mhurhangee/patent-ind-claim-en huggingface dataset:
A flow path component comprising: a silicon substrate; a liquid supply chamber ; a flow path hollow portion that is formed by making a hollow in the middle of a plate thickness direction of the silicon substrate toward a second plane of the opposite side of a first plane of the silicon substrate; and an individual flow path that penetrates the silicon substrate, the individual flow path being formed between the second plane and the flow path hollow portion, wherein a sum of a length L of the individual flow path and a substantial depth D of the flow path hollow portion in the thickness direction of the silicon substrate is greater than a thickness T of the silicon substrate, characterized in that : the flow path hollow portion is formed by at least a bottom plane and an inclined plane , and the bottom plane forms the second plane side of the flow path hollow portion , and the inclined plane inclines toward the first plane from the bottom plane, and the flow path hollow portion communicates between the liquid supply chamber and the individual flow path , and the inclined plane is placed on an opposite side of the flow path hollow portion to the liquid supply chamber , and one end of the individual flow path is open onto the inclined plane. a silicon substrate; a liquid supply chamber ; a flow path hollow portion that is formed by making a hollow in the middle of a plate thickness direction of the silicon substrate toward a second plane of the opposite side of a first plane of the silicon substrate; and an individual flow path that penetrates the silicon substrate, the individual flow path being formed between the second plane and the flow path hollow portion, wherein a sum of a length L of the individual flow path and a substantial depth D of the flow path hollow portion in the thickness direction of the silicon substrate is greater than a thickness T of the silicon substrate, characterized in that : the flow path hollow portion is formed by at least a bottom plane and an inclined plane , and the bottom plane forms the second plane side of the flow path hollow portion , and the inclined plane inclines toward the first plane from the bottom plane, and the flow path hollow portion communicates between the liquid supply chamber and the individual flow path , and the inclined plane is placed on an opposite side of the flow path hollow portion to the liquid supply chamber , and one end of the individual flow path is open onto the inclined plane. the flow path hollow portion is formed by at least a bottom plane and an inclined plane , and the bottom plane forms the second plane side of the flow path hollow portion , and the inclined plane inclines toward the first plane from the bottom plane, and the flow path hollow portion communicates between the liquid supply chamber and the individual flow path , and the inclined plane is placed on an opposite side of the flow path hollow portion to the liquid supply chamber , and one end of the individual flow path is open onto the inclined plane.
Pneumatic vehicle tyre comprising at least one sound absorber adherently attached to the inner surface opposite the tread in its interior, wherein the at least one sound absorber adheres to an adhesive , characterized in that the adhesive contains the following constituents: - 10% to 80% by weight of at least one rubber, wherein 80 to 100 phr are regenerated rubber; and - 11% to 80% by weight of at least one polyolefin, and - 2% to 20% by weight of at least one hydrocarbon resin. - 10% to 80% by weight of at least one rubber, wherein 80 to 100 phr are regenerated rubber; and - 11% to 80% by weight of at least one polyolefin, and - 2% to 20% by weight of at least one hydrocarbon resin.
An electrochemical gas sensor comprising: a housing including: a gas sensor cap , a gas inlet capillary defined as a channel that passes through the gas sensor cap , an electrolyte , a sensing electrode , and a counter electrode configured to generate a gas during use of the electrochemical gas sensor , wherein a portion of the housing comprises an aperture through at least one surface of the housing , the aperture dimensioned and configured to prevent water ingress to the electrochemical gas sensor and allow gas egress from the electrochemical gas sensor ; a plurality of solid features molded within at least one surface of the gas sensor cap , the plurality of solid features configured and dimensioned to form support pillars about a vent membrane so as to prevent deformation of the vent membrane during assembly and use of the electrochemical gas sensor with the gas sensor cap ; a vent assembly adapted to release at least a portion of the gas generated at the counter electrode out of the electrochemical gas sensor ; wherein the vent assembly includes the vent membrane that is adapted to be heat sealed at a portion of the gas sensor cap and wherein the plurality of solid features defines a cavity between an internal surface of the plurality of pillar shaped moldings and a portion of the vent membrane , and wherein the cavity is operable to accumulate at least a portion of the gas released out through the vent membrane before the at least a portion of the gas, eventually vents out through a vent conduit that is in fluid communication with the vent membrane . a gas sensor cap , a gas inlet capillary defined as a channel that passes through the gas sensor cap , an electrolyte , a sensing electrode , and a counter electrode configured to generate a gas during use of the electrochemical gas sensor , wherein a portion of the housing comprises an aperture through at least one surface of the housing , the aperture dimensioned and configured to prevent water ingress to the electrochemical gas sensor and allow gas egress from the electrochemical gas sensor ; a plurality of solid features molded within at least one surface of the gas sensor cap , the plurality of solid features configured and dimensioned to form support pillars about a vent membrane so as to prevent deformation of the vent membrane during assembly and use of the electrochemical gas sensor with the gas sensor cap ; a vent assembly adapted to release at least a portion of the gas generated at the counter electrode out of the electrochemical gas sensor ; wherein the vent assembly includes the vent membrane that is adapted to be heat sealed at a portion of the gas sensor cap and wherein the plurality of solid features defines a cavity between an internal surface of the plurality of pillar shaped moldings and a portion of the vent membrane , and wherein the cavity is operable to accumulate at least a portion of the gas released out through the vent membrane before the at least a portion of the gas, eventually vents out through a vent conduit that is in fluid communication with the vent membrane .
