mhurhangee/ep-ind-claims huggingface dataset:
A treatment device for delivering an ultrasound energy into a region of interest at or beneath a target surface, the treatment device comprising: a housing; a transducer module coupled to the housing, the transducer module comprising an ultrasound energy source configured for delivery of the ultrasound energy, the delivery of the ultrasound energy being pulsed, the transducer module having a transducer module wall that includes a curved surface having a non-zero radius of curvature, the treatment device movable relative to the target surface while retaining contact between the curved surface and the target surface, one or more position sensors in communication with a control module and configured to transmit a position signal representative of a position of the treatment device relative to the target surface; and the control module configured to control the ultrasound energy source, wherein the position sensor is configured to track a position of the ultrasound transducer module during treatment as compared to a movement pattern of the ultrasound transducer module which is part of a treatment plan and calculate a distance traveled along the target surface, wherein the position sensor or the control module is configured to determine a distance between pulses of therapeutic ultrasound energy to create a plurality of treatment zones, and wherein the position sensor or control module is configured to determine the distance, regardless of the speed that the transducer module is moved, at which a pulse of therapeutic ultrasound energy is to be emitted. a housing; a transducer module coupled to the housing, the transducer module comprising an ultrasound energy source configured for delivery of the ultrasound energy, the delivery of the ultrasound energy being pulsed, the transducer module having a transducer module wall that includes a curved surface having a non-zero radius of curvature, the treatment device movable relative to the target surface while retaining contact between the curved surface and the target surface, one or more position sensors in communication with a control module and configured to transmit a position signal representative of a position of the treatment device relative to the target surface; and the control module configured to control the ultrasound energy source, wherein the position sensor is configured to track a position of the ultrasound transducer module during treatment as compared to a movement pattern of the ultrasound transducer module which is part of a treatment plan and calculate a distance traveled along the target surface, wherein the position sensor or the control module is configured to determine a distance between pulses of therapeutic ultrasound energy to create a plurality of treatment zones, and wherein the position sensor or control module is configured to determine the distance, regardless of the speed that the transducer module is moved, at which a pulse of therapeutic ultrasound energy is to be emitted.
A leadthrough kit, comprising: - a first duct, - a second duct, - an insulation adapter comprising thermal insulation material and having a shape of a rectangular prism and comprising: ∘ a first through hole for receiving the first duct and ∘ a second through hole for receiving the second duct parallel with the first duct, and - locking means for locking the depth of the first and second duct (120, 130) in relation to the insulation adapter, wherein the first and the second duct (120, 130) can be movably assembled in relation to the insulation adapter for adjusting the depth of the first and second duct (120, 130) in relation to the insulation adapter, wherein - the leadthrough kit comprises: ∘ a first end, ∘ a second end at a distance from the first end, the distance defining the thickness of the insulation adapter, and ∘ a four-sided cowl connecting the first and the second end (114, 115), - the first and the second through hole (112, 113) run through the insulation adapter so that the through holes (112, 113) are inclined in relation to at least one side of the cowl, and wherein - the centre axes of the first and second duct (120, 130) form an angle (α) in relation to the projection of at least one side of the insulation adapter, the angle being of the order of 1 to 5 degrees. - a first duct, - a second duct, - an insulation adapter comprising thermal insulation material and having a shape of a rectangular prism and comprising: ∘ a first through hole for receiving the first duct and ∘ a second through hole for receiving the second duct parallel with the first duct, and ∘ a first through hole for receiving the first duct and ∘ a second through hole for receiving the second duct parallel with the first duct, and - locking means for locking the depth of the first and second duct (120, 130) in relation to the insulation adapter, wherein the first and the second duct (120, 130) can be movably assembled in relation to the insulation adapter for adjusting the depth of the first and second duct (120, 130) in relation to the insulation adapter, wherein - the leadthrough kit comprises: ∘ a first end, ∘ a second end at a distance from the first end, the distance defining the thickness of the insulation adapter, and ∘ a four-sided cowl connecting the first and the second end (114, 115), ∘ a first end, ∘ a second end at a distance from the first end, the distance defining the thickness of the insulation adapter, and ∘ a four-sided cowl connecting the first and the second end (114, 115), - the first and the second through hole (112, 113) run through the insulation adapter so that the through holes (112, 113) are inclined in relation to at least one side of the cowl, and wherein - the centre axes of the first and second duct (120, 130) form an angle (α) in relation to the projection of at least one side of the insulation adapter, the angle being of the order of 1 to 5 degrees.
A transmission device that multiplexes a plurality of data series including a first data series in a first layer and a second data series in a second layer, and transmits a multiplexed signal into which the plurality of data series have been multiplexed, the transmission device comprising: a first mapper that maps a first bit stream of the first data series to generate a first modulated symbol stream of the first data series; a second mapper that maps a second bit stream of the second data series to generate a second modulated symbol stream of the second data series; and a transmitter that transmits the multiplexed signal; characterized by a converter that subjects the second modulated symbol stream to conversion in accordance with the first modulated symbol stream in only a first direction among the first direction and a second direction perpendicular to each other in a complex plane in which the first modulated symbol stream and the second modulated symbol stream are represented; and a superposer that superposes the first modulated symbol stream and the second modulated symbol stream subjected to the conversion, at a predetermined amplitude ratio, to generate the multiplexed signal, wherein the conversion is reversal of a polarity of the second modulated symbol stream. a first mapper that maps a first bit stream of the first data series to generate a first modulated symbol stream of the first data series; a second mapper that maps a second bit stream of the second data series to generate a second modulated symbol stream of the second data series; and a transmitter that transmits the multiplexed signal; characterized by a converter that subjects the second modulated symbol stream to conversion in accordance with the first modulated symbol stream in only a first direction among the first direction and a second direction perpendicular to each other in a complex plane in which the first modulated symbol stream and the second modulated symbol stream are represented; and a superposer that superposes the first modulated symbol stream and the second modulated symbol stream subjected to the conversion, at a predetermined amplitude ratio, to generate the multiplexed signal, wherein the conversion is reversal of a polarity of the second modulated symbol stream.
