mhurhangee/patent-ind-claim-en huggingface dataset:
A combustor arrangement , in particular for a silo, a can, or an annular combustor, the combustor arrangement comprising: a front panel , wherein the front panel is configured to receive at least one combustor element ; a combustor liner arranged substantially downstream of the front panel , wherein the combustor liner partly delimits a combustion chamber ; a carrier structure element for carrying the front panel and the combustor liner , characterized in that the combustor arrangement further comprises a fastening system for connecting the front panel , the combustor liner , and the carrier structure element to one another, wherein the fastening system comprises at least one elastic connection element , said elastic connection element being fixedly connected to the carrier structure element and extending therefrom to the combustor liner and to the front panel , wherein said elastic connection element is further fixedly connected to the combustor liner and/or the front panel to clamp the front panel , the combustor liner , and the carrier structure element to one another in a substantially fluid tight manner. a front panel , wherein the front panel is configured to receive at least one combustor element ; a combustor liner arranged substantially downstream of the front panel , wherein the combustor liner partly delimits a combustion chamber ; a carrier structure element for carrying the front panel and the combustor liner , characterized in that the combustor arrangement further comprises a fastening system for connecting the front panel , the combustor liner , and the carrier structure element to one another, wherein the fastening system comprises at least one elastic connection element , said elastic connection element being fixedly connected to the carrier structure element and extending therefrom to the combustor liner and to the front panel , wherein said elastic connection element is further fixedly connected to the combustor liner and/or the front panel to clamp the front panel , the combustor liner , and the carrier structure element to one another in a substantially fluid tight manner.
A multilayer filter medium comprising three or more nonwoven fabric layers superposed together and having two or more interlayer regions each formed by two adjacent layers of the nonwoven fabric layers, wherein a first interlayer region of the interlayer regions contains functional particles A having an average particle diameter of 50 to 100 μm, and a second interlayer region selected from the interlayer regions excluding the first interlayer region contains functional particles B having an average particle diameter of 150 to 500 μm. a first interlayer region of the interlayer regions contains functional particles A having an average particle diameter of 50 to 100 μm, and a second interlayer region selected from the interlayer regions excluding the first interlayer region contains functional particles B having an average particle diameter of 150 to 500 μm.
System comprising a) a MEMS microphone comprising a sound inlet opening , a vibratable microphone membrane and an electronic circuit , wherein when the microphone membrane is induced into vibrations by sound waves entering through the sound inlet opening , an electrical signal that is dependent on the sound waves is generated, and b) a damping element for reducing a sound pressure level of the sound waves acting on the microphone membrane wherein the damping element comprises an elastic and vibratable damping membrane , which is mounted in front of the sound inlet opening and, in addition to the microphone membrane , is induced into vibrations by the sound waves, such that sound energy of the sound waves is divided between the damping membrane and the microphone membrane , characterized in that the division of the sound energy of the incident sound waves to the damping membrane and the microphone membrane leads to a reduction of the sound pressure level acting on the microphone membrane by at least 10 dB and wherein the system comprises an interposer and the damping membrane is located in the interposer . a) a MEMS microphone comprising a sound inlet opening , a vibratable microphone membrane and an electronic circuit , wherein when the microphone membrane is induced into vibrations by sound waves entering through the sound inlet opening , an electrical signal that is dependent on the sound waves is generated, and b) a damping element for reducing a sound pressure level of the sound waves acting on the microphone membrane wherein the damping element comprises an elastic and vibratable damping membrane , which is mounted in front of the sound inlet opening and, in addition to the microphone membrane , is induced into vibrations by the sound waves, such that sound energy of the sound waves is divided between the damping membrane and the microphone membrane , characterized in that the division of the sound energy of the incident sound waves to the damping membrane and the microphone membrane leads to a reduction of the sound pressure level acting on the microphone membrane by at least 10 dB and wherein the system comprises an interposer and the damping membrane is located in the interposer .
