mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a first base station of a communication network, the method comprising: transmitting, to a communication device , a Radio Resource Control, RRC, message requesting the communication device to move to an RRC inactive state, the RRC message including first information identifying a first Radio Access Network, RAN, based paging area indicating a respective tracking area code, TAC; and transmitting, to a second base station , a paging message including second information indicating whether the first RAN based paging area is changed, and third information identifying a second RAN based paging area, and wherein paging information is transmitted from the second base station to the communication device on a cell in the second RAN based paging area. transmitting, to a communication device , a Radio Resource Control, RRC, message requesting the communication device to move to an RRC inactive state, the RRC message including first information identifying a first Radio Access Network, RAN, based paging area indicating a respective tracking area code, TAC; and transmitting, to a second base station , a paging message including second information indicating whether the first RAN based paging area is changed, and third information identifying a second RAN based paging area, and wherein paging information is transmitted from the second base station to the communication device on a cell in the second RAN based paging area.
Method for combusting fuel in combustion air containing primary air , secondary air and recirculation gas, in which method the water content (moisture content) of the fuel is detected, wherein the detection of the water content in the fuel takes place while the latter is stored and/or while the fuel is being supplied to a furnace , wherein, taking into account the energy content of the fuel for a selected output, the supply of fuel is increased if the water content is relatively high and is reduced if the water content is relatively low, wherein the ratio in the combustion air between primary air and secondary air on the one hand and recirculation gas on the other hand is selected as a function of the water content of the fuel, and in that the proportion of recirculation gas in the combustion air is reduced if the water content of the fuel is relatively high or is increasing and is increased if the water content of the fuel is relatively low or is decreasing, wherein the proportion of primary air and/or secondary air in the combustion air is selected as a function of the detected water content of the fuel, wherein the proportion of primary air is increased and the proportion of secondary air is reduced if the water content is relatively high or is increasing, wherein the proportion of primary air is reduced and the proportion of secondary air is increased if the water content is relatively low or is decreasing, and wherein the temperature of the primary air and secondary air is adjusted as a function of the water content of the fuel.
Vehicle on-board electrical system (FB) having a DC voltage charging connection (DC), a non-configurable accumulator (AK), a galvanically isolating DC-DC voltage converter (GW) and an electrical drive (EA), wherein the accumulator (AK) is connected to a first side of the galvanically isolating DC-DC voltage converter (GW) via a switchable connection circuit (VS, VS') to which the DC voltage charging connection (DC) is connected, and the accumulator (AK) is connected to the electrical drive (EA) and a second side of the DC-DC voltage converter (GW) via a drive switch (S3), wherein the galvanically isolating DC-DC voltage converter (GW) is configured to convert a first high voltage to a second high voltage, and wherein the connection circuit (VS, VS') has a direct connection switch (S1, S1') that connects the accumulator (AK) to the first side of the galvanically isolating DC-DC voltage converter in a switchable manner and the DC voltage charging connection (DC) is connected to the direct connection switch (S1, S1') via a charging connection switch (S2, S2') of the connection circuit (VS, VS').
An in vitro method of creating a dataset of modification sites which are affected in the same way by modulators of the same protein modifying enzyme, and are therefore indicative of the activity of the protein modifying enzyme that is affected by the modulators, comprising identifying and/or quantifying modification sites on modified peptides in a first sample which has been treated with a first modulator of a protein modifying enzyme and a second sample which has been treated with a second modulator of the same protein modifying enzyme using mass spectrometry (MS); and grouping modification sites on modified peptides from the first sample which has been treated with the first modulator of a protein modifying enzyme and modification sites on modified peptides from the second sample which has been treated with the second modulator of the same protein modifying enzyme into a single group, according to the effect of said first and second modulators of said protein modifying enzyme on said modification sites, wherein the modification sites on modified peptides from a first sample and modification sites on modified peptides from a second sample are placed into a single group based on the modification sites being affected in the same way by the first and second modulators of the protein modifying enzyme, and wherein said first and second modulators of said protein modifying enzyme are different.
