Placement machine

Abstract

The invention discloses a placement machine comprising a guide mechanism, a material moving mechanism, a placement mechanism and a dispensing disc. The guide mechanism comprises a vibrator and a guide disc, wherein the guide disc is provided with a plurality of locating slots and at least two first locating pin holes; and the side walls of the locating slots are provided with tapered openings at the upper parts and provided with cylindrical openings at the lower parts. The material moving mechanism comprises a T-shaped manipulator and a material suction plate. The material sucking plate is provided with suction mouths corresponding to the locating slots and locating pins corresponding to the first locating pin holes. When the material sucking plate and the guide disc are covered, the end faces of the suction mouths are located at the cylindrical openings of the locating slots, and a gap exists between each of the suction mouths and an optical filter. The placement mechanism comprises an objective table, a limiting block arranged on the objective table and an ejecting device penetrating through the objective table. The top surface of the ejecting device is parallel to the top surface of the limiting block. The dispensing disc is arranged on the objective table and provided with depressions corresponding to the suction mouths and used for containing a lens mount and second locating pin holes corresponding to the locating pins. The placement machine is used for placing the optical filter into the lens mount.

Description

technical field [0001] The invention relates to the field of assembly equipment of lens components, in particular to an automatic mounting machine for mounting optical filters into lens holders. Background technique [0002] Nowadays, the application of cameras is very common, involving electronic products such as mobile phones, notebook computers, etc., security products and many other fields, and its market demand is very huge. The lens assembly of the camera often includes a filter, which is mounted in the sunken platform of the lens holder. Since the filter is small, light, thin, and very precise and easy to damage, it is difficult to , if the positioning is not precise enough, the filter cannot fall into the sink platform of the lens mount. Most of the existing manufacturers use manual placement, which needs to be operated under a microscope, the production efficiency is extremely low, and the labor cost is too high. Therefore, also have the mounter that adopts electr...

AI Technical Summary

Problems solved by technology

This method can basically complete the mounting of optical filters, but there are also the following defects: 1. When the placement machine mounts optical filters, its CCD positioning system can only position one by one, and then the manipulator mounts them one by one, so the production The efficiency is low, which cannot meet the market demand; 2. The manipulator of the placement machine moves at high speed and starts and stops suddenly. Due to the large inertia, the position of the filter adsorbed on the manipulator is prone to shift, which makes it impossible to fall into the lens 3. The price of the placement machine is very expensive, resulting in the separation of the placement process in the industry due to cost issues, which increases the circulation and production costs

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