Identifier Scanning Joinder Tools

• US 20080061145A1
• Filed: 03/20/2007
• Published: 03/13/2008
• Est. Priority Date: 03/20/2006
• Status: Abandoned Application

• Current Assignee: Kevin Mcgushion
• Original Assignee: Kevin Mcgushion
• Inventors: McGushion, Kevin
• Application Number:
  US11/688,850
• Publication Number:
  US 20080061145A1
• Time in Patent Office: Days
• US Class Current: 235/462.13
• CPC Class Codes: G06Q 10/08 Logistics, e.g. warehousing, loading or distribution; Inventory or stock management
• CPC Class Codes: Y10T 29/49769 Using optical instrument [excludes mere human eyeballing]

Abstract

A joinder system comprising: a joinder tool, the joinder tool being used to join a plurality of parts, an assembly being comprised of the plurality of parts, at least one of the plurality of parts being associated with a part identity; a part identity reading means, the part identity reading means being coupled to the joinder tool; a part identity database, the part identity database containing information associated with at least one of the plurality of parts, the part identity database resident on a computing means, each the part identity being associated with a dataset within the part identity database, each the dataset containing information associated with each the part; a data transmission means, the data transmission means facilitating data communication between at least the part identity database resident on the computing means and the part identity reading means; wherein the part identity reading means automatically or intentionally reading the part identity during an assembly process; and wherein the part identity being decoded, compared, and matched to a correlating dataset, the reading of the part identity being recorded as an occurrence on the computing means.

Claims

1. ) A joinder system comprising:

a joinder tool, said joinder tool being used to join a plurality of parts, an assembly being comprised of said plurality of parts, at least one of said plurality of parts being associated with a part identity, said part identity being machine-readable;

a part identity reading means, said part identity reading means being coupled to said joinder tool, said part identity reading means reading a part identity;

a part identity database, said part identity database containing information associated with at least one of said plurality of parts, said part identity database resident on a computing means, each said part identity being associated with a dataset within said part identity database, each said dataset containing information associated with each said part;

a data transmission means, said data transmission means facilitating data communication between at least said part identity database resident on said computing means and said part identity reading means;

wherein said part identity reading means automatically or intentionally reading said part identity during an assembly process;

and wherein said part identity being decoded, compared, and matched to a correlating dataset, the reading of said part identity being recorded as an occurrence on said computing means.

2. ) The joinder system of claim 1 wherein information correlating to said part identity is communicated to an authorized party.

3. ) The joinder system of claim 1 wherein said part has at least one joinder point, said joinder point being at a juncture, said joinder point having a joinder point identity, said joinder point identity being associated with information regarding said joinder point within a joinder point dataset within said correlating dataset, said joinder point identity being read by said part identity reading means.

4. ) The joinder system of claim 1 wherein said part identity reading means is mechanically coupled to said joinder tool and is coupled to said joinder tool via said data transmission means.

5. ) The joinder system of claim 1 wherein said part identity reading means is coupled to said joinder tool via said data transmission means.

6. ) The joinder system of claim 1 wherein said computing means is a local computer.

7. ) The joinder system of claim 1 wherein said computing means is a remote computing means or a server.

8. ) The joinder system of claim 1 wherein a first part identity is associated with a first part and a second part identity is associated with a second part;

an order of assembly for said first part and said second part being determined and communicated to an authorized party;

said order of assembly being retrieved from an assembly dataset;

said assembly dataset being associated with said part identity database;

said assembly dataset containing information regarding said first part identity, said second part identity, said order of assembly, and a method of assembly.

9. ) The joinder system of claim 8 wherein a parts list and said order of assembly is communicated to an assembler;

said first part being indicated as being first in said assembly and said second part being indicated as being second in said assembly;

said assembler using said joinder tool to assemble said assembly;

said part identity reading means reading said first part identity;

said part identity reading means thereafter reading said second part identity as said first part is assembled with said second part;

an actual order of assembly being recorded on said computing means.

10. ) The joinder system of claim 9 wherein if said order of assembly matches said actual order of assembly a confirmation is communicated to said assembler;

if said order of assembly does not match said actual order of assembly an alert is communicated to said assembler, said alert and said confirmation being recorded on said computing means.

11. ) The joinder system of claim 9 wherein a set of assembly parameters are communicated to said assembler by scanning an assembly design;

said set of assembly parameters including an assembly methodology;

said assembly design being presented on a medium visually supportive of said assembly design.

12. ) The joinder system of claim 1 wherein a set of joinder parameters are communicated to said joinder tool;

said set of joinder parameters being automatically set on joinder tool subsequent to and resulting from scanning at least one said part identity;

said set of joinder parameters affecting at least one joint formed between said plurality of parts.

13. ) The joinder system of claim 1 wherein each said part identity is correlated to a virtual representation;

a first part identity is associated with a first virtual representation and a second part identity is associated with a second virtual representation;

the scanning of said first part identity causing said first virtual representation to be displayed on a visually supportive medium;

the scanning of said second part identity causing said second virtual representation to be displayed on said visually supportive medium;

subsequent to joining said first part and sad second part, said first virtual representation and said second virtual representation are likewise joined in a virtual assembly;

said virtual assembly be accessible to an authorized party.

14. ) The joinder system of claim 1 wherein at least one subsequent virtual part is displayed;

said subsequent virtual part demonstrating to an authorized party a subsequent part to be added next to said assembly.

15. ) The joinder system of claim 1 wherein at least one subsequent virtual joinder tool is displayed;

said subsequent virtual joinder tool demonstrating to an authorized party a subsequent joinder tool to be utilized for a subsequent joinder process.