EFFICIENCY OF AUTOMATED PRODUCTION LINES IN LARGE PRESSES FEED

摘要

The present invention relates to a high-efficiency material transfer device in a large-scale press automation production line, in which heavier-weighted materials on a large-scale press having parts having mutually different functions can be more stably and smoothly loaded or unloaded onto an operating system not only to provide the firm base of the unmanned automatic production system of the large-scale press, but to contribute to improving productivity. In other words, after installing multiple sets of supports (110) used to install rails on a ground surface between a plurality of large-scale presses, front and rear transfer rails (100) are installed on the supports (110). A carrier driving force transferring unit (300) is installed among a top surface at least one of the supports (110), front and rear rail support frames (101), and one lateral side of a carrier (200). A height adjusting unit (400) is installed among a top surface of another of the supports (110), and the front and rear rails(100) on the supports. A plurality of front and rear support bars (600) are installed between the front and rear transfer rails (100) corresponding to front and rear sides of the supports (110), respectively. The front and rear support bars (600) are further provided thereof with a guiding integrally driving unit (700) for simultaneously moving the entire portions of the front and rear support bars (600).