Modular center drive conveyor belt

Claim 2

A module for constructing a linked conveyor belt capable of being driven by sprockets in at least one direction of intended travel, said module having a width, a conveying surface and a bottom surface, and comprising: a first plurality of link ends; a second plurality of link ends; at least some of said first and second pluralities of link ends being formed to circumscribe a pivot hole; the pivot holes of each plurality of link ends being aligned on respective first and second substantially parallel pivot axes; an intermediate structure integral with and connecting the first and second pluralities of link ends; said intermediate structure having at least two transverse elements extending at least partially across the width of the module and substantially parallel to the pivot axes, and; a plurality of longitudinal members integral with the intersecting said transverse elements; said at least two transverse elements and said longitudinal members defining at least two sprocket recesses extending from the bottom surface toward the conveying surface and capable of receiving cooperative sprocket teeth; said at least two transverse elements having a driving surface within said sprocket recesses and at least a portion of each of said driving surfaces extending downwardly toward the bottom surface and in the direction of intended travel; said first and second pluralities of link ends and said intermediate structure being an integral structure of molded plastic material.

Claim 3

A module for constructing a linked conveyor belt capable of being driven by sprockets in at least one direction of intended travel, said module having a width, a conveying surface and a bottom surface, and comprising: a first plurality of link ends; a second plurality of link ends; at least some of said first and second pluralities of link ends being formed to circumscribe a pivot hole; the pivot holes of each plurality of link ends being aligned on respective first and second substantially parallel pivot axes; an intermediate structure integral with and connecting the first and second pluralities of link ends; said intermediate structure having at least two pairs of opposing transverse elements extending in a direction substantially parallel to the pivot axes, each of said elements extending at least partially across said width, and; a plurality of longitudinal members between the sides of the module intersecting the transverse elements; said transverse members and selected ones of said longitudinal members defining at least two recesses extending from the bottom surface toward the conveying surface and capable of receiving cooperative sprocket teeth; at least one of said transverse elements of each of said pairs having a driving surface within the respective recess, at least a portion of said driving surface extending downwardly toward the bottom surface and in the direction of intended travel; said first and second pluralities of link ends and said intermediate structure being an integral structure of molded plastic material.

Claim 4

A module for constructing a linked conveyor belt capable of being driven by sprockets in at least one direction of intended travel, said module having a width, a conveying surface and a bottom surface, and comprising: a first plurality of link ends; a second plurality of link ends; at least some of said first and second pluralities of link ends being formed to circumscribe a pivot hole; the pivot holes of each plurality of link ends being aligned on respective first and second substantially parallel pivot axes; an intermediate structure integral with and connecting the first and second pluralities of link ends; said intermediate structure having at least two pairs of opposing transverse elements extending in a direction substantially parallel to the pivot axes, each of said elements extending at least partially across said width, and; a plurality of longitudinal members between the sides of the module intersecting the transverse elements; said transverse members and selected ones of said longitudinal members defining at least two recesses extending from the bottom surface toward the conveying surface and capable of receiving cooperative sprocket teeth; at least one of said transverse elements of each of said pairs having a driving surface within the respective recess, at least a portion of said driving surface extending downwardly toward the bottom surface and in the direction of intended travel; said first and second pluralities of link ends and said intermediate structure being an integral structure of molded plastic material.

Claim 5

A module for constructing a linked conveyor belt capable of being driven by sprockets in at least one intended direction of travel, said module having a width, a conveying surface and a bottom surface, and comprising: a first plurality of link ends; a second plurality of link ends; at least some of said first and second pluralities of link ends being formed to circumscribe a pivot hole: said first and second pluralities of link ends being spaced apart and dimensioned such that said module is suitable for bricklaying; the pivot holes of said first and second pluralities of link ends being aligned on respective first and second substantially parallel pivot axes; an intermediate structure integral with and connecting the first and second pluralities of link ends; said intermediate structure having at least two transverse members intermediate and substantially parallel to the pivot axes, and a plurality of longitudinal members intermediate the sides of the module and intersecting the transverse members, said transverse members extending at least partially across the width of the module; said transverse members and selected ones of said longitudinal members defining at least two sprocket recesses, said recesses extending from the bottom surface toward the conveying surface and capable or receiving cooperative sprocket teeth; said at least two transverse members having a driving surface within said sprocket recesses, at least a portion of said driving surfaces extending in direction downwardly from said conveying surface toward the bottom surface and in the direction of intended travel; said first and second pluralities of link ends and said intermediate structure being an integral structure of molded plastic material; at least some of said link ends having a first portion of a thickness along respective pivot axes which is less than the spacing between the first portions of adjacent link ends; at least some of said link ends having a second rod bearing portion outward of the respective pivot axis for bearing on a pivot rod, said second portion having a thickness greater than said first portion along an axis parallel to the pivot axes and in the plane of the pivot axes.

