System and method for managing work load distribution among a plurality of image output devices
A method, system, and computer software program for controlling operation of a photofinishing lab having a plurality of output devices for producing a plurality of different output products for a plurality of different job orders wherein each of the output devices capable of outputting one or more of the plurality of different output products. The system includes a controller for monitoring and controlling operations of the plurality of different output devices with respect to the job orders in queue. A display device connected to the controller displays the operational status of each of the plurality of the output devices in a predetermined format. The controller producing a visual indication when the operational efficiency reaches a predetermined criteria and automatically adjusting the operational status of at least one of the plurality of output devices or prep device for in response to reaching the predetermined criterion.
1. A system for controlling operation of a photofinishing lab having a plurality of output devices for producing a plurality of different output products for a plurality of different job orders, each of said output devices capable of outputting one or more of said plurality of different output products, comprising:
a controller for monitoring and controlling operations of said plurality of different output devices, said controller monitoring the operational configuration at each of said plurality of output devices and at least one criteria with respect to said job orders in queue;
a display device connected to said controller for displaying the operational status of each of said plurality of said output devices in a predetermined format, said predetermined format including information relating to the current configuration status of said plurality of different output devices, the current backlog of said job orders in queue for each of said plurality of different output products, said controller producing a visual indication when said operational efficiency of said photofinishing lab reaches a predetermined criteria and automatically adjusting the operational status of at least one of said plurality of output devices in response to reaching said predetermined criteria.
2. A system according to claim 1 wherein said information relating to operational efficiency comprises the number of job orders in queue for any of said plurality of output devices.
3. A system according to claim 1 wherein said information relating to operational efficiency comprises the shipping requirements for one of said job orders.
4. A system according to claim 1 wherein said at least one criterion comprises one of the following:
information relating to operational efficiency of each of said plurality of devices;
shipping information with respect to said job orders in queue;
number of job orders in queue at said plurality of output devices;
time to complete job orders in queue.
5. A method for controlling operation of a photofinishing lab having a plurality of output devices for producing a plurality of different output products for a plurality of different job orders and a controller for distributing job orders to said plurality of devices, each of said output devices capable of outputting one or more of said plurality of different output products, comprising the steps of:
monitoring operations of said plurality of different output devices by said controller with respect to said job orders in queue;
displaying the operational status of each of said plurality of said output devices in a predetermined format, said predetermined format including information relating to the current configuration status of plurality of different output devices, the current backlog of said job orders in queue for each of said plurality of different output products; and
said controller producing a visual indication when said operational efficiency of said photofinishing lab reached a predetermined criterion and automatically adjusting the operational status of at least one of said plurality of devices in response to said monitoring.
6. The method according to claim 5 wherein said information relating to operational efficiency comprises the number job orders in queue at one of said plurality of output devices.
7. The method according to claim 5 wherein said information relating to operational efficiency comprises the shipping requirements for one of said job orders.
8. The method system according to claim 5 wherein said at least one criteria further comprises one or more of the following:
information relating to operational efficiency of each of said plurality of devices;
shipping information with respect to said job orders in queue;
number of job orders in queue at said plurality of output devices;
time to complete job orders in queue.
9. A computer software program for use in a computer for controlling operation of a photofinishing lab having a plurality of output devices for producing a plurality of different output products for a plurality of different job orders and a controller for distributing job orders to said plurality of devices, each of said output devices capable of outputting one or more of said plurality of different output products, said software program when loaded on said computer will cause said computer to perform the steps of:
monitor operations of said plurality of different output devices by said controller with respect to said job orders in queue;
display the operational status of each of said plurality of said output devices on a display device in a predetermined format, said predetermined format including information relating to the current configuration status of said plurality of different output devices, the current backlog of said job orders in queue for each of said plurality of different output products; and
said controller producing a visual indication when said operational efficiency reached a predetermined criterion and automatically adjusting the operational status of at least one of said plurality of output devices response to said monitoring.
10. The software product according to claim 9 wherein said information relating to operational efficiency comprises the number job orders in queue at one of said plurality of output devices.
11. The software product according to claim 9 wherein said information relating to operational efficiency comprises the shipping requirements for one of said job orders.
12. The software product according to claim 9 wherein said at least one criteria further comprises one or more of the following:
information relating to operational efficiency of each of said plurality of devices;
shipping information with respect to said job orders in queue;
number of job orders in queue at said plurality of output devices;
time to complete job orders in queue.