A transparent structure (110) is positioned between a viewing means (140) and a scene intended to be viewed by the viewing means (140).

The visualization means may comprise a camera or a microphone.

The detector (4) utilizes fiber optic as a viewing and absorption/scattering detection means.

By means of helmet-mounted displays, the resulting image creates a virtual reality environment.

The viewing device in a preferred embodiment is a fiberoptic scope and the device includes a pivoting means to allow the viewing means to provide a more panoramic view of the patient's throat area.

A system for visualizing a myocardium represented by a cardiac image comprises a resampling means and a visualizing means.

However, without simple means of visualization, processing a higher resolution of data is not feasible.

A control unit of the visualization system is configured to operate visualizing means in order to visualize the at least one object (14) in an orientation taking into account this position.

Associated with the visual display means (12, 20) is a video-camera device (11) mounted on the support (10).

The apparatus comprises display means for indicating the pain level, means for selecting the pain level and creating a record.

The piece of furniture comprises a device (5) with detection means, a time mechanism (7) coupled thereto and visualization means (8) coupled to these detection means and to this time mechanism (7).

A display means (32) is connected to the inclinometer (28) for conveying information necessary to obtain an accurate weight measurement.

Evolutionary relationships can be seen by viewing cladograms or phylogenetic trees.

Evolutionary relationships can be seen via viewing Cladograms or Phylograms.

The apparatus achieves optical delay scanning by using diffractive optical elements in conjunction with imaging optics.