Claim 6

A module for constructing a linked conveyor belt capable of being driven by sprockets in at least one intended direction of travel, said module having a width, a conveying surface and a bottom surface, and comprising: a first plurality of link ends; a second plurality of link ends; at least some of said first and second pluralities of link ends being formed to circumscribe a pivot hole: said first and second pluralities of link ends being spaced apart and dimensioned such that said module is suitable for bricklaying; the pivot holes of said first and second pluralities of link ends being aligned on respective first and second substantially parallel pivot axes; an intermediate structure integral with and connecting the first and second pluralities of link ends; said intermediate structure having at least two transverse members intermediate and substantially parallel to the pivot axes, and a plurality of longitudinal members intermediate the sides of the module and intersecting the transverse members, said transverse members extending at least partially across the width of the module; said transverse members and selected ones of said longitudinal members defining at least two sprocket recesses, said recesses extending from the bottom surface toward the conveying surface and capable or receiving cooperative sprocket teeth; said at least two transverse members having a driving surface within said sprocket recesses, at least a portion of said driving surfaces extending in direction downwardly from said conveying surface toward the bottom surface and in the direction of intended travel; said first and second pluralities of link ends and said intermediate structure being an integral structure of molded plastic material; at least some of said link ends having a first portion of a thickness along respective pivot axes which is less than the spacing between the first portions of adjacent link ends; at least some of said link ends having a second rod bearing portion outward of the respective pivot axis for bearing on a pivot rod, said second portion having a thickness greater than said first portion along an axis parallel to the pivot axes and in the plane of the pivot axes.

Claim 7

A module for constructing a linked conveyor belt capable of being driven by sprockets in at least one direction of intended travel, said module having a width, a conveying surface and a bottom surface, and comprising: a first plurality of link ends; a second plurality of link ends; at least some of said first and second pluralities of link ends being formed to circumscribe a pivot hole; the pivot holes of each plurality of link ends being aligned on respective first and second substantially parallel pivot axes; an intermediate structure integral with and connecting the first and second pluralities of link ends; said intermediate structure having at least two transverse elements extending at least partially across the width of the module and substantially parallel to the pivot axes, and; a plurality of longitudinal members between the sides of the module intersecting the transverse elements; said transverse elements and selected ones of said longitudinal members defining at least two sprocket recesses extending from the bottom surface toward the conveying surface and capable of receiving cooperative sprocket teeth; said transverse elements having a driving surface within said recesses, at least a portion of the respective driving surfaces extending downwardly toward the bottom surface and in the direction of intended travel; said first and second pluralities of link ends and said intermediate structure being an integral structure of molded plastic material; and at least some of said longitudinal members having substantially parallel upstanding ribs defining channels which are capable of receiving the teeth of a cooperative conveyor comb.

Claim 8

A module for constructing a linked conveyor belt capable of being driven by sprockets in at least one direction of intended travel, said module having a width, a conveying surface and a bottom surface, and comprising: a first plurality of link ends; a second plurality of link ends; at least some of said first and second pluralities of link ends being formed to circumscribe a pivot hole; the pivot holes of each plurality of link ends being aligned on respective first and second substantially parallel pivot axes; an intermediate structure integral with and connecting the first and second pluralities of link ends; said intermediate structure having at least two transverse elements extending at least partially across the width of the module and substantially parallel to the pivot axes, and; a plurality of longitudinal members between the sides of the module intersecting the transverse elements; said transverse elements and selected ones of said longitudinal members defining at least two sprocket recesses extending from the bottom surface toward the conveying surface and capable of receiving cooperative sprocket teeth; said transverse elements having a driving surface within said recesses, at least a portion of the respective driving surfaces extending downwardly toward the bottom surface and in the direction of intended travel; said first and second pluralities of link ends and said intermediate structure being an integral structure of molded plastic material; and at least some of said longitudinal members having substantially parallel upstanding ribs defining channels which are capable of receiving the teeth of a cooperative conveyor comb.

