Brown, Boveri & Cie Ag

Abb Patent Gmbh

Abb Technology Ag

Abb Ag

Abb Research Ltd.

Kuno Hug

Wolfgang Waldi

Frank Kassubek

Dieter Hasenauer

Steffen Keller

Rene Friedrichs

Jörg Gebhardt

René Friedrichs

Armin Gasch

Bernard Negre

Lothar Deppe

Thomas Betz

Tobias Gentzell

Reinhard Knodler

Gérard Pinchon

Jimmy Kjellsson

Jorg Herwig

Franz J Rohr

Sven Soetebier

Jan-Erik Frey

Peter Klonecki

Christian Ries

Volker Thomas

Gregor Stengel

Karl Liemert

Heinrich Neumaier

Henrich Neumaier

Steffen Dr-Ing Keller

Rene Dipl-Phys Friedrichs

Jörg Dipl-Ing Herwig

Jörg Dr-Ing Gebhardt

Wolfgang Dipl-Ing Waldi

Andreas Kreitz

Exemplary embodiments are directed to a tooling device which for connecting to a manipulator. The device includes a base unit and at least two manipulator modules each with a first and a second end. At least one degree of freedom in movement is provided between both ends of each manipulator module. The first end is connected with the base unit and a tool interface is provided at the second end. The tool interfaces are each moveable independently of the other relative to the base unit. At least one manipulator module is linearly moveable on its first end relative to the base unit.

Tooling device

A circuit breaker and/or earthing switch are disclosed wherein a rotatable spindle nut, which is mounted in a spindle housing, displaces a spindle in a translatory manner, thus displacing contact elements of the switching device. The spindle actuates a contact pin that is configured in a contact carrier by a connection yoke that is common to all phases or poles and an isolating bar for each phase or pole.

Spindle drive for a switch disconnector and/or grounding switch

A coriolis mass flow pick-up is disclosed, which can be inserted into a pipeline and has a fluid to be measured flowing through it during operation. The pick-up includes a single measuring pipe, which has an inlet end and an outlet end, an exciter arrangement, which causes the measuring pipe to carry out at least first bending oscillations, and at least two sensors for sensing movement of the measuring pipe. At least two elongate connection parts, which extend freely essentially parallel to the measuring pipe and whose central axes are displaced from the axis of the measuring pipe, are connected on the input side and the output side to the measuring pipe. The connection parts carry out second bending oscillations in the event of an oscillating measuring pipe, with the result that, by the second bending oscillations of the connection parts being superimposed by the oscillations of the measuring pipe, bending forces and torsional moments at the inlet and outlet ends of the measuring pipe are compensated.

Coriolis mass flow pick-up

Coriolis mass flowmeter with a measuring pipe () vibrating in coupled flexural and torsional modes, characterized in that an attachment () which is formed rotationally symmetrically with respect to an axis of rotational symmetry and can be made to undergo torsional oscillations of the same frequency, but opposite phase, in relation to the torsional oscillating modes of the measuring pipe () is mechanically connected to the measuring pipe () and the axis of rotational symmetry of the attachment runs parallel to the straight line () (central axis) defined by the center points () of the cross-sectional areas () of the inlet and outlet of the measured section or coincides with this line.

Coriolis mass flowmeter

A description is given of a Coriolis mass flowmeter, with a measuring pipe oscillating in coupled flexural and torsional modes. Mechanically connected to the measuring pipe is an attachment which is formed rotationally symmetrically with respect to an axis of rotational symmetry and can be induced to undergo the torsional oscillations of the measuring pipe. The attachment is a multipart body comprising hollow profile rails and/or beams with a closed hollow cross section. The axis of rotational symmetry of the attachment runs parallel to the straight line () (central axis) defined by the centre points () of the cross-sectional areas () of the inlet and outlet of the measured section, or coincide with this line.

Attachment and coriolis mass flowmeter with this attachment

A method and device for driving a linearly movable component, wherein a pressurized fluid is generated by feeding a given volume of oxygen into a combustion space connected to a piston/cylinder configuration and feeding a given volume of fuel into the combustion space for each motion stroke of the piston/cylinder configuration beore the start of the motion stroke, the given volume of oxygen is sufficient for the combustion of the fuel, the given volume of fuel is sufficient for generating the pressurized fluid, the oxygen and fuel are ignited in the combustion space, and the pressurized fluid is feed into the piston/cylinder configuration for driving a piston of the piston/cylinder configuration and a linearly movable component connected to the piston.

Method and device for driving a linearly movable component, especially

Electrochemical storage cell with at least one anode space and a cathode space separated from each other by an alkali-ion-conducting solid electrolyte and bounded at least in some areas by a housing. The housing is bounded on its inside by an inner housing element and on its outside by an outer housing element. The inner housing element acts as the current collector and embraces the two reactant spaces. The outer housing element assumes a support function and is arranged on all sides around the inner housing element in the manner of an enclosure. Preferably, the outer housing element is a tubular enclosure with two discs forming the end faces of the storage cell. The inner housing element is preferably made of aluminum and is provided with corrosion protection. The outer housing element can be made of a heat-resistant steel or an organic or inorganic material.

Electrochemical storage cell

Electrochemical storage cell based on alkali metal and chalcogen with an anodic space and a cathodic space which are separated from each other by an alkali ion-conducting solid electrolyte and are limited at least areawise by a metallic housing, and ceramic structural elements connected with metallic structural elements by thermocompression. The metallic structural elements connected with ceramic structural elements by thermocompression are very thin-walled at least in the joint region and are supported at least areawise by a reinforcement element of a metallic or non-metallic material.

In an electrochemical storage cell of the alkali metal and chalcogen type, the closure has at least two closure elements which are plate-shaped at least in some areas. A first closure element is fastened to the housing and a second closure element is fastened to the rod-shaped current collector. All closure elements are additionally connected on the same side to the insulating ring of the solid electrolyte and are insulated from each other.

Growing community of inventors

Heidelberg, Germany

Kuno Hug