Bi-directional hinged conveyor belt

Claim 2

A bi-directionally movable multiple link conveyor comprising: a plurality of modular links each having: a first integral central linking portion terminating in first and second linking ends disposed along a conveyor axis; a second integral central linking portion terminating in third and fourth linking ends disposed along said conveyor axis; first and second arms extending outwardly along a first axis transverse to said conveyor axis and being integrally formed with said first linking portion; third and fourth arms extending outwardly along said first axis and being integrally formed with said second linking portion; a plurality of spaced ribs defining a conveyor surface and attached to only said third and fourth arms of each modular link and being transversley disposed thereon and upstanding therefrom and outwardly extending from the sides thereof substantially along said conveyor axis; and said second linking end of said first linking portion being pivotally coupled to said third linking end of said second linking portion for pivotal movement of said first and second linking portions about said first axis; said first linking end of each of said links being pivotally coupled to said fourth linking end of an adjacent link for pivotal movement about a second axis orthogonal to said conveyor axis and said first axis.

Claim 3

A bi-directionally movable multiple link conveyor according to claim 1 wherein said second and third linking ends each include: a plurality of spaced planar fingers outwardly extending along said conveyor axis, each of said fingers of said second linking ends disposed in offset meshed relationship with each of said adjacent fingers of said third linking ends to provide pivotal movement about said first axis.

Claim 4

A bi-directionally movable multiple link conveyor according to claim 2 wherein said fingers of said second and third linking ends each have a longitudinal hole along said first axis and further including a pivotal pin disposed along said first axis and through each of said longitudinal holes to provide secured pivotal support for movement about said first axis.

Claim 5

A bi-directionally movable multiple link conveyor according to claim 1 wherein at least one of said first and second arms include a plurality of spaced planar fingers outwardly extending along said conveyor axis and wherein at least one of said third and fourth arms include a plurality of spaced fingers outwardly extending along said conveyor axis; the spaced planar fingers of said at least one of said first and second arms being disposed in offset meshed relationship with the spaced planar fingers of said at least one of said third and fourth adjacent arms to provide pivotal movement about said first axis.

Claim 6

A bi-directionally movable conveyor according to claim 4 wherein said fingers of said at least one of said first and second arms and wherein said fingers of said at least one of said third and fourth arms each have a longitudinal hole along said first axis; and further including a pivotal pin disposed along said first axis and through each of said longitudinal holes to provide secured pivotal support about said first axis.

Claim 7

A bi-directionally movable conveyor according to claim 1 wherein said first linking ends of each of said modules include a plurality of spaced parallel plates outwardly extending along said conveyor axis; and further wherein said fourth linking end of each of said modules include a plurality of spaced plates outwardly extending along said conveyor axis; and said plates of said first linking ends of each of said modules disposed in offset meshed relationship with adjacent plates of said fourth linking ends of each of said adjacent modules for pivotal movement about said second axis.

Claim 8

A bi-directionally movable conveyor according to claim 6 wherein each of said plates of each module has a hole along said second axis; and further including a pivot pin disposed along said second axis and through each of said hole to provide secured pivotal support for movement about said second axis.

Claim 9

A bi-directionally movable conveyor according to claim 1 wherein each of said second integral central linking portions includes: a first sprocket plate disposed along said conveyor axis and below and integral with said second integral central linking portion; said first sprocket plate having first and second sprocket contact surfaces to said conveyor axis; and said first sprocket contact surface of each of said modules disposed in confronting spaced relation to said second sprocket contact surface of each of adjacent modules to define a predetermined sprocket aperture therebetween adapted to mesh with a sprocket wheel rotating in a plane perpendicular to said conveyor axis.

Claim 10

A bi-directionally movable conveyor according to claim 1 wherein: each of said first integral central linking portions includes a second sprocket plate disposed along said conveyor axis below and integral with said first linking portion; said second sprocket plate having a first sprocket support surface symmetrical about said conveyor axis and extending outwardly therefrom along said first axis, said support surface terminating in first and second sprocket support ends; each of said second integral central linking portions includes a third sprocket plate disposed along said conveyor axis and intermediate said first sprocket plate and said second integral central linking portion; said third sprocket plate having a first sprocket support surface symmetrical about said conveyor axis and extending outwardly therefrom along said first axis, said surface terminating in third and fourth sprocket support ends; said first sprocket support ends of said second sprocket plate disposed in confronting spaced relation to adjacent third sprocket support ends of said third sprocket plate to define therebetween a predetermined sprocket aperture, said aperture adapted for reception of a sprocket tooth rotatable in a plane parallel to said conveying surface; said second sprocket support ends of said second sprocket plate disposed in confronting spaced relation to adjacent fourth sprocket support ends of said third sprocket plate to define therebetween a predetermined sprocket aperture, said aperture adapted to mesh with a sprocket wheel rotatable in a plane parallel to said conveying surface.

