JP2006302818A5 - - Google Patents

Claims (5)

An adjustment mechanism for adjusting the position and orientation of the electromagnet with a plurality of adjustment bolts;
Measurement reference points provided at a plurality of locations on the electromagnet,
A measurement device installed at any location in the building where the electromagnet is installed, and measuring the position of the measurement reference point;
An analyzer for calculating an adjustment amount of the plurality of adjustment bolts for adjusting the electromagnet to a regular position;
By measuring the position of the measurement reference point, the adjustment amount is calculated for each of the adjustment bolts, and the electromagnet is moved to a normal position by moving the adjustment bolts to the calculated adjustment amount. A method for aligning an electromagnet for a proton beam accelerator characterized by the following. The adjustment amount is calculated for each adjustment bolt based on the position variation amount measured for each adjustment bolt by measuring the position variation amount of the measurement reference point when the adjustment bolt is moved by a predetermined amount. The alignment method of the electromagnet for proton beam accelerators of Claim 1 characterized by these. An adjustment mechanism that adjusts with a plurality of adjustment bolts that adjust the position and orientation of the electromagnet;
Reference points provided at a plurality of locations on the electromagnet,
A measurement device installed at any location in the building where the electromagnet is installed, and measuring the position of the measurement reference point;
An electromagnet alignment system for a proton beam accelerator, comprising: an analyzing device that calculates an adjustment amount of the plurality of adjustment bolts for adjusting the electromagnet to a normal position. 4. The proton magnet accelerator electromagnet alignment system according to claim 3, wherein the adjustment mechanism adjusts the horizontal and vertical positions of the electromagnets by rotating a plurality of the adjustment bolts. 5. 5. The proton beam accelerator electromagnet alignment system according to claim 4, wherein the adjustment bolt includes an actuator that rotates the adjustment bolt, and the actuator is actuated by a command of the analysis device.