mhurhangee/patent-ind-claim-en huggingface dataset:
Exterior aircraft light , comprising: a dome-shaped light transmissive cover ; a light emission assembly , comprising: a light emission tower portion , having a cover-facing end and an opposite aircraft-facing end and having a hollow channel , extending between the aircraft-facing end and the cover-facing end , a platform portion , and at least one light source and at least one optical element , arranged on the platform portion ; and an interface assembly , extending through the hollow channel of the light emission tower portion , wherein the interface assembly comprises: an elevated base , which is configured for mechanically supporting and electrically connecting an electric component , the electric component being at least one of a data reception component, a data transmission component, and a data generation component, and at least one signal line , extending from the elevated base through the interface assembly . a dome-shaped light transmissive cover ; a light emission assembly , comprising: a light emission tower portion , having a cover-facing end and an opposite aircraft-facing end and having a hollow channel , extending between the aircraft-facing end and the cover-facing end , a platform portion , and at least one light source and at least one optical element , arranged on the platform portion ; and a light emission tower portion , having a cover-facing end and an opposite aircraft-facing end and having a hollow channel , extending between the aircraft-facing end and the cover-facing end , a platform portion , and at least one light source and at least one optical element , arranged on the platform portion ; an interface assembly , extending through the hollow channel of the light emission tower portion , wherein the interface assembly comprises: an elevated base , which is configured for mechanically supporting and electrically connecting an electric component , the electric component being at least one of a data reception component, a data transmission component, and a data generation component, and at least one signal line , extending from the elevated base through the interface assembly . an elevated base , which is configured for mechanically supporting and electrically connecting an electric component , the electric component being at least one of a data reception component, a data transmission component, and a data generation component, and at least one signal line , extending from the elevated base through the interface assembly .
A method of monitoring wind turbine tonal noise, the method comprising: receiving, over a communications network, a noise notification as a message from a third party ; determining a time associated with the message ; acquiring sensor data from at least one sensor, the sensor data being indicative of at least one operating parameter of at least one wind turbine ; and correlating the noise notification with the acquired sensor data based on the time associated with the message , characterised in that the correlating of the noise notification with the acquired sensor data comprises: comparing the acquired sensor data with previously acquired sensor data ; determining changes in the acquired sensor data from the previously acquired sensor data ; and determining, based upon any changes in the acquired sensor data, whether tonal noise is being generated by the at least one wind turbine . receiving, over a communications network, a noise notification as a message from a third party ; determining a time associated with the message ; acquiring sensor data from at least one sensor, the sensor data being indicative of at least one operating parameter of at least one wind turbine ; and correlating the noise notification with the acquired sensor data based on the time associated with the message , characterised in that the correlating of the noise notification with the acquired sensor data comprises: comparing the acquired sensor data with previously acquired sensor data ; determining changes in the acquired sensor data from the previously acquired sensor data ; and determining, based upon any changes in the acquired sensor data, whether tonal noise is being generated by the at least one wind turbine . comparing the acquired sensor data with previously acquired sensor data ; determining changes in the acquired sensor data from the previously acquired sensor data ; and determining, based upon any changes in the acquired sensor data, whether tonal noise is being generated by the at least one wind turbine .
System comprising a device for producing milk and/or milk foam, and a beverage preparation machine, the device being wirelessly connectable to the beverage preparation machine, the device being configured to drive the beverage preparation machine when connected to it wirelessly, for the preparation and dispensing of beverage recipes prepared in conjunction with this beverage preparation machine , managing sequences for arriving to a desired beverage recipe, the user selecting a recipe in the device and, depending on the recipe selected, the device is configured to work as standalone and produces the said recipe or to drive the beverage preparation machine managing sequences for arriving to a beverage recipe as provided by the user's input.
