mhurhangee/ep-ind-claims huggingface dataset:
Gas turbine engine comprising: a combustor assembly, having a plurality of combustor units; and a control system, configured to control air supply and fuel supply to the combustor assembly; the control system comprising: pulsation sensors coupled to respective combustor units and configured to provide pulsation signals (P N (t)) in response to pulsations at the respective combustor units; and a processing unit coupled to the pulsation sensors to receive the pulsation signals (P N (t)); characterized in that the processing unit is configured to: determine working time series (TSW N) of spectral parameters (A 1; A 1, A 2; F 1) of at least one of the pulsation signals (P N (t)); and to selectively activate protecting measures based on the working time series (TSW N) and activation criteria, wherein the activation criteria include value criteria, defined by inadmissible ranges of values (IRVI) of the spectral parameters (A 1; A 1, A 2; F 1), in combination with time criteria based on permanence of the spectral parameters in the inadmissible ranges of values (IRVI). a combustor assembly, having a plurality of combustor units; and a control system, configured to control air supply and fuel supply to the combustor assembly; the control system comprising: pulsation sensors coupled to respective combustor units and configured to provide pulsation signals (P N (t)) in response to pulsations at the respective combustor units; and a processing unit coupled to the pulsation sensors to receive the pulsation signals (P N (t)); pulsation sensors coupled to respective combustor units and configured to provide pulsation signals (P N (t)) in response to pulsations at the respective combustor units; and a processing unit coupled to the pulsation sensors to receive the pulsation signals (P N (t)); characterized in that the processing unit is configured to: determine working time series (TSW N) of spectral parameters (A 1; A 1, A 2; F 1) of at least one of the pulsation signals (P N (t)); and to selectively activate protecting measures based on the working time series (TSW N) and activation criteria, wherein the activation criteria include value criteria, defined by inadmissible ranges of values (IRVI) of the spectral parameters (A 1; A 1, A 2; F 1), in combination with time criteria based on permanence of the spectral parameters in the inadmissible ranges of values (IRVI). determine working time series (TSW N) of spectral parameters (A 1; A 1, A 2; F 1) of at least one of the pulsation signals (P N (t)); and to selectively activate protecting measures based on the working time series (TSW N) and activation criteria, wherein the activation criteria include value criteria, defined by inadmissible ranges of values (IRVI) of the spectral parameters (A 1; A 1, A 2; F 1), in combination with time criteria based on permanence of the spectral parameters in the inadmissible ranges of values (IRVI).
A process analyzer adapter, comprising: - a first part; - a second part; and - a third part; wherein, the first part is configured to connect to a process analyzer that is configured to analyse a process inside an industrial process vessel, apparatus or system; wherein, the first part is rotationally connected to the second part, wherein the first part can rotate about a first axis; wherein, the second part is rotationally connected to the third part, wherein the second part can rotate about a second axis, and wherein rotation of the second part about the second axis is configured to tilt the first axis; and wherein, the third part is configured to connect to a flange of an industrial process vessel, apparatus or system to position the process analyzer adapter outside of the industrial process vessel, apparatus or system. - a first part; - a second part; and - a third part; wherein, the first part is configured to connect to a process analyzer that is configured to analyse a process inside an industrial process vessel, apparatus or system; wherein, the first part is rotationally connected to the second part, wherein the first part can rotate about a first axis; wherein, the second part is rotationally connected to the third part, wherein the second part can rotate about a second axis, and wherein rotation of the second part about the second axis is configured to tilt the first axis; and wherein, the third part is configured to connect to a flange of an industrial process vessel, apparatus or system to position the process analyzer adapter outside of the industrial process vessel, apparatus or system. wherein, the first part is configured to connect to a process analyzer that is configured to analyse a process inside an industrial process vessel, apparatus or system; wherein, the first part is rotationally connected to the second part, wherein the first part can rotate about a first axis; wherein, the second part is rotationally connected to the third part, wherein the second part can rotate about a second axis, and wherein rotation of the second part about the second axis is configured to tilt the first axis; and wherein, the third part is configured to connect to a flange of an industrial process vessel, apparatus or system to position the process analyzer adapter outside of the industrial process vessel, apparatus or system.
