Transporting devices

Claim 2

A transporting device for transporting articles, comprising: a pair of opposed parallel plates having respective outer edges spaced apart from one another to form an open slit area between said outer edges and an inside area between respective central portions of said opposed plates, both said outer edges being movable and adapted to receive said articles thereon to transport the same, and a suction means for sucking air from the outside through said open slit area and into said inside area to hold said articles by suction on said outer edges.

Claim 3

The device as in claim 1, wherein said pair of opposed plates comprises a pair of rotary discs concentrically connected with a rotatable cylindrical shaft such that said pair of opposed plates rotate together when said rotatable cylindrical shaft is rotated, said inside area being in communication with an inner space of said rotatable cylindrical shaft and in turn in communication with said suction means.

Claim 4

The device as in claim 1, wherein said pair of opposed plates comprises a pair of fixed plates having guide rails adjacent said respective outer edges and said transporting device further comprises respective pairs of running strings guided by said guide rails.

Claim 5

The device as in claim 3, wherein said strings are endless.

Claim 6

The device as in claim 4, wherein said strings have a return path located in said inside area.

Claim 7

The device as in claim 1, wherein said inside area has a dimension between said opposed plates which is greater than a width of said slit area.

Claim 8

A transporting device, comprising: a first transport means comprising a first pair of opposed parallel plates having respective outer edges spaced apart from one another to form an open slit area between said outer edges and an inside area between respective central portions of said opposed plates, both said outer edges being movable and adapted to receive said articles thereon, and a first suction means for sucking air from the outside through said slit area and into said inside area to hold said articles by suction on said outer edges, a second transport means comprising a second pair of opposed parallel plates having respective outer edges spaced apart from one another to form an open slit area between said outer edges and an inside area between respective central portions of said opposed plates, both said outer edges being movable and adapted to receive said articles thereon, and a suction means for sucking air from the outside through said slit area and into said inside area to hold said articles by suction on said outer edges, said first pair and said second pair of opposed parallel plates being positioned in substantially planar end-to-end relationship with each other spaced at a predetermined distance from each other, said predetermined distance being adapted (i) to be greater than or equal to the standing height dimension of articles supported on said first transporting device and said second transporting device and (ii) to enable articles to be delivered from said first transporting means to said second transporting means. a first visual profile inspection means located adjacent said slit of said first transport means, and a second visual profile inspection means located adjacent said slit of said second transport means.

Claim 9

A transporting device, comprising: a first transport means comprising a first pair of opposed parallel plates having respective outer edges spaced apart from one another to form an open slit area between said outer edges and an inside area between respective central portions of said opposed plates, both said outer edges being movable and adapted to receive said articles thereon, and a first suction means for sucking air from the outside through said slit area and into said inside area to hold said articles by suction on said outer edges, a second transport means comprising a second pair of opposed parallel plates having respective outer edges spaced apart from one another to form an open slit area between said outer edges and an inside area between respective central portions of said opposed plates, both said outer edges being movable and adapted to receive said articles thereon, and a suction means for sucking air from the outside through said slit area and into said inside area to hold said articles by suction on said outer edges, said first pair and said second pair of opposed parallel plates being positioned in substantially planar end-to-end relationship with each other spaced at a predetermined distance from each other, said predetermined distance being adapted (i) to be greater than or equal to the standing height dimension of articles supported on said first transporting device and said second transporting device and (ii) to enable articles to be delivered from said first transporting means to said second transporting means. a first visual profile inspection means located adjacent said slit of said first transport means, and a second visual profile inspection means located adjacent said slit of said second transport means.

Claim 10

The device as in claim 7, wherein said first visual inspection means comprises means for inspecting a visual appearance of said articles in a given direction, and said second visual inspection means comprises means for inspecting a visual appearance of said articles in another direction opposite to said given direction.

Claim 11

The device as in claim 7, wherein said first visual inspection means comprises a first line image sensor and said second visual inspection means comprises a second line image sensor, both said first line image sensor and said second line image sensor being located adjacent the slit of the corresponding first transport means and second transport means, so that said articles cross respective scanning line directions of said first line image sensor and said second line image sensor while being transported on said first transport and said second transport means, said transporting device further comprising a video extraction circuit, responsive to outputs from said first line image sensor and said second line image sensor, for analog/digital processing of said outputs from said first line image sensor and said second line image sensor and for outputting video characteristics data, and a high speed processor, responsive to said video characteristics data from said video extraction circuit, for inspecting and judging said video characteristics data through a pipeline control system.