Wheelchair with vibration unit, whereby the vibration unit has an electrically driven rotating body, the vibration unit is arranged in the area of the footrest and/or the seat of the wheelchair , and the wheelchair can at least be adjusted to a sitting, lying, and standing position, whereby the vibration unit generates horizontal oscillations or oscillations parallel to the surface of the corresponding patient's body In the range of 1 to 100 Hz, characterized in that the vibration unit has a deflectable upper section and a lower section , which are connected to each other through elastically deformable connection elements , whereby the upper section and the lower section do not make direct contact, a vibration module is arranged on the upper section , which is firmly connected to the upper section , whereby the vibration module has at least one electric drive, balls are arranged between the upper section and lower section , whereby these balls are in contact with the upper section and lower section , and the vibration unit can be switched by an electric control unit.
A dispensing system comprising at least one material web wound to a roll , said roll having an end-sided coded bearing journal protruding from the roll , and a dispenser for sections of the material web , said dispenser having a guide track which leads from an inserting position to a dispensing position , and which is appropriately coded at at least one location to said end-sided coded bearing journal protruding from the roll , characterized in that the coded location is provided between the inserting position and the dispensing position, and a catching device for incorrectly or non-coded bearing journals is formed at least at the coded location of the guide track .
Clamping part (3; 3") for a clamping device (2; 2") of a strain relief device (1; 1") for supply lines (V) of a supply line device, wherein the strain relief device (1; 1") is designed to pass through the supply lines (V) in a longitudinal direction ; the clamping part (3; 3") being block-like and having a side surface designed as a clamping surface (31; 31") for clamping the supply lines (V) in a clamping direction (k) perpendicular or approximately perpendicular to the longitudinal direction against a further clamping surface (31; 31") of the clamping device (2; 2"), the clamping surface being formed by an elastic wall at least in a clamping section provided for clamping the supply lines (V), the elastic wall delimiting, on the side facing away from the clamping surface , a cavity structure extending in or approximately in the longitudinal direction through the clamping part , the cavity structure being defined by a plurality of through openings extending in the longitudinal direction , at least some of which are bounded by the elastic wall , a plurality of through openings of the cavity structure being adjacent one another via further inner elastic walls .
A process for separating compound (I), or a salt thereof, from a mixture comprising the compound (I), the process comprising the steps of: (a) combining the mixture with an amount of base in the presence of at least one solvent so as to form precipitate; and (b) separating precipitate, thereby separating the compound (I) from the mixture. the process comprising the steps of: (a) combining the mixture with an amount of base in the presence of at least one solvent so as to form precipitate; and (b) separating precipitate, (a) combining the mixture with an amount of base in the presence of at least one solvent so as to form precipitate; and (b) separating precipitate, thereby separating the compound (I) from the mixture.
A method for limiting power of a gas turbine engine for an aircraft, the method comprising: obtaining a blade angle of a propeller blade of the engine and a commanded power for the engine ; and determining a thrust transition direction of the engine , characterised by : selecting a threshold based on the thrust transition direction and the blade angle, the threshold defining a power limit for the engine as a function of the blade angle for the thrust transition direction; comparing the commanded power to the selected threshold based on the blade angle and the thrust transition direction; and limiting power to the engine when the commanded power exceeds the selected threshold . obtaining a blade angle of a propeller blade of the engine and a commanded power for the engine ; and determining a thrust transition direction of the engine , characterised by : selecting a threshold based on the thrust transition direction and the blade angle, the threshold defining a power limit for the engine as a function of the blade angle for the thrust transition direction; comparing the commanded power to the selected threshold based on the blade angle and the thrust transition direction; and limiting power to the engine when the commanded power exceeds the selected threshold . selecting a threshold based on the thrust transition direction and the blade angle, the threshold defining a power limit for the engine as a function of the blade angle for the thrust transition direction; comparing the commanded power to the selected threshold based on the blade angle and the thrust transition direction; and limiting power to the engine when the commanded power exceeds the selected threshold .