A shaft furnace for producing metallic direct reduced iron (DRI) from iron-containing pellets or lumps and reducing gas disposed therein, comprising: a circumferential outer wall defining a top interior reducing zone , a middle interior transition zone , and a bottom interior cooling zone , wherein the iron-containing pellets or lumps travel downwards through the top interior reducing zone , the middle interior transition zone , and the bottom interior cooling zone as the iron-containing pellets or lumps encounter the upward-flowing reducing gas and one or more other gases; wherein the top interior reducing zone is an area above bustle ports of the shaft furnace adapted to contain the iron-containing pellets or lumps during reduction, the bottom interior cooling zone is an area below a cooling gas offtake of the shaft furnace adapted to contain the iron-containing pellets or lumps after reduction during cooling, and the middle interior transition zone is an area between the bustle ports and the cooling gas offtake adapted to thermally isolate the bottom interior cooling zone from the top interior reducing zone ; and a flow diverter disposed along a centerline of the circumferential outer wall comprising a convex-upwards upper tapering section disposed in the middle transition zone defined by the circumferential outer wall coupled to a convex-downwards lower tapering section disposed in the bottom cooling zone defined by the circumferential outer wall. a circumferential outer wall defining a top interior reducing zone , a middle interior transition zone , and a bottom interior cooling zone , wherein the iron-containing pellets or lumps travel downwards through the top interior reducing zone , the middle interior transition zone , and the bottom interior cooling zone as the iron-containing pellets or lumps encounter the upward-flowing reducing gas and one or more other gases; wherein the top interior reducing zone is an area above bustle ports of the shaft furnace adapted to contain the iron-containing pellets or lumps during reduction, the bottom interior cooling zone is an area below a cooling gas offtake of the shaft furnace adapted to contain the iron-containing pellets or lumps after reduction during cooling, and the middle interior transition zone is an area between the bustle ports and the cooling gas offtake adapted to thermally isolate the bottom interior cooling zone from the top interior reducing zone ; and a flow diverter disposed along a centerline of the circumferential outer wall comprising a convex-upwards upper tapering section disposed in the middle transition zone defined by the circumferential outer wall coupled to a convex-downwards lower tapering section disposed in the bottom cooling zone defined by the circumferential outer wall.
A system for sealing adjacent rotor blades in a gas turbine engine, wherein each rotor blade comprises an airfoil , a dovetail on a base of the airfoil , and a shank between the airfoil and the dovetail , said system comprising: a first shank with a forward surface, an aft surface , a pressure side surface, and a suction side surface, and wherein the pressure side surface of the first shank defines a pressure side portion of a seal channel ; a second shank , adjacent to the first shank , with a forward surface, an aft surface, a pressure side surface , and a suction side surface, and wherein the suction side surface of the second shank defines a suction side portion of a seal channel ; and, a seal retained within the seal channel formed by the pressure side portion and the suction side portion, wherein the seal channel defines a forward opening through which the seal is inserted during installation, wherein the first shank defines a retention feature adjacent the forward opening for holding the seal in place after installation, wherein the seal defines a retention feature in a forward portion of the seal adjacent to the forward opening for holding the seal in place after installation; wherein the retention feature defined by the seal is a hook and characterised in that the retention feature defined by the seal is compatible with a complementary hook defined on the first shank adjacent the forward opening . a first shank with a forward surface, an aft surface , a pressure side surface, and a suction side surface, and wherein the pressure side surface of the first shank defines a pressure side portion of a seal channel ; a second shank , adjacent to the first shank , with a forward surface, an aft surface, a pressure side surface , and a suction side surface, and wherein the suction side surface of the second shank defines a suction side portion of a seal channel ; and, a seal retained within the seal channel formed by the pressure side portion and the suction side portion, wherein the seal channel defines a forward opening through which the seal is inserted during installation, wherein the first shank defines a retention feature adjacent the forward opening for holding the seal in place after installation, wherein the seal defines a retention feature in a forward portion of the seal adjacent to the forward opening for holding the seal in place after installation; wherein the retention feature defined by the seal is a hook and characterised in that the retention feature defined by the seal is compatible with a complementary hook defined on the first shank adjacent the forward opening .
