mhurhangee/patent-ind-claim-en huggingface dataset:
A centrifugal compressor comprising: a case ; an impeller configured to accelerate refrigerant introduced to an inside of the case; a variable diffuser provided on a flow passage (P) of the refrigerant for regulating opening of the flow passage (P); a rotating member to rotate the variable diffuser , and a drive motor for providing rotating power to the rotating member, wherein the case includes: a shroud having a refrigerant inlet formed therein, and a supporting member arranged spaced from the shroud to form a space for housing the impeller and forming the flow passage of compressed refrigerant on an outside circumference of the impeller, wherein the rotating member has a helix formed on a side thereof, and the drive motor has a gear engaged with the side of the rotating member, wherein the supporting member has a ring shaped inserting portion screw coupled to the variable diffuser, wherein the variable diffuser is mounted movably to the rotating member in axial direction and the variable diffuser is screw coupled to an inside of the supporting member to regulate the opening of the flow passage as the variable diffuser moves axially by rotation. a case ; an impeller configured to accelerate refrigerant introduced to an inside of the case; a variable diffuser provided on a flow passage (P) of the refrigerant for regulating opening of the flow passage (P); a rotating member to rotate the variable diffuser , and a drive motor for providing rotating power to the rotating member, wherein the case includes: a shroud having a refrigerant inlet formed therein, and a supporting member arranged spaced from the shroud to form a space for housing the impeller and forming the flow passage of compressed refrigerant on an outside circumference of the impeller, a shroud having a refrigerant inlet formed therein, and a supporting member arranged spaced from the shroud to form a space for housing the impeller and forming the flow passage of compressed refrigerant on an outside circumference of the impeller, wherein the rotating member has a helix formed on a side thereof, and the drive motor has a gear engaged with the side of the rotating member, wherein the supporting member has a ring shaped inserting portion screw coupled to the variable diffuser, wherein the variable diffuser is mounted movably to the rotating member in axial direction and the variable diffuser is screw coupled to an inside of the supporting member to regulate the opening of the flow passage as the variable diffuser moves axially by rotation.
Power management device for a rail vehicle , which has a number of consumer units (20.1 - 20.10), each of which comprise one or more electrical consumers and are supplied by means of a number of power supply units (14.1, 14.5, 14.8, 14.10), having a set of local power management units (28.1 - 28.10), which are each assigned to at least one consumer unit (20.1 - 20.10) and a vehicle-wide power management apparatus , which receives power data of the power supply units (14.1, 14.5, 14.8, 14,10) during operation and is provided for data communication with the local power management units (28.1 - 28.10) at least on the basis of the power data, wherein the local power management units (28.1 - 28.10) are provided for data communication with an assigned consumer unit (20.1 - 20.10), and wherein the assigned consumer unit (20.1 - 20.10) is provided to report a power parameter to the local power management unit (28.1 - 28.10) which is related to a currently required power, characterised in that on the basis of the reported power parameter of the consumer unit (20.1 - 20.10), the local power management unit (28.1 - 28.10) is provided to treat a currently not apportioned proportion of a maximum power available to the consumer unit (20.1 - 20.10) as a power reserve which can be apportioned to a consumer as a management measure, and at least one local power management unit (28.1 - 28.10), which is assigned to a consumer unit (20.1 - 20.10) with a number of consumers , is provided to take a management measure affecting one of these consumers as a function of a priority assigned to this consumer compared with the further consumers of the consumer unit (20.1 - 20.10). the assigned consumer unit (20.1 - 20.10) is provided to report a power parameter to the local power management unit (28.1 - 28.10) which is related to a currently required power, characterised in that on the basis of the reported power parameter of the consumer unit (20.1 - 20.10), the local power management unit (28.1 - 28.10) is provided to treat a currently not apportioned proportion of a maximum power available to the consumer unit (20.1 - 20.10) as a power reserve which can be apportioned to a consumer as a management measure, and at least one local power management unit (28.1 - 28.10), which is assigned to a consumer unit (20.1 - 20.10) with a number of consumers , is provided to take a management measure affecting one of these consumers as a function of a priority assigned to this consumer compared with the further consumers of the consumer unit (20.1 - 20.10).
