mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for operation with a sensor contacting a liquid to measure an electrical property of the liquid, the apparatus comprising: a waveform generator module configured to generate a first waveform signal and to supply the first imposed waveform signal to the sensor and to generate further waveforms, for sensing and adjusting phase, frequency, amplitude and wave shape to optimize measured return signals and signal to noise characteristics; a phase adjustment module configured to receive the first waveform signal from the waveform generator module and to dynamically generate a phase-shifted signal from the first waveform signal, said phase-shifted signal having a phase that is adjusted via the phase adjustment module and an amplitude that is adjusted via a programmable transconductance amplifier, both in response to expected or measured properties of the liquid and further adjusted to compensate for apparatus hardware phase error induced inaccuracies in the measurement; a signal combination module configured to receive a return signal from the sensor and the phase-shifted signal from the phase adjustment module and to sum the return signal and the phase-shifted signal to produce an adjusted return signal containing information associated with the electrical property of the liquid, and the combination of said apparatus modules as a whole configured to enable for adaptive compensation and shaping arbitrary waveforms measurement of electrical conductivity over a continuous spectrum utilizing different waveforms and compensating for phase error induced inaccuracies in the measurements. a waveform generator module configured to generate a first waveform signal and to supply the first imposed waveform signal to the sensor and to generate further waveforms, for sensing and adjusting phase, frequency, amplitude and wave shape to optimize measured return signals and signal to noise characteristics; a phase adjustment module configured to receive the first waveform signal from the waveform generator module and to dynamically generate a phase-shifted signal from the first waveform signal, said phase-shifted signal having a phase that is adjusted via the phase adjustment module and an amplitude that is adjusted via a programmable transconductance amplifier, both in response to expected or measured properties of the liquid and further adjusted to compensate for apparatus hardware phase error induced inaccuracies in the measurement; a signal combination module configured to receive a return signal from the sensor and the phase-shifted signal from the phase adjustment module and to sum the return signal and the phase-shifted signal to produce an adjusted return signal containing information associated with the electrical property of the liquid, and the combination of said apparatus modules as a whole configured to enable for adaptive compensation and shaping arbitrary waveforms measurement of electrical conductivity over a continuous spectrum utilizing different waveforms and compensating for phase error induced inaccuracies in the measurements.
A radiation detector comprising: a printed circuit board; and a detector assembly operably connected to the printed circuit board and comprising: a silicon photomultiplier; an organic scintillator coating applied to a surface of the silicon photomultiplier; a layer of varnish on a surface of the organic scintillator coating; an optical reflector covering the layer of varnish and the organic scintillator coating, wherein the optical reflector, the varnish layer, and the organic scintillator are adhered together without an air gap; and a light sealing container surrounding the printed circuit board and the detector assembly such that the printed circuit board and the detector assembly are encapsulated within the light sealing container. a printed circuit board; and a detector assembly operably connected to the printed circuit board and comprising: a silicon photomultiplier; an organic scintillator coating applied to a surface of the silicon photomultiplier; a layer of varnish on a surface of the organic scintillator coating; an optical reflector covering the layer of varnish and the organic scintillator coating, wherein the optical reflector, the varnish layer, and the organic scintillator are adhered together without an air gap; and a light sealing container surrounding the printed circuit board and the detector assembly such that the printed circuit board and the detector assembly are encapsulated within the light sealing container. a silicon photomultiplier; an organic scintillator coating applied to a surface of the silicon photomultiplier; a layer of varnish on a surface of the organic scintillator coating; an optical reflector covering the layer of varnish and the organic scintillator coating, wherein the optical reflector, the varnish layer, and the organic scintillator are adhered together without an air gap; and a light sealing container surrounding the printed circuit board and the detector assembly such that the printed circuit board and the detector assembly are encapsulated within the light sealing container.
A method for a device management system for arranging use of configurations in a device with multiple configuration data sets and a plurality of applications, characterized in that the system comprises access control information originated and/or controlled by an external managing entity for defining a right of an application to access a configuration data set, the method comprising: in response to an indication from an application requiring access to a configuration data set, certifying a source of the application and checking from the access control information the right of an application to access a configuration data set by comparing predetermined identifiers in the access control information with an identifier in a certificate associated with the application; and in response to the application being entitled to access the configuration data set, arranging access to the configuration data set for the application, wherein at least one service context is stored in the device, the service context comprising at least the configuration data set, and access to the service context is allowed for the application on the basis of the access control information if the application is authorized on the basis of access control information associated with the service context. in response to an indication from an application requiring access to a configuration data set, certifying a source of the application and checking from the access control information the right of an application to access a configuration data set by comparing predetermined identifiers in the access control information with an identifier in a certificate associated with the application; and in response to the application being entitled to access the configuration data set, arranging access to the configuration data set for the application, wherein at least one service context is stored in the device, the service context comprising at least the configuration data set, and access to the service context is allowed for the application on the basis of the access control information if the application is authorized on the basis of access control information associated with the service context.
