mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing a steel ingot in a casting arrangement comprising a vacuum vessel ; an ingot mold arranged within the vacuum vessel and a stirrer arranged to stir liquid steel in the ingot mold, comprising the steps of: - providing a liquid steel melt; - filling the ingot mold with the liquid steel melt; - applying a reduced pressure within the vacuum vessel ; - allowing the liquid steel melt to at least partially solidify at a reduced pressure into an ingot, wherein the liquid steel melt is stirred within the ingot mold at a reduced pressure during at least a portion of the solidification of the steel melt; characterized in that, - the ingot mold is manufactured of steel or cast iron, and; - the liquid steel melt is Fe-based and comprises a predetermined amount of carbon and; - incidental impurity elements in the form of oxides, wherein during stirring the oxides are reduced by carbothermic reaction in which oxygen in the oxides and carbon in the steel melt form carbon-monoxide, and; - the step of providing the liquid steel melt includes manufacturing the liquid steel melt outside of the vacuum vessel, wherein the pressure within the vacuum vessel is ≤ 1 mbar. - providing a liquid steel melt; - filling the ingot mold with the liquid steel melt; - applying a reduced pressure within the vacuum vessel ; - allowing the liquid steel melt to at least partially solidify at a reduced pressure into an ingot, wherein the liquid steel melt is stirred within the ingot mold at a reduced pressure during at least a portion of the solidification of the steel melt; - the ingot mold is manufactured of steel or cast iron, and; - the liquid steel melt is Fe-based and comprises a predetermined amount of carbon and; - incidental impurity elements in the form of oxides, wherein during stirring the oxides are reduced by carbothermic reaction in which oxygen in the oxides and carbon in the steel melt form carbon-monoxide, and; - the step of providing the liquid steel melt includes manufacturing the liquid steel melt outside of the vacuum vessel,
Method for analyzing the driving behavior of a user of a motor vehicle , comprising the following steps: - acquiring (202; 305; 314) data relating to a user's driving behavior, a time and a position from a mobile terminal of the user; - obtaining (203; 308; 317) contextual data at a database as a function of the acquired time and position; - correlating the data relating to the driving behavior and the context data, further comprising acquiring an identifier of the user from the user's mobile terminal and obtaining , from a user database , equipment data of the user's motor vehicle in dependence on the identifier of the user, wherein the behavioral data and the contextual data are further correlated with the equipment data, wherein the database comprises a weather database in which time-position pairs are stored in correspondence with weather data, wherein the obtained context data comprises weather data, and characterised in that the weather data indicates the occurrence or absence thereof of rain at the position and time, and in that the equipment information data indicates a type or model of a lighting system, brake system, and/or windshield wiper system. - acquiring (202; 305; 314) data relating to a user's driving behavior, a time and a position from a mobile terminal of the user; - obtaining (203; 308; 317) contextual data at a database as a function of the acquired time and position; - correlating the data relating to the driving behavior and the context data, further comprising acquiring an identifier of the user from the user's mobile terminal and obtaining , from a user database , equipment data of the user's motor vehicle in dependence on the identifier of the user, wherein the behavioral data and the contextual data are further correlated with the equipment data, wherein the database comprises a weather database in which time-position pairs are stored in correspondence with weather data, wherein the obtained context data comprises weather data, and characterised in that the weather data indicates the occurrence or absence thereof of rain at the position and time, and in that the equipment information data indicates a type or model of a lighting system, brake system, and/or windshield wiper system. further comprising acquiring an identifier of the user from the user's mobile terminal and obtaining , from a user database , equipment data of the user's motor vehicle in dependence on the identifier of the user, wherein the behavioral data and the contextual data are further correlated with the equipment data, wherein the database comprises a weather database in which time-position pairs are stored in correspondence with weather data, wherein the obtained context data comprises weather data, and characterised in that the weather data indicates the occurrence or absence thereof of rain at the position and time, and in that the equipment information data indicates a type or model of a lighting system, brake system, and/or windshield wiper system.
