mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, comprising: a microwave source, wherein the source is configured to emit microwave energy in a frequency range of about 300Mhz to about 300Ghz; at least one microwave cavity comprising a stationary input section, a stationary output section, and a rotating processing section rotating around a substantially horizontal axis between the input section and the output section, wherein the rotating processing section comprises a secondary coupler of a microwave absorbing material chosen from SiC, partially stabilized zirconia, magnetite, zeolite, beta alumina, and composites and combinations thereof; and a waveguide to transmit microwave energy from the microwave source and introduce the microwave energy into at least one of the input section and the output section. a microwave source, wherein the source is configured to emit microwave energy in a frequency range of about 300Mhz to about 300Ghz; at least one microwave cavity comprising a stationary input section, a stationary output section, and a rotating processing section rotating around a substantially horizontal axis between the input section and the output section, wherein the rotating processing section comprises a secondary coupler of a microwave absorbing material chosen from SiC, partially stabilized zirconia, magnetite, zeolite, beta alumina, and composites and combinations thereof; and a waveguide to transmit microwave energy from the microwave source and introduce the microwave energy into at least one of the input section and the output section.
A multilayer type antenna array comprising a radiating structure formed by an array of radiating elements (1, 2) forming self-complementary patterns, each radiating element comprising four electrical power supply points (11, 12, 13, 14), said radiating surface being separated from a ground plane by a dielectric layer, characterised in that said antenna comprises an array of metallic vias (61, 62, 63, 64, 65) passing through said dielectric layer between the radiating surface and the ground plane, each via being positioned opposite a given point (51, 52, 53, 54), called specific point, of a radiating element, each specific point being located between two consecutive electrical power supply points, with two consecutive power supply points (11, 12) following each other in the path around a radiating element.
Method for production of a methanol-synthesis gas product stream, an H 2 product stream and a CO product stream from an H 2 - and CO-containing synthesis gas stream, having the steps: - portioning the synthesis gas stream into a first and a second synthesis gas substream (51, 52), wherein only CO contained in the first synthesis gas substream is converted to CO 2 and H 2 using steam admixed to the first synthesis gas substream, wherein - the first synthesis gas substream and a part of the second synthesis gas substream are scrubbed, each in a separate column, with an amine-containing scrubbing medium, for scrubbing out CO 2, wherein the scrubbing medium is regenerated in a shared column, - wherein the methanol-synthesis gas product stream is formed from one part of the scrubbed converted first synthesis gas substream and/or the other part of the unconverted second synthesis gas stream, in such a manner that a ratio of (H 2 -CO 2)/(CO+CO 2) that is required for the methanol synthesis is established in the methanol-synthesis gas product stream in a range from 2.0 to 2.1, wherein - the scrubbed one part of the second non-converted synthesis gas substream is used for production of the CO product stream and the H 2 product stream, and wherein - the other part of the scrubbed converted first synthesis gas substream is used for production of the H 2 product stream. - portioning the synthesis gas stream into a first and a second synthesis gas substream (51, 52), wherein only CO contained in the first synthesis gas substream is converted to CO 2 and H 2 using steam admixed to the first synthesis gas substream, wherein - the first synthesis gas substream and a part of the second synthesis gas substream are scrubbed, each in a separate column, with an amine-containing scrubbing medium, for scrubbing out CO 2, wherein the scrubbing medium is regenerated in a shared column, - wherein the methanol-synthesis gas product stream is formed from one part of the scrubbed converted first synthesis gas substream and/or the other part of the unconverted second synthesis gas stream, in such a manner that a ratio of (H 2 -CO 2)/(CO+CO 2) that is required for the methanol synthesis is established in the methanol-synthesis gas product stream in a range from 2.0 to 2.1, wherein - the scrubbed one part of the second non-converted synthesis gas substream is used for production of the CO product stream and the H 2 product stream, and wherein - the other part of the scrubbed converted first synthesis gas substream is used for production of the H 2 product stream.
