Dynamic global scheduler system for a glass production line
A glass production line comprises a style of lean manufacturing to solve many of the inefficiencies in the scheduling of orders through a glass plant. The main goal of the global scheduler of the present invention will be to dynamically adjust the flow of glass through a glass plant for maximum efficiency.
1. A method of dynamically scheduling glass work pieces on a glass cutting line having multiple glass processing units including at least one a glass cutting table for scoring glass sheets into individual glass work pieces and separating into individual glass work pieces for subsequent processing, and into scrap elements for recycling, on a break out table, and at least one tempering oven for tempering glass work pieces, comprising the steps of:
Scheduling the glass work pieces on the multiple glass processing units, wherein the scheduling includes prioritizing each glass work piece and after the pieces are prioritized, a list of destinations are applied to each piece so an initial route through the multiple glass processing units of the glass cutting line is established;
Sending prioritized racks of glass work pieces to each cutting table;
Monitoring all glass processing units, including those downstream of each glass cutting table;
Rescheduling the glass work pieces on the multiple glass processing units at least with every new rack sent to each cutting table, wherein the rescheduling includes consideration of the monitoring of glass processing units downstream of each glass cutting table and reprioritizing each remaining glass work piece and after the pieces are reprioritized, a revised list of destinations are applied to each piece so an adjusted route through the multiple glass processing units of the glass cutting line is established.