mhurhangee/patent-ind-claim-en huggingface dataset:
A light-emitting element , comprising: a phosphor layer including phosphor of at least one type; a substrate which has a thermal conductivity higher than a thermal conductivity of the phosphor layer , the substrate having a principal surface above which the phosphor layer is disposed; and a joining part which is interposed between the phosphor layer and the substrate to join the phosphor layer and the substrate together with metal, wherein an adhesion layer and a reflecting layer are interposed between the joining part and the phosphor layer , the adhesion layer being light-transmissive and on a principal surface of the phosphor layer which faces the substrate , the reflecting layer being on a principal surface of the adhesion layer which faces the substrate , and the joining part includes: a first electrode layer which is on the principal surface of the substrate ; a second electrode layer which is on a principal surface of the reflecting layer which faces the substrate ; and a metal joining layer which is interposed between the first electrode layer and the second electrode layer to join the first electrode layer and the second electrode layer together. a phosphor layer including phosphor of at least one type; a substrate which has a thermal conductivity higher than a thermal conductivity of the phosphor layer , the substrate having a principal surface above which the phosphor layer is disposed; and a joining part which is interposed between the phosphor layer and the substrate to join the phosphor layer and the substrate together with metal, wherein an adhesion layer and a reflecting layer are interposed between the joining part and the phosphor layer , the adhesion layer being light-transmissive and on a principal surface of the phosphor layer which faces the substrate , the reflecting layer being on a principal surface of the adhesion layer which faces the substrate , and the joining part includes: a first electrode layer which is on the principal surface of the substrate ; a second electrode layer which is on a principal surface of the reflecting layer which faces the substrate ; and a metal joining layer which is interposed between the first electrode layer and the second electrode layer to join the first electrode layer and the second electrode layer together. a first electrode layer which is on the principal surface of the substrate ; a second electrode layer which is on a principal surface of the reflecting layer which faces the substrate ; and a metal joining layer which is interposed between the first electrode layer and the second electrode layer to join the first electrode layer and the second electrode layer together.
A method for indicating transmitted synchronization signal, SS blocks comprising: determining at a base station a group set of at least one SS block group to be transmitted within a SS burst set ; identifying at the base station , a group transmission configuration index associated with the group set; and transmitting at the base station the group transmission configuration index to a user equipment; wherein the at least one SS block group includes logically consecutive SS blocks to be transmitted within the SS burst set, wherein the group set includes logically consecutive SS block groups to be transmitted within the SS burst set and wherein the group transmission configuration index is identified from a plurality of group transmission configuration indices, each of the group transmission configuration indices associated with a different group set comprising a different pattern of SS block groups to be transmitted within the SS burst set. determining at a base station a group set of at least one SS block group to be transmitted within a SS burst set ; identifying at the base station , a group transmission configuration index associated with the group set; and transmitting at the base station the group transmission configuration index to a user equipment; wherein the at least one SS block group includes logically consecutive SS blocks to be transmitted within the SS burst set, wherein the group set includes logically consecutive SS block groups to be transmitted within the SS burst set and wherein the group transmission configuration index is identified from a plurality of group transmission configuration indices, each of the group transmission configuration indices associated with a different group set comprising a different pattern of SS block groups to be transmitted within the SS burst set.
A method for lubricating a large slow-running two-stroke engine, the engine comprising a cylinder with a piston inside, the piston reciprocating along a longitudinal cylinder axis between a top dead centre, TDC, and a bottom dead centre, BDC, the distance between the TDC and the BDC corresponding to a full stroke; the cylinder being provided with a plurality of lubricant injectors in a single stage distributed along a perimeter of the cylinder between the TDC and the BDC for injection of lubricant into the cylinder at various positions on the perimeter; wherein the method comprises providing the lubricant injectors with a spray nozzle having an aperture for ejecting a spray in a spray direction, which is an average direction of droplets in the spray; the method comprising, during running of the engine, repeatedly injecting sprays with atomized droplets of lubrication oil into scavenging air in the cylinder by the lubricant injectors prior to the piston passing the lubricant injectors in its movement towards the TDC, diffusing the atomized droplets in the scavenging air and distributing the atomized droplets onto a cylinder wall by transporting the atomized droplets in a direction towards the TDC utilising a swirling motion of the scavenging air towards the TDC; characterised in that the method further comprising providing the lubricant injectors at a particular distance from the TDC, the particular distance being more than 1/5 of the full stroke of the piston , and mounting the lubricant injectors with a spray direction towards the TDC at an angle which when measured from a plane normal to the cylinder axis is more than 45 degrees or even larger than 60 degrees and equal to or less than 80 degrees.
