mhurhangee/ep-ind-claims huggingface dataset:
Device for cooling or heating fluids, comprising a conveyor screw, a buffer container for the fluids, and heat exchanger devices on the conveyor screw and/or the buffer container, for drawing thermal energy from the fluids conveyed by the conveyor screw and the buffer container, characterised in that an overflow pipe is arranged between the conveyor screw and the buffer container, a means being provided by means of which the fluid can be circulated between the conveyor screw and the buffer container via the overflow pipe in whole or in part, in such a way that a required temperature of the fluid upon exiting a conveyor pipe of the conveyor screw at a discharge can be achieved.
A turbojet engine nacelle comprising a stationary structure comprising a fan casing of said turbojet engine and a front frame suitable for being mounted downstream of said fan casing and directly or indirectly supporting at least one flow diverting means, said front frame being capable of cooperating with a thrust reverser cowl sliding between a closed position covering the flow diverting means and an open position exposing this flow diverting means allowing a diverted flow, said nacelle further, comprises, at least one reinforcing structure designed for transmitting forces between the fan casing and the front frame, characterized in that said reinforcing structure extending along the longitudinal axis of the nacelle from the fan casing toward the front frame and being suitable to bear a third line of defense and/or an inhibiting device between the front frame and the thrust reversal cowl.
A DNA polymerase having at least 80% sequence identity to SEQ ID NO: 1 and having increased 3'-mismatch discrimination activity compared with a control DNA polymerase, wherein the DNA polymerase comprises a motif in the polymerase domain comprising K-L-K-X 2 -T-X 3 -X 4 -D-P-L-P, wherein: X 2 is S or N; X 3 is C or N; and X 4 is V or I (SEQ ID NO: 11); and wherein the amino acid of the DNA polymerase corresponding to position 580 of SEQ ID NO:1 is G, and wherein the control DNA polymerase has the same amino acid sequence as the DNA polymerase except that amino acid X 3 of the control DNA polymerase is Y. X 2 is S or N; X 3 is C or N; and X 4 is V or I (SEQ ID NO: 11); and wherein the amino acid of the DNA polymerase corresponding to position 580 of SEQ ID NO:1 is G, and wherein the control DNA polymerase has the same amino acid sequence as the DNA polymerase except that amino acid X 3 of the control DNA polymerase is Y.
An in vitro method of predicting response to treatment with a disease-modifying anti-rheumatic drug (DMARD), and/or classifying disease activity in a subject with rheumatoid arthritis, the method comprising the steps of: (a) determining the quantitative level of two or more biomarkers in a biological sample from the subject; and (b) predicting response to treatment with a DMARD, and/or classifying disease activity based on the quantitative level of the biomarkers in the biological sample; wherein the biomarkers are selected from DECR1 and CD40-L. (a) determining the quantitative level of two or more biomarkers in a biological sample from the subject; and (b) predicting response to treatment with a DMARD, and/or classifying disease activity based on the quantitative level of the biomarkers in the biological sample;
An apparatus for estimating a state of a battery, the apparatus comprising: a first SOC estimating unit adapted to estimate a first state of charging of the battery based on open circuit voltage and a temperature of the battery; a first SOH estimating unit adapted to estimate a first state of health of the battery based on the first SOC and current of the battery; and a second SOC estimating unit adapted to estimate a second SOC of the battery based on the first SOH, charging/discharging voltage, the temperature, and the current of the battery or, when the first SOH is not yet available, estimating the second SOC of the battery based on the charging/discharging voltage, the temperature, and the current of the battery; and an OCV measuring unit adapted to measure the OCV of the battery after a conduction time of the battery passes a predetermined time, and, wherein the OCV measuring unit is adapted to measure the voltage applied to both ends of the battery which is in a no-load state. a first SOC estimating unit adapted to estimate a first state of charging of the battery based on open circuit voltage and a temperature of the battery; a first SOH estimating unit adapted to estimate a first state of health of the battery based on the first SOC and current of the battery; and a second SOC estimating unit adapted to estimate a second SOC of the battery based on the first SOH, charging/discharging voltage, the temperature, and the current of the battery or, when the first SOH is not yet available, estimating the second SOC of the battery based on the charging/discharging voltage, the temperature, and the current of the battery; and an OCV measuring unit adapted to measure the OCV of the battery after a conduction time of the battery passes a predetermined time, and, wherein the OCV measuring unit is adapted to measure the voltage applied to both ends of the battery which is in a no-load state.
