Superconducting magnet apparatus
The present invention is such that a main body neither drops out nor is destroyed. A plurality of brackets ( 4 ), provided on a side surface of a main body ( 2 ) in which a superconducting magnet is mounted internally in a state in which each protrudes therefrom, are each supported by a stand ( 3 ) from the bottom, and enclosing members ( 5 ) are attached to the side surface of the main body ( 2 ) with a prescribed space (a) opened from the bottom of the brackets ( 4 ). At least part of the inside surface of an enclosing member ( 5 ) surrounds a stand ( 3 ) in a non-contact state.
1. A superconducting magnet apparatus comprising:
a main body having a superconducting magnet therein;
a plurality of brackets disposed on a side surface of the main body at different locations in a circumference direction of the side surface of the main body so as to protrude from the side surface;
a leg provided for each of the brackets, the leg supporting the bracket from beneath so that a space is formed under the main body; and
a surrounding member provided for each of the bracket, the surrounding member being attached to one of the side surface of the main body or a bottom surface of the bracket, at least part of an inner surface of the surrounding member surrounding the periphery of the leg in a non-contact state,
wherein the surrounding member is disposed so as to include a position at a predetermined distance below the bracket.
2. The superconducting magnet apparatus according to claim 1 , wherein each of the surrounding members is attached to the side surface of the main body at predetermined distance below the bracket, and at least part of the inner surface surrounds the periphery of the leg in a non-contact state.
3. The superconducting magnet apparatus according to claim 1 , wherein the surrounding member is cylindrical in shape, and
wherein the surrounding member is connected to a lower surface of the bracket and has a predetermined length in a vertical direction, and the inner surface of the surrounding member surrounds the periphery of the leg in a non-contact state.