A transport bag for a conveyor system for receiving conveying good with - a support wall which has a front wall , a rear wall , side walls and a bottom wall , and - a loading frame which is connected to a support wall and has an upper feeding opening of the support wall for arranging the front wall spaced apart from the rear wall , wherein the transport bag has a roller chassis , and wherein the roller chassis comprises only two rollers in an upper region, on which the roller chassis is supportable in a swinging manner in a transport rail , wherein, above the rollers , the roller chassis has an upper coupling for transmission of a drive force by a conveying element , and wherein the loading frame is attached to the roller chassis , wherein the roller chassis consists of at least one base body and a holding plate for the loading frame , and wherein the base body and the holding plate are connected to one another with the aid of a technical joint , wherein the technical joint is formed by way of the joint socket in the base body and a joint element of the holding plate , characterized in that the technical joint includes a rotational axle and a swiveling axle , the technical joint not having any swiveling axle along a plane through the axle of the rollers and the rotational axle , so that, in the case of swinging of the roller chassis about the axle of the rollers , the base body and the holding plate act substantially as if connected fixedly, and a maximum possible torque about the axle of the rollers is generated by dead weight and length of the roller chassis . - a support wall which has a front wall , a rear wall , side walls and a bottom wall , and - a loading frame which is connected to a support wall and has an upper feeding opening of the support wall for arranging the front wall spaced apart from the rear wall , wherein the transport bag has a roller chassis , and wherein the roller chassis comprises only two rollers in an upper region, on which the roller chassis is supportable in a swinging manner in a transport rail , wherein, above the rollers , the roller chassis has an upper coupling for transmission of a drive force by a conveying element , and wherein the loading frame is attached to the roller chassis , wherein the roller chassis consists of at least one base body and a holding plate for the loading frame , and wherein the base body and the holding plate are connected to one another with the aid of a technical joint , wherein the technical joint is formed by way of the joint socket in the base body and a joint element of the holding plate , characterized in that the technical joint includes a rotational axle and a swiveling axle , the technical joint not having any swiveling axle along a plane through the axle of the rollers and the rotational axle , so that, in the case of swinging of the roller chassis about the axle of the rollers , the base body and the holding plate act substantially as if connected fixedly, and a maximum possible torque about the axle of the rollers is generated by dead weight and length of the roller chassis .
A connector for securing an aircraft seat to the floor of an aircraft cabin, the connector comprising a head for securing the connector to the aircraft seat and a foot for being held within a securing means on the floor of the aircraft cabin, said head and foot being provided on a body , wherein the head comprises a first screw thread for engagement with a screw thread of the aircraft seat and a second screw thread for engagement with a screw thread on the body , wherein the body comprises a stop for restricting or preventing rotation of the body and wherein the first screw thread of the head comprises threads of a different density than the screw thread on the body , whereby the screw threads are configured such that, in use, when the first screw thread is in engagement with a screw thread of the aircraft seat, when the second screw thread is in engagement with the screw thread on the body , and when rotation of the body is restricted or prevented, rotation of the head into engagement with the aircraft seat causes movement of the body into engagement with the head , said movement of the body into engagement with the head causing the foot to move towards the aircraft seat, said movement of the foot towards the aircraft seat causing the aircraft seat to tighten into engagement with the securing means on the floor of the aircraft cabin.
A DC ground fault detection system of a DC electric railway to supply DC power to an electric railway car through feeder lines from a plurality of feeding substations (21 (SS-A), 22(SS-B), 23 (SS-C)), the DC ground fault detection system comprising: a voltage limiting means provided in each of feeding sections of the feeding substations, for collecting electric information, the voltage limiting means including a short-circuit switch (VLD 50) connected between a rail and an earth and arranged to be closed when a rail-earth voltage (Vvld) between the rail and the earth becomes higher than or equal to a preset voltage, the electric information collected by the voltage limiting means including the rail-earth voltage and a passage current (Ivld) passing through the short-circuit switch after closure of the short-circuit switch; and a ground fault discriminating means to discriminate a ground fault accident from a current magnitude, a conduction time and a conduction direction of the passage current flowing through the short-circuit switch by using the electric information collected by each of the voltage limiting means. a voltage limiting means provided in each of feeding sections of the feeding substations, for collecting electric information, the voltage limiting means including a short-circuit switch (VLD 50) connected between a rail and an earth and arranged to be closed when a rail-earth voltage (Vvld) between the rail and the earth becomes higher than or equal to a preset voltage, the electric information collected by the voltage limiting means including the rail-earth voltage and a passage current (Ivld) passing through the short-circuit switch after closure of the short-circuit switch; and a ground fault discriminating means to discriminate a ground fault accident from a current magnitude, a conduction time and a conduction direction of the passage current flowing through the short-circuit switch by using the electric information collected by each of the voltage limiting means.