A digital multichannel interface between a base station and a repeater unit , comprising: a base station uplink interface configured to: receive uplink transmit frames from a repeater unit of a radio distribution system , the uplink transmit frames including frame timing information initially generated in a repeater uplink interface , the radio distribution system including a plurality of remote units communicatively coupled to the repeater unit ; and a base station downlink interface configured to: receive a plurality of raw wideband downlink I/Q data streams; reformat the plurality of raw wideband downlink I/Q data streams to generate a plurality of reformatted wideband downlink I/Q data streams; generate downlink transmit frames by multiplexing the plurality of reformatted wideband downlink I/Q data streams according to the frame timing information extracted from the uplink transmit frames received from the repeater unit ; and provide the downlink transmit frames to the repeater unit . a base station uplink interface configured to: receive uplink transmit frames from a repeater unit of a radio distribution system , the uplink transmit frames including frame timing information initially generated in a repeater uplink interface , the radio distribution system including a plurality of remote units communicatively coupled to the repeater unit ; and a base station downlink interface configured to: receive a plurality of raw wideband downlink I/Q data streams; reformat the plurality of raw wideband downlink I/Q data streams to generate a plurality of reformatted wideband downlink I/Q data streams; generate downlink transmit frames by multiplexing the plurality of reformatted wideband downlink I/Q data streams according to the frame timing information extracted from the uplink transmit frames received from the repeater unit ; and provide the downlink transmit frames to the repeater unit . receive a plurality of raw wideband downlink I/Q data streams; reformat the plurality of raw wideband downlink I/Q data streams to generate a plurality of reformatted wideband downlink I/Q data streams; generate downlink transmit frames by multiplexing the plurality of reformatted wideband downlink I/Q data streams according to the frame timing information extracted from the uplink transmit frames received from the repeater unit ; and provide the downlink transmit frames to the repeater unit .
A ceramic applied electronic device comprising: a ceramic element having a base end portion ; terminal electrodes on the base end portion of the ceramic element ; lead wires for connection with an external apparatus, the lead wires being led out from the ceramic applied electronic device; two insulators each holding contacts that are connected to the lead wires and being arranged on both surfaces of the base end portion of the ceramic element ; two spring components (60, 60', 60") each being located on an outer surface of a corresponding one of the two insulators and each having a flat plate portion parallel to the outer surface and a spring portion supported by the flat plate portion ; and a cylindrical sleeve , wherein the spring portion of each of the two spring components (60, 60', 60") is elastically deformed by attachment of the sleeve to the two spring components (60, 60', 60"), the two insulators hold the base end portion of the ceramic element from both sides by being pushed by the flat plate portions of the two spring components (60, 60', 60") in directions in which the two insulators are brought closer to each other, and the contacts are pushed against the terminal electrodes , characterized in that the spring portion of each of the two spring components (60, 60', 60") has an inclined surface for receiving, from the sleeve which moves toward the two spring components (60, 60', 60") along the ceramic element , a force toward the two insulators , and the attachment of the sleeve is achieved through the movement of the sleeve along the ceramic element . a ceramic element having a base end portion ; terminal electrodes on the base end portion of the ceramic element ; lead wires for connection with an external apparatus, the lead wires being led out from the ceramic applied electronic device; two insulators each holding contacts that are connected to the lead wires and being arranged on both surfaces of the base end portion of the ceramic element ; two spring components (60, 60', 60") each being located on an outer surface of a corresponding one of the two insulators and each having a flat plate portion parallel to the outer surface and a spring portion supported by the flat plate portion ; and a cylindrical sleeve , wherein the spring portion of each of the two spring components (60, 60', 60") is elastically deformed by attachment of the sleeve to the two spring components (60, 60', 60"), the two insulators hold the base end portion of the ceramic element from both sides by being pushed by the flat plate portions of the two spring components (60, 60', 60") in directions in which the two insulators are brought closer to each other, and the contacts are pushed against the terminal electrodes , characterized in that the spring portion of each of the two spring components (60, 60', 60") has an inclined surface for receiving, from the sleeve which moves toward the two spring components (60, 60', 60") along the ceramic element , a force toward the two insulators , and the attachment of the sleeve is achieved through the movement of the sleeve along the ceramic element .
An agent comprising Asn-Ile-Pro-Pro-Leu-Thr-Gln-Thr-Pro-Val-Val-Val-Pro-Pro-Phe-Leu-Gln-Pro-Glu or a salt thereof for use in the treatment or prevention of a) pollakiuria; or b) obesity; or c) diarrhea; or d) irritable bowel syndrome. a) pollakiuria; or b) obesity; or c) diarrhea; or d) irritable bowel syndrome.
A handle comprising: i. a contact area which is at least substantially formed of a hydrophilic sintered porous material , and wherein the hydrophilic sintered porous material is a substantially non-compressible material; and ii. a reservoir for holding an anti-microbial liquid , characterised in that , in use, said reservoir is fluidically connected to the contact area by the hydrophilic sintered porous material extending into the reservoir and contacting said liquid . i. a contact area which is at least substantially formed of a hydrophilic sintered porous material , and wherein the hydrophilic sintered porous material is a substantially non-compressible material; and ii. a reservoir for holding an anti-microbial liquid , characterised in that , in use, said reservoir is fluidically connected to the contact area by the hydrophilic sintered porous material extending into the reservoir and contacting said liquid .
