An optical measurement port mechanism that facilitates rapid connection

Abstract

This utility model discloses an optical measurement port mechanism that facilitates quick connection, specifically relating to the technical field of optical measurement port mechanisms. It includes an optical measurement port body with a measurement interface at its front end. Slide grooves are formed on both sides of the optical measurement port body, and positioning plates are slidably mounted inside each slide groove. Multiple equally spaced circular grooves are formed at the rear end of the positioning plates and on the rear wall of the slide grooves. The circular grooves at the rear end of the positioning plates correspond one-to-one with the circular grooves on the rear wall of the slide grooves, and a compression spring connects between corresponding pairs of circular grooves. This utility model limits the position of the measurement connector using the positioning plates. The side of the measurement connector contacts the inner wall of the positioning plates, preventing lateral displacement and damage to the measurement connector, extending its service life, and enabling quick connection, thereby improving the measurement speed. Furthermore, when not measuring, the two positioning plates can be pushed into the two slide grooves respectively and fixed with pins inserted into the insertion holes.

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