Claim 9

A linked conveyor belt having at least one direction of intended travel comprising: a plurality of modules having a width perpendicular to the direction of intended travel, a conveying surface and a bottom surface, at least some of said modules including; a first plurality of link ends; a second plurality of link ends; at least some of said first and second pluralities of link ends being formed to circumscribe a pivot hole; the pivot holes of each plurality of link ends being aligned on respective first and second substantially parallel pivot axes; an intermediate structure integral with and connecting the first and second pluralities of link ends; said intermediate structure having at least two transverse elements extending in a direction substantially parallel to the pivot axes, each of said elements extending at least partially across said width, and; a plurality of longitudinal members intersecting the transverse elements; said transverse elements and selected ones of said longitudinal members defining at least two recesses extending from the bottom surface toward the conveying surface and capable of receiving cooperative sprocket teeth; said transverse elements having a driving surface, at least a portion of said driving surface extending downwardly toward the bottom surface and in the direction of intended travel; said first and second pluralities of link ends and said intermediate structure being an integral structure of molded plastic material; at least some of said link ends of each of said modules being releasably engaged between link ends of an adjacent module; and means for pivotally connecting said modules at engaged link ends.

Claim 10

A linked conveyor belt having at least one direction of intended travel comprising: a plurality of modules having a width perpendicular to the direction of intended travel, a conveying surface and a bottom surface, at least some of said modules including; a first plurality of link ends; a second plurality of link ends; at least some of said first and second pluralities of link ends being formed to circumscribe a pivot hole; the pivot holes of each plurality of link ends being aligned on respective first and second substantially parallel pivot axes; an intermediate structure integral with and connecting the first and second pluralities of link ends; said intermediate structure having at least two transverse elements extending in a direction substantially parallel to the pivot axes, each of said elements extending at least partially across said width, and; a plurality of longitudinal members intersecting the transverse elements; said transverse elements and selected ones of said longitudinal members defining at least two recesses extending from the bottom surface toward the conveying surface and capable of receiving cooperative sprocket teeth; said transverse elements having a driving surface, at least a portion of said driving surface extending downwardly toward the bottom surface and in the direction of intended travel; said first and second pluralities of link ends and said intermediate structure being an integral structure of molded plastic material; at least some of said link ends of each of said modules being releasably engaged between link ends of an adjacent module; and means for pivotally connecting said modules at engaged link ends.

Claim 11

A linked conveyor belt having at least one direction of intended travel, said belt comprising: a plurality of modules having a width perpendicular to the direction of intended travel, a conveying surface and a bottom surface, at least some of said modules including; a first plurality of link ends; a second plurality of link ends; at least some of said first and second pluralities of link ends being formed to circumscribe a pivot hole; the pivot holes of each plurality of link ends being aligned on respective first and second substantially parallel pivot axes; an intermediate structure integral with and connecting the first and second pluralities of link ends; said intermediate structure having at least two pairs of opposing transverse elements extending in a direction substantially parallel to the pivot axes, each of said elements extending at least partially across said width, and; a plurality of longitudinal members intersecting the transverse elements; said transverse elements and selected ones of said longitudinal members defining at least two recesses extending from the bottom surface toward the conveying surface and capable of receiving cooperative sprocket teeth; at least two of said transverse elements having a driving surface within the respective recesses, at least a portion of said driving surfaces extending downwardly toward the bottom surface and in the direction of travel; said first and second pluralities of link ends and said intermediate structure being an integral structure of molded plastic material; at least some of said link ends of each of said modules being releasably engaged between link ends of an adjacent module; and means for pivotally connecting said modules at engaged link ends.