A method of manufacturing a wind turbine blade, the method comprising the steps of: - forming a cured blade element of a first blade shell, - forming a cured blade element of a second blade shell, - transferring the cured blade element of the first blade shell to a first cradle , - transferring the cured blade element of the second blade shell to a second cradle , wherein each cradle comprises a mould body having a moulding surface corresponding fully to a surface of an upwind or downwind blade shell, and wherein each cured blade element is arranged in its respective cradle such that the moulding surface , or a part thereof, abuts against a surface of the cured blade element , - forming a reinforced section on the cured blade element of the first blade shell in the first cradle, - forming a reinforced section on the cured blade element of the second blade shell in the second cradle, - closing said first and second blade shells to form a closed wind turbine blade shell, and - bonding said first and second blade shells in said closed wind turbine blade shell to form a wind turbine blade, wherein each cured blade element is arranged in its respective cradle such that the moulding surface , or a part thereof, abuts against a surface of the cured blade element to form a seal therebetween. - forming a cured blade element of a first blade shell, - forming a cured blade element of a second blade shell, - transferring the cured blade element of the first blade shell to a first cradle , - transferring the cured blade element of the second blade shell to a second cradle , wherein each cradle comprises a mould body having a moulding surface corresponding fully to a surface of an upwind or downwind blade shell, and wherein each cured blade element is arranged in its respective cradle such that the moulding surface , or a part thereof, abuts against a surface of the cured blade element , - forming a reinforced section on the cured blade element of the first blade shell in the first cradle, - forming a reinforced section on the cured blade element of the second blade shell in the second cradle, - closing said first and second blade shells to form a closed wind turbine blade shell, and - bonding said first and second blade shells in said closed wind turbine blade shell to form a wind turbine blade,
Plate for a filter press , characterised by - a base member which comprises a first material having a hardness H 1 and which has an outer peripheral face , and - a frame which is arranged on the outer peripheral face and which comprises a second material having a hardness H 2 , wherein H 2 < H 1 , and - wherein the frame has on at least one side face at least one peripheral seal which protrudes with respect to the side face . - a base member which comprises a first material having a hardness H 1 and which has an outer peripheral face , and - a frame which is arranged on the outer peripheral face and which comprises a second material having a hardness H 2 , wherein H 2 < H 1 , and - wherein the frame has on at least one side face at least one peripheral seal which protrudes with respect to the side face .
Electrochemical measurement cartridge (1.1, 1.2), characterized in that it comprises: - a container (10.1, 10.2) comprising a plurality of compartments (100.1, 100.2), - a cover (11.1, 11.2) secured to said container such as to form, in said cartridge, an internal volume defining at least a first chamber designed to receive a first fluid for analysis and a second chamber designed to receive a second fluid, - sealing means for hermetically insulating the first chamber from the second chamber, - an electrochemical measurement sensor comprising at least one work electrode and one reference electrode and integral with said cover, - said container and cover being arranged such as to move relative to one another in order to confer on the cartridge at least two distinct operating configurations, a first configuration in which the sensor (C) is placed in the first chamber to enter into contact with the first fluid present in said first chamber and to perform a first measurement on the first fluid, and a second configuration in which the sensor (C) is placed in the second chamber to enter into contact with said second fluid present in said second chamber and to perform a second measurement on the second fluid, - driving means interacting with the container (10.1, 10.2) and the cover (11.1, 11.2) such as to ensure a relative movement between the container (10.1, 10.2) and the cover (11.1, 11.2) and to confer on the cartridge its first configuration or its second configuration. - a container (10.1, 10.2) comprising a plurality of compartments (100.1, 100.2), - a cover (11.1, 11.2) secured to said container such as to form, in said cartridge, an internal volume defining at least a first chamber designed to receive a first fluid for analysis and a second chamber designed to receive a second fluid, - sealing means for hermetically insulating the first chamber from the second chamber, - an electrochemical measurement sensor comprising at least one work electrode and one reference electrode and integral with said cover, - said container and cover being arranged such as to move relative to one another in order to confer on the cartridge at least two distinct operating configurations, a first configuration in which the sensor (C) is placed in the first chamber to enter into contact with the first fluid present in said first chamber and to perform a first measurement on the first fluid, and a second configuration in which the sensor (C) is placed in the second chamber to enter into contact with said second fluid present in said second chamber and to perform a second measurement on the second fluid, - driving means interacting with the container (10.1, 10.2) and the cover (11.1, 11.2) such as to ensure a relative movement between the container (10.1, 10.2) and the cover (11.1, 11.2) and to confer on the cartridge its first configuration or its second configuration.