An integrated structure of a return device and a pressure diffuser, comprising a pressure diffuser portion and a return device portion integrally molded with the pressure diffuser portion ; wherein, the pressure diffuser portion is configured to form a pressure diffusion flow channel ; the return device portion has a return channel ; the return channel is in communication with the pressure diffusion flow channel , and is configured to guide gas from the pressure diffusion flow channel ; and wherein the return channel has an inlet and an outlet ; characterized in that a width a of the inlet is four-fifths of a width b of the outlet . and wherein the return channel has an inlet and an outlet ; characterized in that a width a of the inlet is four-fifths of a width b of the outlet .
A fluid cushion guiding device for guiding a shaft into relative movement, rotary and translatory, relative to the guiding device , the guiding device comprising an inner sleeve and an outer sleeve that are coaxial with each other, wherein the inner sleeve has a plurality of radial holes having first ends communicating with a first sealed gap provided between the inner sleeve and the shaft to be guided, wherein the guiding device includes sealing elements with low frictional coefficient associated with the inner sleeve and arranged to cooperate with the shaft , limiting fluid leakage from the first gap and wherein the outer sleeve has at least one radial opening characterised in that the said radial opening is arranged to allow introducing from the outside a pressurised fluid which, by reaching the first gap through said holes , is suitable to create a gap of pressurised fluid between the inner sleeve and the shaft to be guided.
A garment comprising: a garment portion having an inner face that is configured to contact a wearer's body while the garment is worn on the wearer's body; wherein the inner face of the garment portion has an unstretched coefficient of friction while no tensile force is applied thereto, the inner face of the garment portion has a stretched coefficient of friction while a tensile force is applied thereto, and the stretched coefficient of friction is greater than the unstretched coefficient of friction; characterized in that the garment portion comprises an intrinsically sticky yarn that is knitted with longer loops on a background of shorter loops, and the intrinsically sticky yarn is raised from the background while tensile force is applied the garment portion. a garment portion having an inner face that is configured to contact a wearer's body while the garment is worn on the wearer's body; wherein the inner face of the garment portion has an unstretched coefficient of friction while no tensile force is applied thereto, the inner face of the garment portion has a stretched coefficient of friction while a tensile force is applied thereto, and the stretched coefficient of friction is greater than the unstretched coefficient of friction; characterized in that the garment portion comprises an intrinsically sticky yarn that is knitted with longer loops on a background of shorter loops, and the intrinsically sticky yarn is raised from the background while tensile force is applied the garment portion.
An apparatus for washing and drying a carrier , the apparatus comprising: a chamber configured for holding a carrier ; said chamber comprising a carrier-exterior spray system and a carrier-interior spray system internal to said chamber ; said carrier-exterior spray system comprising at least one slot which sprays a fluid onto an exterior surface of the carrier ; and said interior spray system comprising at least one slot which sprays the fluid into an interior of the carrier , said apparatus further comprising at least one heating system , characterized in that the heating system comprises at least one heating pad added to the chamber's exterior, and that an infrared sensor is provided on a side of the chamber which monitors the temperature of the carrier . a chamber configured for holding a carrier ; said chamber comprising a carrier-exterior spray system and a carrier-interior spray system internal to said chamber ; said carrier-exterior spray system comprising at least one slot which sprays a fluid onto an exterior surface of the carrier ; and said interior spray system comprising at least one slot which sprays the fluid into an interior of the carrier , said apparatus further comprising at least one heating system , characterized in that the heating system comprises at least one heating pad added to the chamber's exterior, and that an infrared sensor is provided on a side of the chamber which monitors the temperature of the carrier .
