mhurhangee/ep-ind-claims huggingface dataset:
Method for producing pulverized coal, the method comprising the steps of: - heating a drying gas in a hot gas generator to a predefined temperature; - feeding the heated drying gas into a pulverizer; - introducing raw coal into the pulverizer, the pulverizer turning the raw coal into pulverized coal; - collecting a mixture of drying gas and pulverized coal from the pulverizer and feeding the mixture to a filter, the filter separating the dried pulverized coal from the drying gas; - collecting the dried pulverized coal for further use and feeding the drying gas from the filter to a recirculation line for returning at least part of the drying gas to the hot gas generator - determining an oxygen level in the drying gas and comparing the determined oxygen level to a predetermined oxygen level threshold characterized in that the oxygen level in the drying gas is determined during a grinding cycle wherein heated drying gas is fed through the pulverizer and raw coal is introduced into the pulverizer, and if, during the grinding cycle, the determined oxygen level is higher than the predetermined oxygen level threshold, a volume of water is injected into the heated drying gas before it is fed into the pulverizer, the volume of water injected being calculated so as to reduce the oxygen level below the predetermined oxygen level threshold. - heating a drying gas in a hot gas generator to a predefined temperature; - feeding the heated drying gas into a pulverizer; - introducing raw coal into the pulverizer, the pulverizer turning the raw coal into pulverized coal; - collecting a mixture of drying gas and pulverized coal from the pulverizer and feeding the mixture to a filter, the filter separating the dried pulverized coal from the drying gas; - collecting the dried pulverized coal for further use and feeding the drying gas from the filter to a recirculation line for returning at least part of the drying gas to the hot gas generator - determining an oxygen level in the drying gas and comparing the determined oxygen level to a predetermined oxygen level threshold
An electronic system (100a, 100b, 400a, 400b) including a first electronic circuit, a second electronic circuit, wherein a resonant LC circuit having a resonance frequency is adapted for coupling the first electronic circuit and the second electronic circuit, each electronic circuit including functional means (110a, 110a') for providing a signal at the resonance frequency to be transmitted to the other electronic circuit through the LC circuit and/or for receiving the signal from the other electronic circuit, the LC circuit including capacitor means having at least one first capacitor plate included in the first electronic circuit and at least one second capacitor plate included in the second electronic circuit; characterized in that the LC circuit further includes: - first inductor means included in the first electronic circuit and connected in series with the first capacitor plate; and/or - second inductor means included in the second electronic circuit and connected in series with the second capacitor plate; and wherein the at least one capacitor plate (120a, 120a') of each electronic circuit is coupled with the corresponding functional means (110a, 110a') through the possible corresponding inductor means; and wherein the functional means of the first electronic circuit are integrated in a first chip and the functional means of the second electronic circuit are integrated in a second chip distinct from the first chip, or the functional means of the first and second electronic circuits are respectively integrated in a first region and a second region of a common chip, the first region being insulated from the second region. - first inductor means included in the first electronic circuit and connected in series with the first capacitor plate; and/or - second inductor means included in the second electronic circuit and connected in series with the second capacitor plate;
A mid-turbine duct assembly for a gas turbine engine, the assembly comprising: a duct defining a generally annular flowpath, the duct comprising a forward duct region that defines an increasing annular flowpath radius in a downstream direction; and characterised in that: the duct comprises a downstream duct region located adjacent to and rearward of the forward duct region, wherein the downstream duct region defines a bulge extending into the generally annular flowpath; and the assembly comprises a mid-turbine frame vane positioned at the downstream duct region, wherein a leading edge of the mid-turbine frame vane is positioned at the bulge in the downstream duct region. a duct defining a generally annular flowpath, the duct comprising a forward duct region that defines an increasing annular flowpath radius in a downstream direction; and characterised in that: the duct comprises a downstream duct region located adjacent to and rearward of the forward duct region, wherein the downstream duct region defines a bulge extending into the generally annular flowpath; and the assembly comprises a mid-turbine frame vane positioned at the downstream duct region, wherein a leading edge of the mid-turbine frame vane is positioned at the bulge in the downstream duct region. the duct comprises a downstream duct region located adjacent to and rearward of the forward duct region, wherein the downstream duct region defines a bulge extending into the generally annular flowpath; and the assembly comprises a mid-turbine frame vane positioned at the downstream duct region, wherein a leading edge of the mid-turbine frame vane is positioned at the bulge in the downstream duct region.
