Capping apparatus having means for conveying containers while suspended by a flange

Claim 1

An apparatus for capping containers having a capping portion with a horizontally-enlarged flange, by the application of axial force to the capping portion of the containers, which comprises rotatable means having a plurality of container holding means positioned on the periphery of said rotatable means, said holding means having an outwardly facing open portion for receiving the containers, and providing first supporting means for supporting the underside of an inwardly positioned portion of the enlarged flange of the containers with a portion of the flange extending outwardly of said first supporting means, means for feeding the containers sequentially into said holding means so that the horizontally-enlarged flange on the capping portion of the containers is above said first supporting means, second stationary supporting means positioned outwardly of said rotatable means with a space therebetween, said rotatable means being suitable for transporting the containers on said first supporting means to said second stationary supporting means, means for supporting the lower portion of the containers as they move from said feeding means into the space between said rotatable means and said second supporting means, said first and second supporting means serving to suspend said containers by said flange and between said first and second supporting means, said second supporting means being spaced outwardly of said rotatable means opposite a substantial portion of the periphery of the rotatable means sufficient to permit capping of the containers while they are supported on and suspended from said first and second supporting means, said spacing being sufficient to permit movement of the containers between said rotatable means and said second supporting means as the containers are capped, means for capping said containers by the application of axial force when the containers are supported on and suspended from said first and second supporting means, said first and second supporting means being spaced relative to one another for engaging said flange to receive substantially all of said axial force applied by said means for capping said containers while simultaneously permitting said movement of said containers therebetween, and means for removing capped containers from said holding means before said holding means return to the container-feeding position.

Claim 2

An apparatus for capping containers having a capping portion with a horizontally-enlarged flange, by the application of axial force to the capping portion of the containers, which comprises rotatable means having a plurality of container holding means positioned on the periphery of said rotatable means, said holding means having an outwardly facing open portion for receiving the containers, and providing first supporting means for supporting the underside of an inwardly positioned portion of the enlarged flange of the containers with a portion of the flange extending outwardly of said first supporting means, means for feeding the containers sequentially into said holding means so that the horizontally-enlarged flange on the capping portion of the containers is above said first supporting means, second stationary supporting means positioned outwardly of said rotatable means with a space therebetween, said rotatable means being suitable for transporting the containers on said first supporting means to said second stationary supporting means, means for supporting the lower portion of the containers as they move from said feeding means into the space between said rotatable means and said second supporting means, said first and second supporting means serving to suspend said containers by said flange and between said first and second supporting means, said second supporting means being spaced outwardly of said rotatable means opposite a substantial portion of the periphery of the rotatable means sufficient to permit capping of the containers while they are supported on and suspended from said first and second supporting means, said spacing being sufficient to permit movement of the containers between said rotatable means and said second supporting means as the containers are capped, means for capping said containers by the application of axial force when the containers are supported on and suspended from said first and second supporting means, said first and second supporting means being spaced relative to one another for engaging said flange to receive substantially all of said axial force applied by said means for capping said containers while simultaneously permitting said movement of said containers therebetween, and means for removing capped containers from said holding means before said holding means return to the container-feeding position.

Claim 6

An apparatus for capping containers having a capping portion with a solid horizontally-enlarged flange, by the application of axial force to the capping portion of the containers, which comprises rotatable means having a plurality of container holding means fixedly positioned on said rotatable means and equally spaced around the periphery of said rotatable means, said holding means having an outwardly facing, substantially U-shaped open portion for receiving the containers, and providing first supporting means for supporting the underside of an inwardly positioned portion of the enlarged flange of the containers with a portion of the flange extending outwardly of said first supporting means, means for feeding the containers sequentially into said holding means with the horizontally-enlarged flange on the capping portion of the containers being spaced above the upper surface of said first supporting means, a stationary collar positioned outwardly of said rotatable means with a space therebetween, said stationary collar having an upper surface for supporting the underside of the outwardly positioned portion of the enlarged flange of the containers on substantially the same horizontal plane as said first supporting means, said rotatable means being suitable for transporting the containers in said first supporting means to said stationary collar, means for supporting the lower portion of the containers as they move from said feeding means into the space between said rotatable means and said collar, said first supporting means and said collar serving to suspend said containers by said flange, said collar extending outwardly of said rotatable means around a substantial portion, but not all, of the periphery of the rotatable means sufficient to permit capping of the containers while they are supported on and suspended from said first supporting means and said collar, said spacing being sufficient to permit movement of the containers between said rotatable means and said collar as the containers are capped, means for capping said containers by the application of axial force when the containers are supported on and suspended from said first supporting means and said collar, said collar and said first supporting means being spaced relative to one another for engaging said flange to receive substantially all of said axial force applied by said means for capping said containers while simultaneously permitting said movement of said containers therebetween, and means for removing capped containers from said holding means before said holding means return to the container-feeding position.

Claim 7

An apparatus for capping containers having a capping portion with a solid horizontally-enlarged flange, by the application of axial force to the capping portion of the containers, which comprises rotatable means having a plurality of container holding means fixedly positioned on said rotatable means and equally spaced around the periphery of said rotatable means, said holding means having an outwardly facing, substantially U-shaped open portion for receiving the containers, and providing first supporting means for supporting the underside of an inwardly positioned portion of the enlarged flange of the containers with a portion of the flange extending outwardly of said first supporting means, means for feeding the containers sequentially into said holding means with the horizontally-enlarged flange on the capping portion of the containers being spaced above the upper surface of said first supporting means, a stationary collar positioned outwardly of said rotatable means with a space therebetween, said stationary collar having an upper surface for supporting the underside of the outwardly positioned portion of the enlarged flange of the containers on substantially the same horizontal plane as said first supporting means, said rotatable means being suitable for transporting the containers in said first supporting means to said stationary collar, means for supporting the lower portion of the containers as they move from said feeding means into the space between said rotatable means and said collar, said first supporting means and said collar serving to suspend said containers by said flange, said collar extending outwardly of said rotatable means around a substantial portion, but not all, of the periphery of the rotatable means sufficient to permit capping of the containers while they are supported on and suspended from said first supporting means and said collar, said spacing being sufficient to permit movement of the containers between said rotatable means and said collar as the containers are capped, means for capping said containers by the application of axial force when the containers are supported on and suspended from said first supporting means and said collar, said collar and said first supporting means being spaced relative to one another for engaging said flange to receive substantially all of said axial force applied by said means for capping said containers while simultaneously permitting said movement of said containers therebetween, and means for removing capped containers from said holding means before said holding means return to the container-feeding position.