Robert Boschgmbh

University of Delaware

Aluminum Company of America

Martin Muller

Helmut Rembold

Gonzalo R Arce

Christian Preussner

Ernst Linder

Rainer Norgauer

Andreas Eichendorf

Walter Schlagmuller

Walter Hagenlocher

Karl Kleebaur

Bernhard Fakler

Ottmar Martin

Hans Weidler

Stefan Herold

Thomas Keil

Oliver Kirsten

Dirk Fischbach

Jochen Riefenstahl

Peter Schramm

Wolfgang Leuschner

Robert A Blake

Bruno Frank

Karl-Heinz Neumann

Reinhold Bruckner

Jurgen Virnekas

Klaus-Georg Burger

Pfluger

Kurt Weisserth

Ehrtfried Baumel

Gunter Sokol

Martin Buhner

Jurgen Molt

Injection valve, particularly for direct injection of fuel into the

Fuel injection valve

The method of the present invention combines an ensemble of truncated partial cone beam projections to synthesize a complete virtual projection. The individual partial projections are obtained with CT scanners, where for each partial projection the investigated object is positioned at precise locations specified by formulas described in the present application (e.g., formulas (3), (4), (6) and (18) for linear cone beam synthetic scanner arrays or formulas (9)-(13), (20), (21) and (25)-(27) for circular cone beam synthetic scanner arrays). Prior to the actual reconstruction, the partial cone beam projections are combined to form a complete virtual projection, equivalent to a projection one would obtain by using a sufficiently large detector.

Cone beam synthetic arrays in three-dimensional computerized tomography

The present invention relates to a method and setup for providing high resolution CT images at a low cost. The method utilizes a modified version of the standard CT setup wherein the radiation receiver (e.g., a detector(s)) is tilted with respect to an axis perpendicular to the plane of fan beam projection (e.g., when a fan shaped radiation beam is used). Moreover, to maximize the utilization of the radiation receiver and obtain the highest resolution in the final image, the radiation receiver is also shifted horizontally within the radiation beam.

Tilted detector microscopy in computerized tomography

Hydraulic setting device

Magnetic valve

Hydraulic control device

A trigger circuit for an electromagnetic device, in particular a solenoid valve of an injection system for an internal-combustion engine, has a control element for causing excitation of the electromagnetic device to be lowered at least once and then raised after the electromagnetic device is activated. The control element has a delay circuit which slows down the rate at which excitation of the electromagnetic device changes during the lowering and/or raising action.

Trigger circuit for an electromagnetic device

Electromagnetic on-off valve

An electrical machine, particularly a rotary current generator, has a stator, a claw pole rotor, a stator winding having winding heads extending outwardly beyond ends of the surface-cooled stator, a metal housing surrounding the stator and serving for withdrawal of heat from an interior to an exterior of the housing, a zinc die cast alloy in which the winding heads are electrically insulatingly embedded and which conduct heat to the metal housing, and an electrically insulating layer completely coating each of the winding heads and located between each of the winding heads and the zinc die cast alloy.

Electrical machine, such as rotary current generator, having improved

A support carrier of electrically conductive material is secured to the shaft of the machine. A plurality of slip rings are secured to the support carrier, one of the slip rings being fixed thereto directly so that the support carrier will form one terminal of the electrical connection for the slip rings, and an insulating layer is placed over the support carrier over which the other slip ring is located. Preferably, the support carrier is formed with a flange which is notched, one of the notches serving to form an electrical connection for the wire of the field of the machine for connection to the slip ring which is directly secured to the support carrier, the other notch in the flange being wider and gripping around the insulation of the other wire of the field, the wire of the field then being connected to the slip ring which is carried on the insulation. That slip ring, preferably, is also formed with an external flange to which its connecting wire can be secured, for example by soldering. The support carrier may be a solid stub shaft for attachment to the shaft of the alternator, or a tube to be slipped thereover.

Slip ring structure for dynamo electric machines, particularly

Growing community of inventors

Asperg, Germany

Martin Muller