Abstract: A conveyor apparatus comprising a base frame and an extendable frame, where the extendable frame is supported within the base frame and a drive assembly. The drive assembly comprises a rotatable drive mechanism which has a plurality of frame engaging portions which are arranged to engage with a plurality of drive engaging portions disposed upon a first one of the base or extendable frames such that when the drive mechanism rotates, the drive assembly is configured to displace the first one of the base or extendable frames with respect to the first between an extended state and a retracted state.

Abstract: A stacking system for stacking paper from a linear feed.

Abstract: A stacking device includes a drive mechanism coupled to a movable band. The movable band is configured to move along an orbital path, and a twin roller with first and second portions engages the movable band and folds the movable band into at least two portions. In some cases, the drive mechanism can also include, or be attached to, two additional rollers that are inside the band and move along the orbital path. A stacking device may also include a roller set with first and second portions that press against a band. A mechanism may cause the band to orbit along a path such that it causes the band to receive a stackable item and move it to a predetermined location. At the predetermined location, the band releases the stackable item while continuing to orbit along the path, but while having zero total velocity.

Abstract: A sheet stacking apparatus includes an endless belt member onto which sheets are stacked and which moves rotationally to convey the sheets; a plurality of holding members that is provided on the belt member and that holds the sheets down to a sheet stacking surface of the belt member to nip the sheets; and sheet detecting portions which detect presence or absence of sheets between the holding members and the sheet stacking surface of the belt member, the sheet detecting portions each include a light emitting portion that emits light and a light receiving portion that receives the light, and the light emitting portions and the light receiving portions are fixedly provided below the sheet stacking surface of the belt member so that the light emitting portions and the light receiving portions detect presence or absence of a sheet at times when facing the holding members.

Abstract: A sheet delivery for a press has a linear guide in which a single holding crossmember (e.g., a gripper bar) is mounted such that it can be moved to and fro periodically. The holding crossmember is mounted in a further linear guide such that it can be moved to and fro periodically along the further linear guide axis as well. The axes of the linear guides are aligned at an angle to each other.

Abstract: In a sheet post-process apparatus of the present invention, a processing tray for loading sheets of paper fed via a standby tray for making ejected sheets of paper stand by or not via the standby tray and a standby tray roller for performing a first operation of making contact with sheets of paper loaded on the standby tray and matching and a second operation of making contact with sheets of paper loaded on the standby tray and conveying them toward a paper ejection tray are installed in the neighborhood of the standby tray.

Abstract: Above a processing tray, a standby tray for making sheets of paper P stand by is installed. The sheets of paper P on the standby tray are dropped, fed, and moved to the processing tray, thus the conveying path from the standby tray to the processing tray is shortened. Furthermore, a Z-folding mechanism is arranged above the standby tray, and the sheets of paper P folded in a Z shape are dropped, and are mixed and stapled on the standby tray or processing tray, and even when performing a plurality of post processes for sheets, miniaturization of a sheet post-process system is retained.

Abstract: Above a processing tray, a standby tray for making sheets of paper P stand by is installed. The sheets of paper P on the standby tray are dropped, fed, and moved to the processing tray, thus the conveying path from the standby tray to the processing tray is shortened. A conveyor belt is arranged at an angle with the processing tray so that the front end side of the sheets is positioned higher than the rear end side thereof and the conveyor belt on the front end side of the sheets is projected from the processing tray. By doing this, frictional force of the conveyor belt with the sheets of paper P on the rear end side is made smaller, and frictional force with the sheets of paper P on the front end side is made larger, and the ejectability of sheets from the processing tray after ending of the post process is improved.

Abstract: A sheet post-process apparatus includes a waiting tray and a processing tray. The waiting tray is provided in the middle of a conveying path so that a downward side end in a conveying direction of sheets is oriented upwardly. In the case where a postprocess is required, sheets are made standby. The processing tray has a function which causes the sheets made standby on the waiting sheet to be dropped by self-weight. With this function, the processing tray receives the sheets moved to be dropped and the sheets conveyed from the conveying path without intervening the waiting tray, before carrying out the post-process. In addition, an upstream side end in a conveying direction of the sheets on the waiting tray and a downstream side end in a conveying direction of the sheets on the processing tray are allocated to overlap on each other in the conveying direction of the sheets.

Abstract: A sheet post-processing device of the present invention includes a jam-disposal mechanism for moving a moving section which is provided opposite to a staple tray to the outside of the device. That is, in the sheet post-processing device, since a portion of the moving section can be moved to the outside, it is possible to form a space in front of the staple tray. Thus, it is easy to perform the jam-disposal by using the space. Further, since the staple tray is not moved in forming the space, consistency of placed sheets is not lost. Further, since it is not required that a space to perform the jam-disposal is prepared inside the device in advance, it is easy to miniaturize the device. Thus, the sheet post-processing device of the present invention is a compact sheet post-processing device by which the jam-disposal can be performed without losing the consistency of a sheet bundle placed on the staple tray.

