Supply Chain Digital Map Management System and Integrating Method Therefor

• US 20110131201A1
• Filed: 09/01/2010
• Published: 06/02/2011
• Est. Priority Date: 11/30/2009
• Status: Abandoned Application

• Current Assignee: Universal Carbon Control Technology Company Limited
• Original Assignee: Universal Carbon Control Technology Company Limited
• Inventors: LIN, Pei-Chieh
• Application Number:
  US12/873,486
• Publication Number:
  US 20110131201A1
• Time in Patent Office: Days
• US Class Current: 707/722
• CPC Class Codes: G06Q 10/06 Resources, workflows, human or project management; Enterprise or organisation planning; Enterprise or organisation modelling

Abstract

The present invention discloses a supply chain digital map management system, which comprises a site database comprising basic records of vendors and an environment database comprising geographical features and atmosphere conditions that correspond to locations of the vendors. The supply chain digital map management system further comprises a processor which communicates with the site database and the environment database. As BOM tables, the vendor lists of a production are inputted into the processor, the supply chain structure is transferred and shown on the digital map. The supply chain digital map management shows the potential risks on the digital map with different colors/types of marking lines.

Claims

1. A supply chain digital map management system, comprising:

a site database of a plurality of basic records of a plurality of vendors;

an environment database of a plurality of geographical features and atmosphere conditions that correspond to a plurality of locations of said vendors; and

a processor communicated with said site database and said environment database, wherein said processor transfers a supply chain structure of a production into a digital map according to said site database and said environment database by inputting a plurality of vendor lists of said production.

2. The supply chain digital map management system of claim 1, wherein said basic records comprises longitude, latitude, and elevation information of said vendors.

3. The supply chain digital map management system of claim 1, wherein said geographical features comprise seismic belt distribution, geology, and soil condition data corresponding to locations of said vendors.

4. The supply chain digital map management system of claim 1, wherein said atmosphere conditions comprise typhoon, floods, and tsunami records corresponding to locations of said vendors.

5. The supply chain digital map management system of claim 1, wherein said supply chain structure of said production is indicated with different colors/types of marking lines to distinguish different potential risks from one another.

6. The supply chain digital map management system of claim 5, wherein said potential risks are seismic belt distribution, typhoon, floods, and tsunami.

7. The supply chain digital map management system of claim 5, wherein a plurality of actual distances that correspond to said marking lines are also calculated.

8. The supply chain digital map management system of claim 1, wherein said digital map is a three-dimension map.

9. The supply chain digital map management system of claim 1, wherein said vendor lists are BOM tables.

10. An integrating method for a supply chain digital map management system, comprising:

establishing a site database of a plurality of basic records of a plurality of vendors;

establishing an environment database of a plurality of geographical features and atmosphere conditions that correspond to a plurality of locations of said vendors; and

transferring a supply chain structure of a production into a digital map according to a plurality of vendor lists of said production, said site database, and said environment database.

11. The integrating method for a supply chain digital map management system of claim 10, wherein said basic records comprise longitude, latitude, and elevation information of said vendors.

12. The integrating method for a supply chain digital map management system of claim 10, wherein said geographical features comprise seismic belt distribution, geology, and soil condition data that correspond to said locations of said vendors.

13. The integrating method for a supply chain digital map management system of claim 10, wherein said atmosphere conditions comprise typhoon, floods, and tsunami records that correspond to said locations of said vendors.

14. The integrating method for a supply chain digital map management system of claim 10, wherein said supply chain structure of said production is indicated with different colors/types of marking lines to distinguish different potential risks from one another, wherein a plurality of actual distances that correspond to said marking lines are also calculated.

15. The integrating method for a supply chain digital map management system of claim 14, wherein said potential risks are seismic belt distribution, typhoon, floods, and tsunami.

16. The integrating method for a supply chain digital map management system of claim 10, wherein said digital map is a three-dimension map.

17. The integrating method for a supply chain digital map management system of claim 10, wherein said vendor lists are BOM tables.