Conveyor belt having insertable & selectable conveying member

Claim 2

A pivotally joined conveyor belt comprising a plurality of modules of identical pitch dimensions adapted to be pivotally connected end-to-end and side-by-side by a plurality of pivot rods, said modules integrally molded from a plastic material, selected ones of said modules comprising: a base member pivotally joined with other modules, and having a selected pitch dimension between first and second pivotal ends, said first pivotal ends joined and maintained parallel to said second pivotal ends by an intermediate section, said intermediate section defining a recess and overhang extending over said recess on the top thereof; and conveying members of a selected shape and having a dimension extending between said first and second pivotal ends which is fully within said intermediate section, said conveying members further having an attaching bottom portion for being removably positioned in said recess and retained in a fixed location by said overhang, said conveying members having a shape for providing a conveying surface of a selected configuration on said top side of said base member.

Claim 3

A module having a conveying surface of a selected shape for forming a modular conveyor belt, said belt comprised at least in part of a plurality of modules having such a selectively shaped conveyor surface, each of said modules of said conveyor belt having identical pitch dimensions and pivot ends adapted to be connected end-to-end and side-by-side, and said modules being integrally molded from a plastic material, and each module of said plurality having a selectively shaped conveying surface comprising: a base member having a first and second plurality of integrally molded pivot ends joined by and formed integral with an intermediate section, and having a top portion and a bottom portion to form a top and bottom side of said intermediate section, said top side defining a recess and a overhang extending over said recess and said first and second pluralities of pivot ends connected parallel to and at a spaced distance from each other such that said conveyor belt may be connected end-to-end and side-by-side; said base member further including means for receiving a driving force, at least a component vector of which is, orthogonal to a pair of pivot axis through said first and second pluralities of pivot ends, and also substantially parallel to a first plane common to said pair of pivot axis to move said module in a direction perpendicular to said pivot axis; a conveying member having a bottom attaching portion for being positioned in said recess and retained in a fixed location by said overhang of said base member, said conveying member having a selected shape so as to provide a conveying surface of a selected shape and having a dimension extending between said first and second pivot ends which is fully within said intermediate section; and said conveying member being adapted for selective insertion and removal from said recess of said base member such that said selected shape of said conveying surface is suitable for handling various shaped items.

Claim 4

A module having a conveying surface of a selected shape for forming a modular conveyor belt, said belt comprised at least in part of a plurality of modules having such a selectively shaped conveyor surface, each of said modules of said conveyor belt having identical pitch dimensions and pivot ends adapted to be connected end-to-end and side-by-side, and said modules being integrally molded from a plastic material, and each module of said plurality having a selectively shaped conveying surface comprising: a base member having a first and second plurality of integrally molded pivot ends joined by and formed integral with an intermediate section, and having a top portion and a bottom portion to form a top and bottom side of said intermediate section, said top side defining a recess and a overhang extending over said recess and said first and second pluralities of pivot ends connected parallel to and at a spaced distance from each other such that said conveyor belt may be connected end-to-end and side-by-side; said base member further including means for receiving a driving force, at least a component vector of which is, orthogonal to a pair of pivot axis through said first and second pluralities of pivot ends, and also substantially parallel to a first plane common to said pair of pivot axis to move said module in a direction perpendicular to said pivot axis; a conveying member having a bottom attaching portion for being positioned in said recess and retained in a fixed location by said overhang of said base member, said conveying member having a selected shape so as to provide a conveying surface of a selected shape and having a dimension extending between said first and second pivot ends which is fully within said intermediate section; and said conveying member being adapted for selective insertion and removal from said recess of said base member such that said selected shape of said conveying surface is suitable for handling various shaped items.