Abstract: A sheet post-process apparatus of the present invention, when sending sheets of paper collected on a standby tray to a processing tray, has a standby tray realizing an improved lining capacity of sheets of paper and a pair of tray members for loading ejected sheets of paper is formed so as to project from the wall face of the standby tray.

Abstract: A waiting tray is provided at some midpoint of a conveying path, and a sheet is caused to be in a waiting state when a post-process is required. Before performing the post-process, a processing tray receives the sheet conveyed from the waiting tray and the sheet conveyed from a conveying path without passing through the waiting tray. At this point, waiting tray parts are moved toward a direction in which the waiting tray parts are separated from each other, and a bundle of paper starts fall-down. When the bundle of paper falls down, the waiting tray parts are moved toward the direction in which the waiting tray parts are brought close to each other, and an alignment member performs alignment in a transverse direction of the bundle of paper.

Abstract: A waiting tray is provided in a sheet-conveying path and holds sheets if the sheets need to be post-processed. A processing tray receives sheets conveyed from the waiting tray. It may receive sheets conveyed through the sheet-conveying path and coming not via the waiting tray, before the sheets are post-processed. A conveying mechanism is provided, which causes the sheets to fall, due to gravity, from the waiting tray onto a processing tray. A sheet-aligning mechanism aligns the sheets on the processing tray, at their transverse edges and longitudinal edges. On the processing tray, the sheets are post-processed, forming a bundle. The conveying mechanism conveys the bundle of sheets to a storage tray. A control mechanism controls the speed of sheet-feeding rollers provided at upstream of the waiting tray, thereby to the place sheets at a preset position on the waiting tray.

Abstract: A processing tray comprises a transport belt which transports a sheet, and a push feed arm mounted to be projected onto a surface on a sheet transport side of the belt, the arm retaining a sheet distal end so that the sheet distal end can be pushed and fed, wherein the transport belt forms a through hole through which the push feed arm penetrates, and the push feed arm comprises a push feed face which pushes and feeds the sheet distal end, a penetrating projection portion which reaches a transport belt lower face from the push feed face through the through hole, and a hook shaped engagingly lock portion engagingly locked on the belt lower face after being bent from the penetrating projection portion to the transport belt traveling direction.

Abstract: A transporting system and method for use in a high velocity document processing system using lower velocity print technology. The invention including an upstream transport conveying spaced apart documents at a first transport velocity. A deceleration transport decelerates documents from the high speed to a lower print velocity before passing the documents a print transport. A sensor located at the deceleration transport, detects the presence of documents at the deceleration transport, and triggers the deceleration profile to be performed on the document. The deceleration transport is controlled such that a leading portion of a document that is being decelerated overtakes a trailing portion of a downstream document that already traveling at the lower print velocity in the control of the print transport. An overlapping arrangement urges the lead portion of the upstream document to overlap on top of the trailing portion of the downstream document when the upstream document overtakes the downstream document.

Abstract: A printer includes a print media loading mechanism that includes a pair of opposed endless belts to pick up print media for printing. The belts ride upon opposed pairs of rollers which are held in slides to limit the rollers' movement to motion towards and away from each other. Worm screws are located parallel to, and on either side of, the belts. Traverser blocks are mounted on the worm screws adjacent each end of the opposed rollers. Scissor members connect the traverser blocks to the ends of adjacent rollers. A motor is arranged to rotate the worm screws thereby causing the traverser blocks to move towards or away from the opposed rollers in order to move the opposed rollers away from each other or towards each other to pick up print media.

Abstract: A transporting system and method for use in a high velocity document processing system using lower velocity print technology. The invention including an upstream transport conveying spaced apart documents at a first transport velocity. A deceleration transport decelerates documents from the high speed to a lower print velocity before passing the documents a print transport. A sensor located at the deceleration transport, detects the presence of documents at the deceleration transport, and triggers the deceleration profile to be performed on the document. The deceleration transport is controlled such that a leading portion of a document that is being decelerated overtakes a trailing portion of a downstream document that already traveling at the lower print velocity in the control of the print transport. An overlapping arrangement urges the lead portion of the upstream document to overlap on top of the trailing portion of the downstream document when the upstream document overtakes the downstream document.

Abstract: A first shaft 21 and a second shaft 31 parallel with each other are provided near an inlet 14 of a bill storage chamber 10. Taking-in runners 20 are disposed on the first shaft 21 and taking-in rollers 30 are disposed on the second shaft 31. The taking-in runners 20 and the taking-in rollers 30 differ in position in a direction in which the shafts extend. Further, the sum of the radius of each taking-in runner 20 and that of each taking-in roller 30 is larger than the spacing between the first shaft 21 and the second shaft 31. Thus, if a plurality of overlapped bills are caught in the space between the taking-in runners 20 and the taking-in rollers 30, they are bent in a wavy form and the intimate contact force between the bill is lowered significantly, causing the bills to be easily aligned.

Abstract: For a mail stacker including a compartmented path equipped with switches and stack compartments for sorting the letters, to avoid congestion of the letters assigned to the same compartment upon entry into the compartment there is provided a secondary conveying path parallel to part of the primary conveying path, with the length or transporting speed of the secondary conveying path being dimensioned so that, after two of the above-mentioned letters have been separated and combined again, they are now transported in an overlapping arrangement.

