mhurhangee/ep-ind-claims huggingface dataset:
A displacement sensor, comprising: a primary coil adapted to receive a periodic signal from a periodic signal source; at least one secondary coil (4a, 4b) disposed for mutual induction with said primary coil, for providing at least one periodic secondary output signal; and a movable magnetic core being disposed between said primary coil and said at least one secondary coil (4a, 4b) and being movable with a displacement of an object to be measured, said at least one periodic secondary output signal varying with the movement of said movable magnetic core; at least one phase shift circuit coupled to said at least one secondary coil (4a, 4b) for phase shifting said at least one periodic secondary output signal in such a manner that said at least one periodic phase-shifted signal has its peaks located between adjacent ones of peaks of said at least one periodic secondary output signal; first rectifying means for rectifying said at least one periodic secondary output signal; at least one second rectifying means for rectifying said at least one periodic phase-shifted signal; and combining means for combining the rectification output of said first rectifying means and the rectification output of said second rectifying means. a primary coil adapted to receive a periodic signal from a periodic signal source; at least one secondary coil (4a, 4b) disposed for mutual induction with said primary coil, for providing at least one periodic secondary output signal; and a movable magnetic core being disposed between said primary coil and said at least one secondary coil (4a, 4b) and being movable with a displacement of an object to be measured, said at least one periodic secondary output signal varying with the movement of said movable magnetic core; at least one phase shift circuit coupled to said at least one secondary coil (4a, 4b) for phase shifting said at least one periodic secondary output signal in such a manner that said at least one periodic phase-shifted signal has its peaks located between adjacent ones of peaks of said at least one periodic secondary output signal; first rectifying means for rectifying said at least one periodic secondary output signal; at least one second rectifying means for rectifying said at least one periodic phase-shifted signal; and combining means for combining the rectification output of said first rectifying means and the rectification output of said second rectifying means.
A sit-to-stand convertible highchair, comprising: a frame configured to support the sit-to-stand convertible highchair above a floor; a foot platform adjustably mounted on the frame; a seat assembly adjustably mounted on the frame above the foot platform, the seat assembly including: a backrest, and a support surface configured to convert between a sitting configuration, in which a user sits on the support surface, and a standing configuration, in which the user extends through the support surface to stand on the foot platform. a frame configured to support the sit-to-stand convertible highchair above a floor; a foot platform adjustably mounted on the frame; a seat assembly adjustably mounted on the frame above the foot platform, the seat assembly including: a backrest, and a support surface configured to convert between a sitting configuration, in which a user sits on the support surface, and a standing configuration, in which the user extends through the support surface to stand on the foot platform. a backrest, and a support surface configured to convert between a sitting configuration, in which a user sits on the support surface, and a standing configuration, in which the user extends through the support surface to stand on the foot platform.
A method of preparing a confined metallic nanocatalyst within a mesoporous material which comprises: (a) impregnating at least one or more organic compound(s) [A x (L -x)], comprising one or more multidentate ligand(s), selected from the group consisting of terephthalate, benzene-1,3,5-tricarboxylate, 2,5-dioxibenzene dicarboxylate, biphenyl-4,4'-dicarboxylate, imidazolate, pyrimidine-azolate, triazolate and tetrazolate, capable of forming coordination bonds with at least one metal ion, on the mesoporous material to form a first intermediate [A x (L -x)]/MPM)]; (b) exposing the first intermediate [A x (L -x)]/MPM)] to an acid in gas phase to form a second intermediate [H x (L -x)]/MPM)]; (c) adding to the second intermediate [H x (L -x)]/MPM)] a solvent solution of one or more metal ions M 1 +y, M 2 +y, M 3 +y selected from the group consisting of Al, Au, Ce, Co, Fe, Ir, Mo, Ni, Pd, Rh, Ru, Ti, V, and Zr so as to form coordination bonds with the one or more multidentate ligand(s) so as to produce a metal organic framework precursor confined within a mesoporous material [MOF/MPM], and characterized by (d) treating the precursor of step (c) [MOF/MPM] under controlled transformation conditions selected from (i) pyrolysis at a temperature of 300°C to 1000°C in an inert gas atmosphere, (ii) calcination at a temperature of 300°C to 600°C in an atmosphere containing oxygen gas, or (iii) reduction with hydrogen at a temperature of 25°C to 300°C, wherein the controlled transformation conditions cause either greater than 90% of the carbon in the MOF to be released from the [MOF/MPM], or 50% ± 10% of the carbon in the MOF to be released from the [MOF/MPM], to form the metallic nanocatalyst confined within the mesoporous material. (i) pyrolysis at a temperature of 300°C to 1000°C in an inert gas atmosphere, (ii) calcination at a temperature of 300°C to 600°C in an atmosphere containing oxygen gas, or (iii) reduction with hydrogen at a temperature of 25°C to 300°C,
Method of pre-aligning an interferometer module for use in an exposure tool comprising a frame provided with first mounting surfaces (571, 572, 573) and a mirror (21, 81; 21A, 21B, 81A, 81B) for reflecting an interferometer beam (mb, rb; mb1, mb2, mb3, rb1, rb2, rb3), wherein said module comprises an interferometer head for emitting the interferometer beam, and wherein said module is connected to second mounting surfaces (561, 562, 563) for cooperative engagement with said first mounting surfaces (571, 572, 573), said method comprising the step of: aligning the orientation of said module relative to said second mounting surfaces outside of said exposure tool, wherein said orientation of said module relative to said second mounting surfaces is aligned based on a pre-determined orientation of said first mounting surfaces relative to said mirror.