A method of manufacturing a wood-based panel provided with a decor comprising the steps: (a) applying at least one first layer of at least one powdered resin to at least one side of a wood-based panel and fusing the at least one applied layer of powdered resin; a1) applying at least one primer to the melted resin powder layer; a2) applying of at least one primer layer to the at least one undercoat; b) applying at least one decorative layer by means of a direct printing process; and (c) applying at least one further, second layer of at least one powdered resin to the at least one imprinted decorative layer and melting the at least one layer of powdered resin spread on the decorative layer. (a) applying at least one first layer of at least one powdered resin to at least one side of a wood-based panel and fusing the at least one applied layer of powdered resin; a1) applying at least one primer to the melted resin powder layer; a2) applying of at least one primer layer to the at least one undercoat; b) applying at least one decorative layer by means of a direct printing process; and (c) applying at least one further, second layer of at least one powdered resin to the at least one imprinted decorative layer and melting the at least one layer of powdered resin spread on the decorative layer.
A method for a wireless device, WD, for selecting a communication interface , the WD supporting communication with a network node , the method comprising: determining (S100) a WD positioning information status which is one of up-to-date and obsolete and a cellular coverage status which is one of in coverage and out of coverage; determining (S102) a WD state such as in/out of coverage and up-to-date/obsolete based on the determined WD positioning information status and the cellular coverage status; transmitting (S104) a position information by the WD based on the determined WD state; and selecting (S106) the communication interface based at least in part on the determined WD state. determining (S100) a WD positioning information status which is one of up-to-date and obsolete and a cellular coverage status which is one of in coverage and out of coverage; determining (S102) a WD state such as in/out of coverage and up-to-date/obsolete based on the determined WD positioning information status and the cellular coverage status; transmitting (S104) a position information by the WD based on the determined WD state; and selecting (S106) the communication interface based at least in part on the determined WD state.
A center deck assembly for a tire building drum , the tire building drum being rotatably mounted on a central drive shaft and including a center section , the center deck assembly being disposed in the center section of the drum , the center deck assembly comprising: a hub seating on and being secured to the central drive shaft ; at least one piston extending circumferentially in the tire building drum about the hub ; a plurality of segment bars being disposed about the circumference of the center deck assembly ; and the at least one piston being operably connected to the segment bars by a plurality of linkages , wherein each of the linkages comprises a scissor-lever mechanism, wherein the at least one piston includes two pistons that are spaced apart from one another with a guide post disposed between the pistons and wherein the guide post is pivotally connected to a center of one of the segment bars . a hub seating on and being secured to the central drive shaft ; at least one piston extending circumferentially in the tire building drum about the hub ; a plurality of segment bars being disposed about the circumference of the center deck assembly ; and the at least one piston being operably connected to the segment bars by a plurality of linkages , wherein each of the linkages comprises a scissor-lever mechanism, wherein the at least one piston includes two pistons that are spaced apart from one another with a guide post disposed between the pistons and wherein the guide post is pivotally connected to a center of one of the segment bars .
Bottle crate for receiving beverage bottles and/or beverage bottle packs, comprising a bottom for receiving the beverage bottles and/or beverage bottle packs as well as a circumferential frame formed by two mutually opposite long sidewalls and two mutually opposite short sidewalls , wherein all sidewalls of the frame have a height (H1) of 240 mm to 260 mm, characterized in that the frame and the bottom are formed in one piece and the bottom is arranged in a raised manner relative to the bottom side of the circumferential frame , wherein the vertical distance (H2) between the bottom side of the frame and the top side of the bottom is 25 mm to 60 mm, wherein the short sidewalls have a thickness of 7 mm to 12 mm and the long sidewalls have a thickness of 17 mm to 22 mm in sections and a thickness of 10 mm to 15 mm in the rest, wherein the sections of the long sidewalls having the larger thickness directly adjoin the short sidewalls , wherein these sections have a summarized length of 22 mm and wherein a section having a smaller thickness of 18 mm is arranged between two sections having a larger thickness.