A method comprising: obtaining a description of attributes of a computing device , the attributes including information describing programs running on the computing device , the information comprising a list of software publishers that are running software on the computing device ; receiving , from the computing device , an indication of content to be accessed at the computing device ; determining , based on the attributes of the computing device , a risk factor for the computing device , wherein the risk factor for the computing device is computed by taking into account the list of software publishers that are running software on the computing device ; determining whether the content is malware on the computing device using the risk factor for the computing device as well as the indication of the content; and communicating to the computing device an indication of whether the content on the computing device is determined to be malware. obtaining a description of attributes of a computing device , the attributes including information describing programs running on the computing device , the information comprising a list of software publishers that are running software on the computing device ; receiving , from the computing device , an indication of content to be accessed at the computing device ; determining , based on the attributes of the computing device , a risk factor for the computing device , wherein the risk factor for the computing device is computed by taking into account the list of software publishers that are running software on the computing device ; determining whether the content is malware on the computing device using the risk factor for the computing device as well as the indication of the content; and communicating to the computing device an indication of whether the content on the computing device is determined to be malware.
A binder particle aggregate for an electrochemical device electrode, comprising a plurality of binder particles that contain a polymer including 75.0 mol% or more and 99.5 mol% or less of a nitrile group-containing monomer unit, wherein a pore content ratio of the plurality of binder particles is 60 % or more, the pore content ratio being determined by observing the binder particle aggregate using an optical microscope, randomly selecting 100 binder particles, taking each circular or approximately circular site that is inside the outer edges of any binder particle, has a circumference 60 % or more of which is recognizable, and has a major axis-minor axis ratio of 0.3 or more and 1.0 or less and a diameter (maximum diameter) of 3 μm or more, to be a pore of the binder particle, and counting the number of pore-containing binder particles from among these 100 binder particles to determine the pore content ratio, and wherein a cumulative 50 % diameter (D50 diameter) in particle size distribution measurement by laser diffraction is 20 μm or more and 200 μm or less. a plurality of binder particles that contain a polymer including 75.0 mol% or more and 99.5 mol% or less of a nitrile group-containing monomer unit, wherein a pore content ratio of the plurality of binder particles is 60 % or more, the pore content ratio being determined by observing the binder particle aggregate using an optical microscope, randomly selecting 100 binder particles, taking each circular or approximately circular site that is inside the outer edges of any binder particle, has a circumference 60 % or more of which is recognizable, and has a major axis-minor axis ratio of 0.3 or more and 1.0 or less and a diameter (maximum diameter) of 3 μm or more, to be a pore of the binder particle, and counting the number of pore-containing binder particles from among these 100 binder particles to determine the pore content ratio, and wherein a cumulative 50 % diameter (D50 diameter) in particle size distribution measurement by laser diffraction is 20 μm or more and 200 μm or less.
A system comprising: a lens mount defining first outward facing threads for engaging a camera housing and an inner bore that includes first inward facing threads , the inner bore extending through a lens opening at one end of the lens mount; a lens component including second outward facing threads for engaging with the first inward facing threads of the lens mount; a first seal ring sized and configured to seal to both the lens component and the lens mount , wherein the first ring seal is radially inward from the first inward facing threads , and is at an axial position within the first outward facing threads, wherein radially inward is in a radial direction relative to the first inward facing threads and wherein the axial position is taken along an axial direction perpendicular to the radial direction; and a second seal ring sized and configured to seal to both the lens mount and the camera housing, wherein the second seal ring is radially between the first outward facing threads and the first inward facing threads, and is at an axial position outward from the first inward facing threads, wherein radially inward is in a radial direction relative to the first inward facing threads and wherein the axial position is taken along the axial direction. a lens mount defining first outward facing threads for engaging a camera housing and an inner bore that includes first inward facing threads , the inner bore extending through a lens opening at one end of the lens mount; a lens component including second outward facing threads for engaging with the first inward facing threads of the lens mount; a first seal ring sized and configured to seal to both the lens component and the lens mount , wherein the first ring seal is radially inward from the first inward facing threads , and is at an axial position within the first outward facing threads, wherein radially inward is in a radial direction relative to the first inward facing threads and wherein the axial position is taken along an axial direction perpendicular to the radial direction; and a second seal ring sized and configured to seal to both the lens mount and the camera housing, wherein the second seal ring is radially between the first outward facing threads and the first inward facing threads, and is at an axial position outward from the first inward facing threads, wherein radially inward is in a radial direction relative to the first inward facing threads and wherein the axial position is taken along the axial direction.
