mhurhangee/ep-ind-claims huggingface dataset:
An electric heater (100, 101), in particular for a device or household appliance for preparing hot beverages, comprising - a metal body; - at least one electric resistor (1, 6) arranged in the metal body; - a first pipe and a second pipe arranged in the metal body; wherein the first pipe and the second pipe are mutually distinct and adapted to be connected to each other so that a fluid can pass from the first pipe to the second pipe and/or vice versa; characterized in that the inner section of the second pipe is from 3 to 22 times greater than the inner section of the first pipe. - a metal body; - at least one electric resistor (1, 6) arranged in the metal body; - a first pipe and a second pipe arranged in the metal body; wherein the first pipe and the second pipe are mutually distinct and adapted to be connected to each other so that a fluid can pass from the first pipe to the second pipe and/or vice versa; characterized in that the inner section of the second pipe is from 3 to 22 times greater than the inner section of the first pipe.
A thermal liner for protective apparel comprising: a nonwoven having 15-30 wt % of a polybenzimidazole fiber, the remaining balance being an aramid fiber, the nonwoven excluding wool and cellulosic fibers, and having a thickness less than 3 mm and a basis weight of less than 2.9 osy (100 gsm).
A composition comprising: an acrylic acid derivative represented by Formula: wherein R a represents alkyl, cycloalkyl, fluoroalkyl, fluorocycloalkyl, aryl that may have one or more substituents, or hydrogen; and aldehyde, wherein the content of acrylic acid derivative is 30%(w/w) or more, wherein the amount of aldehyde is 0.05 mol or less, per mol of acrylic acid derivative, and wherein the aldehyde is selected from the group consisting of acetaldehyde, n-propylaldehyde, isopropylaldehyde, n-butylaldehyde, isobutylaldehyde, pivalaldehyde, n-pentylaldehyde, n-hexylaldehyde, n-heptylaldehyde, n-octylaldehyde, nonylaldehyde, decylaldehyde, undecylaldehyde, dodecylaldehyde, tridecylaldehyde, benzaldehyde, o-anisaldehyde, m-anisaldehyde, p-anisaldehyde, o-tolualdehyde, m-tolualdehyde, and p-tolualdehyde. an acrylic acid derivative represented by Formula: wherein R a represents alkyl, cycloalkyl, fluoroalkyl, fluorocycloalkyl, aryl that may have one or more substituents, or hydrogen; and aldehyde,
A method for wireless communication, comprising: determining, by a terminal device, a transmission period of a first system information according to a time interval at which the first system information is successfully received on a broadcast channel from a base station, wherein the first system information indicates a frequency-domain subcarrier spacing used for transmitting a second system information; receiving, by the terminal device, the second system information according to the frequency-domain subcarrier spacing indicated by the first system information; and accessing the base station according to the second system information. determining, by a terminal device, a transmission period of a first system information according to a time interval at which the first system information is successfully received on a broadcast channel from a base station, wherein the first system information indicates a frequency-domain subcarrier spacing used for transmitting a second system information; receiving, by the terminal device, the second system information according to the frequency-domain subcarrier spacing indicated by the first system information; and accessing the base station according to the second system information.
A medical device system comprising a first device, the first device comprising: sensing circuitry configured to sense parametric data for a patient; processing circuitry configured to: determine, based on a first analysis of the parametric data, that the patient is experiencing a treatable event; and in response to determining that the patient is experiencing the treatable event, determine whether a second device is available for wireless communication; and communication circuitry configured to: transmit, to the second device, at least a portion of the parametric data for a second analysis of the at least a portion of the parametric data by the second device in response to the determination that the second device is available for wireless communication; and receive, from the second device, an instruction for responding to the treatable event, the instruction selected based on the second analysis of the at least a portion of the parametric data by the second device. sensing circuitry configured to sense parametric data for a patient; processing circuitry configured to: determine, based on a first analysis of the parametric data, that the patient is experiencing a treatable event; and in response to determining that the patient is experiencing the treatable event, determine whether a second device is available for wireless communication; and communication circuitry configured to: transmit, to the second device, at least a portion of the parametric data for a second analysis of the at least a portion of the parametric data by the second device in response to the determination that the second device is available for wireless communication; and receive, from the second device, an instruction for responding to the treatable event, the instruction selected based on the second analysis of the at least a portion of the parametric data by the second device. determine, based on a first analysis of the parametric data, that the patient is experiencing a treatable event; and in response to determining that the patient is experiencing the treatable event, determine whether a second device is available for wireless communication; and communication circuitry configured to: transmit, to the second device, at least a portion of the parametric data for a second analysis of the at least a portion of the parametric data by the second device in response to the determination that the second device is available for wireless communication; and receive, from the second device, an instruction for responding to the treatable event, the instruction selected based on the second analysis of the at least a portion of the parametric data by the second device. transmit, to the second device, at least a portion of the parametric data for a second analysis of the at least a portion of the parametric data by the second device in response to the determination that the second device is available for wireless communication; and receive, from the second device, an instruction for responding to the treatable event, the instruction selected based on the second analysis of the at least a portion of the parametric data by the second device.