A method performed by a gateway node , for handling an incoming call to a first user equipment , which gateway node is serving the first user equipment in a terminating network , the method comprising: obtaining information about whether or not the incoming call relates to a subscriber number that is comprised in a set of subscriber numbers registered by the first user equipment , when the incoming call relates to a subscriber number that is comprised in the set of subscriber numbers, converting the incoming call to an Enhanced Multi-level Precedence and Pre-emption service, EMLPP, call in the terminating network at the gateway node , which EMLPP call is a prioritized call achieving priority features over other calls in the terminating network , and which priority features comprise any one or more out of the following priority features: - Faster Call Setup Time - Queuing Capabilities - Precedence Capabilities - Pre-emption Capabilities obtaining information about whether or not the incoming call relates to a subscriber number that is comprised in a set of subscriber numbers registered by the first user equipment , when the incoming call relates to a subscriber number that is comprised in the set of subscriber numbers, converting the incoming call to an Enhanced Multi-level Precedence and Pre-emption service, EMLPP, call in the terminating network at the gateway node , which EMLPP call is a prioritized call achieving priority features over other calls in the terminating network , and which priority features comprise any one or more out of the following priority features: - Faster Call Setup Time - Queuing Capabilities - Precedence Capabilities - Pre-emption Capabilities - Faster Call Setup Time - Queuing Capabilities - Precedence Capabilities - Pre-emption Capabilities
A method for transmitting a radio frequency signal, comprising: processing a transmit signal comprising at least one transmit subband (UL A ,UL B , UL C ) and at least one receive subband (DL) in a transmit chain (TDL A , TDLB, TDL); amplifying the transmit signal using a power amplifier ; transmitting the amplified transmit signal via an output port; generating, from the transmit signal comprising the at least one transmit subband (UL A ,UL B , UL C ) a correction signal in the at least one receive subband (DL A ,DL B ) by subtracting an output signal indicative of the amplified transmit signal and the transmit signal from each other, wherein said output signal is obtained by applying a power amplifier model modelling non-linearities of the power amplifier to the transmit signal; passing the correction signal through at least one filter for cancelling components outside of the at least one receive subband (DL A ,DL B ) to obtain a filtered correction signal; and adding the filtered correction signal to the amplified transmit signal prior to the transmission for cancelling intermodulation products (IM) in the amplified transmit signal produced by the power amplifier . processing a transmit signal comprising at least one transmit subband (UL A ,UL B , UL C ) and at least one receive subband (DL) in a transmit chain (TDL A , TDLB, TDL); amplifying the transmit signal using a power amplifier ; transmitting the amplified transmit signal via an output port; generating, from the transmit signal comprising the at least one transmit subband (UL A ,UL B , UL C ) a correction signal in the at least one receive subband (DL A ,DL B ) by subtracting an output signal indicative of the amplified transmit signal and the transmit signal from each other, wherein said output signal is obtained by applying a power amplifier model modelling non-linearities of the power amplifier to the transmit signal; passing the correction signal through at least one filter for cancelling components outside of the at least one receive subband (DL A ,DL B ) to obtain a filtered correction signal; and adding the filtered correction signal to the amplified transmit signal prior to the transmission for cancelling intermodulation products (IM) in the amplified transmit signal produced by the power amplifier .
An apparatus for detecting subjects with disordered breathing, the apparatus comprising one or more processors configured to: acquire an acoustic signal from an acoustic sensor in an environment; determine a plurality of acoustic signal components from the acquired acoustic signal, wherein the plurality of acoustic signal components are for different features of acoustic signal components that distinguish the determined plurality of acoustic signal components from each other; determine a plurality of signal envelopes or energy signals based on the acoustic signal components, at least one signal envelope being derived from each of the signal components; and analyze the determined plurality of signal envelopes or energy signals to detect whether there are one or more subjects in the environment with disordered breathing, the analyzing comprising identifying repetition patterns in the determined plurality of signal envelopes or energy signals and a repetition interval for each of the identified repetition patterns. acquire an acoustic signal from an acoustic sensor in an environment; determine a plurality of acoustic signal components from the acquired acoustic signal, wherein the plurality of acoustic signal components are for different features of acoustic signal components that distinguish the determined plurality of acoustic signal components from each other; determine a plurality of signal envelopes or energy signals based on the acoustic signal components, at least one signal envelope being derived from each of the signal components; and analyze the determined plurality of signal envelopes or energy signals to detect whether there are one or more subjects in the environment with disordered breathing, the analyzing comprising identifying repetition patterns in the determined plurality of signal envelopes or energy signals and a repetition interval for each of the identified repetition patterns.