An electrosurgical system including an electrosurgical instrument and an electrosurgical generator, the electrosurgical instrument including at least first, second and third electrodes (4, 6, 7), each spaced from each other by insulating members (5, 8; 36) therebetween, the first electrode having a characteristic such that it is adapted to constitute an active electrode, the second electrode having a characteristic such that it is adapted to constitute a first return electrode, and the third electrode having a characteristic such that it is adapted to constitute a second return electrode, the electrosurgical generator including a source of radio frequency energy capable of producing either a coagulating RF waveform or a cutting RF waveform, and first, second and third output connections (62A, 62B, 62C) connected to the first, second and third electrodes respectively of the electrosurgical instrument, the generator further including a switching means having said first, second and third output connections (62A, 62B, 62C) as outputs, and a controller, the controller being such that when a cutting RF waveform is selected, the switching means directs the cutting RF waveform between the first and second output connections but not the third output connection, such that the RF cutting waveform is supplied to the first and second electrodes (4, 6) but not the third electrode, and when a coagulating RF waveform is selected, the switching means directs the coagulating RF waveform between the first and third output connections and hence the first and third electrodes (4, 7).
A lipocalin mutein or a fragment thereof for use in a method of treating, ameliorating or preventing a disorder associated with an altered level of iron in a human subject in need thereof, comprising the step of administering to the subject a therapeutically effective amount of a pharmaceutical composition comprising such lipocalin mutein; wherein the lipocalin mutein or fragment is capable of increasing the bioavailability of iron in the subject, wherein the disorder associated with an altered level of iron is anemia, wherein the lipocalin mutein has a sequence identity of at least 90% to the amino acid sequence of SEQ ID NO: 1, wherein the fragment of the lipocalin mutein lacks at least one of the N-terminal and/or C-terminal amino acids compared to said lipocalin mutein, and wherein the pharmaceutical composition is administered by intracutaneous, subcutaneous, intramuscular or intravenous injection or by infusion techniques.
A building material having a coating applied to a surface of the building material, the coating comprising a composition for the removal of aldehydes from air in interior building environments, the composition comprising: an amino silane; a multivalent metal carbonate; and silica gel. an amino silane; a multivalent metal carbonate; and silica gel.
A process for heating and conditioning an at least partially deactivated catalyst, the process comprising: transferring an at least partially deactivated catalyst from a reactor to a combustor; heating the at least partially deactivated catalyst to combust coke deposits on the at least partially deactivated catalyst to produce a further deactivated catalyst; and subjecting the further deactivated catalyst to conditioning in a catalyst conditioner to produce a regenerated catalyst; wherein one or more of the reactor, the combustor, or the catalyst conditioner is a fluid solids contacting device comprising: a vessel; a first grid assembly section which comprises a plurality of horizontal chords spaced horizontally apart from each other and a plurality of grid platform(s) inserted between the horizontal chords and supported or held by the horizontal chords; wherein each horizontal chord comprises a structural member and each grid platform is attached to one or more horizontal chords in a manner to prevent upward movement of the grid platform; a plurality of chairs attached directly or indirectly to an interior surface of the vessel and spaced circumferentially apart to support the structural member; and wherein each structural member is supported on one or more of the plurality of chairs. transferring an at least partially deactivated catalyst from a reactor to a combustor; heating the at least partially deactivated catalyst to combust coke deposits on the at least partially deactivated catalyst to produce a further deactivated catalyst; and subjecting the further deactivated catalyst to conditioning in a catalyst conditioner to produce a regenerated catalyst; wherein one or more of the reactor, the combustor, or the catalyst conditioner is a fluid solids contacting device comprising: a vessel; a first grid assembly section which comprises a plurality of horizontal chords spaced horizontally apart from each other and a plurality of grid platform(s) inserted between the horizontal chords and supported or held by the horizontal chords; a vessel; a first grid assembly section which comprises a plurality of horizontal chords spaced horizontally apart from each other and a plurality of grid platform(s) inserted between the horizontal chords and supported or held by the horizontal chords; wherein each horizontal chord comprises a structural member and each grid platform is attached to one or more horizontal chords in a manner to prevent upward movement of the grid platform; a plurality of chairs attached directly or indirectly to an interior surface of the vessel and spaced circumferentially apart to support the structural member; and wherein each structural member is supported on one or more of the plurality of chairs.
