curved section is flattened.
4 . The display unit according to claim 1 , further comprising a deformation detector for:
detecting deformation of the flexible display to the at least one additional state; and
generating a detecting signal in response to the detecting deformation of the flexible display to the at least one additional state.
5 . The display unit according to claim 1 , further comprising a processor that is arranged to control the visual information content adapted for the at least one additional state of the flexible display.
6 . The display unit according to claim 4 , wherein the deformation detector comprises an electronic measurement sensor and/or a magnetic field sensor.
7 . The display unit according to claim 1 , further comprising a stabilizer for enabling a stable mechanical position of the flexible display after deformation to the at least one additional state.
8 . The display unit according to claim 4 , wherein the deformation detector further has a user interface functionality wherein the display unit is arranged such that upon detecting a movement in a direction of the storage state or depicting state, a user interface functionality is activated.
9 . The display unit according to claim 1 , further comprising a user input interface that is implemented separately or integrated with the flexible display.
10 . The display unit according to claim 9 , wherein in the at least one additional state the user input interface is covered and in the depicting state the user interface is uncovered by the flexible display.
11 . The display unit according to claim 9 , the user input interface being dedicated for use in the at least one additional state of the flexible display.
12 . A display unit comprising a flexible display having a depicting side for depicting visual information, the flexible display being deformable between:
a storage state wherein the flexible display is in a deformed position, and
a depicting state wherein the depicting side of the flexible display is:
substantially flat, and
visible from an exterior point of view and it is possible to control the visual information content on the depicting side, and wherein
the display unit further comprises a projector for at least partially projecting the depicting side of the flexible display to a substantially transparent part of the display unit that is visible from the exterior point of view.
13 . The display unit according to claim 12 , wherein the projector comprises a mirror oriented in a plane intersecting the partially projecting depicting side of the flexible display with an angle of approximately 45°.
14 . The display unit according to claim 12 , wherein the projector comprises a mirror which is oriented in a plane intersecting the partially projecting depicting side of the flexible display with an angle deviating from 45°.
15 . The display unit according to claim 12 , wherein the projector comprises a mirror oriented in a plane intersecting the partially projecting depicting side of the flexible display with an adjustable angle for enabling a zoom function in the projection.
16 . The display unit according to claim 12 , wherein the substantially transparent part of the display unit is implemented as an additional display or as a transparent element.
17 . The display unit according to claim 12 , further comprising an active display for displaying information that is visible from the exterior point of view.
18 . The display unit according to claim 12 , further comprising a processor that is arranged to depict visual information content on the part of the depicting side of the flexible display that is projected to the substantially transparent part of the display unit.
19 . The display unit according to claim 12 , wherein the flexible display is wrappable and/or rollable.
20 . A method of depicting information on a depicting side of a flexible display of a display unit, the flexible display being deformable between a storage state wherein the flexible display is in a deformed position, and a depicting state wherein the depicting side of the flexible display is substantially flat, visible from an exterior point of view and it is possible to control the visual information content on the depicting side, the method comprising the step of depicting information on only a part of the depicting side of the flexible display when the flexible display has been deformed to an additional state between the storage state and the depicting state.
21 . A method of depicting information on a depicting side of a flexible display of a display unit, the flexible display being deformable between a storage state wherein the depicting side of the flexible display is in a deformed position, and a depicting state wherein the depicting side of the flexible display is substantially flat, visible from an exterior point of view and it is possible to control the visual information content on the depicting side, the method comprising the step of:
projecting, at least partially, the depicting side of the flexible display to a substantially transparent part of the display unit that is visible from the exterior point of view.
22 . A computer program product comprising computer readable code causing a computer to perform a method of depicting information on a depicting side of a flexible display of a display unit, the flexible display being deformable between a storage state wherein the flexible display is in a deformed position and a depicting state wherein the depicting side of the flexible display is substantially flat, visible from an exterior point of view and it is possible to control the visual information content on the depicting side, the method comprising the step of:
depicting information on only a part of the depicting side of the flexible display when the flexible display has been deformed to an additional state between the storage state and the depicting state.
23 . A computer program product comprising computer readable code causing a computer to perform a method of depicting information on a depicting side of a flexible display of a display unit, the flexible display being deformable between a storage state wherein the flexible display is in a deformed position, and a depicting state wherein the depicting side of the flexible display is substantially flat, visible from an exterior point of view and it is possible to control the visual information content on the depicting side, the method comprising the step of:
projecting, at least partially, the depicting side of the flexible display to a substantially transparent part of the display unit that is visible from the exterior point of view.