Abstract: An apparatus and method for automatic opening of bags uses bags in a folded configuration that include a small aperture near the top thereof. The aperture allows a number of bags to be hung in a substantially vertical orientation on an angled protruding member. A vacuum-operated device engages one side of one of a first bag on the side of the bag opposite to the aperture and retracts, thus opening the bag using the force generated between the protruding member and the vacuum-operated device. This allows the bag to be opened without extraction from the protruding member. The open bag is clamped in position and loaded using conventional technology. The fully loaded bag is moved out of the loading position onto a conveyor belt. The movement of the fully loaded bag tears the back portion of the bag near the aperture thus freeing the bag from the protruding member. The loaded bag may be subsequently sealed and processed for shipping.

Abstract: An apparatus and method for automatic opening of bags uses bags in a folded configuration that include a small aperture near the top thereof. The aperture allows a number of bags to be hung in a substantially vertical orientation on an angled protruding member. A vacuum-operated device engages one side of one of a first bag on the side of the bag opposite to the aperture and retracts, thus opening the bag using the force generated between the protruding member and the vacuum-operated device. This allows the bag to be opened without extraction from the protruding member. The open bag is clamped in position and loaded using conventional technology. The fully loaded bag is moved out of the loading position onto a conveyor belt. The movement of the fully loaded bag tears the back portion of the bag near the aperture thus freeing the bag from the protruding member. The loaded bag may be subsequently sealed and processed for shipping.

Abstract: A baling bag is provided for automatic bale bag processing. The bag has front and back panels and adjoining left and right side panels and a closed bottom panel. An open top portion is defined by the front, back, left, and right panels at an end of the bag opposite the closed bottom panel. An aperture is provided in the bag proximate the top portion to permit the bag to be hung on an automatic bag extraction and loading mechanism.

Abstract: An apparatus and method for automatic opening of bags uses bags in a folded configuration that include a small aperture near the top thereof. The aperture allows a number of bags to be hung in a substantially vertical orientation on an angled protruding member. A vacuum-operated device engages one side of one of a first bag on the side of the bag opposite to the aperture and retracts, thus opening the bag using the force generated between the protruding member and the vacuum-operated device. This allows the bag to be opened without extraction from the protruding member. The open bag is clamped in position and loaded using conventional technology. The fully loaded bag is moved out of the loading position onto a conveyor belt. The movement of the fully loaded bag tears the back portion of the bag near the aperture thus freeing the bag from the protruding member. The loaded bag may be subsequently sealed and processed for shipping.

Abstract: The present invention automates the process of selecting lids to be inserted over produce containers. In one embodiment, labels are affixed to the bottom container when the selected produce products have been loaded into the container. As the containers move along an assembly line, the label is read and the container directed to a specific lidding station where the desired lid is selected and placed over the container. Multiple lidding stations are provided such that the containers are automatically directed to the appropriate lidding station so that the selected lid may be placed on the container. Alternatively, the system may simply track the movement of containers and count quantities of containers rather than rely on labels affixed to the container. In this manner, containers full of produce are directed to the appropriate lidding stations where lids are automatically selected and positioned over the container.

Abstract: An apparatus and method for automatic opening of bags uses bags in a folded configuration that include a small aperture near the top thereof. The aperture allows a number of bags to be hung in a substantially vertical orientation on an angled protruding member. A vacuum-operated device engages one side of one of the bags and extracts it from the protruding member. The bag, still in the folded configuration, is moved into position opposite a second vacuum-operated device. The second vacuum-operated device engages the extracted bag on the opposite side of the bag from the first vacuum-operated device. The second vacuum-operated device is activated and one or both of the vacuum-operated devices are moved away from each other to open the bag into an unfolded configuration. The unfolded bag may be positioned in a loading area by synchronized movement of both vacuum-operated devices.

Abstract: A baling bag is provided for automatic bale bag processing. The bag has front and back panels and adjoining left and right side panels and a closed bottom panel. An open top portion is defined by the front, back, left, and right panels at an end of the bag opposite the closed bottom panel. An aperture is provided in the bag proximate the top portion to permit the bag to be hung on an automatic bag extraction and loading mechanism.

Abstract: The present invention automates the process of selecting lids to be inserted over produce containers. In one embodiment, labels are affixed to the bottom container when the selected produce products have been loaded into the container. As the containers move along an assembly line, the label is read and the container directed to a specific lidding station where the desired lid is selected and placed over the container. Multiple lidding stations are provided such that the containers are automatically directed to the appropriate lidding station so that the selected lid may be placed on the container. Alternatively, the system may simply track the movement of containers and count quantities of containers rather than rely on labels affixed to the container. In this manner, containers full of produce are directed to the appropriate lidding stations where lids are automatically selected and positioned over the container.