Claim 11

A bi-directionally movable multiple link conveyor according to claim 1 further including a transfer plate of comb-like configuration having spaced fingers lying substantially in the conveyor plane and disposed in interdigitated relation to said ribs such that as the conveyor moves downward from the conveyor plane, a product is smoothly transferred onto the fingers of said transfer plate.

Claim 12

A bi-directionally movable multiple link conveyor comprising: a plurality of modular links each having: a first integral central linking portion terminating in first and second linking ends disposed along a conveyor axis; a second integral central linking portion terminating in third and fourth linking ends disposed along said conveyor axis; first and second arms extending outwardly along a first axis transverse to said conveyor axis and being integrally formed with said first linking portion; third and fourth arms extending outwardly along said first axis and being integrally formed with said second linking portion; a plurality of spaced ribs defining a conveyor surface and attached to the arms of only one of said central linking portions of each modular link and being transversely disposed thereon and upstanding therefrom and outwardly extending from the sides thereof substantially along said conveyor axis; and said second linking end of said first linking portion being pivotally coupled to said third linking end of said second linking portion for pivotal movement of said first and second linking portions about said first axis; said first linking end of each of said links being pivotally coupled to said fourth linking end of an adjacent link for pivotal movement about a second axis orthogonal to said conveyor axis and said first axis.

Claim 13

A bi-directionally movable multiple link conveyor comprising: a plurality of modular links each having: a first integral central linking portion terminating in first and second linking ends disposed along a conveyor axis; a second integral central linking portion terminating in third and fourth linking ends disposed along said conveyor axis; first and second arms extending outwardly along a first axis transverse to said conveyor axis and being integrally formed with said first linking portion; third and fourth arms extending outwardly along said first axis and being integrally formed with said second linking portion; a plurality of spaced ribs defining a conveyor surface and attached to the arms of only one of said central linking portions of each modular link and being transversely disposed thereon and upstanding therefrom and outwardly extending from the sides thereof substantially along said conveyor axis; and said second linking end of said first linking portion being pivotally coupled to said third linking end of said second linking portion for pivotal movement of said first and second linking portions about said first axis; said first linking end of each of said links being pivotally coupled to said fourth linking end of an adjacent link for pivotal movement about a second axis orthogonal to said conveyor axis and said first axis.

Claim 14

A bi-directionally movable conveyor according to claim 11 wherein each of said second integral central linking portions includes: a first sprocket plate disposed along said conveyor axis and below and integral with said second integral central linking portion; said first sprocket plate having a pair of spaced sprocket contact surfaces transverse to said conveyor axis; and said first sprocket contact surface of each of said modules disposed in confronting spaced relation to said second sprocket contact surface of each of adjacent modules to define a predetermined sprocket aperture therebetween adapted to mesh with a sprocket wheel rotating in a plane perpendicular to said conveyor axis.

Claim 15

A bi-directionally movable conveyor according to claim 11 wherein: each of said first integral central linking portions includes a second sprocket plate disposed along said conveyor axis below and integral with said first linking portion; said second sprocket plate having a first sprocket support surface symmetrical about said conveyor axis and extending outwardly therefrom along said first axis, said support surface terminating in a first sprocket support end; each of said second integral central linking portions includes a third sprocket plate disposed along said conveyor axis and intermediate said first sprocket plate and said second integral central linking portion; said third sprocket plate having a first sprocket support surface symmetrical about said conveyor axis and extending outwardly therefrom along said first axis, said surface terminating in a second sprocket support end; said first sprocket support ends of said second sprocket plate disposed in confronting spaced relation to adjacent second sprocket support ends of said third sprocket plate to define therebetween a predetermined sprocket aperture, said aperture adapted to mesh with a sprocket wheel rotatable in a plane parallel to said conveying surface.

Claim 16

A bi-directionally movable multiple link conveyor according to claim 1 wherein adjacent modular links have a gap therebetween extending parallel to the conveyor plane; the ribs of each modular link extending across said gap in interdigitated relation to the ribs of the adjacent modular link to provide a substantially continuous conveyor surface.

Claim 17

A bi-directionally movable multiple link conveyor according to claim 1 wherein each modular link includes: a first sprocket element integral with said link at a position intermediate said first and second linking ends and extending along an axis parallel to said first axis; a second sprocket element integral with said link at a position intermediate the adjacent first axes of adjacent links and extending along an axis parallel to said second axis.

Claim 18

A bi-directionally movable multiple link conveyor according to claim 1 wherein each modular link includes first integral sprocket means on at least one of said linking portions and outwardly extending opposite to said conveyor surface and operative to mesh with a sprocket wheel rotatable about an axis parallel to said conveyor surface.