Assembly having - a ratchet wheel which has a bearing pin; and - a sensor mass which is configured as a lever and has an opening, wherein the bearing pin of the ratchet wheel protrudes into the opening of the lever and rotatably mounts the lever; and - a spring which impinges a lever arm of the lever for introducing a spring force into the lever, characterized in that - the cross-sectional area of the opening is larger than the cross-sectional area of the bearing pin, and the lever has a radial clearance about the bearing pin; - the cross-sectional area of one of the two elements mentioned hereunder, i.e. of the opening in the lever or of the cross-sectional area of the bearing pin, in the radial direction has a concave depression; - the cross-sectional area of the other of the two elements mentioned, i.e. of the cross-sectional area of the bearing pin or of the opening in the lever, in the radial direction has a nose-shaped protrusion; and - the spring force of the spring pushes the nose-shaped protrusion and the concave depression onto one another, and the contact point of the nose-shaped protrusion on the concave depression forms a pivot axis for a pivoting movement of the lever. - a ratchet wheel which has a bearing pin; and - a sensor mass which is configured as a lever and has an opening, wherein the bearing pin of the ratchet wheel protrudes into the opening of the lever and rotatably mounts the lever; and - a spring which impinges a lever arm of the lever for introducing a spring force into the lever, - the cross-sectional area of the opening is larger than the cross-sectional area of the bearing pin, and the lever has a radial clearance about the bearing pin; - the cross-sectional area of one of the two elements mentioned hereunder, i.e. of the opening in the lever or of the cross-sectional area of the bearing pin, in the radial direction has a concave depression; - the cross-sectional area of the other of the two elements mentioned, i.e. of the cross-sectional area of the bearing pin or of the opening in the lever, in the radial direction has a nose-shaped protrusion; and - the spring force of the spring pushes the nose-shaped protrusion and the concave depression onto one another, and the contact point of the nose-shaped protrusion on the concave depression forms a pivot axis for a pivoting movement of the lever.
A method of rendering a webpage, comprising: generating a first serialized eventual document object module based on processing a first Web document referenced by a location, the first Web document comprising first client side generated dynamic content including static dynamic content and first true dynamic content; the first client side generated dynamic content in-lined in the first serialized eventual DOM; generating a second serialized eventual DOM based on processing a second Web document referenced by the location, the second Web document comprising second client side generated dynamic content including static dynamic content and second true dynamic content the second client side generated dynamic content in-lined in the second serialized eventual DOM; and: generating a common serialized eventual DOM based on a difference between the first and second serialized eventual DOMs, the common serialized eventual DOM including static dynamic content included in the first and second serialized eventual DOMs, wherein generating the common serialized eventual DOM includes identifying one or more differences between the first and second serialized eventual DOMs and removing the one or more differences from the first serialized eventual DOM; the one or more differences being true dynamic content; and rendering the common serialized eventual DOM to a display of a device. generating a first serialized eventual document object module based on processing a first Web document referenced by a location, the first Web document comprising first client side generated dynamic content including static dynamic content and first true dynamic content; the first client side generated dynamic content in-lined in the first serialized eventual DOM; generating a second serialized eventual DOM based on processing a second Web document referenced by the location, the second Web document comprising second client side generated dynamic content including static dynamic content and second true dynamic content the second client side generated dynamic content in-lined in the second serialized eventual DOM; and: generating a common serialized eventual DOM based on a difference between the first and second serialized eventual DOMs, the common serialized eventual DOM including static dynamic content included in the first and second serialized eventual DOMs, wherein generating the common serialized eventual DOM includes identifying one or more differences between the first and second serialized eventual DOMs and removing the one or more differences from the first serialized eventual DOM; the one or more differences being true dynamic content; and rendering the common serialized eventual DOM to a display of a device.
