Method and apparatus for providing operator selected deferred action for inactive print jobs

Claim 2

An electronic reprographic machine for providing an operator with a deferred action function, comprising: a memory for storing an inactive print job and a triggering event, the triggering event including at least one of (i) a date and time, (ii) resource availability, (iii) operator log off, (iv) operator log on, (v) receipt of a specified print Job, (vi) creation of a specified print job, and (vii) system transition to a quiescent state, wherein the triggering event is defined by the operator; a user interface for associating a job processing instruction set and the triggering event with the inactive print job, the triggering event occurring after the inactive print job is associated with the job processing instruction set; an automatic triggering apparatus for automatically triggering access of the inactive print job and the job processing instruction set associated with the inactive print job in response to the triggering event associated with the inactive print job, the automatic triggering apparatus including a trigger type database for storing the job processing instruction set corresponding to the triggering event and the inactive print job based on a classification of the triggering event, the classification comprising a plurality of triggering types, wherein an automatic action specified by the operator is performed when the triggering event occurs; and a print job processor for moving the inactive print job into a print queue and for processing the inactive print job in accordance, with the associated job processing instruction set in response to an input received from the automatic triggering apparatus, wherein inactive print jobs are activated by the triggering event and are moved into the print queue in a predetermined order.

Claim 3

The electronic reprographic machine of claim 1, wherein the automatic triggering apparatus comprises: a triggering event status monitor for detecting the occurrence of the triggering event; and a discriminator for determining whether the triggering event detected by the status monitor is associated with any inactive print job stored in the memory.

Claim 4

The electronic reprographic machine of claim 1, wherein said automatic triggering apparatus includes a determining device for determining whether the electronic reprographic machine is capable of implementing the job processing instruction set when the triggering event is detected.

Claim 5

The electronic reprographic machine of claim 1, wherein the job processing instruction set includes a plurality of deferred actions.

Claim 6

The electronic reprographic machine of claim 4, wherein said plurality of deferred actions are sequentially linked.

Claim 7

An electronic reprographic machine capable of providing an operator with a deferred action function, comprising: storing means for storing an inactive print job and a triggering event, wherein the triggering event is defined by the operator; associating means for associating a job processing instruction set and the triggering event with the inactive print job, the triggering event occurring after the inactive print job is associated with the job processing instruction set; automatic accessing means for automatically accessing the inactive print job and the job processing instruction set associated with the inactive print job upon the occurrence of the triggering event associated with the inactive print job, the automatic accessing means including a trigger type database for storing the job processing instruction set corresponding to the triggering event and the inactive print job based on a classification of the triggering event, the classification comprising a plurality of triggering types, the automatic accessing means further including triggering event status means for detecting the occurrence of the triggering event and discriminating means for determining whether the triggering event detected by the status means is associated with any inactive print job stored in said storing means, wherein the triggering event is predetermined and an automatic action specified by the operator is performed when the triggering event occurs; and moving and processing means for moving the inactive print job into a print queue and for processing the inactive print job in accordance with the associated job processing instruction set, the processing means being responsive to the automatic accessing means, wherein inactive print jobs are activated by the triggering event and are moved into the print queue in a predetermined order.

Claim 8

An electronic reprographic machine capable of providing an operator with a deferred action function, comprising: storing means for storing an inactive print job and a triggering event, wherein the triggering event is defined by the operator; associating means for associating a job processing instruction set and the triggering event with the inactive print job, the triggering event occurring after the inactive print job is associated with the job processing instruction set; automatic accessing means for automatically accessing the inactive print job and the job processing instruction set associated with the inactive print job upon the occurrence of the triggering event associated with the inactive print job, the automatic accessing means including a trigger type database for storing the job processing instruction set corresponding to the triggering event and the inactive print job based on a classification of the triggering event, the classification comprising a plurality of triggering types, the automatic accessing means further including triggering event status means for detecting the occurrence of the triggering event and discriminating means for determining whether the triggering event detected by the status means is associated with any inactive print job stored in said storing means, wherein the triggering event is predetermined and an automatic action specified by the operator is performed when the triggering event occurs; and moving and processing means for moving the inactive print job into a print queue and for processing the inactive print job in accordance with the associated job processing instruction set, the processing means being responsive to the automatic accessing means, wherein inactive print jobs are activated by the triggering event and are moved into the print queue in a predetermined order.

Claim 9

The electronic reprographic machine of claim 6, wherein the associating means includes a user interface.

Claim 10

The electronic reprographic machine of claim 6, wherein the storing means includes a system memory.

Claim 11

The electronic reprographic machine of claim 6, wherein the automatic accessing means comprises: monitoring means for monitoring a status of the triggering event; and determining means for determining whether the triggering event is associated with the inactive print job.

Claim 12

The electronic reprographic machine of claim 6, wherein the automatic accessing means includes means for determining whether the electronic reprographic machine is capable of processing the inactive print job in accordance with the associated job processing instruction set.

Claim 15

The method of claim 11, wherein a set of system operating conditions is one of a predetermined set of system operating conditions.

Claim 16

The method of claim 11, wherein a job processing instruction set includes a plurality of deferred actions.

Claim 17

The method of claim 13, wherein the plurality of deferred actions are sequentially linked.

Claim 18

The method of claim 11, further comprising electronically communicating a reminder message associated with the inactive print job in response to detection of the triggering event.

Claim 19

The method of claim 15, wherein the step of electronically communicating includes displaying.

Claim 20

The method of claim 15, wherein the step of electronically communicating includes displaying at a remote location.

Claim 21

The method of claim 11, wherein the memory is a first memory and the electronic printing system includes a second memory containing the print queue, and wherein the step of moving includes moving the inactive print job from the first memory to the print queue in the second memory.