Video data scheduling system

• US 20040078268A1
• Filed: 08/18/2003
• Published: 04/22/2004
• Est. Priority Date: 08/13/1999
• Status: Abandoned Application

• Current Assignee: David H. Sprogis
• Original Assignee: David H. Sprogis
• Inventors: Sprogis, David H.
• Application Number:
  US10/643,120
• Publication Number:
  US 20040078268A1
• Time in Patent Office: Days
• US Class Current: 705/14
• CPC Class Codes: G06Q 30/02 Marketing; Price estimation or determination; Fundraising
• CPC Class Codes: G06Q 30/0241 Advertisements
• CPC Class Codes: G06Q 30/0264 based upon schedule

Abstract

A video data scheduling system is disclosed that includes a computer storage unit, a plurality of digital projector assemblies including a first digital projector, a-schedule unit, and a production unit. The computer storage unit is for storing digital video data representative of video information. The digital video data includes content data regarding the content of the video information, and context data regarding a scheduling context in which said video information is desired to be presented. The plurality of digital projector assemblies is coupled to the computer storage unit. The schedule input unit is for receiving show schedule information including a plurality of start times and locations at which each of a plurality of shows are scheduled to begin. The schedule unit is for accessing a subset of the content data in the computer storage unit responsive to the context data and the show schedule information. The production unit is for assembling presentation data including a subset of the content data, with the presentation data being associated with a first show. The first digital projector assembly of the plurality of digital projector assemblies is for presenting the presentation data such that the subset of the content data will be shown prior to a first start time associated with the first show at the first digital projector assembly.

Claims

1. A video data scheduling system comprising:

a computer storage unit for storing digital video data representative of video information, said digital video data including content data regarding the content of the video information, and context data regarding a scheduling context in which said video information is desired to be presented;

a plurality of digital projector assemblies coupled to said computer storage unit;

schedule input means for receiving show schedule information including a plurality of start times and locations at which each of a plurality of shows are scheduled to begin;

schedule means for accessing a subset of said content data in said computer storage unit responsive to said context data and said show schedule information;

production means for assembling presentation data including a subset of said content data, said presentation data being associated with a first show; and

a first digital projector assembly of said plurality of digital projector assemblies for presenting said presentation data such that said subset of said content data will be shown prior to a first start time associated with said first show at said first digital projector assembly.

2. The video data scheduling system as claimed in claim 1, wherein said presentation data includes data representative of the length of time that said subset of content data will run.

3. The video data scheduling system as claimed in claim 1, wherein said system further includes request receiving means for receiving a job schedule request for the presentation of requested video information, and said digital content data is selected responsive to said job schedule request and assembled for presentation by said production means.

4. The video data scheduling system as claimed in claim 1, wherein said system further includes job approval means for receiving data representative of whether said job schedule request is approved.

5. A video data scheduling system comprising:

a computer storage unit for storing digital video data representative of video information, said digital video data including content data regarding the content of the video information, and context data regarding a scheduling context in which said video information is desired to be presented;

a plurality of digital projector assemblies coupled to said computer storage unit;

schedule input means for receiving show schedule information including a plurality of start times and locations at which each of a plurality of shows are scheduled to begin at each of said pluralities of digital projector assemblies;

schedule means for accessing a subset of said content data in said computer storage unit responsive to said context data and said show schedule information;

production means for assembling first presentation data including a first subset of said content data and being associated with a first show, and for assembling second presentation data including a second subset of said content data and being associated with a second show; and

projector control means for presenting said first presentation data using said first projector assembly such that said first subset of content data will be shown prior to a first start time associated with said first show, and for presenting said second presentation data using said second projector assembly such that said second subset of content data will be shown prior to a second start time associated with said second show.

6. The video data scheduling system as claimed in claim 5, wherein said first presentation data includes data representative of a length of time that said first subset of content data will run.

7. The video data scheduling system as claimed in claim 5, wherein said first presentation data includes a plurality of subsets of said content data, each said subset of content data is associated with a job schedule request, and each said job schedule request is associated with at least one attribute of said first show.

8. A video data scheduling system comprising:

a plurality of digital projector assemblies coupled to a computer storage unit;

schedule input means for receiving show schedule information including a plurality of start times and locations at which each of a plurality of shows are scheduled to begin at each of said pluralities of digital projector assemblies;

job request means for receiving a plurality of job requests, each job request including content data and context data that is stored in said computer storage unit;

schedule means for accessing a subset of said content data in said computer storage unit responsive to a subset of said context data and said show schedule information;

production means for assembling first presentation data including a first plurality of subsets of said content data and being associated with a first show, and for assembling second presentation data including a second plurality of subsets of said content data and being associated with a second show; and

projector control means for presenting said first presentation data using said first projector assembly such that said first plurality of subsets of content data will be shown prior to a first start time associated with said first show, and for presenting said second presentation data using said second projector assembly such that said second plurality of subsets of content data will be shown prior to a second start time associated with said second show.