An electronic machinery or apparatus, comprising at least one contact-sensitive electrical safety device and a control unit, electrically coupled to said contact-sensitive electrical safety device, the contact-sensitive electrical safety device, comprising: a sensitive element; and a conductive actuator element configured to switch an operating state of said sensitive element in response to a contact acting on said electrical safety device, whereby said sensitive element comprises at least one printed circuit base on which a first and a second contact arrangements (22a, 22b) are provided, normally electrically separated; said conductive actuator element being configured to establish an electrical contact between said first and second contact arrangements (22a, 22b), in response to said contact, characterized in that the control unit is configured to interrupt or limit the operation of said electronic machinery or apparatus upon detection of switching of the operating state of said sensitive element. a sensitive element; and a conductive actuator element configured to switch an operating state of said sensitive element in response to a contact acting on said electrical safety device, whereby said sensitive element comprises at least one printed circuit base on which a first and a second contact arrangements (22a, 22b) are provided, normally electrically separated; said conductive actuator element being configured to establish an electrical contact between said first and second contact arrangements (22a, 22b), in response to said contact, characterized in that the control unit is configured to interrupt or limit the operation of said electronic machinery or apparatus upon detection of switching of the operating state of said sensitive element.
A computer-implemented method, comprising: receiving, from a client device of a user and by a content platform, a digital component request that requests one or more digital components for display at the client device and that comprises contextual data related to an environment in which the digital component will be displayed; assigning, by the content platform and based on the contextual data, the user to one or more user attribute buckets, wherein each of the one or more user attribute buckets is associated with at least one type of user attribute and corresponds to a particular value or value range for the type of user attribute; selecting, based on the contextual data and each user attribute bucket to which the user is assigned, a plurality of candidate digital components for distribution to the client device; and providing, by the content platform and to the client device, digital component response data that initiates an update, based on each user attribute bucket to which the user is assigned, to aggregated user attribute data for the user stored at the client device and wherein an application running on the client device is configured to select, from among the plurality of candidate digital components, a given digital component to display to the user based on the aggregated user attribute data. receiving, from a client device of a user and by a content platform, a digital component request that requests one or more digital components for display at the client device and that comprises contextual data related to an environment in which the digital component will be displayed; assigning, by the content platform and based on the contextual data, the user to one or more user attribute buckets, wherein each of the one or more user attribute buckets is associated with at least one type of user attribute and corresponds to a particular value or value range for the type of user attribute; selecting, based on the contextual data and each user attribute bucket to which the user is assigned, a plurality of candidate digital components for distribution to the client device; and providing, by the content platform and to the client device, digital component response data that initiates an update, based on each user attribute bucket to which the user is assigned, to aggregated user attribute data for the user stored at the client device and wherein an application running on the client device is configured to select, from among the plurality of candidate digital components, a given digital component to display to the user based on the aggregated user attribute data.
A method for producing a stretchable structure of an absorbent article, the stretchable structure including a plurality of elongated resilient and elastic members (15, 16, 17, 18, 19) provided with spaces left therebetween along an extending direction, and a first layer and a second layer facing one side and the other side of the resilient and elastic members, respectively, wherein the first layer and the second layer are joined together with an adhesive applied in a striped pattern intermittent in the extending direction so as to form sheet joined sections, the resilient and elastic members are fixed to the first layer and the second layer with the adhesive at positions intersecting with the sheet joined sections, and the first layer and the second layer contract with contraction of the resilient and elastic members and portions of the first layer and the second layer between the sheet joined sections swell to directions opposite to each other so as to form pleats, the method comprising: applying the adhesive to both an external surface of the first layer and an internal surface of the second layer in the same striped pattern intermittent in a machine direction (an MD direction) and applying the adhesive continuously in a direction orthogonal to the MD direction (hereinafter the CD direction) while transporting the first layer and the second layer in the MD direction, and then, fixing the resilient and elastic members to the first layer and the second layer by bonding the first layer and the second layer to each other such that a position of the adhesive on the first layer in the MD direction and a position of the adhesive on the second layer in the MD direction are made to match with each other and sandwiching the resilient and elastic members (15, 16, 17, 18, 19) between the first layer and the second layer continuously along the MD direction, wherein the position of the adhesive on the first layer in the MD direction and the position of the adhesive on the second layer in the MD direction are made to match with each other by dividing any one of the first layer and the second layer into a plurality of portions at intermediate positions in the CD direction and individually adjusting positions of these divided portions in the MD direction before the first layer and the second layer are bonded to each other.