A composition for forming a gas-barrier material, comprising a polycarboxylic acid-type polymer and a bifunctional alicyclic epoxy compound, wherein said polycarboxylic acid-type polymer is a poly(meth)acrylic acid or a partly neutralized product thereof, and said alicyclic epoxy compound is contained in an amount of 0.1 to 2 parts by weight per 100 parts by weight of said polycarboxylic acid-type polymer.
A method for controlling the amount of printing fluid deposited by a printhead for a plurality of passes of a swath width of a printing process, the printing process including periodic servicing of the printhead, the method comprising determining an amount of printing fluid to be deposited for each pass of the swath width; identifying in which pass of the swath width servicing is to occur; depositing a reduced amount of printing fluid less than the determined amount during a first pass immediately following servicing of the printhead, characterized in that the amount of reduction of printing fluid is dependent on plot saturation and printing fluid levels used.
A liquid pharmaceutical composition for parenteral administration comprising semaglutide and no more than 0.01 %(w/w) phenol, wherein said composition a. is an aqueous solution comprising at least 60 %w/w water; and/or b. further comprises one or more pharmaceutically acceptable excipients selected from the group consisting of a buffer or an isotonic agent. a. is an aqueous solution comprising at least 60 %w/w water; and/or b. further comprises one or more pharmaceutically acceptable excipients selected from the group consisting of a buffer or an isotonic agent.
Vehicle, comprising: - a voltage supply source for providing an electrical voltage; - a filling level meter for measuring a filling level of a liquid container; - an evaluation electronics system which is designed in such a way that it processes the filling level and passes this on to an indicator panel; - an indicator panel for indicating a filling level, comprising an indicator component for indicating a filling level of a liquid container; characterized in that the indicator panel comprises a reed contact which, when a magnetic field is applied, is designed to switch the voltage supply source for the indicator component and for the evaluation electronics system of the filling level meter for measuring a filling level. - a voltage supply source for providing an electrical voltage; - a filling level meter for measuring a filling level of a liquid container; - an evaluation electronics system which is designed in such a way that it processes the filling level and passes this on to an indicator panel; - an indicator panel for indicating a filling level, comprising an indicator component for indicating a filling level of a liquid container;
A method for manufacturing a high temperature laminated stator core, the method comprising: obtaining a plurality of coated laminates each comprising a laminate over which a coating precursor layer is formed, the coating precursor layer containing inorganic dielectric particles having a softening point; arranging the plurality of coated laminates in a laminate stack; and firing the laminate stack at temperatures equal to or greater than the softening point of the inorganic dielectric particles, while applying a compressive force on the laminate stack sufficient to consolidate the inorganic dielectric particles into a plurality of coherent interlaminate dielectric layers electrically insulating and bonding together the plurality of coated laminates as the high temperature laminated stator core; characterized in that the coating precursor layers further comprise an organic binder and in that the method further comprises pre-firing the coated laminates to decompose substantially all of the organic binder from the coating precursor layers prior to arranging the plurality of coated laminates in the laminate stack, pre-firing comprising heating the coated laminates to a sintering temperature equal to or less than the softening point of the inorganic dielectric particles. obtaining a plurality of coated laminates each comprising a laminate over which a coating precursor layer is formed, the coating precursor layer containing inorganic dielectric particles having a softening point; arranging the plurality of coated laminates in a laminate stack; and firing the laminate stack at temperatures equal to or greater than the softening point of the inorganic dielectric particles, while applying a compressive force on the laminate stack sufficient to consolidate the inorganic dielectric particles into a plurality of coherent interlaminate dielectric layers electrically insulating and bonding together the plurality of coated laminates as the high temperature laminated stator core; characterized in that the coating precursor layers further comprise an organic binder and in that the method further comprises pre-firing the coated laminates to decompose substantially all of the organic binder from the coating precursor layers prior to arranging the plurality of coated laminates in the laminate stack, pre-firing comprising heating the coated laminates to a sintering temperature equal to or less than the softening point of the inorganic dielectric particles.