Claim 12

A linked conveyor belt having at least one direction of intended travel, said belt comprising: a plurality of modules having a width perpendicular to the direction of intended travel, a conveying surface and a bottom surface, at least some of said modules including; a first plurality of link ends; a second plurality of link ends; at least some of said first and second pluralities of link ends being formed to circumscribe a pivot hole; the pivot holes of each plurality of link ends being aligned on respective first and second substantially parallel pivot axes; an intermediate structure integral with and connecting the first and second pluralities of link ends; said intermediate structure having at least two pairs of opposing transverse elements extending in a direction substantially parallel to the pivot axes, each of said elements extending at least partially across said width, and; a plurality of longitudinal members intersecting the transverse elements; said transverse elements and selected ones of said longitudinal members defining at least two recesses extending from the bottom surface toward the conveying surface and capable of receiving cooperative sprocket teeth; at least two of said transverse elements having a driving surface within the respective recesses, at least a portion of said driving surfaces extending downwardly toward the bottom surface and in the direction of travel; said first and second pluralities of link ends and said intermediate structure being an integral structure of molded plastic material; at least some of said link ends of each of said modules being releasably engaged between link ends of an adjacent module; and means for pivotally connecting said modules at engaged link ends.

Claim 13

A linked conveyor belt having at least one direction of intended travel comprising: a plurality of modules having a width perpendicular to the direction of intended travel, a conveying surface and a bottom surface, at least some of said modules including, a first plurality of link ends; a second plurality of link ends; at least some of said first and second pluralities of link ends being formed to circumscribe a pivot hole; the pivot holes of each plurality of link ends being aligned on respective first and second substantially parallel pivot axes; an intermediate structure integral with and connecting the first and second pluralities of link ends; said intermediate structure having at least two transverse elements extending at least partially across the width of the module and substantially parallel to the pivot axes, and; at least one longitudinal member intersecting each of said transverse elements; said at least two transverse elements and selected ones of said longitudinal members defining at least two recesses extending from the bottom surface toward the conveying surface and capable of receiving cooperative sprocket teeth; said transverse elements having a driving surface within said recesses, at least a portion of said driving surface extending downwardly toward the bottom surface and in the direction of intended travel; said first and second pluralities of link ends and said intermediate structure being of integrally molded plastic material; at least some of said link ends having a first portion of a thickness along respective pivot axes which is less than the spacing between the first portions of adjacent link ends; at least some of said link ends having a second rod bearing portion outward of the respective pivot axis for bearing on a pivot rod, said second portion having thickness greater than said first portion along an axis parallel to the pivot axes and in the plane of the pivot axes; at least some of said link ends of each of said modules being releasably engaged between link ends of an adjacent module; and means for pivotally connecting said modules at engaged link ends.

Claim 14

A linked conveyor belt having at least one direction of intended travel comprising: a plurality of modules having a width perpendicular to the direction of intended travel, a conveying surface and a bottom surface, at least some of said modules including, a first plurality of link ends; a second plurality of link ends; at least some of said first and second pluralities of link ends being formed to circumscribe a pivot hole; the pivot holes of each plurality of link ends being aligned on respective first and second substantially parallel pivot axes; an intermediate structure integral with and connecting the first and second pluralities of link ends; said intermediate structure having at least two transverse elements extending at least partially across the width of the module and substantially parallel to the pivot axes, and; at least one longitudinal member intersecting each of said transverse elements; said at least two transverse elements and selected ones of said longitudinal members defining at least two recesses extending from the bottom surface toward the conveying surface and capable of receiving cooperative sprocket teeth; said transverse elements having a driving surface within said recesses, at least a portion of said driving surface extending downwardly toward the bottom surface and in the direction of intended travel; said first and second pluralities of link ends and said intermediate structure being of integrally molded plastic material; at least some of said link ends having a first portion of a thickness along respective pivot axes which is less than the spacing between the first portions of adjacent link ends; at least some of said link ends having a second rod bearing portion outward of the respective pivot axis for bearing on a pivot rod, said second portion having thickness greater than said first portion along an axis parallel to the pivot axes and in the plane of the pivot axes; at least some of said link ends of each of said modules being releasably engaged between link ends of an adjacent module; and means for pivotally connecting said modules at engaged link ends.

Claim 15

A linked conveyor belt having at least one direction of intended comprising: a plurality of modules having a width perpendicular to the direction of intended travel, a conveying surface, and a bottom surface, at least some of said modules including; a first plurality of link ends; a second plurality of link ends; at least some of said first and second pluralities of link ends being formed to circumscribe a pivot hole; the pivot holes of each plurality of link ends being aligned on respective first and second substantially parallel pivot axes; an intermediate structure integral with and connecting the first and second pluralities of link ends; said intermediate structure having at least two transverse elements extending at least partially across said width and substantially parallel to the pivot axes, and; at least one longitudinal member intersecting each of the transverse elements; said at least two transverse elements and selected ones of said longitudinal members defining at least two recesses extending from the bottom surface toward the conveying surface and capable of receiving cooperative sprocket teeth; said transverse elements having a driving surface within the respective recesses, at least a portion of said driving surface extending downwardly toward the bottom surface and in the direction of travel; said first and second pluralities of link ends and said intermediate structure being an integral structure of molded plastic material; at least some of said longitudinal members including substantially parallel upstanding ribs defining longitudinal channels which are capable of receiving the teeth of a cooperative conveyor comb; at least some of said link ends of each of said modules being releasably engaged between link ends of an adjacent module; and means for pivotally connecting said modules at engaged link ends.