An under-counter appliance mounting system comprising: a pair of discrete bracket members and a pair of discrete receiving members, each bracket member configured to be slidably received by a respective receiving member operably engageable with an appliance about a forward portion thereof, characterized by the receiving members being configured to be disposed in opposing lateral relation with respect to the forward portion of the appliance, each receiving member comprising a channel configured to receive a respective bracket member such that the bracket members are laterally slidable between an inward position and an outward position, while being longitudinally constrained, each bracket member including a longitudinally-extending flange disposed outwardly of the respective receiving member, the flange defining at least one fastening aperture and being adapted to facilitate securement of the bracket member to a laterally adjacent vertical surface via the at least one fastening aperture. a pair of discrete bracket members and a pair of discrete receiving members, each bracket member configured to be slidably received by a respective receiving member operably engageable with an appliance about a forward portion thereof, characterized by the receiving members being configured to be disposed in opposing lateral relation with respect to the forward portion of the appliance, each receiving member comprising a channel configured to receive a respective bracket member such that the bracket members are laterally slidable between an inward position and an outward position, while being longitudinally constrained, each bracket member including a longitudinally-extending flange disposed outwardly of the respective receiving member, the flange defining at least one fastening aperture and being adapted to facilitate securement of the bracket member to a laterally adjacent vertical surface via the at least one fastening aperture.
Device for arranging accessories on a firearm, in particular a handgun, the device comprising a housing for receiving the accessory in the housing, it being possible to fasten the housing to the firearm, - the housing having a substantially L-shaped basic shape, - the housing having a first portion that comprises a front end wall and a rear end wall that is spaced apart from the front end wall, a substantially cuboidal inner chamber being formed in the first portion of the housing, - the housing having a second portion that protrudes axially at the rear end wall of the first portion, - one leg of the L-shaped basic shape being formed by the first portion and the other leg of the L-shaped basic shape being formed by the second portion, the two portions (10a, 10b) being arranged substantially perpendicularly to one another, and the rear end wall of the first portion being substantially perpendicular to the top face of the second portion, and - the second portion comprising a fastening means (11a; 11b; 12) on the top face for fastening the housing to the firearm, characterized in that a substantially cuboidal inner chamber is formed in the second portion of the housing, a substantially L-shaped inner chamber of the housing being formed by the two portions (10a, 10b). - the housing having a substantially L-shaped basic shape, - the housing having a first portion that comprises a front end wall and a rear end wall that is spaced apart from the front end wall, a substantially cuboidal inner chamber being formed in the first portion of the housing, - the housing having a second portion that protrudes axially at the rear end wall of the first portion, - one leg of the L-shaped basic shape being formed by the first portion and the other leg of the L-shaped basic shape being formed by the second portion, the two portions (10a, 10b) being arranged substantially perpendicularly to one another, and the rear end wall of the first portion being substantially perpendicular to the top face of the second portion, and - the second portion comprising a fastening means (11a; 11b; 12) on the top face for fastening the housing to the firearm, characterized in that a substantially cuboidal inner chamber is formed in the second portion of the housing, a substantially L-shaped inner chamber of the housing being formed by the two portions (10a, 10b).
A thermoplastic resin composition comprising: a thermoplastic resin comprising a rubber-modified vinyl graft copolymer and an aromatic vinyl copolymer resin; a light stabilizer comprising a hindered amine light stabilizer (HALS) and a benzotriazole UV stabilizer; and zinc oxide, the zinc oxide having an average particle diameter of 0.5 μm to 3 μm and a BET specific surface area of 1 m 2 /g to 10 m 2 /g. a thermoplastic resin comprising a rubber-modified vinyl graft copolymer and an aromatic vinyl copolymer resin; a light stabilizer comprising a hindered amine light stabilizer (HALS) and a benzotriazole UV stabilizer; and zinc oxide, the zinc oxide having an average particle diameter of 0.5 μm to 3 μm and a BET specific surface area of 1 m 2 /g to 10 m 2 /g.
A suspension system, comprising: at least one air spring; at least one air reservoir external to the air spring; and at least one flow control device which variably restricts flow of air between the air spring and the air reservoir, characterized in that the air spring has an internal air volume at least 2-1/2 times as great as a volume of the air reservoir, wherein a first pressure in the air spring and a second pressure in the air reservoir act upon at least one closure member of the flow control device, and wherein the at least one closure member opens in response to the first pressure being greater by a predetermined amount than the second pressure. at least one air spring; at least one air reservoir external to the air spring; and at least one flow control device which variably restricts flow of air between the air spring and the air reservoir, characterized in that the air spring has an internal air volume at least 2-1/2 times as great as a volume of the air reservoir, wherein a first pressure in the air spring and a second pressure in the air reservoir act upon at least one closure member of the flow control device, and wherein the at least one closure member opens in response to the first pressure being greater by a predetermined amount than the second pressure.