A method for sealing together a first section (132, 136) and a second section (134, 138) of a piece of packaging material, said method comprising arranging the piece of packaging material such that the first (132,136) and second section (134,138) lie against each other, melting at least one plastic layer (210, 214, 216) in the first (132, 136) and second section (134, 138) by feeding the piece of packaging material through a heating station, wherein the heating station comprises at least one ultra-sonic horn placed on a first side of the piece and a first group of anvil elements placed on a second side of the piece, wherein the first side is opposite to the second side, wherein each of the anvil elements comprises an anvil head connected to a spring element, wherein a surface of the anvil head is configured for being held against the piece as this is fed through the heating station such that a pressure is exerted onto the piece, cooling down the piece of packaging material such that the at least one plastic layer (210, 214, 216) is solidified, and wherein the surface comprises a mid-section protrusion, characterized in that the surface comprises a curved inlet area and a flat area. arranging the piece of packaging material such that the first (132,136) and second section (134,138) lie against each other, melting at least one plastic layer (210, 214, 216) in the first (132, 136) and second section (134, 138) by feeding the piece of packaging material through a heating station, wherein the heating station comprises at least one ultra-sonic horn placed on a first side of the piece and a first group of anvil elements placed on a second side of the piece, wherein the first side is opposite to the second side, wherein each of the anvil elements comprises an anvil head connected to a spring element, wherein a surface of the anvil head is configured for being held against the piece as this is fed through the heating station such that a pressure is exerted onto the piece, cooling down the piece of packaging material such that the at least one plastic layer (210, 214, 216) is solidified, and wherein the surface comprises a mid-section protrusion, characterized in that the surface comprises a curved inlet area and a flat area.
Gas-tight shut-off damper with a damper blade, which is movable along a movement path from an open into a closed position, in which the damper blade is pressed gas-tight onto a damper seat, wherein the damper blade is mounted pivotable on one side, a linear drive is provided, with which the damper blade is movable and a link is provided, which predetermines the movement path, characterized in that the link has a curved shape, which is formed such that, - the initiation of a horizontal movement of the damper blade in a first third of the movement path along the link is facilitated by a downward sloping of the movement path in the link, - the damper blade is brought, in the middle third of the movement path along the link, into an almost parallel position relative to the damper seat and is movable without the damper blade touching the damper seat, and - the damper blade is pressed, in the last third of the movement path along the link, out of an almost parallel position relative to the damper seat perpendicularly onto the damper seat. the damper blade is mounted pivotable on one side, a linear drive is provided, with which the damper blade is movable and a link is provided, which predetermines the movement path, characterized in that the link has a curved shape, which is formed such that, - the initiation of a horizontal movement of the damper blade in a first third of the movement path along the link is facilitated by a downward sloping of the movement path in the link, - the damper blade is brought, in the middle third of the movement path along the link, into an almost parallel position relative to the damper seat and is movable without the damper blade touching the damper seat, and - the damper blade is pressed, in the last third of the movement path along the link, out of an almost parallel position relative to the damper seat perpendicularly onto the damper seat. - the initiation of a horizontal movement of the damper blade in a first third of the movement path along the link is facilitated by a downward sloping of the movement path in the link, - the damper blade is brought, in the middle third of the movement path along the link, into an almost parallel position relative to the damper seat and is movable without the damper blade touching the damper seat, and - the damper blade is pressed, in the last third of the movement path along the link, out of an almost parallel position relative to the damper seat perpendicularly onto the damper seat.
