Abstract: A machine and method for punching an aperture through a hangtag and securing a two-piece eyelet to the same is disclosed. The machine has a frame, a table, a platform, a plurality of hangtag holders, a loading station, a punching station, an eyeleting station, and an unloading station.

Abstract: An end plating machine capable of forcing end plates into the ends of a pair of ties having various lengths. The machine includes spaced apart tie staging chambers and an end plating ram which may be selectively positioned between tie ends of the ties in the staging chambers to force tie end plates into the ties.

Abstract: A method of and apparatus for manufacturing panels for forming walls, roofs, or floors of a timber-framed residence constructed by a two-by-four construction method and of setting these panels on a pallet. A panel formed on a frame manufacturing table is supported and floated over the table by free-roller conveyors. The panel is thereafter slid by being light pushed over the free-roller conveyors of the frame manufacturing table and over free-roller conveyors which are disposed on a fixture work and which are also moved upward to the same level as that of the conveyors of the frame manufacturing table, thereby transferring the panel to the frame manufacturing table to the fixture work table. The panel finished by fixture work on the fixture work table is supported by free-roller conveyors which are perpendicular to the transferring free-roller conveyors, thereby floating the panel over the table.

Abstract: A box making jig has a rotatable holder which holds side, bottom and end members (usually wooden) in position for stapling together. The holder is held to enable one side to be stapled, the holder is rotated and held to enable the bottom to be stapled, and then the holder is rotated and held again to enable the second side to be stapled to the end members.

Abstract: An end plating machine comprising a frame having an in-feed portion at one side thereof and an out-feed portion at the other side thereof. A stationary platen is provided at opposite ends of the frame below the in-feed and out-feed portions adapted to support the ends of a cross-tie delivered thereto. A conveyor delivers the cross-ties to the in-feed portion whereupon a tie transporter assembly moves the tie from the in-feed portion and delivers the tie to a tie elevator assembly which lowers the tie onto the stationary platens. A robotic claw assembly is provided above the stationary platen for squeezing the ends of the tie to close cracks therein. Each pair of robotic claws is operated by a single hydraulic cylinder. When the ends of the tie are squeezed together by the robotic claws, a hydraulic ram at opposite ends of the tie drives nail plates into the ends of the tie.

Abstract: A portable cross tie end plating machine adapted to drive a nail plate into one end of a tie. The machine is designed to end plate one end of the tie at a time after the end of the tie has been squeezed together to close the cracks therein. The tie is fed onto an infeed table on the machine and is then moved onto a pair of tie transporter arms which lower the tie downwardly into the machine onto stationary platens. A pair of movable platens squeeze one end of the tie together and a nail plate is then driven into the end of the tie by a hydraulic ram. After the nail plate has been driven into the end of the tie, the transporter arms lift the tie upwardly out of the machine and deposit the tie on the outfeed table. The machine is designed to accommodate ties up to eighteen feet in length and to accommmodate ties having various dimensions.

Abstract: An improved offset collator comprising a sheet gripper/injector transport station and an oscillating sheet receiving station. Copy sheets are transported to the sheet gripper/injector transport station in a specified sequence whereupon they are gripped by the transport station, and in a reciprocating motion, transported to the oscillating sheet receiving station where they are injected into a stack of sheets and released. The oscillating sheet receiving station is synchronized with transport station such that the copy sheets are inserted in the oscillating sheet receiving station in an alternate offset posture. A cooperating logic control system causes the sheets to be inserted into the oscillating sheet receiving station in the proper order and offset. After offset collation is completed, the offset stapling station then cooperates with the oscillating sheet receiving station to staple sets of sheets still in their offset posture.

Abstract: Portable apparatus for automatically constructing prefabricated stud walls or other frame structures from standard materials. Elongate studs are placed transversely at spaced intervals between a pair of elongate wall plate members by a reciprocatingly rotating stud-selecting mechanism and a linearly reciprocating spacer mechanism. As each stud is placed between the plate members, it is automatically nailed thereto, forming a portion of the wall frame, after which the completed portion of the frame is advanced an incremental distance along an assembly structure by the spacer mechanism, which pushes on the newly nailed stud to advance the frame to a position for nailing the next succeeding stud, and so forth in automatic cyclic fashion. A semi-automatic sheathing fastener mechanism includes a plurality of fastener guns and an automatically controlled actuation mechanism for placing fasteners at predetermined locations.

Abstract: A machine for the attachment of buttons, rivets or the like on clothing pieces, the lower parts of which are fed via rails from a magazine laterally oriented up to the vicinity of the attachment position and from there are transferred into the attachment position. The rail which feeds the bottom parts in the edgewise position exits at an angle which is offset by about 90 degrees relative to the attachment position. Between the exit position and the attachment position there extends a circular arc-shaped slide surface starting tangentially from the exit area and running approximately tangentially into the attachment position. A rotatable ring section runs on the slide surface. The ring section, which is equipped on its front end with a reception pocket, transfers respectively one lower part into the attachment position and during its movement its ring-narrow-edge closes the exit of the feed rail.

Abstract: A cradle is mounted on a frame for pivotal movement about a horizontal axis between a start position and a discharge position. In the start position the pallet stringers are placed in the cradle and supported by upright guides including transverse, spaced guide bars. The stringers are clamped longitudinally. A first set of deck boards is placed across the stringers and fastened to them. The cradle is unlocked and rotated to the discharge position to thereby turn the partial pallet over. The other set of deck boards is then placed between longitudinal guide bars that had supported the stringers, and these deck boards are fastened to the stringers. The clamp is released, and the completed pallet falls under gravity free of the cradle which is then turned back to the start position for a new pallet.