An upholstery cover article adapted for attachment to a frame , said frame including a mating feature for receiving the upholstery cover article, said article comprising: a pad ; a facing laminated to one side of the pad; a backing scrim laminated to the other side of the pad opposite the facing ; and an edge attachment article secured to a perimeter of at least one of the pad , the facing , or the backing scrim , wherein the edge attachment article essentially consists of a ribbon of spring material, which is formed to provide a securement portion that is secured along the perimeter of a flexible panel which forms the upholstery cover article , and to define a catch portion that is not secured to the flexible panel and protrudes contiguous from and in the same plane as the securement portion partway across the flexible panel; wherein the catch portion of the edge attachment article is adapted to engage with the mating feature and wherein said securement portion is formed as open or closed or twisted loops from the catch portion. a pad ; a facing laminated to one side of the pad; a backing scrim laminated to the other side of the pad opposite the facing ; and an edge attachment article secured to a perimeter of at least one of the pad , the facing , or the backing scrim , wherein the edge attachment article essentially consists of a ribbon of spring material, which is formed to provide a securement portion that is secured along the perimeter of a flexible panel which forms the upholstery cover article , and to define a catch portion that is not secured to the flexible panel and protrudes contiguous from and in the same plane as the securement portion partway across the flexible panel; wherein the catch portion of the edge attachment article is adapted to engage with the mating feature and wherein said securement portion is formed as open or closed or twisted loops from the catch portion. wherein the catch portion of the edge attachment article is adapted to engage with the mating feature and wherein said securement portion is formed as open or closed or twisted loops from the catch portion.
Device suitable for receiving at least one biological sample and carrying out the secure transfer of at least a part of said biological sample, said device comprising: - at least one container , preferably leak-proof, suitable for receiving said biological sample, said container comprising at least one filling means such as an opening and at least one closing means which makes it possible to close said filling means, preferably hermetically, - at least one movable sampling means, connected to said container , said sampling means comprising at least one wall , said sampling means being suitable for shifting from a first position, in which said at least one wall is protected inside said container , to a second position, in which said at least one wall protrudes at least partially, and preferably completely, outside said container , said sampling means being further suitable for: - receiving, in said second position, at least a part of said biological sample in said protrusion of said sampling means, - being released from said container , preferably hermetically, in said second position, in order to carry out the transfer of said part of said biological sample, said wall consisting of a flexible membrane, suitable for being invaginated inside the container in said first position and at least partially evaginated outside the container in said second position, and said flexible membrane being hermetic. - at least one container , preferably leak-proof, suitable for receiving said biological sample, said container comprising at least one filling means such as an opening and at least one closing means which makes it possible to close said filling means, preferably hermetically, - at least one movable sampling means, connected to said container , said sampling means comprising at least one wall , said sampling means being suitable for shifting from a first position, in which said at least one wall is protected inside said container , to a second position, in which said at least one wall protrudes at least partially, and preferably completely, outside said container , - receiving, in said second position, at least a part of said biological sample in said protrusion of said sampling means, - being released from said container , preferably hermetically, in said second position, in order to carry out the transfer of said part of said biological sample, said wall consisting of a flexible membrane, suitable for being invaginated inside the container in said first position and at least partially evaginated outside the container in said second position, and said flexible membrane being hermetic.
An electrode for an electrochemical machining apparatus that uses a sulfuric acid aqueous solution as electrolyte, said electrode comprising only: a hollow core tube formed of a beta titanium alloy, capable of maintaining its shape when being deformed although not plastically deformed; and a coating formed of an acid-resistant insulating material that is fixed to an outer periphery of the core tube, wherein the tip ends of the core tube and the coating are formed into a conical surface having an inclination angle, and a second hole having a direction or a curvature different from that of a first hole having a predetermined curvature can be formed continuously from the first hole by the core tube . a hollow core tube formed of a beta titanium alloy, capable of maintaining its shape when being deformed although not plastically deformed; and a coating formed of an acid-resistant insulating material that is fixed to an outer periphery of the core tube, wherein the tip ends of the core tube and the coating are formed into a conical surface having an inclination angle, and a second hole having a direction or a curvature different from that of a first hole having a predetermined curvature can be formed continuously from the first hole by the core tube .