Claim 5

A module having a selectable conveying surface for forming a modular conveyor belt, said conveyor belt comprised at least in part of a plurality of modules having said selectively shaped conveying surface, each of said modules of said conveyor belt having identical pitch dimensions and pivot ends adapted to be connected end-to-end and side-by-side, and said modules being integrally molded from a plastic material, and comprising; a base member including a first and second plurality of pivot ends joined by and formed integral with an intermediate section, each of said first and second plurality of pivot ends defining a pivot axis, and each of said pivot ends of a plurality connected parallel to and at a spaced distance from each other by said intermediate section, and said intermediate sections having a top portion and a bottom portion for forming a top side and a bottom side of said base member, the pitch of the module being equal to the length of the intermediate section plus a first and second pivot end, and the width of the module being determined by the number of connected pivot ends; said pivot axis defined by each of said first pivot ends of said base member being aligned coaxially and comprising a first plurality of coaxially aligned pivot ends and said pivot ends defined by each of said second pivot ends being aligned coaxially and comprising a second plurality of pivot ends and such that said pivot axis of said first and second pluralities define a common first plane, the thickness of said first and second pivot ends being less than the spacing between adjacent pivot ends such that said first and second pluralities of pivot ends are suitable for intermeshing with similar first and second pluralities of pivot ends of another module so that the pivot axis of the pivot ends of such intermeshed modules are also coaxial and suitable for being connected end-to-end and side-by-side; said base member further including means for receiving a driving force at least a component vector of which is, orthogonal to said pivot axis and substantially parallel to said common first plane to move said module in a direction perpendicular to said pivot axis, said top side of said base member defining a recess and a overhang extending over said recess for attaching a conveying member; a conveying member having a bottom attaching portion for being positioned in said recess and retained in a fixed location by said overhang on said top side of said base member, said conveying member further defining an upper portion of a selected shape such that when attached to said top side of said base member a conveyor belt may be formed having a conveying surface of a selected shape and having a dimension extending between said first and second pivot ends which is fully within said intermediate section; and said conveying member being adapted for selective insertion and removal from said recess to join said conveying member and said base member to provide a conveying belt comprised at least in part of such modules for conveying items of selected shapes by said conveying belt.

Claim 6

A module having a selectable conveying surface for forming a modular conveyor belt, said conveyor belt comprised at least in part of a plurality of modules having said selectively shaped conveying surface, each of said modules of said conveyor belt having identical pitch dimensions and pivot ends adapted to be connected end-to-end and side-by-side, and said modules being integrally molded from a plastic material, and comprising; a base member including a first and second plurality of pivot ends joined by and formed integral with an intermediate section, each of said first and second plurality of pivot ends defining a pivot axis, and each of said pivot ends of a plurality connected parallel to and at a spaced distance from each other by said intermediate section, and said intermediate sections having a top portion and a bottom portion for forming a top side and a bottom side of said base member, the pitch of the module being equal to the length of the intermediate section plus a first and second pivot end, and the width of the module being determined by the number of connected pivot ends; said pivot axis defined by each of said first pivot ends of said base member being aligned coaxially and comprising a first plurality of coaxially aligned pivot ends and said pivot ends defined by each of said second pivot ends being aligned coaxially and comprising a second plurality of pivot ends and such that said pivot axis of said first and second pluralities define a common first plane, the thickness of said first and second pivot ends being less than the spacing between adjacent pivot ends such that said first and second pluralities of pivot ends are suitable for intermeshing with similar first and second pluralities of pivot ends of another module so that the pivot axis of the pivot ends of such intermeshed modules are also coaxial and suitable for being connected end-to-end and side-by-side; said base member further including means for receiving a driving force at least a component vector of which is, orthogonal to said pivot axis and substantially parallel to said common first plane to move said module in a direction perpendicular to said pivot axis, said top side of said base member defining a recess and a overhang extending over said recess for attaching a conveying member; a conveying member having a bottom attaching portion for being positioned in said recess and retained in a fixed location by said overhang on said top side of said base member, said conveying member further defining an upper portion of a selected shape such that when attached to said top side of said base member a conveyor belt may be formed having a conveying surface of a selected shape and having a dimension extending between said first and second pivot ends which is fully within said intermediate section; and said conveying member being adapted for selective insertion and removal from said recess to join said conveying member and said base member to provide a conveying belt comprised at least in part of such modules for conveying items of selected shapes by said conveying belt.