A method of mass spectrometry comprising: determining the intensity of an analyte by determining the intensity of first characteristic ions when the intensity of said first characteristic ions is within a first range; and determining the intensity of said analyte by determining the intensity of second different characteristic ions when the intensity of said first characteristic ions is outside of said first range, determining one or more isotope ratios of said analyte using said first characteristic ions when the intensity of said first characteristic ions is within said first range and determining one or more isotope ratios of said analyte using said second different characteristic ions when the intensity of said first characteristic ions is outside of said first range in order to confirm the identity of said analyte and/or to identify said analyte, wherein said first characteristic ions comprise fragment, product or adduct ions derived from said analyte, and/or one or more first isotopes of said analyte, and wherein said second characteristic ions comprise different fragment, product or adduct ions derived from said analyte, and/or one or more second isotopes of said analyte. determining the intensity of an analyte by determining the intensity of first characteristic ions when the intensity of said first characteristic ions is within a first range; and determining the intensity of said analyte by determining the intensity of second different characteristic ions when the intensity of said first characteristic ions is outside of said first range, determining one or more isotope ratios of said analyte using said first characteristic ions when the intensity of said first characteristic ions is within said first range and determining one or more isotope ratios of said analyte using said second different characteristic ions when the intensity of said first characteristic ions is outside of said first range in order to confirm the identity of said analyte and/or to identify said analyte, wherein said first characteristic ions comprise fragment, product or adduct ions derived from said analyte, and/or one or more first isotopes of said analyte, and wherein said second characteristic ions comprise different fragment, product or adduct ions derived from said analyte, and/or one or more second isotopes of said analyte.
Solid pharmaceutical composition comprising non-effervescent and water soluble granules which comprise -2-(2-oxopyrrolidin-1-yl)butanamid and a pharmaceutically acceptable acid.
A system comprising an intraluminal device and a computing device, the intraluminal device comprising: an elongate body (701, 201, 300) configured for insertion into a vessel; an ultrasound imaging sensor (704, 202) positioned on the elongate body configured to image the interior of the vessel; an ultrasound flow sensor (704, 262) positioned on the elongate body configured to detect a velocity of a liquid moving within the interior of the vessel; a pressure sensor (706, 204) positioned on the elongate body configured to detect pressure in the interior of the vessel; a single optical fiber, wherein the pressure, imaging and flow sensors are based on the single optical fiber, the elongate body is a guidewire, the guidewire comprises a hypotube (301, 302), a distal end of the hypotube has a cage structure comprising a first window that allows the pressure sensor to be exposed to blood pressure, and the hypotube has a second window proximal to the cage structure, that serves as an opening for imaging and flow ultrasound, so that the optical fiber can be inserted through the hypotube to align the pressure sensor in the cage and the imaging sensor at the second window; wherein the computing device is configured to compare pressure signals from the pressure sensor and velocity flow signals from the ultrasound flow sensor to determine an index of hyperemic stenosis resistance. an elongate body (701, 201, 300) configured for insertion into a vessel; an ultrasound imaging sensor (704, 202) positioned on the elongate body configured to image the interior of the vessel; an ultrasound flow sensor (704, 262) positioned on the elongate body configured to detect a velocity of a liquid moving within the interior of the vessel; a pressure sensor (706, 204) positioned on the elongate body configured to detect pressure in the interior of the vessel; a single optical fiber, wherein the pressure, imaging and flow sensors are based on the single optical fiber, the elongate body is a guidewire, the guidewire comprises a hypotube (301, 302), a distal end of the hypotube has a cage structure comprising a first window that allows the pressure sensor to be exposed to blood pressure, and the hypotube has a second window proximal to the cage structure, that serves as an opening for imaging and flow ultrasound, so that the optical fiber can be inserted through the hypotube to align the pressure sensor in the cage and the imaging sensor at the second window; wherein the computing device is configured to compare pressure signals from the pressure sensor and velocity flow signals from the ultrasound flow sensor to determine an index of hyperemic stenosis resistance.
A method for determining prognosis of a cancer selected from colorectal cancer, lung cancer, pancreas cancer, and gastric cancer in a subject, wherein the method comprises the step of detecting phosphorylation of a tyrosine residue at position 2681 of TRIO in a primary tumor tissue sample obtained from the subject, wherein absence of phosphorylation indicates good prognosis of cancer.
