Bonding device of direction-finder

Abstract

The invention relates to a bonding device used for an X-ray direction-finder which is used to measure the crystal orientation deviation of crystal or the crystal orientation position of processed crystal face of crystal bar. The structure of the bonding device is as follows: four supporting feet are arranged under a base, a graphite block slideway is arranged on the base, a T-shaped block is inserted in the graphite block slideway, a graphite block is arranged on the T-shaped block, a binding slideway is arranged on a vertical plate which is fixed on the upper part of the back of the base, a flange is arranged in the mid-position of the front of the T-shaped block, one end of a screw arranged in the mid-position of the front of the T-shaped block is connected with a hand knob, and the other end is screwed in a nut board arranged in the mid-position of the front of the base to be connected with the flange. The device can be used to ensure that the crystal face and the end surface of the graphite block are perpendicular to the axis of crystal rod, the deviation angle in a retainer plate plane can be adjusted, the deviation angle in a plane which is perpendicular to the retainer plate can be adjusted, the bonding device can satisfy the binding demand of crystal rod with different diameters and the high precision slicing demand, the investment is less, the operation is easy, convenient and reliable, and the aim of binding various crystal rods can be effectively achieved.

Description

technical field

[0001] The invention relates to an X-ray detection instrument tooling device, in particular to a bonding device used for an X-ray orientation instrument used for measuring the crystal orientation deviation or the crystal orientation position of the crystal plane to be processed. Background technique

[0002] All kinds of artificial lenses are used by cutting into thin slices. As we all know, their hardness is high, resulting in time-consuming and labor-intensive processing, and relatively speaking, the price of raw materials is also high. Therefore, it is necessary to measure the crystal orientation deviation or the crystal orientation position of the crystal ingot to be processed before processing in order to achieve accurate orientation and reduce waste of raw materials. At present, processing manufacturers basically use orientation instruments to measure and determine after measurement. Cut after the cut position. Before cutting, the crystal or ingot need...

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