A fibre optic fusion splicer, comprising: an alignment part configured to fix and align a first optical fibre and a second optical fibre that are to be fusion coupled; a fusion splicing module being equipped with electrode bars configured for fusion coupling the first optical fibre and the second optical fibre being fixed and aligned by the alignment part ; an optical module configured to photograph, or film, an alignment state of the first optical fibre and the second optical fibre being achieved by the alignment part and a fusion coupling state of the first optical fibre and the second optical fibre being achieved by the fusion splicing module ; a support part equipped with the fusion splicing module and the optical module ; a lift module configured to ascend and descend the support part , characterized in that the lift module comprises a cylinder tube and a piston rod being guided to the cylinder tube and being ascended and descended, the support part is fixedly coupled with the piston rod and is ascended and descended by the piston rod , so that the fusion splicing module and the optical module , which are installed to the support part , are collectively ascended and descended. an alignment part configured to fix and align a first optical fibre and a second optical fibre that are to be fusion coupled; a fusion splicing module being equipped with electrode bars configured for fusion coupling the first optical fibre and the second optical fibre being fixed and aligned by the alignment part ; an optical module configured to photograph, or film, an alignment state of the first optical fibre and the second optical fibre being achieved by the alignment part and a fusion coupling state of the first optical fibre and the second optical fibre being achieved by the fusion splicing module ; a support part equipped with the fusion splicing module and the optical module ; a lift module configured to ascend and descend the support part , characterized in that the lift module comprises a cylinder tube and a piston rod being guided to the cylinder tube and being ascended and descended, the support part is fixedly coupled with the piston rod and is ascended and descended by the piston rod , so that the fusion splicing module and the optical module , which are installed to the support part , are collectively ascended and descended.
Apparatus for moving a furniture part which is received on a furniture body of a furniture item , guide means of the apparatus being provided with at least one pivoting arm for pivoting the furniture part , by way of which guide means, in the case of a mounted apparatus , the furniture part can be moved out of a closed position into an open position of the furniture part relative to the furniture body and back, the apparatus having a base unit with a base plate , on which the guide means act in such a way that the pivot axis, about which the at least one pivoting arm can be pivoted, lies transversely with respect to a base plate plane which is spanned by the base plate , and there being a housing element of the base unit in a manner which lies opposite the base plate , there being a covering element for outer-side covering of the housing element , connecting means being configured in such a way that the covering element can be attached to and removed from the housing element without tools, the connecting means being configured as latching means which comprise an engaging portion (25, 31, 42-45) and an opening (26, 34, 47-50) for latching the covering element to the housing element , the engaging portion (25, 31, 42-45) which projects on the inner side of the covering element protruding in at the opening (26, 34, 47-50) on the housing element for latching purposes, and engaging behind an opening portion of the opening (26, 34, 47-50), characterized in that the opening portion which the engaging portion engages behind for latching purposes is of sprung configuration, the opening portion of sprung configuration comprising a spring element.
A passive cooling system , comprising: a heat exchanger thermally connected to a heat-generating component located within an enclosure ; a distribution manifold located below the heat exchanger ; a condensing unit located external to the enclosure and above the heat exchanger ; a first conduit (210', 210", 210"', 410) fluidly connected to the heat exchanger , the distribution manifold , and the condensing unit ; a second conduit fluidly connected to the condensing unit and the distribution manifold ; a liquid bridge fluidly connected to the first conduit (210', 210", 210"', 410) and the second conduit or the distribution manifold ; and, a two-phase cooling medium that circulates through a loop defined by the first conduit (210', 210", 210′′′, 410), the liquid bridge , the condensing unit , the second conduit , the heat exchanger , and the distribution manifold , wherein the liquid bridge transfers the cooling medium in a liquid state from the first conduit (210', 210", 210'", 410) to the second conduit or the distribution manifold . a heat exchanger thermally connected to a heat-generating component located within an enclosure ; a distribution manifold located below the heat exchanger ; a condensing unit located external to the enclosure and above the heat exchanger ; a first conduit (210', 210", 210"', 410) fluidly connected to the heat exchanger , the distribution manifold , and the condensing unit ; a second conduit fluidly connected to the condensing unit and the distribution manifold ; a liquid bridge fluidly connected to the first conduit (210', 210", 210"', 410) and the second conduit or the distribution manifold ; and, a two-phase cooling medium that circulates through a loop defined by the first conduit (210', 210", 210′′′, 410), the liquid bridge , the condensing unit , the second conduit , the heat exchanger , and the distribution manifold , wherein the liquid bridge transfers the cooling medium in a liquid state from the first conduit (210', 210", 210'", 410) to the second conduit or the distribution manifold .