A computer-implemented method of processing a query, the method comprising: directing the query to a search engine computer that directs the query against an extended index database, the extended index database comprising a core index and one or more distinct supplemental indexes; determining if the query seeks a query item that is located within the core index and, if the query item is not located in the core index, then determining if the query item is located in one or more of the supplemental indexes; identifying at least one similar item in response to a determination that the query item was not located in the core index and was not located in at least one of the supplemental indexes, the at least one similar item comprising a suitable alternative for the query item in accordance with a similarity ranking of characteristics that warrant identifying the similar item as similar to the query item; directing an alternate item query against the extended index database, the alternate item query comprising a query that seeks the at least one similar item; returning a query result comprising a response that indicates the query item is located in the core index, a response that indicates that the query item was not located in the core index, but was located in one or more of the supplemental indexes, or a response that indicates that the query item was not located at all, but that the at least one similar item was located in either the core index or at least one of the supplemental indexes. directing the query to a search engine computer that directs the query against an extended index database, the extended index database comprising a core index and one or more distinct supplemental indexes; determining if the query seeks a query item that is located within the core index and, if the query item is not located in the core index, then determining if the query item is located in one or more of the supplemental indexes; identifying at least one similar item in response to a determination that the query item was not located in the core index and was not located in at least one of the supplemental indexes, the at least one similar item comprising a suitable alternative for the query item in accordance with a similarity ranking of characteristics that warrant identifying the similar item as similar to the query item; directing an alternate item query against the extended index database, the alternate item query comprising a query that seeks the at least one similar item; returning a query result comprising a response that indicates the query item is located in the core index, a response that indicates that the query item was not located in the core index, but was located in one or more of the supplemental indexes, or a response that indicates that the query item was not located at all, but that the at least one similar item was located in either the core index or at least one of the supplemental indexes.
A coupling device for use in connecting flow channels of a plurality of components (3010, 3020, 3030) and for use in preparing ready-to-use treatment fluid, the coupling device having a plurality of interconnected internal channels, the coupling device being configured for sterile interconnection of the flow channels of the plurality of components (3010, 3020, 3030) for passage of fluids therebetween characterized in that: each channel has a first coupling zone and a second coupling zone recessed in the channel relative to the first coupling zone, wherein the second coupling zone includes an outer coupling surface and an inner coupling surface, and wherein each channel is configured for two stage connection with a respective component (3010, 3020, 3030), the plurality of interconnected internal channels comprises a channel couplable to a conduit for delivering steam for sterilisation; in a first stage, any component of the plurality of components (3010, 3020, 3030) being connected through the coupling device is brought into a first position where the component (3010, 3020, 3030) is attached to the coupling device forming a sealed chamber but without coupling surfaces of the component (3010, 3020, 3030) and the outer and inner coupling surfaces (4050, 4060) of the coupling device being in contact; and wherein, in the first position, the sealed chamber is sterilised using the steam delivered by the conduit, wherein sterilising the chamber by filling it with steam also sterilises the coupling surfaces of the components (3010, 3020, 3030) and the outer and inner coupling surfaces (4050, 4060) of the coupling device. each channel has a first coupling zone and a second coupling zone recessed in the channel relative to the first coupling zone, wherein the second coupling zone includes an outer coupling surface and an inner coupling surface, and wherein each channel is configured for two stage connection with a respective component (3010, 3020, 3030), the plurality of interconnected internal channels comprises a channel couplable to a conduit for delivering steam for sterilisation; in a first stage, any component of the plurality of components (3010, 3020, 3030) being connected through the coupling device is brought into a first position where the component (3010, 3020, 3030) is attached to the coupling device forming a sealed chamber but without coupling surfaces of the component (3010, 3020, 3030) and the outer and inner coupling surfaces (4050, 4060) of the coupling device being in contact; and wherein, in the first position, the sealed chamber is sterilised using the steam delivered by the conduit, wherein sterilising the chamber by filling it with steam also sterilises the coupling surfaces of the components (3010, 3020, 3030) and the outer and inner coupling surfaces (4050, 4060) of the coupling device.
