Johannes F Passant from 632 Washington St, Spring Green, WI 53588, age 66, Phone: 608-588-7686

Johannes Passant Phones & Addresses

Glass Processing Equipment With Dynamic Continuous Production Control System
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US Patent:

7043323, May 9, 2006
Filed:

Apr 11, 2005
Appl. No.:

11/103241
Inventors:

Johannes F. Passant - Natrona Heights PA, US
Assignee:

Billco Manufacturing, Incorporated - Zelienople PA
International Classification:

G06F 19/00
US Classification:

700101, 700167, 700171, 83 13, 83 755
Abstract:

A glass product cutting line includes a CNC cutting table, a sheet feeding device for feeding glass sheets to the glass cutting table, a plurality of harp racks, a sorting device and a dynamic cutting line control system. The control system optimizes the work piece layout on the individual sheets with a biasing favoring individual work pieces assigned to a leading harp rack. The bias tends to cut work pieces of the leading harp rack on leading sheets fill the leading harp rack in a minimum time. The system allows for removal of a filled leading harp rack, by designating a new leading harp rack for the control system, which then dynamically adjusts the bias and associated cutting scheduling.

Cnc Glass Cutting Line With Dynamic Continuous Production Control System
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US Patent:

20030226433, Dec 11, 2003
Filed:

Apr 10, 2003
Appl. No.:

10/410877
Inventors:

Johannes Passant - Natrona Heights PA, US
International Classification:

B26D001/00
US Classification:

083/013000, 083/075500
Abstract:

A glass product cutting line includes a CNC cutting table, a sheet feeding device for feeding glass sheets to the glass cutting table, a plurality of harp racks, a sorting device and a dynamic cutting line control system. The control system optimizes the workpiece layout on the individual sheets with a biasing favoring individual workpieces assigned to a leading harp rack. The bias tends to cut workpieces of the leading harp rack on leading sheets fill the leading harp rack in a minimum time. The system allows for removal of a filled leading harp rack, by designating a new leading harp rack for the control system, which then dynamically adjusts the bias and associated cutting scheduling.