A method of manufacturing a rotor blade for a wind turbine, the method including steps of: - providing a mould defining an outer shape of the rotor blade or a portion thereof; - arranging a plurality of fibre fabric layers on a surface of the mould having at least one inclined surface portion; and - laminating the fibre fabric layers together by infusing a liquid resin into the mould, - interlocking the plurality of fibre fabric layers using at least one mechanical interlocking element prior to laminating the fibre fabric layers together, characterised by the at least one mechanical interlocking element being provided together with and within one of the fibre fabric layers, and by the method further including pressing the one of te fibre fabric layers to thereby expose a locking end of the at least one mechanical interlocking element provided within the one of the fibre fabric layers and interlocking the plurality of fibre fabric layers by fastening the exposed locking end to a neighbouring fibre fabric layer. - providing a mould defining an outer shape of the rotor blade or a portion thereof; - arranging a plurality of fibre fabric layers on a surface of the mould having at least one inclined surface portion; and - laminating the fibre fabric layers together by infusing a liquid resin into the mould, - interlocking the plurality of fibre fabric layers using at least one mechanical interlocking element prior to laminating the fibre fabric layers together, characterised by the at least one mechanical interlocking element being provided together with and within one of the fibre fabric layers, and by the method further including pressing the one of te fibre fabric layers to thereby expose a locking end of the at least one mechanical interlocking element provided within the one of the fibre fabric layers and interlocking the plurality of fibre fabric layers by fastening the exposed locking end to a neighbouring fibre fabric layer.
A hearing aid comprising a radio configured for reception of a wirelessly broadcasted signal including a message wherein at least a part of the message, which part has been encoded using an error checking code, has been encrypted with a first key, and the first key, wherein the first key, as included in the wirelessly broadcasted signal, has been encrypted with a second key, an authenticator configured for authentication of the message by decrypting the first key with a third key, and decrypting the at least a part of the message, which part has been encoded using the error checking code, with the first key, and a processing unit that is configured for converting the message into an acoustic signal for transmission towards an eardrum of a user of the hearing aid upon successful authentication of the message, wherein the successful authentication includes correct verification of the received at least a part of the message using the error checking code. a message wherein at least a part of the message, which part has been encoded using an error checking code, has been encrypted with a first key, and the first key, wherein the first key, as included in the wirelessly broadcasted signal, has been encrypted with a second key, decrypting the first key with a third key, and decrypting the at least a part of the message, which part has been encoded using the error checking code, with the first key, and
Fabric for airbag comprising a textile substrate; and a coating layer on at least one side of the textile substrate, wherein the coating layer comprises polyurethane resin, a crosslinking agent, and a hydrophilic thickener, and the crosslinking agent is a compound having a blocked active group, wherein the crosslinking agent is a polyisocyanate compound or a polycarbodiimide compound to which one or more blocking components selected from the group consisting of 3,5-dimethyl pyrazole, ε-caprolactam, and methylethylketoxime are bonded. a textile substrate; and a coating layer on at least one side of the textile substrate, wherein the coating layer comprises polyurethane resin, a crosslinking agent, and a hydrophilic thickener, and the crosslinking agent is a compound having a blocked active group, wherein the crosslinking agent is a polyisocyanate compound or a polycarbodiimide compound to which one or more blocking components selected from the group consisting of 3,5-dimethyl pyrazole, ε-caprolactam, and methylethylketoxime are bonded.
A composition comprising: a) a protein and b) Urolithin A; wherein the protein is in the range 5 to 90g; and the composition contains 50 to 1500mg urolithin A. a) a protein and b) Urolithin A; wherein the protein is in the range 5 to 90g; and the composition contains 50 to 1500mg urolithin A.
