Multifunctional CT detection platform device

Abstract

The invention discloses a multifunctional CT detection platform device, which comprises: a small workpiece turntable, a ring-shaped main engine detection platform, fixed conveying rollers, and small conveying rollers. Adjust the horizontal and vertical movement of the small workpiece turntable, adjust the lifting height of the motor turntable, place the workpiece, drive and adjust the height of the receiver bracket in the detection platform of the ring host to achieve the best detection distance, and then control the ring drive gear in the detection platform of the ring host The motor drives the ring gear track to rotate, thereby driving the X-ray machine and the receiver installed on it to rotate. The X-ray machine and the receiver work synchronously to complete the X-ray CT scanning inspection process of the workpiece. The device can detect various small workpieces, long plates, and pipe workpieces. The detection range is widened, which not only improves the detection effect, but also greatly saves the economic cost of equipment while improving production efficiency, and is suitable for widespread promotion.

Description

technical field [0001] The invention relates to an X-ray detection device, in particular to a multifunctional CT detection platform device. Background technique [0002] At present, the current CT detection platform in the field of X-ray CT mainly uses the C-arm bracket to carry the X-ray machine and the receiver, and performs transillumination scanning up and down, or uses the multi-axis frame vehicle-mounted X-ray machine and the receiver to adjust the detection distance up and down. The detection workpiece is placed on a multi-axis platform and the scanning detection of the workpiece is completed by moving back and forth, up and down and platform rotation. Due to structural limitations, this detection platform cannot scan and detect long plates and long pipes, nor can it be scanned by a single device. The workpieces of various specifications are inspected, and the inspection variety is single, and due to the relatively simple structure, the detection angle position is lim...

AI Technical Summary

Problems solved by technology

[0002] At present, the current CT detection platform in the field of X-ray CT mainly uses the C-arm bracket to carry the X-ray machine and the receiver, and performs transillumination scanning up and down, or uses the multi-axis frame vehicle-mounted X-ray machine and the receiver to adjust the detection distance up and down. The detection workpiece is placed on a multi-axis platform and the scanning detection of the workpiece is completed by moving back and forth, up and down and platform rotation. Due to structural limitations, this detection platform cannot scan and detect long plates and long pipes, nor can it be scanned by a single device. The workpieces of various specifications are inspected, and the inspection variety is single, and due to the relatively simple structure, the detection angle position is limited, and the detection effect is poor. If you want to complete the scanning inspection of different workpieces, you need to purchase professional inspection equipment separately, which will greatly increase the cost. And greatly reduce the production detection efficiency

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