A volatile material dispenser, comprising: a housing configured to receive a refill containing a volatile material and a wick, the housing including a first cavity supporting a heater arrangement and a second, separate cavity supporting a fan arrangement for dispersing a vapor plume of the volatile material, and a chimney between an upper, interior surface of the housing and an upper surface of the heater arrangement, wherein the housing includes an aperture through which the vapor plume exits the housing, wherein the housing includes a plurality of openings through which air from the fan arrangement is directed away from the aperture and toward the vapor plume, the aperture being located in the housing to be laterally inside an arc defined by the plurality of openings; and wherein the dispenser is configured such that, in use, the refill is retained within the housing, the upper surface of the heater arrangement is disposed nearer the aperture than an upper, free end of the wick and a radial gap is formed between the heater arrangement and the wick. a housing configured to receive a refill containing a volatile material and a wick, the housing including a first cavity supporting a heater arrangement and a second, separate cavity supporting a fan arrangement for dispersing a vapor plume of the volatile material, and a chimney between an upper, interior surface of the housing and an upper surface of the heater arrangement, wherein the housing includes an aperture through which the vapor plume exits the housing, wherein the housing includes a plurality of openings through which air from the fan arrangement is directed away from the aperture and toward the vapor plume, the aperture being located in the housing to be laterally inside an arc defined by the plurality of openings; and wherein the dispenser is configured such that, in use, the refill is retained within the housing, the upper surface of the heater arrangement is disposed nearer the aperture than an upper, free end of the wick and a radial gap is formed between the heater arrangement and the wick.
A fuel oil composition comprising a biodiesel oil characterized in that the fuel composition comprises at least one additive for improving the filterability, wherein said additive for improving the filterability comprises at least two polyalkyl(meth)acrylate polymers, wherein one of the polyalkyl(meth)acrylate polymers comprises repeating units being derived from alkyl (meth)acrylates having 16 to 40 carbon atoms in the alkyl residue and one of the polyalkyl(meth)acrylate polymers comprises repeating units which are derived from hydroxyl-containing monomers and/or (meth)acrylates of ether alcohols.
An imaging optical system comprising: a first optical unit having positive refractive power for making an image at an image plane at an enlargement-side of the imaging optical system and an intermediate image at an intermediate image position in the imaging optical system conjugate to each other; and a second optical unit having positive refractive power for making the intermediate image and an image at an image plane at a reduction-side of the imaging optical system conjugate to each other, characterized in that, when a focal length of the first optical unit is denoted by fF and a focal length of the second optical unit is denoted by fR, the following condition is satisfied: 0.0 < fF / fR ≤ 0.28, and and in that the second optical unit comprises a negative lens disposed on the optical axis closest to the enlargement side. a first optical unit having positive refractive power for making an image at an image plane at an enlargement-side of the imaging optical system and an intermediate image at an intermediate image position in the imaging optical system conjugate to each other; and a second optical unit having positive refractive power for making the intermediate image and an image at an image plane at a reduction-side of the imaging optical system conjugate to each other, characterized in that, when a focal length of the first optical unit is denoted by fF and a focal length of the second optical unit is denoted by fR, the following condition is satisfied: 0.0 < fF / fR ≤ 0.28, and and in that the second optical unit comprises a negative lens disposed on the optical axis closest to the enlargement side.
Modular electrical switching device comprising: - a switching block having unitary switching blocks respectively comprising at least one fixed contact that can collaborate with a mobile contact; - an actuation block of the unitary switching blocks comprising an electromagnetic actuator having a fixed yoke and a mobile keeper suitable for being displaced with respect to the fixed yoke between an open position and a closed position of the electrical contacts (32, 33); - means allowing the actuation block to be fixed onto the switching block, characterized in that it comprises rapid fixing means allowing a removable fixing of the actuation block onto the switching block, said means comprising at least one coupling hook intended: - to fix and secure the switching block to the actuation block, and - to collaborate with an actuation device of the mobile contact of a unitary switching block to transmit the movement of the electromagnetic actuator to said mobile contact; said coupling hook being secured to the mobile keeper of the electromagnetic actuator. - a switching block having unitary switching blocks respectively comprising at least one fixed contact that can collaborate with a mobile contact; - an actuation block of the unitary switching blocks comprising an electromagnetic actuator having a fixed yoke and a mobile keeper suitable for being displaced with respect to the fixed yoke between an open position and a closed position of the electrical contacts (32, 33); - means allowing the actuation block to be fixed onto the switching block, characterized in that it comprises rapid fixing means allowing a removable fixing of the actuation block onto the switching block, said means comprising at least one coupling hook intended: - to fix and secure the switching block to the actuation block, and - to collaborate with an actuation device of the mobile contact of a unitary switching block to transmit the movement of the electromagnetic actuator to said mobile contact; - to fix and secure the switching block to the actuation block, and - to collaborate with an actuation device of the mobile contact of a unitary switching block to transmit the movement of the electromagnetic actuator to said mobile contact;
A method for limiting wireless connectivity roaming of a multi-function device, MFD, comprising: detecting, by a processor of the MFD, that a connection to a current access point of a wireless network is disconnected; attempting, by the processor, to re-authenticate on the current access point; receiving, by the processor, a notification that a blacklist value of the MFD for the current access point exceeds a predefined threshold to prevent re-authentication to the current access point, wherein the blacklist value for the current access point is incremented as a result of failed re-authentication attempts; accessing, by the processor, a list of access points within a user defined boundary; selecting, by the processor, an access point in the list of access points that was not previously blacklisted based on a parameter of the access points; and establishing, by the processor, a wireless communication path with the access point. detecting, by a processor of the MFD, that a connection to a current access point of a wireless network is disconnected; attempting, by the processor, to re-authenticate on the current access point; receiving, by the processor, a notification that a blacklist value of the MFD for the current access point exceeds a predefined threshold to prevent re-authentication to the current access point, wherein the blacklist value for the current access point is incremented as a result of failed re-authentication attempts; accessing, by the processor, a list of access points within a user defined boundary; selecting, by the processor, an access point in the list of access points that was not previously blacklisted based on a parameter of the access points; and establishing, by the processor, a wireless communication path with the access point.