Claim 16

A linked conveyor belt having at least one direction of intended comprising: a plurality of modules having a width perpendicular to the direction of intended travel, a conveying surface, and a bottom surface, at least some of said modules including; a first plurality of link ends; a second plurality of link ends; at least some of said first and second pluralities of link ends being formed to circumscribe a pivot hole; the pivot holes of each plurality of link ends being aligned on respective first and second substantially parallel pivot axes; an intermediate structure integral with and connecting the first and second pluralities of link ends; said intermediate structure having at least two transverse elements extending at least partially across said width and substantially parallel to the pivot axes, and; at least one longitudinal member intersecting each of the transverse elements; said at least two transverse elements and selected ones of said longitudinal members defining at least two recesses extending from the bottom surface toward the conveying surface and capable of receiving cooperative sprocket teeth; said transverse elements having a driving surface within the respective recesses, at least a portion of said driving surface extending downwardly toward the bottom surface and in the direction of travel; said first and second pluralities of link ends and said intermediate structure being an integral structure of molded plastic material; at least some of said longitudinal members including substantially parallel upstanding ribs defining longitudinal channels which are capable of receiving the teeth of a cooperative conveyor comb; at least some of said link ends of each of said modules being releasably engaged between link ends of an adjacent module; and means for pivotally connecting said modules at engaged link ends.

Claim 17

The module of claim 1 wherein said link ends are of the same width.

Claim 18

The module of claim 1 wherein said link ends of the first and second pluralities have a uniform spacing between adjacent link ends.

Claim 19

The module of claim 1 wherein said longitudinal members are substantially parallel and extend in a direction transverse to said pivot axes.

Claim 20

The module of claim 1 wherein said intermediate structure includes a grid like structure.

Claim 21

The module of claim 12 wherein said grid like structure includes at least one cross member extending across the width of the module and said at least two transverse elements comprise portions of said cross member at predetermined locations across said width.

Claim 22

The module of claim 13 wherein said grid like structure further includes said plurality of longitudinal members and said longitudinal members intersect said cross member.

Claim 23

The module of claim 13 wherein said at least one cross member and said longitudinal members form a beam-like structure extending across said width.

Claim 24

The module of claim 13 wherein said module includes at least two cross members and said cross members and said longitudinal members form a box-beam like structure extending across said width.

Claim 25

The module of claim 1 wherein said module includes means for occluding a pivot hole to prevent passage of a pivot rod through the respective link end.

Claim 26

The module of claim 17 wherein said occluding means includes a clip removably insertable within the respective link end.

Claim 27

The module of claim 2 wherein said link ends are of the same width.

Claim 28

The module of claim 2 wherein said link ends of the first and second pluralities have a uniform spacing between adjacent link ends.

Claim 29

The module of claim 2 wherein said longitudinal members extend generally in direction transverse to the first and second pivot axes.

Claim 30

The module of claim 21 wherein said longitudinal members are substantially parallel.

Claim 31

The module of claim 2 wherein said intermediate structure includes a grid like structure.

Claim 32

The module of claim 23 wherein said grid like structure includes at least two cross members extending across the width of the module and said at least two pairs of opposing transverse elements comprise portions of said at least two cross members at predetermined locations across said width.

Claim 33

The module of claim 24 wherein said grid like structure further includes said plurality of longitudinal members and said longitudinal members intersect said at least two cross members at predetermined locations across said width.

Claim 34

The module of claim 23 wherein said at least two cross members and said longitudinal members form a boxbeam-like structure extending across said width.

Claim 35

The module of claim 2 wherein said module includes means for occluding a pivot hole to prevent passage of a pivot rod through the respective link end.

Claim 36

The module of claim 27 wherein said occluding means includes a clip removably insertable within the respective link end.

