Egg handling system
A transfer system for providing faster and increased volume processing of eggs having an overhead positioned egg conveyor. A rotating brush wheel positioned underneath the conveyor receives eggs and includes a first and second pluralities of bristles having, respectively, lesser and greater stiffness. An egg receiving reservoir exhibits a receiving lane positioned underneath and in alignment with the brush wheel for receiving and redirecting the eggs in a lane dedicated fashion to a subsequent egg handling operation. A plurality of spool bars are arranged in parallel extending and spaced apart fashion and defining a number of individual egg conveying lanes and each further include first and second spool bar portions secured in end-to-end fashion to establish an overall dimension. First and second drive supports are arranged at opposite ends of the spool bar portions, a third drive support arranged within the egg transfer mechanism and supporting opposing and intermediate engaging ends of each pair of spool bar portions. The intermediate drive support prevents sagging of the intermediate ends of the spool bar portions.
1. An egg transfer mechanism incorporated within an egg transfer assembly, comprising:
a body supporting a plurality of spool bars arranged in parallel extending and spaced apart fashion between sides of said body and defining a number of individual egg conveying lanes between an inlet and an outlet of said body;
each of said spool bars further comprising at least first and second spool bar portions secured in end-to-end fashion to said sides so as to establish an overall width extending dimension; and
first and second chain drives arranged at opposite ends of said spool bar portions proximate said sides, a third chain drive arranged within an intermediate width location of said body parallel to said first and second chain drives, said third chain drive supported by an underside and longitudinally extending brace which is in turn fixedly supported along a width extending interior of said body, said third chain drive supporting opposing and intermediate engaging ends of each pair of spool bar portions;
said third chain drive inheriting the structural supporting aspects of said brace thereby preventing sagging of said intermediate and rotating engaging spool bar portions.
2. The invention as described in claim 1 , each of said spool bar portions further comprising an end configuration which, when engaged with a selected chain drive, maintains an equal spacing between dedicated egg conveying lanes.
3. The invention as described in claim 1 , further comprising a wear resistant and friction reducing bearing secured to each extending end of said spool bar portions and assisting in rotationally interconnecting said spool bars with rotatable pins associated with said first, second and third chain drives.
4. The invention as described in claim 1 , said spool bar portions each exhibiting a specified shape and size and defining up to nine individual egg conveying lanes, such that a selected end-to-end connected pair of spool bar portions provide up to eighteen individual egg conveying lanes.
5. The invention as described in claim 1 , said spool bar portions each exhibiting a specified shape and size and further comprising a rubberized configuration defining alternating increased and decreased diameter locations.
6. An egg transfer mechanism incorporated within an egg transfer assembly, comprising:
a body supporting a plurality of spool bars arranged in parallel extending and spaced apart fashion between sides of said body, each of said spool bars further comprising at least first and second spool bar portions secured in end-to-end fashion to said sides so as to establish an overall width extending dimension;
said spool bars each further exhibiting a wound spring coil configuration extending along individual lengths thereof relative to a width of said body, said coiled configuration defining alternating increased and decreased diameter locations in continuously spiraling fashion such that said plurality of spaced apart spool bars establish a plurality of individual egg conveying lanes between an inlet and outlet of said body;
first and second chain drives arranged at opposite ends of said spool bar portions proximate said sides, a third chain drive arranged within an intermediate width location of said body parallel to said first and second chain drives, said third chain drive supported by an underside and longitudinally extending brace which is in turn fixedly supported along a width extending interior of said body, said third chain drive supporting opposing and intermediate engaging ends of each pair of spool bar portions;
said third chain drive inheriting the structural supporting aspects of said brace thereby preventing sagging of said intermediate extending and rotating engaging spool bar portions.
7. The invention as described in claim 6 , each of said spool bar portions further comprising an end configuration which, when engaged with a selected chain drive, maintains an equal spacing between dedicated egg conveying lanes.
8. The invention as described in claim 6 , further comprising a wear resistant and friction reducing bearing secured to each extending end of said spool bar portions and assisting in rotationally interconnecting said spool bars with rotatable pins associated with said first, second and third chain drives.
9. The invention as described in claim 6 , said spool bar portions each exhibiting a specified shape and size and defining up to nine individual egg conveying lanes, such that a selected end-to-end connected pair of spool bar portions provide up to eighteen individual egg conveying lanes.
10. The invention as described in claim 6 , said spool bar portions each exhibiting a specified shape and size and further comprising a rubberized configuration defining alternating increased and decreased diameter locations.