An antiviral composition comprising oleandrin for use in the treatment of a viral infection caused by a virus of the Filoviridae family selected from Ebolavirus (EBOV) and Marburgvirus (MARV), in a subject in need thereof by administering one or more doses of said antiviral composition on a daily, weekly or monthly basis a) prophylactically before viral infection; b) after viral infection; or c) a combination of a) and b). a) prophylactically before viral infection; b) after viral infection; or c) a combination of a) and b).
An extended range single user mode physical layer protocol data unit transmission method, applied to a wireless local area network, wherein the method comprises: generating an extended range single user mode physical layer protocol data unit, wherein a high-efficiency signaling Afield of the extended range single user mode physical layer protocol data unit includes an identifier, the identifier is used to indicate a bandwidth of a narrowband used for transmitting a data part of the extended range single user mode physical layer protocol data unit, and the bandwidth of the narrowband comprises at least one of the following parameters: a 26-tone resource unit, RU, a 52-tone RU, a 106-tone RU, and a 242-tone RU; and transmitting the extended range single user mode physical layer protocol data unit, wherein the data part of the extended range single user mode physical layer protocol data unit is transmitted using the bandwidth of the narrowband. generating an extended range single user mode physical layer protocol data unit, wherein a high-efficiency signaling Afield of the extended range single user mode physical layer protocol data unit includes an identifier, the identifier is used to indicate a bandwidth of a narrowband used for transmitting a data part of the extended range single user mode physical layer protocol data unit, and the bandwidth of the narrowband comprises at least one of the following parameters: a 26-tone resource unit, RU, a 52-tone RU, a 106-tone RU, and a 242-tone RU; and transmitting the extended range single user mode physical layer protocol data unit, wherein the data part of the extended range single user mode physical layer protocol data unit is transmitted using the bandwidth of the narrowband.
A temperature measurement system , comprising: a vessel having an interior space for conducting liquids or gases at elevated temperatures, the interior space defined by a wall having an inner side proximal to the interior space , and an opposing outer side distal from the interior space , the wall defining a threaded recess ; a threaded stud having a first threaded portion threadedly engaged in the threaded recess , and a second threaded portion extending outwardly therefrom; a nut threadedly engaged on the second threaded portion of the stud ; a retention plate disposed between the nut and the outer side of the wall , having a first side coupled to the nut , and a second side facing the outer side of the wall ; and a temperature sensor disposed between the second side of the retention plate and the outer side of the wall and coupled to the outer side of the wall . a vessel having an interior space for conducting liquids or gases at elevated temperatures, the interior space defined by a wall having an inner side proximal to the interior space , and an opposing outer side distal from the interior space , the wall defining a threaded recess ; a threaded stud having a first threaded portion threadedly engaged in the threaded recess , and a second threaded portion extending outwardly therefrom; a nut threadedly engaged on the second threaded portion of the stud ; a retention plate disposed between the nut and the outer side of the wall , having a first side coupled to the nut , and a second side facing the outer side of the wall ; and a temperature sensor disposed between the second side of the retention plate and the outer side of the wall and coupled to the outer side of the wall .
Method for the wastewater-free operation of a flue gas desulfurization plant integrated into the flue gas flow (9a to 9d) of a fossil-fired steam generator or boiler of a steam power station , operating according to a wet process, the wastewater of which is evaporated in a spray dryer by means of thermal energy provided by a gas flow in the form of a supplied hot air flow having a sufficient temperature for the evaporation of the wastewater , wherein the solids-laden air/water gas flow forming in the spray dryer is fed to a solids separator downstream of the spray dryer , where the solids content contained in the air/water gas flow is separated, characterized in that the air/water gas flow is supplied to the steam generator or boiler after leaving the solids separator .