An adaptive noise cancellation, ANC, controller for an ANC system generating an anti-noise signal and comprising at least one sensor (E1, E2) configured to measure an ambient acoustic environment and at least one transducer (SPKR1, SPKR2) configured to output the anti-noise signal, the adaptive noise cancellation controller comprising: a feedback filter (38, 38A, 38B, 38C, 38D) having a response configured to generate at least a portion of the anti-noise signal from an output of the at least one sensor, the feedback filter (38, 38A, 38B, 38C, 38D) being provided in a compensated feedback loop that extends through the feedback filter (38, 38A, 38B, 38C, 38D) and that is closed by a secondary path (S(z)) that includes at least a path from one of the at least one transducer (SPKR1, SPLR2) of the ANC system to the at least one sensor (E1, E2) of the ANC system, the compensated feedback loop having a feedback ANC gain (G FB (z)), wherein the feedback filter (38, 38A, 38B, 38C, 38D) is implemented as a pair of filters that includes: a fixed filter (40, 40A, 40B) having a predetermined fixed transfer function (B(z)) that is selected to maintain stability of the compensated feedback loop, wherein the fixed filter (40, 40A, 40B) is configured to contribute to the feedback ANC gain (G FB (z)); and a variable-response filter (42, 42A, 42B) coupled in cascade to the fixed filter (40, 40A, 40B), wherein a response of the variable-response filter (42, 42A, 42B) is an inverse of a transfer function of the secondary path and is configured to compensate for variations of the transfer function of the secondary path, so that the feedback ANC gain (G FB (z)) is independent of the variations in the transfer function of the secondary path, wherein the variable response filter (42, 42A, 42B) is configured to cause the feedback ANC gain (G FB (z)) to be a uniform feedback gain (G FB,uniform (z)) that depends on the predetermined fixed transfer function (B(z)) of the fixed filter (40, 40A, 40B). a fixed filter (40, 40A, 40B) having a predetermined fixed transfer function (B(z)) that is selected to maintain stability of the compensated feedback loop, wherein the fixed filter (40, 40A, 40B) is configured to contribute to the feedback ANC gain (G FB (z)); and a variable-response filter (42, 42A, 42B) coupled in cascade to the fixed filter (40, 40A, 40B), wherein a response of the variable-response filter (42, 42A, 42B) is an inverse of a transfer function of the secondary path and is configured to compensate for variations of the transfer function of the secondary path, so that the feedback ANC gain (G FB (z)) is independent of the variations in the transfer function of the secondary path, wherein the variable response filter (42, 42A, 42B) is configured to cause the feedback ANC gain (G FB (z)) to be a uniform feedback gain (G FB,uniform (z)) that depends on the predetermined fixed transfer function (B(z)) of the fixed filter (40, 40A, 40B).
An information processing apparatus comprising: a process execution unit configured to execute an application; execute a process relating to a user's gesture recognized on a basis of information from a sensor, as an operation to the application, wherein the process execution unit is further configured to determine, during a period of time after the gesture has been recognized, whether or not there is an input of a predetermined operation information based on a user's operation, and to refrain from executing the process relating to the recognized gesture when there is the input of the predetermined operation information during the period of time; the process execution unit is further configured to dynamically set a length of the period of time during operation of the apparatus, characterized in that the length of the period of time is dynamically set on a basis of information relating to the application acquired from the application, and the information relating to the application is one or more of a type of the application, or state of the application or type of notification of the application. a process execution unit configured to execute an application; execute a process relating to a user's gesture recognized on a basis of information from a sensor, as an operation to the application, wherein the process execution unit is further configured to determine, during a period of time after the gesture has been recognized, whether or not there is an input of a predetermined operation information based on a user's operation, and to refrain from executing the process relating to the recognized gesture when there is the input of the predetermined operation information during the period of time; the process execution unit is further configured to dynamically set a length of the period of time during operation of the apparatus, characterized in that the length of the period of time is dynamically set on a basis of information relating to the application acquired from the application, and the information relating to the application is one or more of a type of the application, or state of the application or type of notification of the application.
A method for estimating on a curve a relevant point for detecting an anomaly of an engine, said curve representing a time-dependent change in physical operation parameters of the engine measured by at least one sensor on said engine, applied by a computer connected to first storage means, said first storage means storing in memory at least one profile comprising a binary code, each component of which codes a direction of variation between two consecutive characteristic points of at least one learning curve, a model allowing estimation of a relevant point from a set of characteristic points of a curve, and a filter, said method comprising: a/ selecting a profile stored in memory in the first storage means; b/ applying the filter of the selected profile to said curve; c/ determining a set of characteristic points of said filtered curve and of a binary code, each component of which codes the direction of variation of two consecutive characteristic points belonging to said set of characteristic points; d/ comparing the determined code and the code of the selected profile; e/ depending on said comparison, estimating the relevant point on said curve from the characteristic points of said filtered curve and from the model of the selected profile. a/ selecting a profile stored in memory in the first storage means; b/ applying the filter of the selected profile to said curve; c/ determining a set of characteristic points of said filtered curve and of a binary code, each component of which codes the direction of variation of two consecutive characteristic points belonging to said set of characteristic points; d/ comparing the determined code and the code of the selected profile; e/ depending on said comparison, estimating the relevant point on said curve from the characteristic points of said filtered curve and from the model of the selected profile.