A method for providing a short message service in a communication system comprising a core network, characterized in that it comprises: receiving an association request, from an access management function in the core network at a short message service function in the core network, to associate the access management function to the short message service function, accepting, by the short message service function, the association request, upon reception of mobile originated short message service data from the access management function, handling by the short message service function, short message service delivery to a SMS-GMSC/IWMSC/SMS router and interaction to a home location register for short message service delivery, and upon reception of mobile terminated short message service data from a SMS-GMSC/IWMSC/SMS router, paging the access management function for short message service delivery, by the short message service function. receiving an association request, from an access management function in the core network at a short message service function in the core network, to associate the access management function to the short message service function, accepting, by the short message service function, the association request, upon reception of mobile originated short message service data from the access management function, handling by the short message service function, short message service delivery to a SMS-GMSC/IWMSC/SMS router and interaction to a home location register for short message service delivery, and upon reception of mobile terminated short message service data from a SMS-GMSC/IWMSC/SMS router, paging the access management function for short message service delivery, by the short message service function.
A magnetic resonance imaging apparatus (300a, 300b) configured for obtaining a magnetic resonance, MR, image based on a multi-echo sequence, the MRI apparatus (300a, 300b) comprising: a data obtainer (310, 315) configured to obtain first echo data, based on an echo that is generated at a first echo time, and obtain second echo data, based on an echo that is generated at a second echo time later than the first echo time, the first echo data comprising a part overlapping a part included in the second echo data in a k-space, obtain third echo data (E1') based on an echo that is generated at a third echo time (TE1'), and obtain fourth echo data (E2') based on an echo that is generated at a fourth echo time (TE2'); and an image processor (320, 325, 62) configured to reconstruct the MR image, based on the first echo data and the second echo data, characterized in that the first echo data, the second echo data, the third echo data (E1') and the fourth echo data (E2') are obtained in a single repetition time period of the multi-echo sequence; and the image processor (320, 325, 62) is further configured to: generate a B0 map, based on the third echo data (E1') and the fourth echo data (E2'); perform phase correction on either one or both of the first echo data and the second echo data, based on the generated B0 map; and reconstruct the MR image, based on either one or both of the first echo data and the second echo data on which the phase correction is performed.. a data obtainer (310, 315) configured to obtain first echo data, based on an echo that is generated at a first echo time, and obtain second echo data, based on an echo that is generated at a second echo time later than the first echo time, the first echo data comprising a part overlapping a part included in the second echo data in a k-space, obtain third echo data (E1') based on an echo that is generated at a third echo time (TE1'), and obtain fourth echo data (E2') based on an echo that is generated at a fourth echo time (TE2'); and an image processor (320, 325, 62) configured to reconstruct the MR image, based on the first echo data and the second echo data, characterized in that the first echo data, the second echo data, the third echo data (E1') and the fourth echo data (E2') are obtained in a single repetition time period of the multi-echo sequence; and the image processor (320, 325, 62) is further configured to: generate a B0 map, based on the third echo data (E1') and the fourth echo data (E2'); perform phase correction on either one or both of the first echo data and the second echo data, based on the generated B0 map; and reconstruct the MR image, based on either one or both of the first echo data and the second echo data on which the phase correction is performed.. generate a B0 map, based on the third echo data (E1') and the fourth echo data (E2'); perform phase correction on either one or both of the first echo data and the second echo data, based on the generated B0 map; and reconstruct the MR image, based on either one or both of the first echo data and the second echo data on which the phase correction is performed..
