| 摘要 |
<P>PROBLEM TO BE SOLVED: To realize a cooling machine for a CT device having enhanced resistance to centrifugal force and inertia force at the time of rotation in association with a higher speed of tomography. <P>SOLUTION: In a cooling machine for a CT device, a base having exhaust ports is fixed to a rotating body, and pump devices are disposed on the base. A housing defines an exhaust space on the base, and a radiator unit coupled to an X-ray generator by piping defines air intake introducing ports. Cooling fan devices are fixed to the base and suck air via the radiator unit. A supporting structure body is fixed to the base and is protruded in a roof shape so as to cause the radiator unit to be oriented toward a rotation center axis side. A height from fixing portions of the base to a top portion of the housing is set to be less than each distance among the fixing portions of the base. A height from fixing portions of the supporting structure body to a top portion of the radiator unit is set to be less than each distance among the fixing portions of the supporting structure body. A height from fixing portions of a fixing pedestal to the top portion of the radiator unit is set to be less than each distance among the fixing portions of the fixing pedestal. <P>COPYRIGHT: (C)2013,JPO&INPIT |
