An apparatus for handling of unsealed slit boxes (2) of the type having at least at the bottom thereof two pairs of close flaps (3, 4), and which comprises a cradle-like support (11) in the form of a U-bar which is open at the top and which at the bottom is formed with a guide and lock bar (17) having two lock plates (19, 20) provided spaced one above the other and spaced from the bottom of the cradle support and between which two opposite close flaps (4) at the bottom of the slit box (2) can be introduced and moved in the longitudinal direction of the cradle support while retaining the slit box and preventing the slit box from moving upwards. In a preferred embodiment of the invention the cradle support (11) is mounted on a Z-bar (12) which is rotatable about a horizontal axis (13) and which is actuatable by a piston-cylinder unit (21) to be rotated from an initial horizontal position for receiving and discharging the slit box (2) to a substantially vertical position in which the slit box (2) receives the goods to be packed.
A system for the handling of lightweight plastic containers into and through a case-packing operation wherein the containers are moved in a single line onto a conveyor where a diverting guide will move the containers into a multiple lane receiver. The multiple lane receiver is rotatable about its longitudinal axis through a 90.degree. angle, either with the container bottoms facing to the left or facing to the right. On the left side of the receiver, a carton-handling arrangement tips a carton toward the containers which are held in the receiver. A pusher mechanism moves the containers, as a group, from the receiver into the carton, and the carton is then returned to its original position.
A case packing apparatus comprising a stacking assembling, a case positioning assembly, and a pusher assembly. The stacking assembly is provided to form a stack of articles; the case positioning assembly is provided to receive a case in a receiving position and to move the case to a loading position, wherein an open end of the case is located adjacent that stack of articles; and the pusher assembly is provided to push the stack of articles into the case. The case positioning assembly includes an engagement member and a pivot arm that is spaced from the engagement member when the case is in the receiving position; and, as the case is moved toward the loading position, the pivot arm engages the engagement member and pivots the case about an upwardly moving axis to move the case into its loading position.
A conveyor system for retaining an empty box thereon includes a conveyor assembly slidably adjustable on a frame. The conveyor assembly includes a set of rollers rotationally mounted on a support rail attached to the conveyor assembly. A corresponding set of rollers are rotationally mounted to another support rail parallel and spaced apart from the first support rail and fixedly attached to the frame. The rotational axis of each of the rollers is angled forward in the direction of operative travel of the conveyor belt and box. In operation, the angled rollers snugly engage the box and urge the box against the conveyor belt when the box is translated thereby. The distance between the two sets of rollers is adjusted by sliding adjustment of the conveyor assembly with respect to the frame, thus providing for expedited set up of the conveyor system to handle boxes of different widths.
A transportable bagging apparatus for continual, sequential loading of individual bales of agricultural products such as grass, alfalfa, corn stalks, hay, etc., into plastic tubing. The apparatus can be towed by an ordinary farm tractor or other vehicle, and can be loaded with any fork-type bale carrier or loader. A removably mounted bracket delivers plastic tubing from a roll over one of opposite open ends of a vertically positioned, pivotally mounted drum on the apparatus. When the entire roll of plastic tubing is gathered over the drum outer surface and tied over one of the drum's opposite open ends, the drum is then pivoted to a horizontal operating position with the opposite open end facing a bale engaged by a carriage. The engaged bale activates a hydraulic cylinder to force a telescoping ram against the opposite face of the carriage. This causes the engaged bale to enter the drum and load into the plastic tubing. A dropgate extension on the carriage ejects the last bale from the drum to clear the apparatus.