Method in a first node for adaptation of a signal to be sent from the first node to a second node in a wireless communication system , the first node being capable of communicating with the second node over a radio link, the first node being arranged to know a number of subsets of a set of possible information alternatives, each subset comprising a part of or a complete codebook which is comprised by the second node including the set of possible information alternatives used for assisting the adaptation of the signal, the method comprising: sending a message to the second node , the message comprising a configuration request that restricts selection of information alternatives in the second node to at least one of the subsets, wherein the configuration request specifies which at least one of the subsets to restrict the selection to; and receiving a report of an information alternative from the second node , which information alternative is selected from the at least one of the subsets according to the configuration request the method CHARACTERIZED IN THAT the configuration request comprises a bit map where each bit corresponds to a certain information alternative. the first node being arranged to know a number of subsets of a set of possible information alternatives, each subset comprising a part of or a complete codebook which is comprised by the second node including the set of possible information alternatives used for assisting the adaptation of the signal, the method comprising: sending a message to the second node , the message comprising a configuration request that restricts selection of information alternatives in the second node to at least one of the subsets, wherein the configuration request specifies which at least one of the subsets to restrict the selection to; and receiving a report of an information alternative from the second node , which information alternative is selected from the at least one of the subsets according to the configuration request the method CHARACTERIZED IN THAT the configuration request comprises a bit map where each bit corresponds to a certain information alternative. sending a message to the second node , the message comprising a configuration request that restricts selection of information alternatives in the second node to at least one of the subsets, wherein the configuration request specifies which at least one of the subsets to restrict the selection to; and receiving a report of an information alternative from the second node , which information alternative is selected from the at least one of the subsets according to the configuration request the method CHARACTERIZED IN THAT the configuration request comprises a bit map where each bit corresponds to a certain information alternative.
A self-powered utility delivery system, comprising: an inlet port configured to receive a utility at a first pressure ; an outlet port configured to supply the utility at a second pressure , wherein the utility is configured to flow between the inlet port and the outlet port; an electronic utility meter providing one or both of processor-mediated communications or signal processing and configured to measure the utility supplied from the outlet port; and a regulator comprising a power harvester configured to generate electrical power from regulation of the utility from the first pressure to the second pressure, characterized in that the power harvester is a thermoelectric device configured to utilize a temperature difference between a first temperature where the utility enters the regulator and a second temperature where the utility exits the regulator , to form a voltage, and wherein a heat pipe is directly incorporated into the regulator to connect the thermoelectric device across the regulator to the first temperature and such that the heat pipe does not contact a surrounding environment of the self-powered utility delivery system. an inlet port configured to receive a utility at a first pressure ; an outlet port configured to supply the utility at a second pressure , wherein the utility is configured to flow between the inlet port and the outlet port; an electronic utility meter providing one or both of processor-mediated communications or signal processing and configured to measure the utility supplied from the outlet port; and a regulator comprising a power harvester configured to generate electrical power from regulation of the utility from the first pressure to the second pressure, characterized in that the power harvester is a thermoelectric device configured to utilize a temperature difference between a first temperature where the utility enters the regulator and a second temperature where the utility exits the regulator , to form a voltage, and wherein a heat pipe is directly incorporated into the regulator to connect the thermoelectric device across the regulator to the first temperature and such that the heat pipe does not contact a surrounding environment of the self-powered utility delivery system.
A bike saddle , comprising a foam material layer and a surface layer set on and covering a surface of the foam material layer , a plurality of spaced through holes formed in the foam material layer , characterized in that : a bio-gel layer formed on an undersurface of the foam material layer ; and a plurality of bio-gel blocks respectively set and filled in the plurality of the through holes of the foam material layer , each of the bio-gel blocks having a top end in contact with an underside of the surface layer and a bottom end integrally formed with the bio-gel layer . a bio-gel layer formed on an undersurface of the foam material layer ; and a plurality of bio-gel blocks respectively set and filled in the plurality of the through holes of the foam material layer , each of the bio-gel blocks having a top end in contact with an underside of the surface layer and a bottom end integrally formed with the bio-gel layer .
