Optical filter separator

Abstract

The invention discloses an optical filter separator, solves the problem that subpackage of the processed optical filters is slow and scratch appears on the surface of the optical filters due to mutual scratching and provides the optical filter separator. The optical filter separator comprises a first upright stenshion and a second upright stenshion, the two upright stenshions are arranged in parallel and the distance between the two upright stenshions possibly changes. The invention is characterized in that the first upright stenshion and the second upright stenshion are respectively and vertically provided with a group of pushing units, the two groups of pushing units stretch out in opposite directions, each group of pushing units are composed of a plurality of platy pushing pieces arranged at intervals, and the positions of the pushing pieces in the two groups of pushing unit along the length direction of the upright stenshions are mutually staggered.

Description

technical field [0001] The invention relates to a separator, in particular to a separator used to stagger the filters on a columnar body during the production process of the filters. Background technique [0002] The optical filter on the camera or mobile phone is thinner, smaller in size, and fragile, so it is difficult to realize single-chip processing. The current practice is to bond multiple filter blanks together with hot-melt adhesive, and then perform uniform grinding and polishing, or process the outer circle. These processed optical filters form a columnar body. When separating the single-piece optical filter, the columnar body can be placed in a water bath. The hot-melt glue in the columnar body is melted by the heating plate, and the adhesive force between the filters becomes smaller, and then the single-piece filter can be picked up from the columnar body through the camera, or it can be Disperse the columnar bodies directly in the water bath, and then take out...

AI Technical Summary

Problems solved by technology

When taking the filter from the cylinder through the camera, because the single filter is thin and light, when using the camera to take it, it cannot be guaranteed that the number of filters taken each time is exactly one. cumbersome

If the columnar bodies are directly scattered in the water bath, the liquid in the water bath needs to be drained when distributing the filters, and the filters scattered in the water bath are not easy to ingest, and these filters are Arranged together in disorder, when the sharp edges of the filter scratch the surface of other filters, it is easy to scratch the coating on the surface of other filters, which will affect the light transmission effect of the filter, so This method has many disadvantages, and it is rarely used in actual production.

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