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SAFETY MECHANISM FOR SECURING A VERTICALLY MOVABLE IMAGING COMPONENT OF AN X-RAY IMAGING SYSTEM
SAFETY MECHANISM FOR SECURING A VERTICALLY MOVABLE IMAGING COMPONENT OF AN X-RAY IMAGING SYSTEM
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机译:用于保护X射线成像系统的垂直移动成像组件的安全机制
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摘要
The invention relates to a safety mechanism (10) for securing a vertically movable imaging component (30) of an X-ray imaging system and a safety imaging system (1) comprising such safety mechanism (10). The invention relates in particular to a safety mechanism (10) for securing a vertically movable X-ray tube (32) held by at least two tensile supports (21, 22), e.g. in form of ropes. The safety mechanism (10) comprises a first locking component (11), a second locking component (12) and a longitudinal interlocking component (13). The first and the second locking components (11, 12) are configured to be arranged as parallel individual connection between the imaging component (30) and a first and second tensile support (21, 22). The first locking component (11) is configured to be connected to the imaging component (30) and to the first tensile support (21). The second locking component (12) is configured to be connected to the imaging component (30) and to the second tensile support (22). The longitudinal interlocking component (13) comprises a plurality of recesses (14) for engaging of the first or second locking component (11; 12). The first and the second locking components (11, 12) are moveable between an inactive position and an active locking position. In the active locking position, one of the locking components (11, 12) engages with one of the recesses (14) of the longitudinal interlocking component (13). In the inactive position, the first and the second locking components (11, 12) are freely movable along the longitudinal interlocking component (13). In case of a failure of one of the tensile supports (21; 22), the respective locking component (11; 12) connected to the failed tensile support (21; 22) is configured to be moved from its inactive position to its active locking position to block a downward movement of the imaging component (30). The respective other locking component (12; 11) not connected to the failed tensile support (21; 22) is configured to remain in its inactive position. FIG. 3
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