Separation equipment

Abstract

The invention discloses separation equipment which comprises a rack, an overturn material taking mechanism arranged on the rack, at least one feeding and conveying mechanism arranged on the rack and located at one side of the overturn material taking mechanism, at least one separation mechanism arranged on the rack and located at one side of the feeding and conveying mechanism, and at least one discharge mechanism arranged on the rack and located at one side of the separation mechanism. The separation equipment realizes batch taking and feeding of to-be-separated material during material separation and separation and discharge of the material after corresponding detection is completed, thus improving material separation efficiency; and furthermore, the separation equipment can avoid material damage defects caused by material taking, feeding and separating manners that the material is gripped by manpower with tweezers.

Description

technical field [0001] The invention relates to a sorting device. Background technique [0002] In the production process of materials such as optical lenses, it is often necessary to use optical frequency detection equipment to detect the optical frequency of the finished optical lenses according to industry testing standards, and according to the test results, the optical lenses that have been tested are at least qualified and unqualified sorting. [0003] At present, before the optical frequency detection of optical lenses, the operator usually takes out the optical lenses delivered by upstream equipment such as optical lens manufacturing equipment by hand or tweezers, and then manually sends them to the corresponding detection position of the detection instrument for detection by the detection instrument. After the inspection is completed, the operator takes out the optical lens in the inspection instrument by hand or tweezers, and sorts manually according to the inspec...

AI Technical Summary

Problems solved by technology

Because the size of the optical lens is too small, it will be difficult to take out the optical lens from the optical lens manufacturing equipment by hand or with tweezers, and it will be difficult to send the optical lens into or take out the optical lens from the testing instrument, and it will increase the cost of each optical lens. Putting time, retrieving, feeding and distributing efficiency is low, it is difficult to realize batch automatic retrieving, feeding and distributing; in addition, the method of retrieving, feeding and distributing optical lenses with tweezers is easy to be damaged due to improper force. Scratches are left on the lens, causing damage to the optical lens; moreover, in the traditional method, the material is discharged manually and individually, which is inefficient and difficult to achieve batch discharge

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