A respiratory mask, comprising a connection pipe, a frame, a cushion, and a respiratory mask connector connecting the frame with the connection pipe, the respiratory mask connector having a connection face and a spherical face, wherein: the connection face is connected with the frame; the spherical face is connected with a pipe head of the connection pipe through a ball-socket connection, wherein, the connection face is one of the outer wall surface and inner wall surface of the respiratory mask connector, and the spherical face is the other of the outer wall surface and inner wall surface of the respiratory mask connector, wherein the respiratory mask connector is an elastic member, characterized in that the respiratory mask connector further comprises a first connection portion and a second connection portion, wherein the first connection portion is configured to be fixedly connected with the frame and the second connection portion is configured to be fixedly connected with the cushion in the respiratory mask. the connection face is connected with the frame; the spherical face is connected with a pipe head of the connection pipe through a ball-socket connection, wherein, the connection face is one of the outer wall surface and inner wall surface of the respiratory mask connector, and the spherical face is the other of the outer wall surface and inner wall surface of the respiratory mask connector, wherein the respiratory mask connector is an elastic member, characterized in that the respiratory mask connector further comprises a first connection portion and a second connection portion, wherein the first connection portion is configured to be fixedly connected with the frame and the second connection portion is configured to be fixedly connected with the cushion in the respiratory mask.
Exciter system for inducing vibrations in railway bridges based on harmonic forces which can be transported long distances by railway and is capable of carrying out dynamic testing prior to track installation, by inducing vibrations based on harmonic, impulsive, and transient forces, said system being made up of a vertical hydraulic actuator and a variable-weight reaction mass vertically guided by linear bearings preventing any horizontal movement of said mass with respect to a frame and driven by a piston of the hydraulic actuator, which is integrally assembled on a railway wagon designed for such purpose, which system incorporates a variable-weight ballast for the purpose of applying variable forces of different intensity without losing contact with the rails, wherein a movement of the piston of the actuator is controlled by a computer system programmable for such purpose, allowing the actuator to apply general forces, in particular harmonic, impulsive, and transient forces, on the bridge, such that they do not exceed a maximum acceptable displacement of the piston, wherein forces which the actuator applies on the bridge are aggregately measured via a sensor located between the actuator and the wagon, the wagon comprises hydraulic equipment capable of transmitting excitation directly to the bridge, without going through a rolling system of the wagon, via false wheels, the system further comprises additional force and vibration sensors arranged at each of the false wheels.
A method of using a user terminal to provide secure authenticated registration between a user and a third party, wherein the user is associated with the user terminal, wherein the user terminal is a mobile device, the method comprising: reading a chip to receive chip data stored on the chip; transmitting the chip data, via a network interface of the user terminal associated with the user, over a network to an authentication server associated with said third party and in response receiving via said network interface a notification message from the authentication server; determining whether an identification document associated with the chip data is authentic based on the notification message from the authentication server, wherein in response to determining that the identification document is authentic, the method further comprising: outputting, via at least one output device of the user terminal, an authentication challenge to the user associated with the user terminal; receiving image data as a response to the authentication challenge; and transmitting the image data, via the network interface, over the network to the authentication server for authenticating the user with the third party. reading a chip to receive chip data stored on the chip; transmitting the chip data, via a network interface of the user terminal associated with the user, over a network to an authentication server associated with said third party and in response receiving via said network interface a notification message from the authentication server; determining whether an identification document associated with the chip data is authentic based on the notification message from the authentication server, wherein in response to determining that the identification document is authentic, the method further comprising: outputting, via at least one output device of the user terminal, an authentication challenge to the user associated with the user terminal; receiving image data as a response to the authentication challenge; and transmitting the image data, via the network interface, over the network to the authentication server for authenticating the user with the third party. outputting, via at least one output device of the user terminal, an authentication challenge to the user associated with the user terminal; receiving image data as a response to the authentication challenge; and transmitting the image data, via the network interface, over the network to the authentication server for authenticating the user with the third party.
A method for producing conductively coated particles comprising an at least partially metallated electroactive core material, wherein said method comprises the steps of premixing an oxidant electroactive material "oxidant" with a metallated reductant "M x reductant" followed by chemically reacting the oxidant electroactive material with the metallated reductant, said reductant being a coating precursor, said metal being at least one alkaline and/or at least one alkaline earth metal, and said chemically reacting being performed under conditions allowing reduction and metallation of the electroactive material via insertion or intercalation of the alkaline metal cation or cations and/or the alkaline earth metal cation or cations and coating of the metallated electroactive material with a coating formed from the metallated reductant via a redox reaction of the form: M x reductant + oxidant → M x oxidant reduced + reductant surface (reductant oxidized), said conditions comprising applying energy in the form of - heat - tribological energy - ultrasound - microwave. - heat - tribological energy - ultrasound - microwave.