A turbocharger comprising: a center housing; a bearing disposed in a through bore of the center housing wherein the through bore of the center housing defines a longitudinal axis; a shaft rotatably supported by the bearing; a compressor wheel operatively coupled to the shaft; a turbine wheel operatively coupled to the shaft; and a turbine housing assembly operatively coupled to the center housing wherein the turbine housing assembly comprises: a turbine housing; and a cartridge that comprises a nozzle wall component and a plate component that are spaced axially by spacers, wherein the nozzle wall component comprises spacer bores configured to receive the spacers characterized in that the nozzle wall component comprises a non-circular, convex outer perimeter defined at least in part by arcs where adjacent arcs intersect at intersection points, and wherein each of the intersection points is radially outwardly from a respective one of the spacer bores. a center housing; a bearing disposed in a through bore of the center housing wherein the through bore of the center housing defines a longitudinal axis; a shaft rotatably supported by the bearing; a compressor wheel operatively coupled to the shaft; a turbine wheel operatively coupled to the shaft; and a turbine housing assembly operatively coupled to the center housing wherein the turbine housing assembly comprises: a turbine housing; and a cartridge that comprises a nozzle wall component and a plate component that are spaced axially by spacers, wherein the nozzle wall component comprises spacer bores configured to receive the spacers characterized in that the nozzle wall component comprises a non-circular, convex outer perimeter defined at least in part by arcs where adjacent arcs intersect at intersection points, and wherein each of the intersection points is radially outwardly from a respective one of the spacer bores. a turbine housing; and a cartridge that comprises a nozzle wall component and a plate component that are spaced axially by spacers, wherein the nozzle wall component comprises spacer bores configured to receive the spacers characterized in that the nozzle wall component comprises a non-circular, convex outer perimeter defined at least in part by arcs where adjacent arcs intersect at intersection points, and wherein each of the intersection points is radially outwardly from a respective one of the spacer bores.
A device for producing a skim milk starting material milk, comprising starting material supply means that supplies a starting material milk; a first centrifugal separator, which has a supply port for said starting material milk, centrifugally separates said starting material milk into a cream fraction and a skim milk fraction, and has an outlet for said cream fraction, an outlet for said skim milk fraction and a sludge discharge port; a microfilter, which has a supply port for said skim milk fraction, subjects said skim milk fraction to treatment with a cross flow type microfilter membrane, and has an outlet for a permeate having a reduced bacteria content and an outlet for a retentate containing the residual bacteria that do not pass through the microfilter membrane; characterized in second centrifugal separator, which has a supply port for said retentate, centrifugally separates said retentate into a clean fraction having a low bacteria content and a high bacteria content fraction, and has an outlet for said clean fraction and a discharge port for said high bacteria content fraction; and a means for returning said clean fraction from said clean fraction outlet to said skim milk fraction supply port in said microfilter and/or said starting material milk supply port in said first centrifugal separator; and said permeate is provided as a skim milk starting material milk.
A computer-implemented method for automatic speech recognition comprising: receiving an utterance, the utterance comprising audio data of spoken natural language; processing the utterance using a multi-pass decoder that includes a first-pass, recurrent neural network transducer (RNN-T), end-to-end (E2E) decoder and a second-pass, Listen, Attend and Spell decoder; and outputting a final result of processing the utterance using the multi-pass decoder. receiving an utterance, the utterance comprising audio data of spoken natural language; processing the utterance using a multi-pass decoder that includes a first-pass, recurrent neural network transducer (RNN-T), end-to-end (E2E) decoder and a second-pass, Listen, Attend and Spell decoder; and outputting a final result of processing the utterance using the multi-pass decoder.