A die-cast aluminum alloy, comprising based on the total mass of the die-cast aluminum alloy: 5 to 7 wt% of Mg; 1.6 to 2.5 wt% of Si; 1.1 to 1.4 wt% of Zn; 0.6 to 1.0 wt% of Mn; 0.1 to 0.3 wt% of Ti; 0.01 to 0.022 wt% of Be; the balance of Al; and less than 0.2 wt% of inevitable impurities. 5 to 7 wt% of Mg; 1.6 to 2.5 wt% of Si; 1.1 to 1.4 wt% of Zn; 0.6 to 1.0 wt% of Mn; 0.1 to 0.3 wt% of Ti; 0.01 to 0.022 wt% of Be; the balance of Al; and less than 0.2 wt% of inevitable impurities.
A compound of formula (Ia): wherein: R is hydrogen or CH 3, CH 2 CH 2 OH, COOH, COOCH 3, COOC 2 H 5; R 1 is hydrogen or COOH; R 2 is hydrogen, COOH or COOCH 3; and n is 0 or 1. R is hydrogen or CH 3, CH 2 CH 2 OH, COOH, COOCH 3, COOC 2 H 5; R 1 is hydrogen or COOH; R 2 is hydrogen, COOH or COOCH 3; and n is 0 or 1.
Method for laser beam machining of monolithic structures for weighing applications, in which the structure extends along a first direction and in which a laser beam directed from the outside onto the structure is directed to a set of target points (P 1, P 2...) of the structure for material-removing machining, comprising the following steps: a) introducing a laser beam (L') into a portion of the machining head, b) deflecting the laser beam (L') by means of deflection means in a direction which deviates from the first direction and in which the deflected laser beam reaches a target point (P 1, P 2...), c) the machining head being inserted into a recess which extends into the structure in the Z direction, and d) the machining head being moved in the Z direction and/or pivoted about a pivot axis extending in the Z direction in order to machine the set of target points (P 1, P 2...) using the deflected laser beam, characterized in that e) the machining takes place while the monolithic structure is operated to output measured values as part of a load cell, the monolithic structure being subjected to external forces and the machining taking place depending on the measured values, a force sensor outputting measured values and a control unit, which immediately evaluates the measured values, generating control signals for the laser machining, such that a certain set of target points is determined depending on a measured value, which set is to be machined in order to match the actual measurement result to a result to be expected. a) introducing a laser beam (L') into a portion of the machining head, b) deflecting the laser beam (L') by means of deflection means in a direction which deviates from the first direction and in which the deflected laser beam reaches a target point (P 1, P 2...), c) the machining head being inserted into a recess which extends into the structure in the Z direction, and d) the machining head being moved in the Z direction and/or pivoted about a pivot axis extending in the Z direction in order to machine the set of target points (P 1, P 2...) using the deflected laser beam,
An electronic device, comprising: a capacitive proximity sensor that detects when an object is present within a given distance of the electronic device; an accelerometer that generates sensor data; a radio-frequency antenna with which radio-frequency signals are transmitted with a transmit power; and circuitry that adjusts the transmit power based at least partly on data from the capacitive proximity sensor, wherein the circuitry reduces a transmit power ceiling for the radio-frequency signals when the proximity data indicates that the object is present within the given distance from the electronic device, and wherein the circuitry adjusts the transmit power based on the sensor data in response to determining that the object is present within the given distance. a capacitive proximity sensor that detects when an object is present within a given distance of the electronic device; an accelerometer that generates sensor data; a radio-frequency antenna with which radio-frequency signals are transmitted with a transmit power; and circuitry that adjusts the transmit power based at least partly on data from the capacitive proximity sensor, wherein the circuitry reduces a transmit power ceiling for the radio-frequency signals when the proximity data indicates that the object is present within the given distance from the electronic device, and wherein the circuitry adjusts the transmit power based on the sensor data in response to determining that the object is present within the given distance.
A method for detecting signal nonlinear distortion magnitude, used for extracting and detecting the nonlinear distortion output by a radio frequency power amplifier, comprising respectively extracting input signal and output signal, and performing square after matching the amplitudes and frequencies of the input signal and output signal respectively, obtaining respective low frequency components of the squared input signal and output signal, so as to filter the carrier components of the signals, and the low frequency components can characterize the distorted signal; performing subtraction on the low frequency components, thereby reducing the non-distorted components; performing high pass filtration on the subtracted signals, thereby further reducing the non-distorted components.
A nucleic acid sequence, which encodes the BvPRR7 gene of sugar beet, comprising a nucleic acid sequence selected from the group of nucleic acid sequences consisting of SEQ ID NOs: 4, 5, 6, 7, 8, 9, 10, 53 or 54.