Apparatus for apportioning a cut of whole muscle meat into a product having margins of a select size and an excess trim portion. An upper die is provided as having a forward blade portion and a rearward compression surface extending about the blade portion. The blade portion defines with the compression surface at least a portion of the margins of the product. At least one lower platen is provided as having a support surface for receiving the cut of whole muscle meat thereon. The support surface has a slot configured to receive the blade portion therewithin intermediate a first and second side wall thereof, and a bearing surface configured to abuttingly engage the compression surface. An actuator assembly moves the upper die from a first position spaced above the lower platen to a second position wherein the compression surface abuttingly engages the bearing surface. The compressive engagement between the upper die and lower platen is effective to apportion the cut of whole muscle meat into the product and trim portion.
An automatic stripping machine for meat products such as hams or other meat products which have been previously baked in a mold and compressed by a lid inserted in the mold and provided with at least a crosspiece mounted in a floating arrangement on two or more columns integral with the lid, with interposition of a resilient device and arms having a toothed profile for locking the lid to the mold, being hinged on one end of the crosspiece and having one of their teeth locked under an external rim which surrounds the mold opening. The machine carries out in a sequential and automatic way the operations of sequential feeding of the molds filled with the meat product and closed with a lid; identifying the number of lid locking arms for the purpose of subsequently removing the lid; removing the lid from the mold; stripping the product from the mold; and separately discharging the product and the empty mold.
An apparatus for producing portions severed from a poultry breast of controlled size and weight having a rotary mounted product holder including a generally cylindrical outer surface provided with at least one product cavity for receiving a first portion of a poultry breast for travel along an arcuate path defined by the outer surface of the product holder. A pressing means including an arcuate surface selected to generally mate with a portion of the arcuate path of travel of said cavity is mounted a selected distance from the path of travel of said cavity for engaging the portion of poultry breast to urge and hold the first portion into the cavity. A cutting member is disposed generally tangentially relative to the path of travel of the cavity between the surface of the pressing means and the outer surface of the product holder to engage the poultry breast and separate the first portion of said poultry breast contained in the cavity from the remaining portion thereof.
An apparatus and method for portioning food items. The inventive apparatus preferably comprises: a carrier structure having a cavity provided therein for receiving a first portion of a food item; a holding device for imparting a force to the food item sufficient to hold the first portion of the food item in the cavity; and a saw or knife having a blade receivable between the carrier structure and the holding structure for cutting the food item into the first portion and a second portion. The holding structure is preferably an upper belt-type conveyor and the apparatus most preferably comprises a series of carrier plates conveyed by a lower conveyor system. Alternatively, the holding structure can be replaced with a vacuum system for generating a vacuum in the plate cavities. The inventive method comprises the steps of: (a) placing a first portion of a food item in a cavity provided in a holding structure; (b) pressing the food item, using a pressing structure, with a force sufficient to hold the first portion in the cavity; and (c) while pressing the food item, receiving a cutting structure between the holding structure and the pressing structure such that the cutting structure cuts the food item into the first portion and a second portion. In an alternative embodiment of the inventive method, the first portion of the food item is held by generating a vacuum in the cavity.
A method for apportioning larger poultry breast wherein the forward region of the breast is compressed to a flat uniform thickness, t.sub.1. The rearward tapering portion of the breast is compressed to a uniform thickness t.sub.2. Compression of these portions of the breast is undertaken in conjunction with containment walls. Following such compression, the breast portions are peripherally trimmed to provide a defined shape. Then, the breast forward portion at thickness t.sub.1 is horizontally slit to provide at least two meat products.
An apparatus for producing portions severed from a poultry breast of controlled size and weight having a rotary mounted product holder including a generally cylindrical outer surface provided with at least one product cavity for receiving a first portion of a poultry breast for travel along an arcuate path defined by the outer surface of the product holder. A pressing means including an arcuate surface selected to generally mate with a portion of the arcuate path of travel of said cavity is mounted a selected distance from the path of travel of said cavity for engaging the portion of poultry breast to urge and hold the first portion into the cavity. A cutting member is disposed generally tangentially relative to the path of travel of the cavity between the surface of the pressing means and the outer surface of the product holder to engage the poultry breast and separate the first portion of said poultry breast contained in the cavity from the remaining portion thereof.
