Automatic slicing machine for food stuffs

Claim 2

In combination with a food slicing machine having a rotating slicing blade for cutting food stock such as meats and cheese and an advancable and transversely reciprocable carriage for support and movement of the food stock toward as well as transversely across the cutting edge of the slicing blade to cut and supply in sequence severed slices of such stock, a slice removing means disposed in the slice release region of said blade comprising a linearly moveable planar deposit surface comprising a plurality of parallel side-by-side spaced individual transport belts providing individual longitudinal surfaces each moveable linearly in a direction away from said slicing blade, said deposit transport belts having associated interspaced rolls below said belts moveable into a position of projection above the deposit surface level of said belts for lifting of foodstuffs from said belts and movement thereof transversely to the direction of movement of said belts.

Claim 3

A food slicing machine combination as set forth in claim 1 wherein the moveable deposit surface has an associated speed adjustment means permitting preselection of the speed of movement of said surface away from said blade for a desired degree of slice overlap as a series of severed slices are supplied thereto.

Claim 4

A food slicing machine as set forth in claim 1 wherein the width of said transport belts is sufficiently narrow that the spacing between the interspaced rolls is close enough that foodstuff lifted thereon will be borne without distortion under its own weight into the spaces between said rolls.

Claim 5

A food slicing machine according to claim 3 wherein the diameter of said rolls is sufficiently small that the spacing between said belts is sufficiently small that foodstuff deposited on said belts can be conveyed linearly thereon without distortion under its own weight into the spaces between said belts.

Claim 6

In combination with a food slicing machine having a rotating slicing blade for cutting food stock such as meats and cheese and an advancable and transversely reciprocable carriage for support and movement of the food stock toward as well as transversely across the cutting edge of the slicing blade to cut and supply in sequence severed slices of such stock, a slice removing means disposed in the slice release region of said blade comprising a linearly moveable planar deposit surface comprising a plurality of parallel side-by-side spaced individual transport belts providing individual longitudinal surfaces each moveable linearly in a direction away from said slicing blade, a plurality of rotatable longitudinal rolls having axes of rotation aligned parallel with the deposit surface of said transport belts, each adjacent pair of said belts having one of said rolls disposed in the vertical space region therebetween, said rolls being moveable to a position below said slice deposit surface to permit free movement of grouped food slices away from the slicing blade by said transport belts, said rolls also being selectably moveable upwardly in unison to lift sliced foodstuffs from said slice deposit surface of the belts whereby upon rotation of said rolls the food slices are moved as a group in a direction transverse to the direction of movement on said belts.

Claim 7

In combination with a food slicing machine having a rotating slicing blade for cutting food stock such as meats and cheese and an advancable and transversely reciprocable carriage for support and movement of the food stock toward as well as transversely across the cutting edge of the slicing blade to cut and supply in sequence severed slices of such stock, a slice removing means disposed in the slice release region of said blade comprising a linearly moveable planar deposit surface comprising a plurality of parallel side-by-side spaced individual transport belts providing individual longitudinal surfaces each moveable linearly in a direction away from said slicing blade, a plurality of rotatable longitudinal rolls having axes of rotation aligned parallel with the deposit surface of said transport belts, each adjacent pair of said belts having one of said rolls disposed in the vertical space region therebetween, said rolls being moveable to a position below said slice deposit surface to permit free movement of grouped food slices away from the slicing blade by said transport belts, said rolls also being selectably moveable upwardly in unison to lift sliced foodstuffs from said slice deposit surface of the belts whereby upon rotation of said rolls the food slices are moved as a group in a direction transverse to the direction of movement on said belts.

Claim 8

A food slicing machine according to claim 5 wherein the rolls during deposit of slices upon said transport belts lie underneath the deposit plane of said belts and after the attainment of a preselected number of slices, said rolls are lifted to transport said slices in a lateral direction.

Claim 9

A food slicing machine according to claim 6 wherein a portions transport belt is disposed laterally of said belts and rolls to receive and move slice portions to a ready station.

Claim 10

A food slicing machine according to claim 7 wherein said portions transport belt has an associated photocell light barrier unit positioned along its length and which upon movement of a slice portion into its monitored range halts further movement of the belt and slice portion thereon.

Claim 11

A food slicing machine according to claim 8 wherein control means interconnect said light barrier is arranged to initiate slicing of foodstuff upon withdrawal of a slice portion disposed in the monitoring range of the light barrier.