mhurhangee/ep-ind-claims huggingface dataset:
A cooking oven with a vertical vapour pipe in an upper portion of the oven cavity, wherein - a lower end of the vapour pipe is connected to the oven cavity, - the cooking oven includes an exhaust closure system, - the exhaust closure system comprises a slider, - the slider is provided for a horizontal arrangement within the plane above the vapour pipe, - the exhaust closure system comprises an cover element (12; 22) for covering the vapour pipe, and - the cover element (12; 22) is a horizontal sheet element and moveable within a horizontal plane for opening and closing the vapour pipe, characterized in that the slider is elongated and movable along its longitudinal axis, the exhaust closure system comprises a driving device for moving the slider, and the exhaust closure system comprises at least one guide element for the slider. - a lower end of the vapour pipe is connected to the oven cavity, - the cooking oven includes an exhaust closure system, - the exhaust closure system comprises a slider, - the slider is provided for a horizontal arrangement within the plane above the vapour pipe, - the exhaust closure system comprises an cover element (12; 22) for covering the vapour pipe, and - the cover element (12; 22) is a horizontal sheet element and moveable within a horizontal plane for opening and closing the vapour pipe,
A support apparatus comprising a base portion for positioning on a part of the body of a user and a support portion extending from the base portion and adapted to engage a further part of the body of the user, whereby the base portion and the support portion are adapted to co-operate to resist forward tilting of the head of the user beyond a predetermined point to thereby afford support for the neck of the user, the support portion comprising a rest upon which the head of the user can be supported at a forwardmost tilted position and two struts upon which the rest is mounted, characterised in that the base portion is adapted to be positioned on the upper torso of the user over the shoulders of the user, the base portion being configured as a yoke structure having two limb portions and a bridge portion extending between the two limb portions at common ends thereof, the struts being mounted on the two limb portions, each limb portion providing a rail around which the respective strut is selectively moveable angularly and along which the respective strut is selectively slidable, and wherein each strut incorporates a mounting portion configured for engagement with the rail in a manner permitting rotational and slidable movement with respect to the rail and a locking mechanism for locking the mounting portion in a selected position with respect to the rail.
Compensation element for a hinged bracelet, to be inserted between a first component and a second component which are hinged to each other by a third hinge shaft component along a pivot axis, to prevent any direct contact between said components in a direction radial to said third hinge shaft component, and to limit the relative angular travel of the first and second components relative to said third hinge shaft component, characterized in that said compensation element is formed in a single piece made of resilient material and includes, on either side of a central extensible layer, at a first end at least a first extensible and compressible boss, and at a second end at least a second extensible and compressible boss, said first boss and said second boss projecting relative to said layer and having a larger section than that of said layer in a plane perpendicular to a layer direction.
A base station for a wireless communication system configured to transmit user data to a wireless device upon a first carrier, the base station comprising one or more interfaces configured to communicatively couple the base station to the wireless communication system, and characterized by one or more processing circuits configured to: identify, from a set of transmission resources that is nominally allocated for transmission of user data by the base station upon the first carrier, a subset of transmission resources that is also nominally allocated for transmission of a reference signal upon a second carrier; and selectively transmit user data to the wireless device upon the first carrier exclusive of the identified subset of transmission resources, wherein the first carrier is of a type upon which said reference signal is not transmitted and wherein the user data is transmitted by the base station upon the first carrier over a physical downlink shared channel, PDSCH. identify, from a set of transmission resources that is nominally allocated for transmission of user data by the base station upon the first carrier, a subset of transmission resources that is also nominally allocated for transmission of a reference signal upon a second carrier; and selectively transmit user data to the wireless device upon the first carrier exclusive of the identified subset of transmission resources, wherein the first carrier is of a type upon which said reference signal is not transmitted and wherein the user data is transmitted by the base station upon the first carrier over a physical downlink shared channel, PDSCH.
