Patent ID: 7057389
Filing Date: 2006-06-06
Classification: A61B,G01R

Abstract:
1. A nuclear magnetic resonance diagnosing device configured for continuously taking tomograms of an examined person on a bed provided in order to insert the examined person into a space formed between a pair of an upper magnet and a lower magnet, which comprise: a cylindrical tabletop support of a gantry side; said pair of magnets vertically arranged, said table top support of the gantry side being interposed between said pair of said upper magnet and said lower magnet; a column configured for supporting at least said upper magnet; and a bridge construction arranged between said column and said table top support of the gantry side, wherein said upper magnet is covered with a top magnet cover and said lower magnet is covered with an examining table body, and first and second connecting parts between said table top support of the gantry side and said bridge construction are placed in quadrants adjacent said support column away from a straight line which passes through a center of said table top support of the gantry side and which crosses at right angles with a straight line passing through the center of said table top support of the gantry side and a center of said support column, said first and second connecting parts forming a portion having a width smaller than a width of said table top support of the gantry side on said straight line crossing at right angles, said table top support of the gantry side further having a contacting surface configured for positioning an extended line in a longitudinal direction of said bed arranged around said table top support of the gantry side so as to pass a center of said table top support of the gantry side, said contacting surface being formed with a circular arc continuously connecting said first and second connecting parts, and at least one control panel of said nuclear magnetic resonance diagnosing device being located on at least one of said upper magnet and said support column.