Claim 7

The module of claim 3 wherein said first plurality of pivot ends of a module are laterally offset from said second plurality of pivot ends such that each pivot end of said first plurality are in register with the spaces between the pivot ends of said second plurality and said pivot ends of said second plurality are in register with the spaces between the pivot ends of said first plurality.

Claim 8

The conveying belt of claim 1 wherein said base member further comprises a bottom side having means for receiving a driving force to move said belt along a selected direction of travel.

Claim 9

The modules of claims 2, 3 or 5 wherein said means for receiving a driving force, is a tooth extending from said bottom side of said base member for engaging a cooperating recess in a drive sprocket.

Claim 10

The modules of claims 2,3, or 5 wherein said means for applying a driving force is a recess defined in said bottom side of said base member for receiving a cooperating tooth extending from a drive sprocket.

Claim 11

The modules of claims 2, 3 or 5 wherein said means for receiving a driving force is a contact area on selected ones of said pivot ends for engaging a cooperating tooth shaped to conform with said pivot ends and extending from a drive sprocket.

Claim 12

The modules of claims 2 or 3 wherein, each module of said conveyor belt positioned with respect to another module such that one of said first and second pluralities of pivot ends of a module is intermeshed with one of said first and second pluralities of pivot ends of another one of said modules; and further comprising a plurality of pivot rods for pivotally joining said modules to form said conveyor belt.

Claim 13

The module of claim 9 wherein the modules of said conveyor belt are further arranged in a side-by-side relationship with other modules such that the pivot axis defined by said first plurality of pivot ends and said second plurality of pivot ends respectively are coaxial with respect to adjacent side by side modules.

Claim 14

The module of claim 9 wherein said first and second pluralities of pivot ends are further pivotally joined to form an endless loop.

Claim 15

The module of claim 9 wherein said means for receiving a driving force further includes a conductive material secured to selected elongated elements located at the outside edge of selected ones of said plurality of modules, and a plurality of electrical coils positioned to electrically interact with said conductive material of said selected elongated elements such that said selected elongated elements and said electrical coils operate as an armature and drive coils respectively of a linear motor so that sequentially energizing said electrical coils generates a moving field which interacts with said conductive material to provide said driving force.

Claim 16

The module of claim 5 wherein said conveying members have a shape for forming vertical flight members.

Claim 17

The module of claim 5 wherein said conveying members have a shape for forming vertical surfaces extending parallel to the direction of travel of said belt.

Claim 18

The module of claim 5 wherein each of said conveying member have a shape for forming a multiplicity of pin members extending above the top side of said belt.

Claim 19

The module of claim 5 wherein said conveying members define a multiplicity of individual containers on the top side of said conveyor belt.

Claim 20

The module of claim 5 wherein a plurality of parallel conveying members are secured to a flexible sheet member such that the top side of said conveying belt is covered by said flexible sheet member to provide a substantially seamless cover on the top side of said conveyor belt.

Claim 21

The module of claims 2 or 3 wherein said conveying members have a shape for forming vertical flight members.

Claim 22

The module of claims 2 or 3 wherein said conveying members have a shape for forming vertical surfaces extending parallel to the direction of travel of said belt.

Claim 23

The module of claims 2 or 3 wherein each of said conveying member have a shape for forming a multiplicity of pin members extending above the top side of said belt.

Claim 24

The module of claims 2 or 3 wherein said conveying members define a multiplicity of individual containers on the top side of said conveyor belt.

Claim 25

The module of claim 2 or 3 wherein a plurality of parallel conveying members are secured to a flexible sheet member such that the top side of said conveying belt is covered by said flexible sheet member to provide a substantially seamless cover on the top side of said conveyor belt.

Claim 26

The module of claim 5 wherein said means for receiving a driving force is integrally formed with said module.

Claim 27

The module of claim 5 wherein said means for receiving a driving force comprises a plurality of means on a single module.

Claim 28

The modules of claim 2 or 3 wherein said means for receiving a driving force comprises a plurality of means on a single module.