A time de-interleaver, TDI, comprising: at least one buffer ; a double data rate, DDR, storage device ; a buffer writing circuit , coupled to the at least one buffer , for writing a plurality of data cells in a TDI block to the at least one buffer ; a control circuit , coupled to the buffer writing circuit , for generating a plurality of DDR addresses of the plurality of data cells according to a plurality of TDI addresses of the plurality of data cells according to the following equation: N c × R − 1 + C N b × BUF × N b × BUF + C mod N b × N b × BUF 8 + C N b mod N b × BUF wherein N c is a number of columns of the TDI block, ( R , C ) is one of the plurality of TDI addresses, N b is a number of the at least one buffer , and BUF is a parameter related to a ratio of a capacity of a DDR reading/writing (R/W) and a size of one of the plurality of data cells; and a DDR writing circuit , coupled to the control circuit and the DDR storage device , for writing the plurality of data cells in the at least one buffer to the DDR storage device according to the plurality of DDR addresses , when the at least one buffer is full. at least one buffer ; a double data rate, DDR, storage device ; a buffer writing circuit , coupled to the at least one buffer , for writing a plurality of data cells in a TDI block to the at least one buffer ; a control circuit , coupled to the buffer writing circuit , for generating a plurality of DDR addresses of the plurality of data cells according to a plurality of TDI addresses of the plurality of data cells according to the following equation: N c × R − 1 + C N b × BUF × N b × BUF + C mod N b × N b × BUF 8 + C N b mod N b × BUF wherein N c is a number of columns of the TDI block, ( R , C ) is one of the plurality of TDI addresses, N b is a number of the at least one buffer , and BUF is a parameter related to a ratio of a capacity of a DDR reading/writing (R/W) and a size of one of the plurality of data cells; and a DDR writing circuit , coupled to the control circuit and the DDR storage device , for writing the plurality of data cells in the at least one buffer to the DDR storage device according to the plurality of DDR addresses , when the at least one buffer is full.
Electric drive device for a bicycle, wherein the electric drive device has a drive housing with heat sources , wherein the first heat source is embodied as an electric motor and is arranged in a motor pot of the drive housing , characterized in that • the drive housing has an opening, and • the electric drive device has the following components ∘ a cooling device which is arranged so as to be rotatable in relation to the drive housing and has a heat sink for conducting away heat generated by the heat sources to outside the electric drive device , wherein it permits the opening of a cooling face of the heat sink to be in contact with the surroundings, and ∘ a securing ring which is connected to the heat sink and has the purpose of positioning the heat sink on the motor pot , wherein heat which is emitted by the motor pot is conducted to the heat sink via the securing ring . • the drive housing has an opening, and • the electric drive device has the following components ∘ a cooling device which is arranged so as to be rotatable in relation to the drive housing and has a heat sink for conducting away heat generated by the heat sources to outside the electric drive device , wherein it permits the opening of a cooling face of the heat sink to be in contact with the surroundings, and ∘ a securing ring which is connected to the heat sink and has the purpose of positioning the heat sink on the motor pot , wherein heat which is emitted by the motor pot is conducted to the heat sink via the securing ring . ∘ a cooling device which is arranged so as to be rotatable in relation to the drive housing and has a heat sink for conducting away heat generated by the heat sources to outside the electric drive device , wherein it permits the opening of a cooling face of the heat sink to be in contact with the surroundings, and ∘ a securing ring which is connected to the heat sink and has the purpose of positioning the heat sink on the motor pot , wherein heat which is emitted by the motor pot is conducted to the heat sink via the securing ring .
Stopper for a receptacle, particularly a tube, more particularly a flexible tube for a cosmetic product, said receptacle comprising a neck and a full insert forming a seal closing an end of the neck opening onto an inner volume of the receptacle, said stopper comprising a peripheral wall adapted to attach the stopper to the receptacle, a punch adapted to cut and/or pierce the seal, and a wall , referred to as the upper wall, connecting an upper edge of the punch and an upper edge of the peripheral wall , characterised in that said stopper further comprises a sealing strip at the level of a connection between the punch and the peripheral wall , said upper wall closing the punch at one of its longitudinal ends.