A composition comprising: a reverse microemulsion comprising at least one hydrophilic, biologically-active agent solubilized by a hydrophobic reverse emulsion surfactant in a non-stinging, volatile, hydrophobic solvent, and a polymer substrate soluble in the non-stinging, volatile, hydrophobic solvent, wherein said non-stinging, volatile, hydrophobic solvent is selected from the group consisting of volatile linear and cyclic siloxanes, volatile linear, branched and cyclic alkanes, and combinations thereof, and comprising less than 3 weight percent hydrophilic solvents selected from the group consisting of water, C 1 -C 4 alkyl alcohols, and mixtures thereof. a reverse microemulsion comprising at least one hydrophilic, biologically-active agent solubilized by a hydrophobic reverse emulsion surfactant in a non-stinging, volatile, hydrophobic solvent, and a polymer substrate soluble in the non-stinging, volatile, hydrophobic solvent, wherein said non-stinging, volatile, hydrophobic solvent is selected from the group consisting of volatile linear and cyclic siloxanes, volatile linear, branched and cyclic alkanes, and combinations thereof, and comprising less than 3 weight percent hydrophilic solvents selected from the group consisting of water, C 1 -C 4 alkyl alcohols, and mixtures thereof.
A method for generating a live, attenuated chikungunya (CHIK) virus incapable of replicating in mosquitoes and mosquito cells, the method comprising: cloning an internal ribosomal entry site of encephalomyocarditis virus (EMCV IRES) between the end of the nonstructural protein 4 coding sequence and the initiating AUG of a subgenomic RNA coding sequence of chikungunya (CHIK) virus instead of a natural 5' UTR of the subgenomic RNA and upstream of the CHIK virus structural protein open reading frame; and inactivating the subgenomic promoter of the chikungunya (CHIK) virus by introducing clustered point mutations in the 5'UTR of the subgenomic RNA preventing reversion to an active SG RNA promoter. cloning an internal ribosomal entry site of encephalomyocarditis virus (EMCV IRES) between the end of the nonstructural protein 4 coding sequence and the initiating AUG of a subgenomic RNA coding sequence of chikungunya (CHIK) virus instead of a natural 5' UTR of the subgenomic RNA and upstream of the CHIK virus structural protein open reading frame; and inactivating the subgenomic promoter of the chikungunya (CHIK) virus by introducing clustered point mutations in the 5'UTR of the subgenomic RNA preventing reversion to an active SG RNA promoter.
Radiation emitting device with - a radiation emitting semiconductor body, - an optical element containing a thermoset material, a silicone or an epoxy, and - a housing body which comprises at least one fastening device which engages or encompasses the optical element and contains a thermoplastic material, wherein the fastening device is thermally formed at one end facing the optical element and thereby bent or provided with protrusions, in such a way that the optical element is irreversibly fixed to the housing body, and wherein the optical element consists of a material which ensures the form stability of the optical element at a temperature prevailing for thermal forming of the fastening device. - a radiation emitting semiconductor body, - an optical element containing a thermoset material, a silicone or an epoxy, and - a housing body which comprises at least one fastening device which engages or encompasses the optical element and contains a thermoplastic material, wherein the fastening device is thermally formed at one end facing the optical element and thereby bent or provided with protrusions, in such a way that the optical element is irreversibly fixed to the housing body, and wherein the optical element consists of a material which ensures the form stability of the optical element at a temperature prevailing for thermal forming of the fastening device.
A pump cassette body for detecting air bubbles in a fluid pathway, the pump cassette body comprising: an upstanding flow director vane; a fitment integrally molded into the pump cassette body, the fitment comprising: a base integrally molded into the pump cassette body; an elastomeric member attached to the base; and a housing at least partially surrounding the elastomeric member, characterised in that, the flow director vane and the elastomeric member form a tapered conduit configured to provide, during fluid flow through the pump cassette body, a divergent cross-section of a fluid flow path along a fluid flow direction before a sensing area at a tip of the flow director vane, and a convergent cross-section of the fluid flow path along the fluid flow direction after the sensing area. an upstanding flow director vane; a fitment integrally molded into the pump cassette body, the fitment comprising: a base integrally molded into the pump cassette body; an elastomeric member attached to the base; and a housing at least partially surrounding the elastomeric member, characterised in that, the flow director vane and the elastomeric member form a tapered conduit configured to provide, during fluid flow through the pump cassette body, a divergent cross-section of a fluid flow path along a fluid flow direction before a sensing area at a tip of the flow director vane, and a convergent cross-section of the fluid flow path along the fluid flow direction after the sensing area. a base integrally molded into the pump cassette body; an elastomeric member attached to the base; and a housing at least partially surrounding the elastomeric member, characterised in that, the flow director vane and the elastomeric member form a tapered conduit configured to provide, during fluid flow through the pump cassette body, a divergent cross-section of a fluid flow path along a fluid flow direction before a sensing area at a tip of the flow director vane, and a convergent cross-section of the fluid flow path along the fluid flow direction after the sensing area.