Claim 19

A bi-directionally movable multiple link conveyor according to claim 1 wherein each modular link includes second integral sprocket means on at least one of said linking portions and outwardly extending from at least one side of said linking portions in a plane parallel to said conveyor surface and operative to mesh with a sprocket wheel rotatable about an axis orthogonal to said conveyor surface.

Claim 20

A bi-directionally movable multiple link conveyor according to claim 1 wherein said ribs each include end portions generally parallel to one another and spaced along said first axis, and an intermediate portion diagonally disposed and joining said rib end portions.

Claim 21

A bi-directionally movable multiple link conveyor according to claim 1 wherein said third and fourth arms include clearance ramps between the ribs on said third and fourth arms to provide clearance for the rib end portions of an adjacent link.

Claim 22

A bi-directionally movable multiple link conveyor according to claim 11 wherein the end portions of the ribs of a link are disposed intermediate the end portions of the ribs of an adjacent link to provide a meshed interdigitated rib array.

Claim 23

A bi-directionally movable multiple link conveyor according to claim 11 wherein said ribs are integral with the arms on which they are disposed.

Claim 24

A bi-directionally movable multiple link conveyor comprising: a plurality of modular links each having: a first integral central linking portion terminating in first and second linking ends disposed along a conveyor axis; a second integral central linking portion terminating in third and fourth linking ends disposed along said conveyor axis; a first pair of arms extending outwardly along a first axis transverse to said conveyor axis and being integrally formed with said first linking portion; a second pair of arms extending outwardly along said first axis and being integrally formed with said second linking portion; a plurality of spaced ribs attached to only one of said pair of arms of each modular link and being outwardly extending substantially along said conveyor axis in meshed relation, the upper surfaces of said ribs defining a conveyor surface; said second linking end of said first linking portion being pivotally coupled to said third linking end of said second linking portion for pivotal movement of said first and second linking portions about said first axis; said first linking end of each of said links being pivotally coupled to said fourth linking end of an adjacent link for pivotal movement about a second axis orthogonal to said conveyor axis and said first axis; said second and third linking ends each including integral therewith: a plurality of first spaced planar elements outwardly extending along said conveyor axis, each of said elements of said second linking ends disposed in offset meshed relationship with each of said adjacent elements of said third linking ends to provide pivotal movement about said first axis; said first and fourth linking ends each including integral therewith: a plurality of second spaced planar elements outwardly extending along said conveyor axis, each of said second elements of said first linking end of each of said modules disposed in offset meshed relationship with each of said adjacent first elements of said fourth linking end of each of said adjacent modules to provide pivotal movement about said second axis.

Claim 25

A bi-directionally movable multiple link conveyor comprising: a plurality of modular links each having: a first integral central linking portion terminating in first and second linking ends disposed along a conveyor axis; a second integral central linking portion terminating in third and fourth linking ends disposed along said conveyor axis; a first pair of arms extending outwardly along a first axis transverse to said conveyor axis and being integrally formed with said first linking portion; a second pair of arms extending outwardly along said first axis and being integrally formed with said second linking portion; a plurality of spaced ribs attached to only one of said pair of arms of each modular link and being outwardly extending substantially along said conveyor axis in meshed relation, the upper surfaces of said ribs defining a conveyor surface; said second linking end of said first linking portion being pivotally coupled to said third linking end of said second linking portion for pivotal movement of said first and second linking portions about said first axis; said first linking end of each of said links being pivotally coupled to said fourth linking end of an adjacent link for pivotal movement about a second axis orthogonal to said conveyor axis and said first axis; said second and third linking ends each including integral therewith: a plurality of first spaced planar elements outwardly extending along said conveyor axis, each of said elements of said second linking ends disposed in offset meshed relationship with each of said adjacent elements of said third linking ends to provide pivotal movement about said first axis; said first and fourth linking ends each including integral therewith: a plurality of second spaced planar elements outwardly extending along said conveyor axis, each of said second elements of said first linking end of each of said modules disposed in offset meshed relationship with each of said adjacent first elements of said fourth linking end of each of said adjacent modules to provide pivotal movement about said second axis.

Claim 26

A bi-directionally movable multiple link conveyor according to claim 11 wherein each modular link includes: first integral sprocket means on at least one of said first and second link sections at a position intermediate adjacent ones of said second axis extending outwardly from the surface of said sections opposite to said conveyor surface and operative to mesh with a sprocket wheel rotatable about an axis parallel to said conveyor surface; second integral sprocket means on at least one of said first and second link sections at a position intermediate adjacent ones of said first axis outwardly extending from at least one side of said section in a plane parallel to said conveyor surface and operative to mesh with a sprocket wheel rotatable about an axis orthogonal to said conveyor surface.