A method for isolating poly(A) nucleic acids having a single stranded poly(A) stretch from a nucleic acid containing sample comprising: (a) providing a hybridization composition comprising: i) a nucleic acid containing sample; ii) a hybridization solution comprising: aa. a sodium salt; bb. a quaternary ammonium salt; wherein the components of the hybridization solution can be added as single solution to the sample or may be added separately in any order to the sample; iii) a capture probe capable of hybridizing to the poly(A) stretch of the poly(A) nucleic acids; and incubating said hybridization composition under conditions to form nucleic acid-hybrids between the poly(A) nucleic acids and the capture probe; (b) separating the formed hybrids from the remaining sample. (a) providing a hybridization composition comprising: i) a nucleic acid containing sample; ii) a hybridization solution comprising: aa. a sodium salt; bb. a quaternary ammonium salt; wherein the components of the hybridization solution can be added as single solution to the sample or may be added separately in any order to the sample; iii) a capture probe capable of hybridizing to the poly(A) stretch of the poly(A) nucleic acids; and incubating said hybridization composition under conditions to form nucleic acid-hybrids between the poly(A) nucleic acids and the capture probe; i) a nucleic acid containing sample; ii) a hybridization solution comprising: aa. a sodium salt; bb. a quaternary ammonium salt; wherein the components of the hybridization solution can be added as single solution to the sample or may be added separately in any order to the sample; aa. a sodium salt; bb. a quaternary ammonium salt; iii) a capture probe capable of hybridizing to the poly(A) stretch of the poly(A) nucleic acids; (b) separating the formed hybrids from the remaining sample.
A helmet comprised of: a hard outer shell ; a compressible liner in contact with an inner surface of the hard outer shell ; a comfort liner in contact with an inner surface of the compressible liner , where at least one damping hole is defined longitudinally along a longitudinal axis A-A through the hard outer shell , the compressible liner , and the comfort liner; and characterised by at least one energy damper disposed in a corresponding damping hole and extending longitudinally from the outer shell to the comfort liner , the damper having a pendulum mass that is laterally displaceable within the damping hole . a hard outer shell ; a compressible liner in contact with an inner surface of the hard outer shell ; a comfort liner in contact with an inner surface of the compressible liner , where at least one damping hole is defined longitudinally along a longitudinal axis A-A through the hard outer shell , the compressible liner , and the comfort liner; and characterised by at least one energy damper disposed in a corresponding damping hole and extending longitudinally from the outer shell to the comfort liner , the damper having a pendulum mass that is laterally displaceable within the damping hole .
An applicator device comprising: - a housing comprising a mounting interface for a laser emitter ; - associated with the housing and solidly connected thereto, a cooling plate with an epidermal contact surface (33.1); - a heat removal system for removing heat from the cooling plate ; wherein the heat removal system comprises at least a first thermoelectric element , with a cold surface in contact with the cooling plate and a hot surface in contact with a heat sink ; characterised in that the heat removal system further comprises at least a second thermoelectric element , with a cold surface in contact with the heat sink and a hot surface in a heat exchanging relationship with at least one heat exchange element , in which a refrigerating fluid circulates. - a housing comprising a mounting interface for a laser emitter ; - associated with the housing and solidly connected thereto, a cooling plate with an epidermal contact surface (33.1); - a heat removal system for removing heat from the cooling plate ; wherein the heat removal system comprises at least a first thermoelectric element , with a cold surface in contact with the cooling plate and a hot surface in contact with a heat sink ;
A method for moving User Equipment, UE, comprising: receiving, by a Radio Network Controller, RNC, a first message sent by the UE (S201); according to a decision rule, deciding, by the RNC, whether a target RNC Cluster corresponding to the first message is a RNC Cluster where the RNC is located, wherein the RNC Cluster is composed of one or more RNCs (S202); based on that the decision result is yes, then sending, by the RNC, a second message to perform internal processing of the first message in the RNC Cluster (S203); or, based on that the decision result is no, then sending, by the RNC, the second message to the target RNC Cluster (S203); wherein the RNC Cluster has an RNC Cluster Identity, ID, and the value of the RNC Cluster ID is same as the first n bits of an RNC ID of the RNC in the RNC Cluster. receiving, by a Radio Network Controller, RNC, a first message sent by the UE (S201); according to a decision rule, deciding, by the RNC, whether a target RNC Cluster corresponding to the first message is a RNC Cluster where the RNC is located, wherein the RNC Cluster is composed of one or more RNCs (S202); based on that the decision result is yes, then sending, by the RNC, a second message to perform internal processing of the first message in the RNC Cluster (S203); or, based on that the decision result is no, then sending, by the RNC, the second message to the target RNC Cluster (S203); wherein the RNC Cluster has an RNC Cluster Identity, ID, and the value of the RNC Cluster ID is same as the first n bits of an RNC ID of the RNC in the RNC Cluster.