Drain (10; 140), comprising: - a bottom surface (11; 141); - a standing wall along the periphery of the bottom surface (11; 141) such that a tray is formed by the standing wall and the bottom surface (11; 141); and - a horizontal flange (13; 142) extending from the upper edge of the standing wall; wherein a strip (14; 144) is arranged running peripherally along the standing wall in the formed tray, wherein the upper edge of the peripheral strip (14; 144) protrudes above the horizontal flange (13; 142), wherein a sealing means (18; 143) is arranged between the peripheral strip (14; 144) and the standing wall, characterized in that at least a part of the peripheral strip (14; 144) is arranged resiliently and under bias in the formed tray such that the peripheral strip (14; 144) is pressed against the standing wall. - a bottom surface (11; 141); - a standing wall along the periphery of the bottom surface (11; 141) such that a tray is formed by the standing wall and the bottom surface (11; 141); and - a horizontal flange (13; 142) extending from the upper edge of the standing wall; wherein
A polymeric coupling agent comprising: a polymer comprising at least one of the following repeating units: wherein: R' is vinyl, -C H, or -CN; and one or more reactive coupling groups covalently bonded to one or more repeating units of the polymer as pendent groups, optionally via one or more linking moieties, wherein the reactive coupling group is an azide functional group selected from the group consisting of sulfonyl azide, aryl azide, phosphoryl azide, acyl azide, formyl azides, and combinations thereof; and, wherein the polymer further comprises one or more reactive coupling groups covalently bonded to one or more terminal ends of the polymer chain. a polymer comprising at least one of the following repeating units: wherein: R' is vinyl, -C H, or -CN; and one or more reactive coupling groups covalently bonded to one or more repeating units of the polymer as pendent groups, optionally via one or more linking moieties, wherein the reactive coupling group is an azide functional group selected from the group consisting of sulfonyl azide, aryl azide, phosphoryl azide, acyl azide, formyl azides, and combinations thereof; and, wherein the polymer further comprises one or more reactive coupling groups covalently bonded to one or more terminal ends of the polymer chain. R' is vinyl, -C H, or -CN; and one or more reactive coupling groups covalently bonded to one or more repeating units of the polymer as pendent groups, optionally via one or more linking moieties, wherein the reactive coupling group is an azide functional group selected from the group consisting of sulfonyl azide, aryl azide, phosphoryl azide, acyl azide, formyl azides, and combinations thereof; and, wherein the polymer further comprises one or more reactive coupling groups covalently bonded to one or more terminal ends of the polymer chain.
A timepiece movement comprising: a second hand wheel with a second hand arbor to which a second hand attaches; a minute hand wheel with a minute hand arbor to which a minute hand attaches; an hour hand wheel with an hour hand arbor to which an hour hand attaches; a 24-hour hand wheel with a 24-hour hand arbor to which a 24-hour hand attaches; and a first guide, a second guide, and a third guide each configured to guide an arbor (411, 421, 741, 451) to which a hand (21, 22, 23, 24) attaches; the minute hand arbor, the hour hand arbor, and the 24-hour hand arbor having a tubular configuration and disposed coaxially to the second hand arbor, the minute hand arbor having a diameter greater than the second hand arbor, the hour hand arbor having a diameter greater than the minute hand arbor, and the 24-hour hand arbor having a diameter greater than the hour hand arbor, and having a first tube formed with a first diameter and a second tube formed with a second diameter that is smaller than the first diameter, the first guide disposed between the second hand arbor and the minute hand arbor, the second guide disposed between the minute hand arbor and the hour hand arbor, and the third guide disposed between the hour hand arbor and the first tube of the 24-hour hand arbor. a second hand wheel with a second hand arbor to which a second hand attaches; a minute hand wheel with a minute hand arbor to which a minute hand attaches; an hour hand wheel with an hour hand arbor to which an hour hand attaches; a 24-hour hand wheel with a 24-hour hand arbor to which a 24-hour hand attaches; and a first guide, a second guide, and a third guide each configured to guide an arbor (411, 421, 741, 451) to which a hand (21, 22, 23, 24) attaches; the minute hand arbor, the hour hand arbor, and the 24-hour hand arbor having a tubular configuration and disposed coaxially to the second hand arbor, the minute hand arbor having a diameter greater than the second hand arbor, the hour hand arbor having a diameter greater than the minute hand arbor, and the 24-hour hand arbor having a diameter greater than the hour hand arbor, and having a first tube formed with a first diameter and a second tube formed with a second diameter that is smaller than the first diameter, the first guide disposed between the second hand arbor and the minute hand arbor, the second guide disposed between the minute hand arbor and the hour hand arbor, and the third guide disposed between the hour hand arbor and the first tube of the 24-hour hand arbor.