Material reciprocating transferring device and method

Abstract

The invention discloses a material reciprocating transferring device and method. The material reciprocating transferring device comprises a transferring mechanism arranged between the material position of a material device and the machining position of a machining device. The transferring mechanism is movably connected with a downward fetching mechanism. The material reciprocating transferring device further comprises a primary locating mechanism located below the middle section of the transferring mechanism. Materials are fed for the first time and for the second time. When fetched for the first time, the materials move from the material position to the primary locating mechanism. When fetched for the second time, the materials move from the primary locating mechanism to the machining position. The primary locating mechanism is adopted, so that a work piece is roughly located at the material position; due to the locating function of the primary locating mechanism, the materials can be accurately placed at the machining position and can be accurately machined. The transferring mechanism adopts two mechanical arms moving linearly for feeding materials, so that the transferring period of the work piece is greatly shortened, and production efficiency is improved. The material reciprocating transferring device is suitable for the application environment with large distance between the material position and the machining position.

Description

technical field [0001] The invention relates to a device for transferring materials, more specifically, a reciprocating transfer device for materials and a method thereof. Background technique [0002] At present, in screen printing, when printing glass, there is usually a kind of material tray. In order to make the screen printing machine using this material tray work continuously and automatically, it is necessary to continuously transfer materials from the material tray to the screen printing machine. Conveying on pallets. At present, the products are usually manually removed from the tray one by one, and then put on the screen printing machine for printing. This not only requires a lot of labor, but also the quality of the screen printing cannot be guaranteed due to manual operation, especially the accuracy of the screen printing position. Sexuality is greatly affected by human factors, and patterns often appear off-track, which reduces the yield of products. Contents...

AI Technical Summary

Problems solved by technology

At present, the products are usually manually removed from the tray one by one, and then put on the screen printing machine for printing. This not only requires a lot of labor, but also the quality of the screen printing cannot be guaranteed due to manual operation, especially the accuracy of the screen printing position. Sexuality is greatly affected by human factors, and patterns often deviate, which reduces the yield of products

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