A method for determining the number of nucleic acid molecules (NAMs) in a group of NAMs, comprising i) subjecting the group of NAMs to a chemical mutagenesis which mutates only select nucleic acid bases in the group of NAMs at a rate of 10% to 90% thus forming a group of mutagenized NAMs (mNAMs) from the NAMs; ii) amplifying the group of mNAMs; iii) obtaining sequences of the mNAMs in the group of amplified mNAMs; and iv) counting the number of different sequences obtained in step (iii) to determine the number of unique mNAMs in the group of mNAMS, thereby determining the number of NAMs in the group of NAMs. i) subjecting the group of NAMs to a chemical mutagenesis which mutates only select nucleic acid bases in the group of NAMs at a rate of 10% to 90% thus forming a group of mutagenized NAMs (mNAMs) from the NAMs; ii) amplifying the group of mNAMs; iii) obtaining sequences of the mNAMs in the group of amplified mNAMs; and iv) counting the number of different sequences obtained in step (iii) to determine the number of unique mNAMs in the group of mNAMS,
A stick-shaped cosmetic composition comprising: (a) 0.1 to 4% by weight of at least one component selected from partially crosslinked polyether-modified silicones and partially crosslinked polyglycerol-modified silicones, (b) 1 to 10% by weight of wax, (c) at least 30% by weight of an aqueous component, and (d) 0.1 to 4% by weight of partially crosslinked organopolysiloxane having an alkyl branched chain in its backbone, exclusive of component (a). (a) 0.1 to 4% by weight of at least one component selected from partially crosslinked polyether-modified silicones and partially crosslinked polyglycerol-modified silicones, (b) 1 to 10% by weight of wax, (c) at least 30% by weight of an aqueous component, and (d) 0.1 to 4% by weight of partially crosslinked organopolysiloxane having an alkyl branched chain in its backbone, exclusive of component (a).
A thrust reverser comprising: first and second thrust reverser doors surrounding a jet pipe to form an exhaust nozzle having aerodynamic outer and inner mold line surfaces (OML, IML), each door having a pair of opposed pivot arms ; the jet pipe including a pair of jet pipe arms having inner surfaces defining corresponding portions of the inner mold line surface (IML); each door being pivotally mounted at the pivot arms to the jet pipe arms by a door pivot arrangement comprising a pivot fitting having a base , wherein said jet pipe arms each have a recess co-operatively receiving the base substantially flush with the inner mold line surface (IML), and a shaft extending outwardly from the base through an opening of a said jet pipe arm and pivotally connected to corresponding ones of the pivot arms , wherein the opening is sized to allow the shaft to pass through the opening but to prevent the base from passing through the opening. first and second thrust reverser doors surrounding a jet pipe to form an exhaust nozzle having aerodynamic outer and inner mold line surfaces (OML, IML), each door having a pair of opposed pivot arms ; the jet pipe including a pair of jet pipe arms having inner surfaces defining corresponding portions of the inner mold line surface (IML); each door being pivotally mounted at the pivot arms to the jet pipe arms by a door pivot arrangement comprising a pivot fitting having a base , wherein said jet pipe arms each have a recess co-operatively receiving the base substantially flush with the inner mold line surface (IML), and a shaft extending outwardly from the base through an opening of a said jet pipe arm and pivotally connected to corresponding ones of the pivot arms , wherein the opening is sized to allow the shaft to pass through the opening but to prevent the base from passing through the opening.
A method for responding in a voice conversation by an electronic conversational agent , comprising: receiving a voice input (202; 320; 402; 510; 702; 810; 1002; 1102; 1302; 1402) in an audio upstream ; generating candidate voice outputs using content of the audio upstream; establishing respective processing threads for the candidate voice outputs, wherein the respective processing threads are processed in parallel; selecting, from the processing threads , a first candidate voice output ; generating a primary voice output (228; 410; 526; 706; 848; 938; 1004; 1108; 1240; 1304; 1408; 1524) based on the first candidate voice output ; generating at least one supplementary voice output based on a second candidate voice output ; determining that generation of the primary voice output is not complete; providing a first supplementary voice output of the at least one supplementary voice output in the audio downstream; determining that generation of the primary voice output is complete; and providing the primary voice output in the audio downstream, wherein the at least one supplementary voice output is provided during a time period adjacent to the primary voice output in the audio downstream. receiving a voice input (202; 320; 402; 510; 702; 810; 1002; 1102; 1302; 1402) in an audio upstream ; generating candidate voice outputs using content of the audio upstream; establishing respective processing threads for the candidate voice outputs, wherein the respective processing threads are processed in parallel; selecting, from the processing threads , a first candidate voice output ; generating a primary voice output (228; 410; 526; 706; 848; 938; 1004; 1108; 1240; 1304; 1408; 1524) based on the first candidate voice output ; generating at least one supplementary voice output based on a second candidate voice output ; determining that generation of the primary voice output is not complete; providing a first supplementary voice output of the at least one supplementary voice output in the audio downstream; determining that generation of the primary voice output is complete; and providing the primary voice output in the audio downstream, wherein the at least one supplementary voice output is provided during a time period adjacent to the primary voice output in the audio downstream.
A cartridge for a vaporizer device , the cartridge comprising: a reservoir configured to contain a vaporizable material ; and an atomizer comprising a heating element and a gel wick , the atomizer configured to heat the vaporizable material to generate a vapor. a reservoir configured to contain a vaporizable material ; and an atomizer comprising a heating element and a gel wick , the atomizer configured to heat the vaporizable material to generate a vapor.