Abstract: A flaps closing apparatus for closing full flap boxes is provided. The apparatus includes a flaps closing assembly with a first brake mechanism and closing bars with a second brake mechanism. The first brake mechanism controls the vertical motion of the flaps closing assembly with respect to the flaps closing apparatus. The second brake mechanism holds the closing bars in an angled configuration and at a first predetermined vertical position permits the bars to pivot to a horizontal configuration. A flap sealing assembly includes a pair of compression plates positioned outside the flaps closing assembly. A compression plate actuating mechanism draws the compression plates inwardly to urge side flaps of the full flap box into contact with sides of the full flap box at a second predetermined vertical position. A vertical movement mechanism lowers and raises the apparatus.

Abstract: A case erector is provided which is easily adaptable to different sizes and shaped of R.S.C. cases and the like. The case erector includes a case erector system including a pair of vacuum heads, the range and motion of each being actuated by linear servos. A first vacuum head travels in a longitudinal direction relative to the flow of cases through the case erector. A second vacuum head travels in a direction transverse to the flow of cases through the case erector. The action of the pair of vacuum heads and the motion thereof erects or expands the cases.

Abstract: This machine can automatically load packages of various sizes and shapes into containers in a variety of pack patterns. The machine has a package infeed system that transfers the package to a package locating system that locates the package at a stationary package placement location. A package placement vertical drive picks up the package from the stationary package placement location and can rotate the package about a vertical axis as well as lowering the package into the container and releasing it at the proper location. The package placement vertical drive grips the package by vacuum. It includes a quick attach and detach vacuum head which enables the rapid change-over of the system. The machine includes a case conveyor that moves the container along the longitudinal axis of the machine as well as to the left or right in a direction normal to the longitudinal axis of the machine.

Abstract: A conveyor mechanism for transferring an article from a primary conveyor to a secondary conveyor that extends in a direction normal to the direction of the primary conveyor. The secondary conveyor has a receiving location at which it receives articles from the first conveyor. The second conveyor has a flat support surface over which a perforated continuous conveyor belt extends. A vacuum plenum is inlayed into the flat support surface and has openings in its upper plate that are located at the receiving location. A vacuum source is connected to the vacuum plenum for creating a vacuum in the vacuum plenum that pulls air through the perforated continuous conveyor belt which causes objects that are deposited on the secondary conveyor at the receiving location to be pulled to and held against the upper surface of the perforated continuous conveyor belt.

Abstract: An automated packaging system that can simultaneously process a single case or a plurality of cases and can be adjusted to accommodate packages and cases of various sizes. Individual packages are fed to the packaging system on the package conveyor. The packages are recognized by the system when they energize an electric eye which causes the package to be elevated above the conveying surface of the package conveyor and stopped below a pick and place mechanism. The individual packages are elevated by plates having upper surfaces that extend through slots in the conveying surface and are stopped by vacuum cups carried by the upper surfaces of the plates. The upper surfaces of the plates are inclined which causes the packages to climb the incline which functions to decelerate the movement of the package.

Abstract: A automated packaging system that can simultaneously process a single case or a plurality of cases and can be adjusted to accommodate packages and cases of various sizes. Individual packages, are fed to the packaging system on the package conveyor. The packages are recognized by the system when they energize an electric eye which causes the package to be stopped and elevated below a pick and place mechanism. A plurality of cases are stopped and then positioned longitudinally, by stops carried by a first chain, on the case conveyor at locations aligned with the packages that have been stopped and elevated over the package conveyor. The pick and place head is lowered and picks up the packages with vacuum heads. The pick and place heads can be rotated to thus change the attitude of the package. The pick and place mechanism is then moved laterally over the case conveyor and the packages are lowered into the open cases.

Abstract: A conveyor system that includes a first set of rive belts having a first set of flights that can receive individual products at a given rate per product and quickly advance several individual package positions when the first set of flights are full to a discharge position. The first set of flights can pause for a discharge period that can be longer than individual products reception rate. During the pause period a second set of drive belts locates a second set of flights such that the next product that is delivered to the conveyor system, without interrupting the continuous flow is received by the second set of flights.

Abstract: A carton taper machine that folds an end of the tape over on itself to produce a pull tab, cuts a length of tape, applies a first section of the length of tape to a first surface of a carton and a second section of the length of tape to a second surface of the carton which is at right angles to the first surface.

Abstract: A machine for conditioning filled and sealed bags for testing, to assure that the bags are accurately tested without damaging the product contained in the bags, and for packaging the bags that have passed the test in cartons with the longitudinal axis of the bags arranged vertical.

Abstract: A machine for conditioning filled and sealed bags for testing, to assure that the bags are accurately tested without damaging the product contained in the bags, and for packaging the bags that have passed the test in cartons with the longitudinal axis of the bags arranged vertical.

Abstract: A machine for conditioning filled and sealed bags for testing, to assure that the bags are accurately tested without damaging the product contained in the bags, and for packaging the bags that have passed the test in cartons with the longitudinal axis of the bags arranged vertical.