A halftone phase shift mask blank comprising a transparent substrate and a halftone phase shift film thereon, the halftone phase shift film being composed mainly of silicon and nitrogen, consisting of a single layer whose composition is constant or is continuously graded in thickness direction, and has a total content of silicon and nitrogen of at least 98 at%, or of two layers including a said single layer and a surface oxidized layer which contains silicon, nitrogen and oxygen disposed on that side of the single layer remote from the substrate, the halftone phase shift film providing a phase shift relative to the wavelength of ArF excimer laser, the phase shift having a median value over the film plane of 180±30° and a difference between maximum and minimum over the film plane of up to 2°, and having a transmittance relative to the wavelength of ArF excimer laser which has a median value over the film plane of 3 to 17 % and a difference between maximum and minimum over the film plane of up to 0.2 %.
An apparatus comprising a network interface ; a wake-up circuit configured to: detect a radio frequency, RF, data signal from a remote unit ; harvest RF energy of the RF data signal; and determine a signal strength of the RF data signal; and a controller configured to: activate the network interface to query a base unit for a wake-up confirmation message in response to the signal strength of the RF data signal exceeding a threshold power level; adjust a wake-up configuration in response to not receiving the wake-up confirmation message; and transition the apparatus from an unpowered state to a power-up state in response to receiving the wake-up confirmation message. a network interface ; a wake-up circuit configured to: detect a radio frequency, RF, data signal from a remote unit ; harvest RF energy of the RF data signal; and determine a signal strength of the RF data signal; and detect a radio frequency, RF, data signal from a remote unit ; harvest RF energy of the RF data signal; and determine a signal strength of the RF data signal; and a controller configured to: activate the network interface to query a base unit for a wake-up confirmation message in response to the signal strength of the RF data signal exceeding a threshold power level; adjust a wake-up configuration in response to not receiving the wake-up confirmation message; and transition the apparatus from an unpowered state to a power-up state in response to receiving the wake-up confirmation message. activate the network interface to query a base unit for a wake-up confirmation message in response to the signal strength of the RF data signal exceeding a threshold power level; adjust a wake-up configuration in response to not receiving the wake-up confirmation message; and transition the apparatus from an unpowered state to a power-up state in response to receiving the wake-up confirmation message.
A system for communicating data between an application server and at least one machine-to-machine, M2M device wherein the at least one M2M device is connected to a base station in a network and the network Is connected to the application server via the internet network and wherein a network element is located on a boundary between the network and the internet network via which the application server communicates with the at least one M2M device, wherein the network element configured to schedule delivery of the data between the application server and at least one M2M device based on network information, the system characterized by : the network element is configured to schedule delivery of the data by transmitting a control signal Including a notification to the at least one M2M device indicating when the application server has requested the data and when the application server is ready to receive the data and, based on the control signal, the data is delivered from the at least one M2M device to the application server , without the data being passed through the network element .
A light source module, comprising a substrate , a ring-shaped light-distribution component and at least two light-emitting units , wherein the ring-shaped light-distribution component comprises a light-distribution component body (110. 110', 110"), the light-distribution component body (110, 110', 110") having a ring-shaped accommodation space (111, 111', 111 ") and having a light incident surface and a light emergent surface that are respectively located on two sides of the light-distribution component body (110,110', 110"), the at least two light-emitting units being provided on the substrate and being arranged in the ring-shaped accommodation space (111,111',111") along the circumference of the ring-shaped light-distribution component , the ring-shaped accommodation space (111,111',111") being configured for accommodating at least two light-emitting units distributed along a circumference of the ring-shaped accommodation space (111, 111', 111 "), an inner wall of the ring-shaped accommodation space (111, 111', 111 ") being the light incident surface , the light incident surface comprising an inner light incident surface near a centre of the ring-shaped light-distribution component (111, 111', 111") and an outer light incident surface away from the centre, a deflection angle of light, which is projected by the light-emitting unit , deflected by a portion of the light-distribution component body (110,110', 110") corresponding to the inner light incident surface being a first deflection angle, a deflection angle of light deflected by a portion of the light-distribution component body (110, 110', 110") corresponding to the outer light incident surface being a second deflection angle, and the first deflection angle being smaller than the second deflection angle, characterized in that a radius of curvature of the inner light incident surface is smaller than a radius of curvature of the outer light incident surface and in that the light emergent surface is a symmetric curved surface.