A method for providing transaction services in an ATM or Kiosk, the ATM or Kiosk being operable to read a smart card and/or bank card and further comprising a plurality of hardware devices, with the capabilities of at least one of the hardware devices being non-identical between more than one ATM or Kiosk across a network of ATMs (3, 4) or Kiosks, said ATM or Kiosk being controlled by one or more software applications, and comprising an operating system; said method characterized in that:- the one or more software applications interact with said hardware devices through a functional interface of middleware software, wherein said functional interface is hardware independent but provides functionality which Is Implemented in a manner adapted to the particular capabilities of the particular hardware devices which are provided, wherein the middleware software comprises a series of transaction objects and device controls for standard device functions, wherein the series of transaction objects implement common ATM or kiosk transactions and are able to interpret the capabilities of the hardware on which they are run by interrogating at least one of the device controls, said at least one device control acting as a persistent server for a hardware device and being configured to abstract details of the hardware device, at least one of the software applications is built by customising or combining said series of transaction objects, and said at least one of the software applications is operable to interrogate said at least one device control and to run on a plurality of different hardware implementations, adapting its functionality to the capabilities of that hardware implementation.
Method for preparing a catalyst comprising one or more of the metals cobalt, iron, ruthenium and/or nickel on a zinc oxide core-shell support, wherein the solid core material, preferably oxidic, is provided with at least one charged ionic species, preferably a charged polymeric ionic species and subsequently applying a shell of zinc oxide, wherein the zinc oxide is applied as a colloidal solution, wherein the colloidal zinc oxide has a particle size of less than 150 nm, followed by application of one or more of the metals cobalt, iron, ruthenium and/or nickel precursor, and converting this to an active catalyst.
An intracavity laser spectrometer comprising: (a) a quantum cascade laser; (b) a hollow fiber waveguide; (c) a sample cell having an outer wall and a sample chamber made of the hollow fiber waveguide for locating a test sample; (d) system electronics configured to supply an excitation voltage to the QCL, causing it to emit infrared radiation in pulse wave mode characterized by a series of peaks; (e) data analysis electronics in data communication with data acquisition devices comprising one or more computer processors configured to determine the shape of one or more of the peaks characterising the pulse wave mode from the interaction of the test sample with the emitted infrared radiation; wherein the QCL comprises opposing facets through which the infrared radiation is emitted and wherein the hollow fiber waveguide is arranged to direct the infrared radiation exiting one of the facets in a substantially closed loop onto the other facet; such that the QCL also functions as a detector. (a) a quantum cascade laser; (b) a hollow fiber waveguide; (c) a sample cell having an outer wall and a sample chamber made of the hollow fiber waveguide for locating a test sample; (d) system electronics configured to supply an excitation voltage to the QCL, causing it to emit infrared radiation in pulse wave mode characterized by a series of peaks; (e) data analysis electronics in data communication with data acquisition devices comprising one or more computer processors configured to determine the shape of one or more of the peaks characterising the pulse wave mode from the interaction of the test sample with the emitted infrared radiation;
A sterile formulation comprising a crystal of an anti-sclerostin IgG2 antibody comprising two mature light chains each comprised of SEQ ID NO: 13 and two mature heavy chains each comprised of SEQ ID NO: 15, wherein at least 90% of the antibody is in a crystalline form, wherein said crystals have a length of up to 500 μm and a shape selected from the group consisting of ellipsoids, rods and needles or mixtures thereof.
An insulation system, heating system, or cooling system for pipe or flooring applications comprising a film having a first end and a second end, wherein said film comprises: (a) a matrix comprising a thermoplastic material, (b) at least one or more channels disposed in parallel in said matrix from the first end to the second end of said film, wherein said one or more channels are at least 5 μm apart from each other, wherein each said one or more channels have a diameter of at least 5 μm, and wherein each of said one or more channels have a circular cross sectional shape; and (c) at least one or more phase change materials disposed in said one or more channels; wherein said film has a thickness in the range of from 10 μm to 2000 μm. (a) a matrix comprising a thermoplastic material, (b) at least one or more channels disposed in parallel in said matrix from the first end to the second end of said film, wherein said one or more channels are at least 5 μm apart from each other, wherein each said one or more channels have a diameter of at least 5 μm, and wherein each of said one or more channels have a circular cross sectional shape; and (c) at least one or more phase change materials disposed in said one or more channels;
A method for handling flat material and/or strip material wound on supply rolls, in which method - at least one function marking is applied in a defined relative position onto an externally arranged free end section of the flat material and/or strip material on a supply roll; - the supply roll is positioned on a holding mandrel; - the location of the at least one function marking is optically identified; - the free end section is aligned based on the optical identification; - the free end section is temporally thereafter gripped and extracted from the supply roll. - at least one function marking is applied in a defined relative position onto an externally arranged free end section of the flat material and/or strip material on a supply roll; - the supply roll is positioned on a holding mandrel; - the location of the at least one function marking is optically identified; - the free end section is aligned based on the optical identification; - the free end section is temporally thereafter gripped and extracted from the supply roll.