A mutated tetraprenyl-β-curcumene cyclase wherein a 4th amino acid residue of a DXDD motif, aspartic acid, is substituted with cysteine, and an amino acid adjacent to the N-terminus of an (A/S/G)RX(H/N)XXP motif is substituted with alanine, or a 4 th amino acid of the GXGX(G/A/P) motif is substituted with alanine, (a) having 90% or more identity with the amino acid sequence of SEQ ID NO: 1, and (b) exhibiting ambrein production activity using squalene as a substrate. a 4th amino acid residue of a DXDD motif, aspartic acid, is substituted with cysteine, and an amino acid adjacent to the N-terminus of an (A/S/G)RX(H/N)XXP motif is substituted with alanine, or a 4 th amino acid of the GXGX(G/A/P) motif is substituted with alanine, (a) having 90% or more identity with the amino acid sequence of SEQ ID NO: 1, and (b) exhibiting ambrein production activity using squalene as a substrate. (a) having 90% or more identity with the amino acid sequence of SEQ ID NO: 1, and (b) exhibiting ambrein production activity using squalene as a substrate.
An hydraulic pump system handling a slurry medium, the pump system comprising: - at least two reciprocating positive displacement pumps , both pumps being arranged for alternating intake of slurry medium via a central suction inlet and discharge of slurry medium via a central discharge outlet ; and the at least two reciprocating positive displacement pumps providing individual discharge outlets and the pump system further comprising - discharge valves for alternating closing and opening each individual discharge outlet , wherein the individual discharge outlets communicate in a combined discharge chamber and further with the central discharge outlet, and wherein each discharge valve is driven by a piston and cylinder with each discharge valve being mounted to a piston rod (22a'-22b') and a piston element (22a-22b) respectively which are movable accommodated within a cylinder chamber (23a-23b) of a valve housing (20a'-20b') respectively characterized in that the hydraulic pump system comprises control means for controlling the alternate closing and opening of the discharge valves , wherein the control means are configured to interconnect the discharge valves (20a; 20b), such that during operation of the hydraulic pump system the control means are arranged for simultaneous closing and opening of the discharge valves (20a; 20b), such that no volume difference occurs in the discharge of slurry medium. - at least two reciprocating positive displacement pumps , both pumps being arranged for alternating intake of slurry medium via a central suction inlet and discharge of slurry medium via a central discharge outlet ; and the at least two reciprocating positive displacement pumps providing individual discharge outlets and the pump system further comprising - discharge valves for alternating closing and opening each individual discharge outlet , wherein the individual discharge outlets communicate in a combined discharge chamber and further with the central discharge outlet, and wherein each discharge valve is driven by a piston and cylinder with each discharge valve being mounted to a piston rod (22a'-22b') and a piston element (22a-22b) respectively which are movable accommodated within a cylinder chamber (23a-23b) of a valve housing (20a'-20b') respectively
A power cylinder system for a reciprocating engine, comprising: - a cylinder - a piston configured to be disposed within the cylinder and to move in a reciprocating manner within the cylinder; - a top-most groove extending circumferentially about the piston beneath a top land of the piston; - a ring disposed within the top-most groove ; and - a single channel formed in the top land or the ring, wherein the single channel extends from an outer perimeter of the piston to a space between an inner surface of the top-most groove and an inner face of the ring , wherein the channel is configured to enable combustion gases to flow from a combustion chamber to the space, characterised in that the channel has a width that is between about one percent and three percent of a diameter of the piston , and the single channel extends axially through the top land of the piston to the space. - a cylinder - a piston configured to be disposed within the cylinder and to move in a reciprocating manner within the cylinder; - a top-most groove extending circumferentially about the piston beneath a top land of the piston; - a ring disposed within the top-most groove ; and - a single channel formed in the top land or the ring, wherein the single channel extends from an outer perimeter of the piston to a space between an inner surface of the top-most groove and an inner face of the ring , wherein the channel is configured to enable combustion gases to flow from a combustion chamber to the space,
An alloplastic implant composition comprising microparticles having a diameter of about 5 to about 400 μm suspended in an aqueous suspending agent, wherein the aqueous suspending agent comprises denatured type I collagen or denatured atelocollagen, wherein the denatured type I collagen or denatured atelocollagen has less than 10 wt% of the total weight as components of weight average molecular weight (Mw) 100,000 Daltons or lower, and greater than 70 wt% components of weight average molecular weight 100 kDa to 258 kDa, wherein the polydispersity of the denatured type I collagen or denatured atelocollagen expressed as Mw/Mn is 1.0 to 1.6, wherein Mw is weight average molecular weight and Mn is number average molecular weight.