Seat valve actuated by an electromagnet has a valve sleeve with a sealing seat, a sealing body connected by a force fit to an armature of the electromagnet and two ports for fluid flows, namely the ports P and TN, closure of a fluidic connection of the ports P to TN being carried out by placing the sealing body on the sealing seat and the sealing body being produced from a plastic which is selected from the group PEEK, PEI, PASU and LCP, characterized in that the force flow for fastening and transmitting structure-borne sound from the sealing seat to a fastening surface has at least one transition from a metallic component to a component made of plastic and a transition from the component made of plastic to the fastening surface of another metallic component, and characterized in that between the ports P and TN, a static seal which is embodied as a lip seal produced from an elastomer material is arranged in an external groove in the valve sleeve and is formed in such a way that, when the seat valve is installed in an installation hole, when the pressure on the port P is no lower than the pressure on the port TN, the said seal rests with its sealing lip on the installation hole, wherein, when the pressure on the port TN exceeds the pressure on the port P, the seal loses its sealing function, because the sealing lip of the seal is lifted off the installation opening, wherein the seal enables a fluid flow from the port TN to the port P.
A method for device discovery, comprising determining, by a communication device configured for access to a wireless communication system, a type of device discovery to be used by the communication device for proximity services involving at least one other device (2, 3, 4), wherein the available types of device discovery comprise at least a first type of device discovery where additional resource information is received from the wireless communication system for the communication device and a second type of device discovery where no additional resource information is received by the communication device, and signalling information based on the determined type of device discovery.
An elevator rope comprising: an inner layer rope that includes: a fiber core; a plurality of steel inner layer strands that are twisted together on an outer circumference of the fiber core; and a resin inner layer rope coating body that is coated onto an outer.circumference; and a plurality of steel outer layer strands that are twisted together on an outer circumference of the inner layer rope, wherein: a diameter of the inner layer strands is smaller than a diameter of the outer layer strands, and characterized in that the inner layer strands are greater in number than the outer layer strands. an inner layer rope that includes: a fiber core; a plurality of steel inner layer strands that are twisted together on an outer circumference of the fiber core; and a resin inner layer rope coating body that is coated onto an outer.circumference; and a fiber core; a plurality of steel inner layer strands that are twisted together on an outer circumference of the fiber core; and a resin inner layer rope coating body that is coated onto an outer.circumference; and a plurality of steel outer layer strands that are twisted together on an outer circumference of the inner layer rope, wherein: a diameter of the inner layer strands is smaller than a diameter of the outer layer strands, and characterized in that the inner layer strands are greater in number than the outer layer strands. a diameter of the inner layer strands is smaller than a diameter of the outer layer strands, and characterized in that the inner layer strands are greater in number than the outer layer strands.
A method of near field communication, NFC, comprising: receiving, at an NFC controller, an NFC controller interface, NCI, indication from a device host, wherein the NCI indication specifies a new screen state of the device host; and adjusting one or more NFC modes (352; 354; 356) at the NFC controller based on the NCI indication, wherein the receiving and the adjusting are performed while maintaining a radio frequency discovery state, and wherein the new screen state triggers the NFC controller to adjust the RF discovery parameters and/or the related RF configuration settings. receiving, at an NFC controller, an NFC controller interface, NCI, indication from a device host, wherein the NCI indication specifies a new screen state of the device host; and adjusting one or more NFC modes (352; 354; 356) at the NFC controller based on the NCI indication, wherein the receiving and the adjusting are performed while maintaining a radio frequency discovery state, and wherein the new screen state triggers the NFC controller to adjust the RF discovery parameters and/or the related RF configuration settings.
Fiber-optic sensor head for an optical current or magnetic-field sensor, having an optical fiber which includes a magnetooptically active sensor fiber which is optically connected to at least one polarization-defining element (4; 5), with the sensor head being flexible in the area of the sensor fiber, in which the sensor fiber can be arranged around a conductor which carries the current to be measured or in a magnetic field, to be measured, in the form of a coil, with the coil defining a coil plane with a surface normal (N S), with the at least one polarization-defining element (4; 5) having a marked axis (f), and with an adjustment means being provided for adjustment of a predeterminable angle β between the marked axis (f) and the surface normal (N S) or for adjustment of predeterminable angles β, β' between the marked axes (f) and the surface normal (N S), furthermore with the adjustment means containing a mount body, to which the at least one polarization-defining element (4; 5) is fixed, characterized in that the sensor fiber is a fiber which has not been thermally treated at at least the softening temperature of the sensor fiber material, the fiber coating has been removed from the sensor fiber, the sensor fiber is mounted in a capillary, the capillary contains a friction-reducing means, and the mount body is a flexibly deformable mount body.