A computer-implemented method, comprising: initiating an Internet connection sharing between a first computing device and a second computing device , wherein the Internet connection sharing enables the first computing device to function as a host to provide Internet access to the second computing device ; determining, at the first computing device , if the Internet connection sharing is to be disconnected; disabling the Internet access to the second computing device if it is determined that the Internet connection sharing is to be disconnected, wherein the Internet connection sharing session is to be disconnected when a distance between the second computing device and the first computing device exceeds a threshold distance; determining, at the first computing device , if the Internet connection sharing is to be reinitiated, wherein the Internet connection sharing session is to be reinitiated when the distance between the second computing device and the first computing device is within the threshold distance; determining, at the first computing device , if access rights for the Internet connection sharing are valid, in response to determining that the Internet connection sharing is to be reinitiated; and automatically reinitiating the Internet connection sharing between the first computing device and the second computing device , if the access rights for the Internet connection sharing are valid. initiating an Internet connection sharing between a first computing device and a second computing device , wherein the Internet connection sharing enables the first computing device to function as a host to provide Internet access to the second computing device ; determining, at the first computing device , if the Internet connection sharing is to be disconnected; disabling the Internet access to the second computing device if it is determined that the Internet connection sharing is to be disconnected, wherein the Internet connection sharing session is to be disconnected when a distance between the second computing device and the first computing device exceeds a threshold distance; determining, at the first computing device , if the Internet connection sharing is to be reinitiated, wherein the Internet connection sharing session is to be reinitiated when the distance between the second computing device and the first computing device is within the threshold distance; determining, at the first computing device , if access rights for the Internet connection sharing are valid, in response to determining that the Internet connection sharing is to be reinitiated; and automatically reinitiating the Internet connection sharing between the first computing device and the second computing device , if the access rights for the Internet connection sharing are valid.
A combination climbing apparatus comprising or including a rope ascender and a pulley block , the rope ascender having front and rear plates disposed in generally parallel relationship, wherein a first swivel pin is received within co-axial bores in the front and rear plates of the ascender, about which pin the plates are swivelable with respect to each other, a cam lever is mounted on the first swivel pin between the front and rear plates, the cam lever being connected, directly or indirectly, to a climbing rope braking surface between the front and rear plates, the cam lever being operable to trap the rope against the cam braking surface, the front and rear plates of the ascender each including a second bore remote from the major axis of the first swivel pin for receiving a second, removable, swivel pin , the pulley block being, in use, releasably secured to the ascender via the second swivel pin, the pulley block having front and rear plates between which is a pulley wheel rotatably mounted on a third swivel pin acting as an axle for the pulley wheel, the arrangement being such that the ascender and pulley block may be selectively used in combination when required or separately when not.
Household appliance device, in particular household refrigeration appliance device, with an appliance body (12a-b), which defines an interior and has an opening, with an appliance door (14a-b) for closing the opening, with a swivel bearing unit (16a-b), which is fastened to the appliance body (12a-b) and is provided to mount the appliance door (14a-b) in a swivelable manner relative to the appliance body (12a-b), and with a closing unit (18a-b), which has an interface (20a-b) and is provided to influence a movement of the appliance door (14a-b) relative to the appliance body (12a-b) by way of a coupling of the interface (20a-b) to the swivel bearing unit (16a-b), wherein the interface (20a-b) is coupled indirectly to the swivel bearing unit (16a-b), wherein the closing unit (18a-b) has a coupling element (22a-b) which establishes a mechanical coupling between the swivel bearing unit (16a-b) and the interface (20a-b), wherein the swivel bearing unit (16a-b) has a further coupling element (24a-b) which has a counter-toothing and is provided to interact with the coupling element (22a-b), wherein the coupling element (22a-b) has a gear wheel and/or a toothed disc and is provided to interact with the counter-toothing arranged on the appliance body (12a-b) and wherein the closing unit (18a-b) has a closing housing (44a-b) in which the coupling element (22a-b) is mounted at least partially, characterised in that the coupling element (22a-b) projects at least partially out from the closing housing (44a-b).
