Dynamically reconfigurable assembly line for electronic products
First Claim
1. A method of achieving high utilization and high flexibility on an assembly line for manufacturing electronic assemblies, the assembly line containing at least first and second placement workcells, a transport means for transporting the electronic assembly through the assembly line, and a host computer for the workcells and the transport means, comprising the following steps:
- performing a first activity on a first electronic assembly in the first placement workcell;
transferring information relating to the state of the second placement workcell from the second placement workcell to the host computer;
dynamically reconfiguring the first placement workcell at least partially concurrent with the step of performing a first activity and in response to the information transferred to the host computer from the second placement workcell;
transporting the first electronic assembly from the first placement workcell to the second placement workcell via the transport means;
transporting a second electronic assembly into the first placement workcell via the transport means;
performing a second activity on the first electronic assembly in the second placement workcell;
performing a third activity on the second electronic assembly in the dynamically reconfigured first placement workcell.
2 Assignments
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Accused Products
Abstract
A method of reconfiguring a production line for fabricating printed circuit board assemblies to achieve maximum efficiency and maximum flexibility is disclosed. The production line has one or more placement stations (16, 18, 20), a reflow oven (22), a conveyor (24) and a controller (30). The controller communicates with the various components (placement stations, reflow oven, conveyor) of the production line to transfer information related to the state of assembly of some of the printed circuit board assemblies (15, 17, 19) that are being processed. The controller also communicates information related to the status of the various other stations. The operational functionality of one or more of the placement stations, the reflow oven, or the conveyor is altered in response to the communication by the controller. Other remaining modules continue operation unaltered during this step of dynamic reconfiguration.
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Citations
4 Claims
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1. A method of achieving high utilization and high flexibility on an assembly line for manufacturing electronic assemblies, the assembly line containing at least first and second placement workcells, a transport means for transporting the electronic assembly through the assembly line, and a host computer for the workcells and the transport means, comprising the following steps:
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performing a first activity on a first electronic assembly in the first placement workcell;
transferring information relating to the state of the second placement workcell from the second placement workcell to the host computer;
dynamically reconfiguring the first placement workcell at least partially concurrent with the step of performing a first activity and in response to the information transferred to the host computer from the second placement workcell;
transporting the first electronic assembly from the first placement workcell to the second placement workcell via the transport means;
transporting a second electronic assembly into the first placement workcell via the transport means;
performing a second activity on the first electronic assembly in the second placement workcell;
performing a third activity on the second electronic assembly in the dynamically reconfigured first placement workcell. - View Dependent Claims (2, 4)
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3. The method as recited 1 wherein the steps are performed in the order named.
Specification