Abstract: A pump suction assembly comprising a suction sheet having a receiving hole, a flat central section, a first outer section and a second outer section extending away from the central section at an angle; a pipe having a bend, an inlet portion having at least one vortex flat and directed toward and at least partially disposed in the receiving hole and flush with a bottom of the suction sheet; a tank having a base; at least one standoff arranged to support the first outer section at a perimeter of the first outer section; at least one standoff arranged to support the second outer section at a perimeter of the second outer section; and at least one standoff arranged to support the central section, wherein the inlet portion is directed toward and proximate to the base.

Abstract: A power transmission mechanism for transmitting power between a driving engine and an output drive, including: an input and an output; a hydrodynamic component with a pump wheel and a turbine wheel; an apparatus for at least partially bridging over the hydrodynamic component, the apparatus including a control device with a piston element that is chargeable with pressurizing agent; an influencing element for influencing a difference in speeds of rotation of moving fluids on both sides of the piston element, the influencing element rotatable in rotational synchronicity with the piston element, which extends outward in the radial direction free of any direct connection with the piston element, and which is situated in the radial direction at least in the range of the outside diameter, forming at least part of an axial space with the piston element.

Abstract: A device for damping vibrations comprising at least two coaxially arranged damper parts rotatable relative to each other to a limited extent in the circumferential direction, coupled by torque transmitting means and damping coupling means, which exhibit at least one energy accumulator unit, and forming the impingement areas for the energy accumulator units. At least one damper part forms a guide channel for the energy accumulator units. The individual impingement area on the damper part forming the guide channel for the energy accumulator units is formed by a stop element, connected in a torsion proof manner at least indirectly to the damper part and forms the abutment faces in the guide channel in the circumferential direction. The abutment face is capable of supporting the energy accumulator unit on both sides of the impingement area on the energy accumulator unit and is a part of the other damper part.

Abstract: An apparatus for a media feeding system having a trail edge guide, a frame, an elevator, a feed head and a stack of media including a plurality of sheets of media disposed on the elevator, wherein the plurality of sheets of media include an uppermost set of sheets of media located at a top portion of the stack of media. The apparatus includes a trail edge deflector having a body including an angularly disposed lower surface, at least one opening, and at least one stopping surface. The angularly disposed lower surface being shaped to contact and thereby shingle the uppermost set of sheets of media, the at least one opening being shaped for complimentary sliding engagement with the trail edge guide thereby permitting the trail edge deflector to slide along a portion of the trail edge guide and the at least one stopping surface being shaped to limit downward sliding movement of the trail edge deflector along the trail edge guide.

Abstract: A brush system (1) for a labeling machine (40) is disclosed. The brush system (1) comprises a carrier (30) with a plurality of receptacles (32) and at least two brush elements (10) removably attached to the carrier (30). Each brush element (10) comprises a brush body (11) with a functional side (13) on a first side of the brush body (11), the functional side (13) having bristles (14), and with a carrier side (12) on a second side of the brush body (11). The carrier side (12) of each brush element (10) exhibits at least one clamping means (15), which together with a receptacle (32) of the carrier (30) provides for a removable attachment. Each clamping means (15) exhibits at least two elastic catch hooks (16), which lock into one of the receptacles (32).

Abstract: A wet clutch comprising at least one friction disk (10) which is loaded by a piston (5) against an end disk (4). In order to run a forced pressure medium flow over the friction surfaces (11, 12) of the wet clutch, two pressures cavities (7, 8) having a connection in the region of the friction surfaces, are loaded with varying pressures. In order to improve such arrangements, the invention proposes that the leakage flow flowing over the supports of the friction disks is limited.

Abstract: An intervertebral disc prosthesis comprises first and second articulated elements wherein one the elements includes an articulated tongue and the other of the elements includes a groove adapted to receive the tongue. The first and second elements are adapted to be moveable with respect to each other in various planes.

Abstract: A wet clutch and to a hydrodynamic torque converter with a respective wet clutch as converter lockup clutch. In order to provide a good response of the wet clutch, the support elements for the friction surfaces and for the opposite friction surfaces of the wet clutch are axially supported relative to one another, at least over a partial portion of the actuation travel of the wet clutch.

