The first image information and the second image information can include at least one of 2D image information and 3D image information.

The device is used for presenting image data (2).

Methods for acquiring image information from within a body lumen include steps of acquiring imaging information, storing image information, and playing back imaging information.

The systems include an intracorporeal imaging component (12) for acquiring imaging information, an image information recording component (14), and an image information playback component.(16).

An image forming apparatus is disclosed that forms an image based on a control signal from an image processing controlling unit that processes input image information into image data.

The third image information comprises information of light in a third wavelength band.

There is provided an image information encoding device for outputting image compression information based on the image encoding method such as the MPEG4/AVC.

The invention relates to an optically variable diffraction structure (40) containing an overt and a hidden piece of image information which are distributed substantially across the entire surface of the structure, respectively.

The first image information (S101) comprises information of the light in a first wavelength band.

The second image information (S102) comprises information of the light in a second wavelength band.

A server (200) stores image information including an image and shot location information associated with the image in a location/image managing means (201).

The electronic image signal represents image information in the X-ray image and has not been disturbed by electric charges which have been read with a delay.

The invention relates to a device (2) with an image sensor (3) for forming image information about the environment of the device (2), comprising at least one object (14), wherein the image information comprises an image (14’) of the object.

This image enhancement information (20) may comprise image information corresponding to one or more single viewpoints (22,24) and/or image information corresponding to one or more ranges of viewpoints (26,28).

The invention relates to a device (10) and a method for generating a spatial depth effect of image information (38) present in a 2D image area (18, 18').