A zinc cluster represented by general formula: Zn 4 O(OCOR) 6 (RCOOH) n, wherein R represents an alkyl group having 1 to 4 carbon atoms which optionally has one or more halogen atoms, and n represents 0.1 to 1.
A calibration system, comprising: a mobile object having a camera (1, 101) mounted thereon; and a target apparatus (3, 30) for calibrating the camera; characterized by a positioning means (107a, 107b) which is provided to at least one of the mobile object and the target apparatus (3, 30) for fixing a positional relation between the mobile object and the target apparatus (3, 30) to a prescribed relation, wherein the positioning means (107a, 107b) has at least one of i) a joint means for physically fixing the target apparatus (3, 30) to the mobile object and ii) a scope means provided to at least one of the mobile object and the target apparatus (3, 30) for positioning the target apparatus (3, 30) with reference to a target point located on the other. a mobile object having a camera (1, 101) mounted thereon; and a target apparatus (3, 30) for calibrating the camera; characterized by a positioning means (107a, 107b) which is provided to at least one of the mobile object and the target apparatus (3, 30) for fixing a positional relation between the mobile object and the target apparatus (3, 30) to a prescribed relation, wherein the positioning means (107a, 107b) has at least one of i) a joint means for physically fixing the target apparatus (3, 30) to the mobile object and ii) a scope means provided to at least one of the mobile object and the target apparatus (3, 30) for positioning the target apparatus (3, 30) with reference to a target point located on the other.
A method of operating a cooking appliance which comprises a cooking vessel to which a weight measuring system is assigned, and a control system by means of which the sequence of a cooking process is controlled in an automatic manner, wherein the weight of a substance introduced into the cooking vessel is determined via a weight difference determination, wherein first the weight of the cooking appliance is determined and is subtracted from the total weight after the substance has been introduced into the cooking vessel, so that the tare or tare weight can be determined, and wherein the determined weight is used as a parameter for a safety function and/or a cooking process optimization, wherein the cooking process optimization comprises at least a time optimization, so that the duration of the cooking process is adapted to the weight of the substance introduced, characterized in that based on a reduction in weight, determined during the proceeding cooking process, of the substances present in the cooking vessel, adjustments are made automatically on the cooking appliance on the basis of the weight reduction detected, or are suggested to the operator of the cooking appliance, wherein the quantity of the substance introduced is determined and, if the weight measuring system ascertains that an introduced quantity of water and/or deep-frying oil/fat exceeds a threshold value, an operation of the cooking appliance under pressure or as a deep fryer is protected by outputting a warning and/or disabling the cooking appliance.
A conveyor assembly for an asphalt paving machine, the assembly being operable to convey material in the paving machine, the assembly comprising: a first conveyor including a first conveyor surface having an inner edge and an outer edge, and a first drive chain adjacent the inner edge of the conveyor surface, the first drive chain being movable to cause material to be conveyed on the first conveyor surface; a second conveyor generally parallel to the first conveyor, a central space being defined between the first conveyor and the second conveyor, the second conveyor including a second conveyor surface having an inner edge and an outer edge, and a second drive chain adjacent the inner edge of the conveyor surface, the second drive chain being movable to cause material to be conveyed on the second conveyor surface; and a cover assembly including a cover member positioned over the central space and covering the first drive chain and the second drive chain and comprising an upper surface, and a divider member connected to the cover member and extending generally perpendicular to the upper surface, characterized in that the upper surface is substantially parallel to the first conveyor surface and to the second conveyor surface, the upper surface substantially preventing material from entering the central space between the first conveyor and the second conveyor,. a first conveyor including a first conveyor surface having an inner edge and an outer edge, and a first drive chain adjacent the inner edge of the conveyor surface, the first drive chain being movable to cause material to be conveyed on the first conveyor surface; a second conveyor generally parallel to the first conveyor, a central space being defined between the first conveyor and the second conveyor, the second conveyor including a second conveyor surface having an inner edge and an outer edge, and a second drive chain adjacent the inner edge of the conveyor surface, the second drive chain being movable to cause material to be conveyed on the second conveyor surface; and a cover assembly including a cover member positioned over the central space and covering the first drive chain and the second drive chain and comprising an upper surface, and a divider member connected to the cover member and extending generally perpendicular to the upper surface, characterized in that the upper surface is substantially parallel to the first conveyor surface and to the second conveyor surface, the upper surface substantially preventing material from entering the central space between the first conveyor and the second conveyor,.