Assembly for coating an article incorporating robotic subassemblies utilizing articulating spray arms and carousel conveyor with inlet and outlet locations for the article
A process and assembly for mass producing a plasticized coated and structurally supporting insert including a first conveyor for advancing a plurality of lay-flat inserts and at least one lift and transfer mechanism for transferring the inserts between the first conveyor and a second overhead conveyor. A dual function robot is positioned aside the first conveyor and has a first numerically controlled gripping portion for engaging and raising a selected one of the lay flat supported inserts. The robot further has a second numerically controlled and articulating arm for spray coating a plasticized material upon the insert.
1. An assembly for coating a structurally supporting article, comprising:
a first conveyor for advancing inserts arrayed in an initially lay-flat position;
at least one lift and transfer mechanism for transferring said inserts between said first conveyor and a second conveyor; wherein said second conveyor is elevated;
said first conveyor extending in a circular and closed shape, said second conveyor surrounding said first conveyor in an arcuate shape and said second conveyor having both inlet and outlet locations for said inserts; and
a dual function robot positioned aside said first conveyor and having a first numerically controlled gripping portion for engaging and raising one of said inserts from said first conveyor, said dual function robot further having a second numerically controlled and articulating arm for spray coating a plasticized material upon said inserts.
2. The assembly as described in claim 1 , said dual function robot further comprising a superstructure within which is configured a vertical slot for supporting said first numerically controlled gripping portion so as to be traversable along a vertical length of said dual function robot beneath said second numberically controlled and articulating arm for spray coating.
3. The assembly as described in claim 2 , said second conveyor further comprising a plurality of extending arms upon which are suspended said inserts.
4. The assembly as described in claim 1 , said first numerically controlled gripping portion further comprising a superstructure within which is formed a guide track, a stem engaging said inserts within a side edge aperture formed in said inserts, said stem being displaceably and rotatably supported within said guide track.
5. The assembly as described in claim 1 , further said first conveyor further comprising pluralities of upwardly projecting support posts upon which are supported said inserts.
6. The assembly as described in claim 1 , said at least one lift and transfer mechanism further comprising a plurality of lift and transfer robots, said plurality of lift and transfer robots circumferentially spaced and arranged with said dual function robot; said dual function robot positioned along said first conveyor and between a pair of lift and transfer robots.
7. The assembly as described in claim 1 , further comprising said second conveyor being elevated above said first conveyor.