An imprint lithography process using a template which includes a lower surface with first recesses having a first height and second recesses having a second height, wherein second height of second recesses is substantially greater than first height of first recesses, the process comprising: - positioning template in a spaced relation to substrate such that a gap is formed between template and substrate, - disposing curable liquid on the surface of substrate, - bringing template into contact with curable liquid, wherein curable liquid fills the gap between lower surface of the template and substrate filling first recesses and being substantially absent from regions of substrate approximately below second recesses characterised in that curable liquid is maintained as a discontinuous film on substrate that includes surface topography corresponding to the pattern formed by first recesses. - positioning template in a spaced relation to substrate such that a gap is formed between template and substrate, - disposing curable liquid on the surface of substrate, - bringing template into contact with curable liquid,
An adaptor (100, 450, 1200, 1300) for coupling a tracheostomy tube to a source of humidified breathing gas, the adaptor comprising: a housing (200, 460) having an interior surface, an exterior surface, and a breathing gas port (204, 1304) for receiving a flow of humidified breathing gas from the source that extends from the exterior surface to the interior surface; a tracheostomy tube connection device (206, 456) positioned within the housing, the tracheostomy tube connection device including an input port for receiving the flow of humidified breathing gas from the breathing gas port and an output port for coupling with the tracheostomy tube, the tracheostomy tube connection device having an internal surface defining a breathing gas passage and an external surface (216, 466) spaced from the interior surface of the housing to create a condensation passage; a baffle positioned between the breathing gas port and the input port to cause controlled condensation from the flow of humidified breathing gas by disrupting the flow of humidified breathing gas; and at least one projection (226, 226a, 226b), positioned within the housing, to space the tracheostomy tube connection device from the interior surface of the housing. a housing (200, 460) having an interior surface, an exterior surface, and a breathing gas port (204, 1304) for receiving a flow of humidified breathing gas from the source that extends from the exterior surface to the interior surface; a tracheostomy tube connection device (206, 456) positioned within the housing, the tracheostomy tube connection device including an input port for receiving the flow of humidified breathing gas from the breathing gas port and an output port for coupling with the tracheostomy tube, the tracheostomy tube connection device having an internal surface defining a breathing gas passage and an external surface (216, 466) spaced from the interior surface of the housing to create a condensation passage; a baffle positioned between the breathing gas port and the input port to cause controlled condensation from the flow of humidified breathing gas by disrupting the flow of humidified breathing gas; and at least one projection (226, 226a, 226b), positioned within the housing, to space the tracheostomy tube connection device from the interior surface of the housing.
A method performed by a wireless device (210, 300, 592, 630, 1300) for repetition signalling, the method comprising: receiving, from a base station (260, 420, 430, 512, 620, 1400), a configuration message transmitted via radio resource control, RRC, signalling, and downlink control information, DCI, transmitted on a physical downlink control channel, PDCCH, the configuration message comprising time domain resource allocation, TDRA, configuration information and the DCI comprising an indication of an index value; and obtaining, using the index value, a set of parameters from the TDRA configuration information, the set of parameters comprising a repetition factor. receiving, from a base station (260, 420, 430, 512, 620, 1400), a configuration message transmitted via radio resource control, RRC, signalling, and downlink control information, DCI, transmitted on a physical downlink control channel, PDCCH, the configuration message comprising time domain resource allocation, TDRA, configuration information and the DCI comprising an indication of an index value; and obtaining, using the index value, a set of parameters from the TDRA configuration information, the set of parameters comprising a repetition factor.
A fastening rod (14, 47) for the purpose of fastening attachments, the fastening rod consisting of a composite material reinforced with endless fiber, and a metal sheath being joined form-fittingly to the fastening rod on at least one end of the fastening rod, characterized in that the fastening rod is formed by a plurality of fiber strands; that each fiber strand comprises many individual rovings; that each roving, on one end of the fiber strand, is wound around one or more balls or granules of a pressure-resistant material; that the sheath has a bore that is conical in at least some areas; and that the balls or granules around which the fiber strands are wound are wedged in the conical part of the bore.
A method for deriving a pathloss change, comprising: a User Equipment, in the following also referred to as UE, derives a first pathloss value from a first pathloss reference of a serving cell, wherein the first pathloss value is used for deriving a power headroom value included in a first power headroom report; wherein: the UE derives a second pathloss value from a second pathloss reference of the serving cell after deriving the first pathloss value, wherein the second pathloss reference is used for power control for a first Physical Uplink Shared Channel, in the following also referred to as PUSCH, transmission on the serving cell; characterized in that: the UE derives a pathloss change based on the first pathloss value and the second pathloss value; and the UE determines whether a second power headroom report is triggered based on whether the pathloss change is more than a threshold. the UE derives a pathloss change based on the first pathloss value and the second pathloss value; and the UE determines whether a second power headroom report is triggered based on whether the pathloss change is more than a threshold.