Abstract: A valve plug having a valve plug housing shaped to fit in a bonnet cylinder of steam control valves has a pressure seal ring groove for holding a pressure seal ring therein. The pressure seal ring groove has a pair of walls and a bottom surface end and antiwedging relief groove formed in one wall of the pressure seal ring groove adjacent the bottom surface thereof to prevent the wedging of a pressure seal ring between a valve plug and a bonnet cylinder bore wall. The pressure seal ring wears a step in the contact surface to allow the wedging which can otherwise prevent the valve from closing as required for turbine overspeed protection. The valve plug housing pressure seal ring groove can be annular groove having an annular pressure seal ring therein and the relief groove can be annular groove formed in one wall of the pressure seal ring groove adjacent the pressure seal ring along the seal ring contact surface of the pressure seal ring.

Abstract: An automatic stacking machine is disclosed. The machine is designed to stack pieces of cloth, prior to the use of the cloth in the construction of garments. A conveyor, having a plurality of bands, transports the cloth pieces to a horizontally reciprocal carriage that reciprocates from a position under the conveyor. Located below the reciprocal carriage, when it is in its extended position, is an elevator table upon which the cloth pieces are deposited and stacked. A plurality of wheels, mounted above the retractable carriage, in its extended position, turn in the direction of outward movement of the carriage. When the carriage changes direction and begins to retract, the wheels, which only move in one direction, pull the fabric off the retractable carriage and the cloth drops neatly down on the table below.

Abstract: A mechanism for depositing sheet material including a continuous belt extending between a pair of deflection rollers maintained in taut engagement thereabout, with one of the rollers being reciprocally movable relative to the other for expanding and contracting the length of the support surface in order to transport and deposit sheet material held on the support surface. A clamping mechanism operates to hold the belt stationary relative to the other of the deflection rollers when the one deflection roller is moved to contract the length of the support surface.

Abstract: The present invention provides an apparatus for transferring articles, preferably extruded aluminium sections from a first station to a second station, comprising a conveyor for receiving such articles from the first station, the conveyor being extendible and retractable in the direction of conveyance and being movable, from a first position to a second position, the second position being above the location of the second station. Displacement of the conveyor is effected by an air cylinder arrangement and displacement the conveyor is effected by an appropriate motor.

Abstract: A selective sheet feeder includes a plurality of trays and a sheet feed unit movable over the trays and including a conveyor. The sheet feed unit with a sheet held on the conveyor is moved toward and stopped over a prescribed one of the trays. Then, the conveyor is driven by a rotational drive source for discharging the sheet into the prescribed tray.

Abstract: In an apparatus for placing packets of tube sections in the stacking magazine of a rotary applicator, a pivotable arm is divided between the stacking magazine and conveyor belt for supplying the tube section packets. The arm carries a longitudinally displaceable supporting frame having rollers at its ends for an endless conveyor belt. The arm is pivotable between an upper packet-receiving station and a lower packet-discharging station and is provided with an abutment for retaining the packets on the supporting frame. A braking system engages the upper run of said belt between the abutment and the rear roller and releases same to receive the packets.

Abstract: A collector and discharge mechanism permits a continuous flow of sheet material into a stacker station while predetermined size batches are removed from the growing stack and discharged for processing and cartoning.

Abstract: The invention concerns a sheet feed for rapidly and accurately placing a sheet onto a processing station. A carriage is movably mounted above this processing station and reciprocated for feeding. Two belts extend between the sheet feed frame and opposite ends of the movable carriage, leaving an opening in the carriage. When the carriage is reciprocated, the belts transport the sheet to register it, feed it through the carriage opening onto the processing station, hold it down on the processing station, and remove it from there.

Abstract: An installation for the production of layered pressed panels and decorative panels, having a panel layer assembly unit and a transversely arranged press pack feeding unit, each unit featuring a horizontally extendable start-stop conveyor with a movable transfer frame whose belt guide rolls define an S-shaped belt run. The latter, while carrying a press pack, is extended over the receiving press pack feed conveyor, or panel press table, respectively, whereupon it is retracted from under the press pack, thereby gently depositing the latter, while belt clamps hold the conveyor belt in place, as the next assembly cycle takes place. The assembly of a press pack is performed by one or more layer collecting lines which pick up panel layers from layer stacks on opposite sides of the collecting conveyor of the layer assembly unit.

Abstract: An apparatus for stacking skins uses an endless conveyor belt mounted on a support and driven by a drum at an upstream end, and passing around a pair of rollers. The latter are displaceable relative to the drum to define a pair of retractable and extendable conveyor arms at the downstream end by a pair of chains for cyclically displacing the rollers to extend an upper one of the arms while retracting a lower one of the arms simultaneously. A bar is affixed to the conveyor belt and is engageable with notches on the support upon the displacement of said conveyor belt for retaining a portion of the conveyor belt between the rollers.