Abstract: Methods for producing a can end having a moveable portion disposed beneath a tab are disclosed. In one embodiment, a can end having a center panel may be formed. A moveable portion may be formed in the center panel. The moveable portion may be in a downward position after it is formed. The can end may then be restrained such that a portion of the center panel that is adjacent to the moveable portion is unrestrained. While the can end is restrained, the moveable portion may be moved into an upward position.

Abstract: Methods for producing a can end having a moveable portion disposed beneath a tab are disclosed. In one embodiment, a can end having a center panel may be formed. A moveable portion may be formed in the center panel. The moveable portion may be in a downward position after it is formed. The can end may then be restrained such that a portion of the center panel that is adjacent to the moveable portion is unrestrained. While the can end is restrained, the moveable portion may be moved into an upward position.

Abstract: Methods for producing a can end having a moveable portion disposed beneath a tab are disclosed. In one embodiment, a can end having a center panel may be formed. A moveable portion may be formed in the center panel. The moveable portion may be in a downward position after it is formed. The can end may then be restrained such that a portion of the center panel that is adjacent to the moveable portion is unrestrained. While the can end is restrained, the moveable portion may be moved into an upward position.

Abstract: A steel can end construction for a special liquid product to be protected against contamination in which a pouring opening is to be formed in the can end by pulling the can end metal area defined by an endless score line with a centrally located aluminum pull tab riveted to the steel can end to completely tear the metal within the score line from the can end. The tearing operation is performed by a person holding the can in one hand and with a finger or thumb engaged with the pull tab, pulling the pull tab upward and forward from the can.

Abstract: A pouring spout steel can end construction for liquid human food products in which a steel can end is provided which may be opened easily with an aluminum pull tab riveted to a flat panel portion of the can end. The flat panel portion has a pouring spout opening defined by a score line when panel metal is torn from the can end along the score line. The torn metal does not contaminatingly project into the container during opening and remains connected to the can end.

Abstract: A half-size sheet metal steam table tray and a lid that may be joined by a sealed double seam to the tray to form a container for packing or canning, processing, storing, shipping, distributing, heating, displaying and serving processed food products in any desired manner, and particularly for use at a steam table. The tray and lid container is desirable for institutional use to replace 105 fluid ounce capacity No. 10 cans for processed foods or frozen food containers. The tray serves as a cooking vessel suitable for heating the food product packed therein after removal of the lid and before serving. The tray becomes a serving container replacing stainless steel serving pans commonly used in volume feeding establishments.