Modularized/standardized production method of spatial optical system

Abstract

The invention discloses a modularized / standardized production method of a spatial optical system. The method comprises the steps of dividing the spatial optical system into a plurality of structural modules; selecting an adapted cage system accessory for each structural module; determining the mounting sequence and position of each optical element in the structural modules, and marking on a guiderod; mounting the optical elements on the marked positions of the guide rod; carrying out optical path test on the structural modules; determining and marking the mounting position of each structuralmodule on a fixed bottom plate according to the size and position of each structural module; and mounting the structural modules on the marked positions of the fixed bottom plate. According to the method, positioning and marking are carried out on the basis of the guide rod of the cage system accessory, so that the modularized and standardized production of spatial optical products can be realized; and the positioning and marking of the fixed bottom plate is combined, so that the quality consistency of the whole product production can be realized, the requirement for the professional levels ofthe builders or operators is low, the production process is simpler, and the production cost is low.

Description

technical field [0001] The invention belongs to the field of optics, and in particular relates to a modularized / standardized production method of a space optical system. Background technique [0002] In the current space optics products, the optical path structure generally adopts that each optical element is separately installed on the breadboard in sequence. This technical solution has the following problems: First, because each optical element is arranged separately in order, it is easy to cause the overall shape to be not neat and compact, and when the operator arranges the optical elements in order, different operators for the same space optical product The optical components placed are prone to inconsistencies, so each operator has high requirements for technical operations, and it is impossible to divide labor and module production. Secondly, when installing optical components on a breadboard, it is difficult to accurately locate the installation position of the opti...

AI Technical Summary

Problems solved by technology

This technical solution has the following problems: First, because each optical element is arranged separately in order, it is easy to cause the overall shape to be not neat and compact, and when the operator arranges the optical elements in order, different operators for the same space optical product The optical components placed are prone to inconsistencies, so each operator has high requirements for technical operations, and it is impossible to divide labor and module production

Secondly, when installing optical components on a breadboard, it is difficult to accurately locate the installation position of the optical components on the breadboard, and there are many optical components to be installed, so it is difficult to guarantee The structural position of each product is consistent, and the same product cannot be produced in a standardized manner

Finally, the installation of each device requires the adjustment of its center height, swing angle and other parameters. It takes time to build the optical path, requires high professional level of operators, and high production costs.

[0003] To sum up, space optics products based on the above structure face great difficulties in modular production, standardized production, and maintaining product quality consistency.

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