Claim 37

The module of claim 3 wherein said link ends are of the same width.

Claim 38

The module of claim 3 wherein said link ends of the first and second pluralities have a uniform spacing between adjacent link ends.

Claim 39

The module of claim 3 wherein said longitudinal members are substantially parallel and extend in a direction transverse to said pivot axes.

Claim 40

The module of claim 3 wherein said intermediate structure includes a grid like structure.

Claim 41

The module of claim 32 wherein said grid like structure includes at least one cross member extending across the width of the module and said at least two transverse elements comprise portions of said cross member at predetermined locations across said width.

Claim 42

The module of claim 33 wherein said grid like structure further includes said plurality of longitudinal members and said longitudinal members intersect said cross member.

Claim 43

The module of claim 34 wherein said at least one cross member and said longitudinal members form a beam-like structure extending across said width.

Claim 44

The module of claim 35 wherein said module includes at least two cross members and said cross members and said longitudinal members form a box-beam like structure extending across said width.

Claim 45

The module of claim 3 wherein said module includes means for occluding at least one pivot hole to prevent passage of a pivot rod through the respective link end.

Claim 46

The module of claim 37 wherein said occluding means includes a clip removably insertable within one of said link ends.

Claim 47

The module of claim 4 wherein said link ends are of the same width.

Claim 48

The module of claim 4 wherein said link ends of the first and second pluralities have a uniform spacing between adjacent link ends.

Claim 49

The module of claim 4 wherein said longitudinal members are substantially parallel and extend in a direction transverse to said pivot axes.

Claim 50

The module of claim 4 wherein said intermediate structure includes a grid like structure.

Claim 51

The module of claim 42 wherein said grid like structure includes at least one cross member extending across the width of the module and said at least two transverse elements comprise portions of said cross member at predetermined locations across said width.

Claim 52

The module of claim 43 wherein said grid like structure further includes said plurality of longitudinal members and said longitudinal members intersect said cross member.

Claim 53

The module of claim 44 wherein said at least one cross member and said longitudinal members form a beam-like structure extending across the width of said module.

Claim 54

The module of claim 45 wherein said module includes at least two cross members and, said cross members and said longitudinal members form a box-beam like structure extending across said width.

Claim 55

The module of claim 4 wherein said module includes means for occluding at least one pivot hole to prevent passage of a pivot rod through the respective link end.

Claim 56

The module of claim 47 wherein said occluding means includes a clip removably insertable within one of said link ends.

Claim 57

The belt of claim 5 wherein said modules are assembled in a bricklayed manner which a side edge of each module disposed intermediate the side edges of a pivotally connected module and wherein said belt includes a plurality of modules having a width dimension narrower than said width such that said belt has side edges which are substantially co-linear when the belt is assembled in said bricklayed manner.

Claim 58

The belt of claim 5 wherein at least some of said modules have link ends which are all of the same width.

Claim 59

The belt of claim 5 wherein at least some of said modules have all of the link ends of the first and second pluralities spaced apart by a uniform distance.

Claim 60

The belt of claim 5 wherein, in at least some of said modules, the number of link ends in said first plurality equals the number of link ends in said second plurality.

Claim 61

The belt of claim 5 wherein at least some of said modules include a means for occluding a pivot hole to prevent passage of a pivot rod through the respective link end.

Claim 62

The belt of claim 47 wherein at least some of said modules having said occluding means are disposed along the edges of the belt.

Claim 63

The belt of claim 5 wherein all of said longitudinal members in at least some of said modules are substantially parallel and extend in a direction transverse to said pivot axes.

Claim 64

The belt of claim 5 wherein said intermediate structure in at least some of said modules comprises a grid like structure.

Claim 65

The belt of claim 5 wherein said grid like structure includes at least one cross member extending across the width of the module and said at least two transverse elements comprise portions of said cross member.

Claim 66

The belt of claim 57 wherein said grid like structure further includes said plurality of longitudinal members and said longitudinal members intersect said cross member at predetermined locations across said width.

Claim 67

The belt of claim 58 wherein said at least one cross member and said longitudinal members in at least some of said modules form a beam-like structure extending across said width.

Claim 68

The belt of claim 59 wherein at least some of said modules include at least two cross members and said cross members and said longitudinal members form a box-beam like structure extending across said width of the respective modules.

