Abstract: An apparatus and method for processing newspaper-type insert media into a newspaper-type jacket using bottom-up collating presenting an inverted shingled stream onto a conveyor means. A feed system picks inserts off of the top of a stack by a series of grippers. Each insert is layered into an inverted shingled stream using bottom-up collation, collecting downstream inserts and placing them below the upstream insert in the proper order. The inverted stream of the system takes advantage of gravity and aerodynamics to reduce flyaway inserts. The system uses a loop of continuous pocket means to receive collected and collated inserts into one side from a stream, while collecting the jacket part for which the insert is intended, processing each individual jacket in a continuous stream to prepare the jacket to be placed properly for acceptance of the collated inserts in a continuous stream.

Abstract: The stacking device for printed products includes a rotatable turntable platform for stacking articles, an ejection assembly for ejecting stacks of articles from the platform, and a positioning device for positioning the turntable for two direction ejection. The positioning device allows the turntable to be arranged for ejecting stacks either parallel or normal to a direction in which articles are fed into the stacking device. This versatility of output allows the stacking device to be incorporated into a plant arrangement more easily and reduces floor space and expense of the entire system. The stacking device also includes an article receiving portion which receives and accommodates articles of differing heights without changing an infeed location of the stacking device.

Abstract: An apparatus for processing sheet products includes a rotatable drum having a plurality of pockets adapted to receive individual sheet products. Plural rollers are disposed along the periphery of the drum between adjacent pocket openings. The rollers are rotated through a portion of the drum movement and locked against rotation through the remainder of the drum movement. Cam means are provided to lift the pockets radially outward, tilt the pockets, and open and close sidewalls of the pockets to facilitate ingress and egress of the sheet products.

Abstract: An apparatus for processing sheet products includes a rotatable drum having a plurality of pockets adapted to receive individual sheet products. Plural rollers are disposed along the periphery of the drum between adjacent pocket openings. The rollers are rotated through a portion of the drum movement and locked against rotation through the remainder of the drum movement. Cam rollers are provided to lift the pockets radially outward, tilt the pockets, and open and close sidewalls of the pockets to facilitate ingress and egress of the sheet products.

Abstract: An improved tyer includes a central station where loose stacks of signatures sre received. A pair of tying stations are disposed on opposite sides of the central station. A pair receiving stations are disposed adjacent to the tying stations. An improved shuttle assembly is used to sequentially move loose stacks of sheets from the central station to one or the other of the tying stations. The shuttle assembly includes three pusher arms which are movable along tracks between the central and tying stations. Gaps are provided in the tracks at the tying station to enable bands or straps to be moved through the tracks and secured around loose stacks of signatures at the tying stations. In order to provide for as compact a loose stack of signatures as possible at a tying station, the loose stack of signatures is compressed between a pair of pusher arms as it is moved to a tying station.

Abstract: The disclosure relates to a stacker tyer for stacking newspapers received in a shingled stream from a printing press. A single centrally located stacker mechanism is flanked by a pair of compensators and outside of the compensators is a pair of tyers. Stacks are built in the stacker and moved laterally first to a compensator and then to a tying mechanism. Outside the tying mechanism are located a pair of delivery mechanisms which deliver the tied stack for further processing. The stacker is able to form either short stacks (bundles) or tall stacks (logs). In the case of bundles, the bundles may be either compensated or uncompensated; compensated logs are not built.

Abstract: The disclosure relates to a stacker tyer for stacking newspapers received in a shingled stream from a printing press. A single centrally located stacker mechanism is flanked by a pair of compensators and outside of the compensators is a pair of tyers. Stacks are built in the stacker and moved laterally first to a compensator and then to a tying mechanism. A shuttle mechanism is used to move the completed stacks from the stacker to one or the other of the compensators and from there to the adjacent tyer. The shuttle mechanism supports the leading and trailing edges of each stack as it is moved, and the back side and bottom of each stack is supported by fixed bottom supports and back supports.

Abstract: In fabricating sealed contacts, often their axially extending leads are solder coated to protect them from contamination and to enhance their solderability into circuits. An apparatus for solder coating the leads, which minimizes their bending, includes a conveying apparatus that moves the contacts through various stages of the solder coating apparatus to form layers of solder on the leads. These layers, which are carefully controlled, are no greater than a certain maximum thickness, and are thinner on the ends of the leads than on the side surfaces thereof.To coat the leads, the contacts are individually mounted in a plurality of holders, each of which is fixed to an individual bead of an endless bead chain of the conveying apparatus.

Abstract: In fabricating sealed contacts, often their axially extending leads are solder coated to protect them from contamination and to enhance their solderability into circuits. An apparatus for solder coating the leads, which minimizes their bending, includes a conveying apparatus that moves the contacts through various stages of the solder coating apparatus to form layers of solder on the leads. These layers, which are carefully controlled, are no greater than a certain maximum thickness, and are thinner on the ends of the leads than on the side surfaces thereof.To coat the leads, the contacts are individually mounted in a plurality of holders, each of which is fixed to an individual bead of an endless bead chain of the conveying apparatus.