A method for establishing a multi-access protocol data unit, MA PDU, session of a user equipment, UE, by a home public land mobile network, HPLMN, in a communication network including a visited public land mobile network, VPLMN, the method comprising: receiving, from the VPLMN, information on an MA PDU session request for the UE registered to the VPLMN over 3rd generation partnership project, 3GPP, access and to the HPLMN over non-3GPP access; identifying whether the MA PDU session is allowed based on subscription data and home operator policy information; and transmitting, to the UE via the VPLMN, access traffic steering, switching and splitting, ATSSS, rules for the MA PDU session based on the MA PDU session being successfully established. receiving, from the VPLMN, information on an MA PDU session request for the UE registered to the VPLMN over 3rd generation partnership project, 3GPP, access and to the HPLMN over non-3GPP access; identifying whether the MA PDU session is allowed based on subscription data and home operator policy information; and transmitting, to the UE via the VPLMN, access traffic steering, switching and splitting, ATSSS, rules for the MA PDU session based on the MA PDU session being successfully established.
Method for producing a component made of fibre composite material having a first region with a relatively thin material thickness and a second region with a relatively thick material thickness, comprising the steps of: a) forming the component using heat, b) cooling the component, and c) measuring a deformation of the component and/or a mechanical stress on the component and locally influencing the temperature in the interior of the second region, in dependence on the deformation of the component and/or the mechanical stress on the component, during the cooling by locally heating a first sub-region of the second region, said first sub-region being closer to a surface than a second sub-region of the second region, wherein step a) comprises the embedding of a heating element in the first sub-region of the second region, said first sub-region being closer to a surface than a second sub-region of the second region. a) forming the component using heat, b) cooling the component, and c) measuring a deformation of the component and/or a mechanical stress on the component and locally influencing the temperature in the interior of the second region, in dependence on the deformation of the component and/or the mechanical stress on the component, during the cooling by locally heating a first sub-region of the second region, said first sub-region being closer to a surface than a second sub-region of the second region, wherein step a) comprises the embedding of a heating element in the first sub-region of the second region, said first sub-region being closer to a surface than a second sub-region of the second region.
A method of monitoring and / or controlling components of a railway system which includes a track and at least one train that is operable to run on said track, comprising the steps of: a) providing an acoustic transducer proximate the railway for picking up acoustic signals; b) receiving acoustic signals from the transducer; and c) analysing the received signals, identifying a signature of the train, compensating the signature for the speed of the train, and tracking the train by using a pattern matching algorithm to compare the received signatures ensuring that the received signatures correspond to the same train, and determining the position of the train from its signature. a) providing an acoustic transducer proximate the railway for picking up acoustic signals; b) receiving acoustic signals from the transducer; and c) analysing the received signals, identifying a signature of the train, compensating the signature for the speed of the train, and tracking the train by using a pattern matching algorithm to compare the received signatures ensuring that the received signatures correspond to the same train, and determining the position of the train from its signature.
Praline or filled chocolate comprising a chocolate composition as coating, wherein the chocolate composition comprises a milk fat fraction wherein the milk fat fraction has a SFC25 of at least 36%, and/or a SFC30 of at least 25% and/or a SFC35 of at least 15%, preferably wherein the milk fat fraction has a SFC25 of at least 41.5%, and/or a SFC30 of at least 32.5% and/or a SFC35 of at least 21.5%, more preferably wherein the milk fat fraction has a SFC25 of at least 30%, and/or a SFC30 of at least 20% and/or a SFC35 of at least 10%.
A system for driver-vehicle interaction in a vehicle, comprising a soft key arrangement (10, 11) which is adapted to be located in the proximity of a steering wheel of said vehicle and having at least two soft keys (8a - 8c),, said display key arrangement (8, 9) being adapted to be located in the proximity of a dashboard of said vehicle, wherein said vehicle is associated with at least two function modes in a first set of function modes (100a, 100b), each function mode being associated with a set of selectable options in order to affect a behaviour of the vehicle in each function mode, each function mode further being associated with a respective layout for said display key arrangement (8, 9) in order to display said set of selectable options, whereby, for each function mode layout, each display key (10a - 10c) is adapted to illustrate and correspond to a currently available selectable option of said set of selectable options for each soft key (8a - 8c), actuation of said soft key arrangement (8, 9) is adapted to both effectuate change between said function modes and to select at least one of said currently available selectable options associated with the chosen function mode characterized in that, each soft key (8a - 8c) corresponding to a display key (10a - 10c) on a display key arrangement (8, 9) having a corresponding layout as said soft key arrangement (10, 11), and wherein each soft key (8a-8c) has different meaning when actuated at different situations depending on the current mode of operation of the system and/or the vehicle.