A method of authenticating a user at a peripheral apparatus comprising the following steps performed by the peripheral apparatus : receiving (S810) a log-in request from a user at the peripheral apparatus , said log-in request identifying the user; sending (S820) a request to a social networking service, which is external to the peripheral apparatus, to authenticate the user's social networking service account based on said log-in request; receiving (S830) a social networking service user identification for the user from the social networking service; determining (S840) based on the user's social networking service user identification whether the user is authorised to access the peripheral apparatus ; and allowing (S850, S860), in a case that the determining (S840) determines based on the user's social networking service user identification that the user is authorised to access the peripheral apparatus , the user access to the peripheral apparatus ; wherein the determining (S840) comprises connecting to an administrator's social networking service account to determine whether the user's social networking service user identification is associated with a list on the social networking service (S1116, S1117, S1409, S1410). receiving (S810) a log-in request from a user at the peripheral apparatus , said log-in request identifying the user; sending (S820) a request to a social networking service, which is external to the peripheral apparatus, to authenticate the user's social networking service account based on said log-in request; receiving (S830) a social networking service user identification for the user from the social networking service; determining (S840) based on the user's social networking service user identification whether the user is authorised to access the peripheral apparatus ; and allowing (S850, S860), in a case that the determining (S840) determines based on the user's social networking service user identification that the user is authorised to access the peripheral apparatus , the user access to the peripheral apparatus ; wherein the determining (S840) comprises connecting to an administrator's social networking service account to determine whether the user's social networking service user identification is associated with a list on the social networking service (S1116, S1117, S1409, S1410).
A baking oven , comprising a horizontal combustion chamber for burning wood or other material in the baking oven, a coal combustion space arranged below the combustion chamber, wherein - the combustion chamber comprises a door on the front side of the baking oven for adding wood or other combustible material into the combustion chamber, a floor , side walls on the sides of the combustion chamber, and a back wall on the side of the combustion chamber opposite to the door, characterized in that the combustion chamber comprises secondary air openings arranged such that both side walls of the combustion chamber and the back wall comprise at least one secondary air opening for feeding secondary air into the combustion chamber , and the baking oven comprises secondary air channels connecting the coal combustion space to the secondary air openings for conveying secondary air from the coal combustion space into the combustion chamber. - the combustion chamber comprises a door on the front side of the baking oven for adding wood or other combustible material into the combustion chamber, a floor , side walls on the sides of the combustion chamber, and a back wall on the side of the combustion chamber opposite to the door, characterized in that the combustion chamber comprises secondary air openings arranged such that both side walls of the combustion chamber and the back wall comprise at least one secondary air opening for feeding secondary air into the combustion chamber , and the baking oven comprises secondary air channels connecting the coal combustion space to the secondary air openings for conveying secondary air from the coal combustion space into the combustion chamber. characterized in that the combustion chamber comprises secondary air openings arranged such that both side walls of the combustion chamber and the back wall comprise at least one secondary air opening for feeding secondary air into the combustion chamber , and the baking oven comprises secondary air channels connecting the coal combustion space to the secondary air openings for conveying secondary air from the coal combustion space into the combustion chamber.
A compound of Formula (I), or pharmaceutically acceptable salt thereof: wherein R 1 is - 18 F or - 11 CH 3 when R 2 is -H, or R 1 is -H when R 2 is - 18 F or - 11 CH 3 . R 1 is - 18 F or - 11 CH 3 when R 2 is -H, or R 1 is -H when R 2 is - 18 F or - 11 CH 3 .
A lighting assembly comprising: a reflector system including a base having an internal central crest that is configured to direct emitted light away from a light source, wherein the base comprises: outer reflector panels ; and inner reflector panels connected to the outer reflector panels , wherein the inner reflector panels downwardly angle from outer ends towards a central longitudinal plane and directly connect at the central crest , wherein the outer ends of the inner reflector panels connect to inner ends of the outer reflector panels at elevated peaks , wherein an angle between interior surfaces of the outer reflector panel and the inner reflector panel and an angle between exterior surfaces of the inner reflector panels is less than 90 degrees, wherein the reflector system further comprises opposed side reflector panels flanking the base , further comprising the light source disposed within the reflector system , wherein the light source is configured to emit ultraviolet (UV) light , wherein the central crest and the light source are aligned along a central plane of the reflector system . outer reflector panels ; and inner reflector panels connected to the outer reflector panels , wherein the inner reflector panels downwardly angle from outer ends towards a central longitudinal plane and directly connect at the central crest , wherein the outer ends of the inner reflector panels connect to inner ends of the outer reflector panels at elevated peaks , wherein an angle between interior surfaces of the outer reflector panel and the inner reflector panel and an angle between exterior surfaces of the inner reflector panels is less than 90 degrees, wherein the reflector system further comprises opposed side reflector panels flanking the base , further comprising the light source disposed within the reflector system , wherein the light source is configured to emit ultraviolet (UV) light , wherein the central crest and the light source are aligned along a central plane of the reflector system .