Grounding nuts chain for arrangement on a control cabinet , a perforated steel plate, a perforated profile or the like, wherein the grounding nuts chain comprises multiple nuts , wherein the nuts are arranged spaced from one another, wherein respectively adjacently-arranged nuts are connected to one another via a connecting element , and a distance of the nuts from one another is adapted to a hole distance of recesses of the control cabinet , of the perforated steel plate or the like, so that the nuts of the grounding nuts chain can be arranged on the recesses , characterized in that the connecting element comprises a holding leg so that the connecting element can be arranged on attachment portion of the control cabinet , of the perforated steel plate or the like in a clamping manner, and in that the connecting element is configured in the form of an S-profile, wherein the holding leg merges into an abutting leg, wherein the attachment portion can be secured between the abutting leg and the holding leg in a clamping manner, wherein the abutting leg merges into a receiving leg and wherein the nuts are arranged between the receiving leg and the abutting leg.
A turbine exhaust assembly (70; 170) for a gas turbine engine comprising: a turbine exhaust case (72; 172) attachable to a turbine case (74; 174); a tail cone (76; 176) including a leading edge (76L; 176) and a trailing edge (76T; 176T); an exhaust mixer (80; 180) coupled to the turbine exhaust case (72; 172), the exhaust mixer (80; 180) including a plurality of lobes (86; 186) arranged about the tail cone (76; 176) to define an exhaust flow path (E); and a plurality of struts (78; 178) extending from the tail cone (76; 176) to support the exhaust mixer (80; 180) at a location aft of the leading edge (76L; 176L) of the tail cone (76; 176), characterised in that : the turbine exhaust case (72; 172), the tail cone (76; 176) and the exhaust mixer (80; 180) each comprise ceramic matrix composite (CMC) material. a turbine exhaust case (72; 172) attachable to a turbine case (74; 174); a tail cone (76; 176) including a leading edge (76L; 176) and a trailing edge (76T; 176T); an exhaust mixer (80; 180) coupled to the turbine exhaust case (72; 172), the exhaust mixer (80; 180) including a plurality of lobes (86; 186) arranged about the tail cone (76; 176) to define an exhaust flow path (E); and a plurality of struts (78; 178) extending from the tail cone (76; 176) to support the exhaust mixer (80; 180) at a location aft of the leading edge (76L; 176L) of the tail cone (76; 176),
A clothes dryer comprising: a first bulkhead having an access opening ; a rotating drum having a first edge defining a first drum opening; and a composite seal located between said first bulkhead and said first edge and comprising a foam layer , characterised in that the foam layer comprises memory foam and in that the composite seal further comprises a low-friction layer having a coefficient of kinetic friction less than .3, said low friction layer being arranged confronting and contacting the first edge . a first bulkhead having an access opening ; a rotating drum having a first edge defining a first drum opening; and a composite seal located between said first bulkhead and said first edge and comprising a foam layer ,
An all-solid-state battery, comprising two or more stacked battery units having a monopolar structure, wherein each of the stacked battery units includes a first current collector layer , a first active substance layer , a solid electrolyte layer , a second active substance layer , a second current collector layer , a second active substance layer , a solid electrolyte layer , a first active substance layer , and a first current collector layer , which are stacked in this order, and characterized in that the first current collector layer and the first active substance layer that are stacked adjacently are bonded together with an adhesive. each of the stacked battery units includes a first current collector layer , a first active substance layer , a solid electrolyte layer , a second active substance layer , a second current collector layer , a second active substance layer , a solid electrolyte layer , a first active substance layer , and a first current collector layer , which are stacked in this order, and characterized in that the first current collector layer and the first active substance layer that are stacked adjacently are bonded together with an adhesive.
A recombinant P particle formed from a norovirus capsid P protein chimerized with amyloid beta (Aβ) 1-m peptide(s), wherein an Aβ 1-m peptide means the polypeptide consisting of the first m amino acids at the N terminal of the entire Aβ 1-42 protein, wherein m is an integer ranging from 6 to 15, the recombinant P particle forms an ordered and repetitive antigen array, the amino acid sequence of at least one of the Aβ 1-m peptide is embedded into loop1, loop2 and/or loop3 of the norovirus capsid P protein.