Claim 69

The belt of claim 6 wherein said modules are assembled in a bricklayed manner which a side edge of each module disposed intermediate the side edges of a pivotally connected module and wherein said belt includes a plurality of modules having a width dimension narrower than said width such that said belt has side edges which are substantially co-linear when the belt is assembled in said bricklayed manner.

Claim 70

The belt of claim 6 wherein at least some of said modules have link ends which are all of substantially the same width.

Claim 71

The belt of claim 6 wherein at least some of said modules have all of the link ends of the first and second pluralities spaced apart by a uniform distance.

Claim 72

The belt of claim 6 wherein the number of link ends in said first plurality equals the number of link ends in said second plurality in at least some of said modules.

Claim 73

The belt of claim 6 wherein at least some of said modules include a means for occluding a pivot hole to prevent passage of a pivot rod through the respective link end.

Claim 74

The belt of claim 65 wherein at least some of said modules having said occluding means are disposed along the edges of the belt.

Claim 75

The belt of claim 6 wherein all of said longitudinal members in at least some of said modules are substantially parallel and extend in a direction transverse to said pivot axes.

Claim 76

The belt of claim 6 wherein said intermediate structure in at least some of said modules includes a grid like structure.

Claim 77

The belt of claim 68 wherein said grid like structure includes two cross members extending across the width of the respective module and said transverse elements of said at least two pairs of opposing transverse elements comprise portions of said two cross members.

Claim 78

The belt of claim 69 wherein said grid like structure further includes said plurality of longitudinal members and said longitudinal members intersect said cross members at predetermined locations across said width.

Claim 79

The belt of claim 70 wherein said at least two cross members and said longitudinal members in at least some of said modules form a boxbeam-like structure extending across said width.

Claim 80

The belt of claim 8 wherein said modules are assembled in a bricklayed manner which a side edge of each module disposed intermediate the side edges of a pivotally connected module and wherein said belt includes a plurality of modules having a width dimension narrower than said width such that said belt has side edges which are substantially co-linear when the belt is assembled in said bricklayed manner.

Claim 81

The belt of claim 8 wherein at least some of said modules have link ends which are all of substantially the same width.

Claim 82

The belt of claim 8 wherein at least some of said modules have all of the link ends of the first and second pluralities spaced apart by a uniform distance.

Claim 83

The belt of claim 8 wherein, in at least some of said modules, the number of link ends in said first plurality equals the number of link ends in said second plurality.

Claim 84

The belt of claim 8 wherein at least some of said modules include a means for occluding a pivot hole to prevent passage of a pivot rod through the respective link end.

Claim 85

The belt of claim 76 wherein at least some of said modules having said occluding means are disposed along the edges of the belt.

Claim 86

The belt of claim 8 wherein all of the longitudinal members in at least some of said modules are parallel and said longitudinal members extend in a direction substantially parallel to the direction of belt travel.

Claim 87

The belt of claim 8 wherein said intermediate structure in at least two of said modules includes a grid like structure.

Claim 88

The belt of claim 79 wherein said grid like structure includes at least one cross member extending across the width of the respective modules and said at least two transverse elements comprise portions of said cross member.

Claim 89

The belt of claim 80 wherein said grid like structure further includes said plurality of longitudinal members and said longitudinal members intersect said cross member at predetermined locations across said width.

Claim 90

The belt of claim 81 wherein said at least one cross member and said longitudinal members in at least some of said modules form a beam-like structure extending across said width.

Claim 91

The belt of claim 82 wherein at least some of said modules include at least two cross members and said cross members and said longitudinal members form a box-beam like structure extending across the width of the respective modules.

Claim 92

The module of claims 1, 2, 3 or 4 wherein the number of link ends in said first plurality is identical to the number of link ends in said second plurality.

Claim 93

The module of claims 1, 2, 3, or 4 wherein said driving surfaces of said transverse elements are planar.

Claim 94

The module of claims 1, 2, 3, or 4 wherein said pivot holes are circular.

Claim 95

The module of claims 1, 2, 3, or 4 wherein the link ends of said first and second pluralities other than the link ends disposed at edges of said module are disposed on uniform centerlines extending in the direction of intended travel.

Claim 96

The module of claims 1, 2, 3 or 4 wherein said intermediate structure includes at least one cross member extending across the width of the module and at least two of said transverse elements comprise portions of said at least one cross member.