An apparatus, characterized in that it comprises: means for stretching a clock pulse that was generated by an oscillating circuit during circulation of the clock pulse through a delay line, wherein an amount by which the clock pulse is stretched during a cycle about the delay line is dependent upon temperature; means for detecting an instance in which the clock pulse has been stretched so as to equal or exceed a period of the clock pulse; and means for determining the temperature based at least in part upon a number of cycles completed to stretch the clock pulse so as to equal or exceed the period of the clock pulse. means for stretching a clock pulse that was generated by an oscillating circuit during circulation of the clock pulse through a delay line, wherein an amount by which the clock pulse is stretched during a cycle about the delay line is dependent upon temperature; means for detecting an instance in which the clock pulse has been stretched so as to equal or exceed a period of the clock pulse; and means for determining the temperature based at least in part upon a number of cycles completed to stretch the clock pulse so as to equal or exceed the period of the clock pulse.
Fuel injector for a fuel injection system, in particular a common-rail injection system, comprising a nozzle needle which can perform stroke movements and which serves for opening up and closing off at least one injection opening, furthermore comprising a control valve for controlling the stroke movement of the nozzle needle, wherein the control valve, in an open position, effects a release of pressure from a control chamber via an outflow throttle, which control chamber can be filled with fuel via an inflow throttle which opens into the control chamber, wherein the inflow throttle is activatable or deactivatable by means of a ring-shaped switching element which interacts with a control edge and which is guided, such that it can perform stroke movements, on the nozzle needle, characterized in that the switching element is acted on in the direction of a stop by the spring force of a spring, and the stop is formed on a stop sleeve which surrounds the switching element, wherein the stop sleeve is mounted in floating fashion in a radial direction and/or is axially preloaded by the spring force of a nozzle spring, which at the other end is supported directly or indirectly on the nozzle needle.
A machine for processing a workpiece by means of a laser beam, in particular for cutting metals using a laser, comprising a workpiece holder, a laser processing unit, a drive unit for moving the laser processing unit and the workpiece holder in relation to each other, a machine control and a gas supply device, wherein the gas supply device comprises at least one gas source, a gas nozzle associated with the laser processing unit, a line arrangement connecting the gas nozzle with the at least one gas source and at least one proportional pressure regulating valve (4, 4', 4") arranged in the line arrangement and connected to a gas control unit, characterised in that the proportional pressure regulating valve (4, 4', 4") comprises a piezo-pneumatic preliminary stage (14, 14') and a pneumatic power stage actuated by the same.
