A precision aiming adjustment device for an optical alignment telescope

Abstract

The invention provides a precision aiming adjustment device for an optical alignment telescope, which solves the problem of unreliable fastening, poor versatility and flexibility, stability and accuracy of the optical alignment adjustment device for an existing optical alignment telescope. poor degree of problem. It includes a supporting base plate, a gantry clamping seat mechanism and a flexible fixing mechanism; the gantry clamping seat mechanism and the flexible fixing mechanism are arranged on the supporting base plate; the front end of the optical alignment telescope to be adjusted is coaxially equipped with a spherical accessory, and the rear end is coaxially installed with a spherical accessory. Square auxiliary parts; the front end and rear end of the telescope to be adjusted are respectively clamped in the flexible fixing mechanism and the gantry clamping seat mechanism; the front end revolves with the center of the ball formed by the spherical cup holder of the flexible fixing mechanism and the pressing ball plate; The rear end performs azimuth and pitch rotation under the cooperation of the precision adjustment component of the gantry clamping seat mechanism and the elastic top sleeve, and is locked under the action of the locking component.

Description

Technical field [0001] The present invention belongs to the field of optical measurement, and more particularly to a precision aiming adjustment device for optical quasi-line telescope. Background technique [0002] Optical quasi-line telescope and other optical aiming instruments have widespread applications in the national economic field, such as in the airplane, large ship, aerospace manufacturing, nuclear power equipment installation, processing, boiler internal components installation, large machine manufacturing and other fields. [0003] The appearance of the optics quasi-line telescope is generally cylindrical, about 45 mm, about 300mm long, has a telegraphless optical system internally, through the rotation of the outer rocker handwheel, realizes precise aiming to different farth goals. Since the optical quasi-line telescope needs to be installed according to the actual use conditions, it is necessary to use a support device that is mating it, and the support device has ...

AI Technical Summary

Problems solved by technology

[0005] The purpose of the present invention is to solve the disadvantages of unreliable fastening, poor versatility and flexibility, and poor stability and accuracy of optical alignment of the existing precision aiming adjustment device for optical alignment telescopes, and provides a Precision Aiming Adjustment Device for Optical Alignment Telescope

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