Abstract: A torque transmission device, in particular in the drive train of a motor vehicle, with a hydrodynamic torque converter (6), including a converter cover (14), which can be connected torque proof or is connected torque proof with a drive unit (3). The converter cover can be coupled with a turbine shell (21) through a pump shell (20), which can be bridged by a converter lockup clutch (30) that includes a piston (28) axially movable relative to the converter cover (14) within limits. The piston (28) is connected torque proof with a drive plate (50) in a first connection portion (51). The drive plate is connected torque proof with the converter cover (14) in a second connection portion (52), wherein an additional connection portion (53; 56) is provided, in which the drive plate (50) is connected torque proof with the converter cover (14).

Abstract: A wear compensating device, including: at a first axial end, an annularly-shaped base element; an index trigger element connected to the base element; a first annularly-shaped element, at least partially rotatable with respect to the base element, engaged with the index trigger element, and at least partially rotatable with respect to the index trigger element; and at a second axial end, opposite the first axial end, a second annularly-shaped element with a first ramp, the second annularly-shaped element engaged with the first annularly-shaped element and rotatable with respect to the first annularly-shaped element. In response to a specified amount of displacement by a portion of the index trigger element, the first and second annularly-shaped elements are rotatable to change a circumferential position of the first ramp.

Abstract: A drive train of a motor vehicle with an internal combustion engine, a torque converter and a transmission, wherein a separation clutch is provided between the internal combustion engine and the torque converter. In order to be able to perform a creeping process at a certain creeping velocity, the separation clutch is operated slipping. This way, the gearing of the startup process can be configured long, even when using a so-called hard torque converter, without having to tolerate a creeping velocity, which is too high.

Abstract: A hydrodynamic coupling device including: a housing; a sealing plate rotationally connected to the housing; a pump disposed within the housing; a turbine disposed within the housing and in fluid communication with the pump; and a dry chamber at least partially enclosed by the housing and the sealing plate. A hydrodynamic coupling device including: a housing; an electric motor rotationally connected to the housing; and a fluid coupling including a pump rotationally connected to the housing and a turbine rotationally connected to an output hub. The fluid coupling does not include a stator. A hydrodynamic coupling device including a space formed between a stator shaft and a pump hub and a sleeve disposed in the space. The sleeve divides the space into first and second channels.

Abstract: A force transfer device with an input and an output, a hydrodynamic component, disposed between input and output, comprising at least one pump shell and one turbine shell and a device for bridging the power transfer through the hydrodynamic component, and a device for damping vibrations. The invention further relates to a drive train with such force transfer device and to a process for controlling the operation of a force transfer device in a drive train, comprising a first drive engine and an electrical machine, which can be operated at least as a generator. The invention is characterized in that an actuatable clutch device is disposed between the turbine shell and the output for decoupling the turbine shell from the output, and said clutch device is disposed in parallel with the lockup clutch. During braking operations through the electrical machine the lockup clutch and the turbine clutch are being deactivated.

Abstract: A torque converter including: a membrane forming a portion of a release chamber for the clutch; a friction plate for a torque converter clutch, the plate rotationally connected to a turbine hub and disposed within the release chamber; and a damper element rotationally connected to the turbine hub and to the torque converter clutch. In lock-up mode for the converter, the plate is arranged to transmit torque to the turbine hub. The torque converter includes cooling fluid and a torus and the clutch further comprises friction material and in some aspects, during the lock-up mode, the release chamber is sealed except for a flow of the cooling fluid from the release chamber through the friction material to the torus. The plate includes oppositely disposed first and second radial surfaces and during a torque converter mode for the torque converter, respective pressures on the first and second surfaces are substantially equal.

Abstract: A printing system and method is provided including a printer having an print marking means for printing a printer-ready document, including transferring or applying an image associated with the printer-ready document to a substrate; and a processor assembly in operative communication with the printer. The processor assembly executes application software for receiving a print job request including the printer-ready document. The processor assembly includes a module for accessing print defect data indicating location and color separation information on the print marking means which corresponds to a detected print defect; and a module for modifying the printing in accordance with the print defect data for minimizing visibility of the detected print defect in the printer-ready document once printed.

Abstract: A system for adjusting page placement on a continuous feed print engine. The engine includes: a feed system for displacing a continuous sheet of material in a process direction; and at least one printhead with a plurality of ink ejectors. The system includes at least one specially programmed computer with a processor and memory element. The processor receives ejector data regarding a defective ink ejector. The ejector data includes a position for the ejector in a transverse direction. The memory element stores the ejector data. The processor: receives print data including positions, in the transverse direction, for pixels on the page; creates, using the processor and the print data, a logical page; and creates, using the processor and the ejector data, a logical sheet by positioning the logical page in the traverse direction such that the ejector and the respective pixels are out of alignment in the process direction.