An active stylus for use with a digitizer sensor of a stylus-enabled computing device, the active stylus comprising: a writing tip; an integrated circuit configured to generate a first signal; a first electrode separated from the writing tip along a longitudinal axis of the active stylus, the first electrode electrically coupled to the integrated circuit and configured to transmit the first signal to the digitizer sensor for sensing by the digitizer sensor; characterized in that the active stylus comprises: a second electrode coupled to the integrated circuit and separated from the first electrode and the writing tip by a distance along the longitudinal axis of the active stylus, wherein the second electrode is configured to transmit a second signal, generated by the integrated circuit, to the digitizer sensor for sensing by the digitizer sensor; wherein the first signal and the second signal are usable by the stylus-enabled computing device to calculate a position of the writing tip relative to an X and Y coordinate system of the digitizer sensor. a writing tip; an integrated circuit configured to generate a first signal; a first electrode separated from the writing tip along a longitudinal axis of the active stylus, the first electrode electrically coupled to the integrated circuit and configured to transmit the first signal to the digitizer sensor for sensing by the digitizer sensor; characterized in that the active stylus comprises: a second electrode coupled to the integrated circuit and separated from the first electrode and the writing tip by a distance along the longitudinal axis of the active stylus, wherein the second electrode is configured to transmit a second signal, generated by the integrated circuit, to the digitizer sensor for sensing by the digitizer sensor; wherein the first signal and the second signal are usable by the stylus-enabled computing device to calculate a position of the writing tip relative to an X and Y coordinate system of the digitizer sensor. a second electrode coupled to the integrated circuit and separated from the first electrode and the writing tip by a distance along the longitudinal axis of the active stylus, wherein the second electrode is configured to transmit a second signal, generated by the integrated circuit, to the digitizer sensor for sensing by the digitizer sensor; wherein the first signal and the second signal are usable by the stylus-enabled computing device to calculate a position of the writing tip relative to an X and Y coordinate system of the digitizer sensor.
A method for a user equipment, UE, operating in a communication system comprising a master base station, BS, and a secondary BS, the method comprising: receiving from the master BS configuration information indicating that cells for a Radio Link Control, RLC, entity for the secondary BS of a radio bearer are changed or released without handover procedure, wherein the configuration information includes an identifier indicating the radio bearer of which the cells of the RLC entity for the secondary BS are changed or released; and re-establishing (S903, S905) the RLC entity for the secondary BS of the radio bearer indicated by the configuration information without re-establishing a Packet Data Convergence Protocol, PDCP, entity, performing retransmission of all PDCP Protocol Data Units, PDUs, previously submitted to re-establish the RLC entity in ascending order of associated COUNT values from a first PDCP PDU for which the successful delivery has not been confirmed by lower layers, without changing a security key; and transmitting a PDCP status report to the master BS. receiving from the master BS configuration information indicating that cells for a Radio Link Control, RLC, entity for the secondary BS of a radio bearer are changed or released without handover procedure, wherein the configuration information includes an identifier indicating the radio bearer of which the cells of the RLC entity for the secondary BS are changed or released; and re-establishing (S903, S905) the RLC entity for the secondary BS of the radio bearer indicated by the configuration information without re-establishing a Packet Data Convergence Protocol, PDCP, entity, performing retransmission of all PDCP Protocol Data Units, PDUs, previously submitted to re-establish the RLC entity in ascending order of associated COUNT values from a first PDCP PDU for which the successful delivery has not been confirmed by lower layers, without changing a security key; and transmitting a PDCP status report to the master BS.
A linear polyorganosiloxane copolymer of the type [(A-B) X -A] wherein X > 1 and A does not denote the group A defined in the following claims, comprising: a) at least one polyorganosiloxane group in at least two repeating units, b) at least one quaternary ammonium group in at least two repeating units, c) at least one terminal ester group with at least part of the terminal groups being terminal ester groups c) that result from the use of monofunctional organic acids as chain stoppers, and d) optionally, at least one polyalkylene oxide group in at least two repeating units, characterized in that the molar ratio of the quaternary ammonium groups b) and the terminal ester groups c) is less than 100: 15. a) at least one polyorganosiloxane group in at least two repeating units, b) at least one quaternary ammonium group in at least two repeating units, c) at least one terminal ester group with at least part of the terminal groups being terminal ester groups c) that result from the use of monofunctional organic acids as chain stoppers, and d) optionally, at least one polyalkylene oxide group in at least two repeating units,
A process for identifying and tracking targets comprising the steps of detecting emissions emitted by the target, processing the emissions data detected using a series of statistical manipulations and identifying and tracking the target in which the emissions detected are detected passively by sensors characterised in that the statistical manipulations comprise the steps of, filtering the seismic data detected; extracting statistical frequency information; constructing a statistical mixture model describing the emission characteristics of the target observed in a range of different environments; constructing a dynamical mixture model construction based on this existing known data and identification of an unknown target by the convergence of this model to a state characteristic of that target..