A computer-implemented method for providing secure services to a network device comprising a secure element in a system comprising the network device, a computer maintaining at least one cryptographic key for the secure element, and secure service providers (160A, 160B) each having a trusted service manager, TSM (170A, 170B), the method comprising: maintaining, by the computer, said at least one cryptographic key for the secure element, the at least one cryptographic key operable to provide secure access to the secure element via a secure communication channel; receiving from the network device, by the computer, a request to select a secure service provider (160A, 160B), among said secure server providers (160A, 160B), from available secure service providers (160A, 160B) each having said trusted service manager, TSM (170A, 170B), wherein the secure element includes information related to a previous TSM (170A, 170B) that is different from the TSM (170A, 170B) of the selected service provider (160A, 160B), and wherein if the previous TSM (170A, 170B) possesses the at least one cryptographic key, the method further comprises revoking the at least one cryptographic key from the previous TSM (170A, 170B) in response to receiving the request to select the secure service provider (160A, 160B); and transmitting, by the computer, the at least one cryptographic key to the TSM (160, 170) of the selected service provider (160A, 160B) in response to receiving the request to select the service provider (160A,. maintaining, by the computer, said at least one cryptographic key for the secure element, the at least one cryptographic key operable to provide secure access to the secure element via a secure communication channel; receiving from the network device, by the computer, a request to select a secure service provider (160A, 160B), among said secure server providers (160A, 160B), from available secure service providers (160A, 160B) each having said trusted service manager, TSM (170A, 170B), wherein the secure element includes information related to a previous TSM (170A, 170B) that is different from the TSM (170A, 170B) of the selected service provider (160A, 160B), and wherein if the previous TSM (170A, 170B) possesses the at least one cryptographic key, the method further comprises revoking the at least one cryptographic key from the previous TSM (170A, 170B) in response to receiving the request to select the secure service provider (160A, 160B); and transmitting, by the computer, the at least one cryptographic key to the TSM (160, 170) of the selected service provider (160A, 160B) in response to receiving the request to select the service provider (160A,.
Device for handling a liquid medium, in particular water, having a housing, wherein the housing defines an inlet chamber for the liquid medium and an outlet chamber for the liquid medium, said chambers being separated from one another or coupled to one another by a pressure-reducing valve such that when an outlet chamber pressure prevailing in the outlet chamber is lower than a limit value, the pressure-reducing valve is automatically opened in order to couple the inlet chamber and the outlet chamber, and such that when the outlet chamber pressure prevailing in the outlet chamber is higher than the limit value, the pressure-reducing valve is automatically closed in order to separate the inlet chamber and the outlet chamber, wherein the pressure-reducing valve, which either couples or separates the inlet chamber and the outlet chamber depending on the outlet chamber pressure prevailing in the outlet chamber, is integrated into the housing, and wherein two backflow prevention valves (21, 22) are integrated into the inlet chamber of the housing, characterized in that a manually actuable shut-off valve is furthermore integrated into the housing, said shut-off valve keeping the pressure-reducing valve permanently closed in the closed position, and allowing the automatic opening and closing of the pressure-reducing valve, depending on the outlet chamber pressure prevailing in the outlet chamber, in the open position.
Turbine blade of a gas turbine with an airfoil arranged on a blade root and having at least one cooling air duct running in the longitudinal direction of the turbine blade, arranged inside the turbine blade and extending through the blade root, characterized in that at least one swirl-generating element is arranged in the transitional area between blade root and airfoil in the cooling air duct, with the swirl-generating element including an outer ring and several swirl-generating stator vanes arranged therein, which are connected to a centric area.
Method for analysing an electrical energy storage device which is an accumulator or a battery, wherein the energy storage device is electrically connected to at least one consumer and to at least one electrical energy source in an electrical energy supply system of a household or commercial company, characterized in that an electrical energy flow into or out of the energy storage device is directly or indirectly measured using a measuring unit, in particular a smart meter, and at least one parameter of the energy storage device is iteratively determined on the basis of recorded values of the measured energy flow, wherein the energy flow is expressed by the unit energy per time, and an energy profile of the energy flowing into the energy storage device and extracted from the energy storage device is identified from the energy flow by integrating said energy flow over time, wherein the at least one parameter is determined on the basis of the energy profile, wherein the at least one parameter is an energy currently contained in the energy storage device, a current minimum available capacity of the energy storage device, in particular a current minimum available charging or discharging capacity (C lade) a usable capacity (C nutz) of the energy storage device, a state of charge (Q SOC) of the energy storage device, an internal consumption of the energy storage device, an efficiency level, a energy storage device model parameter or a parameter of a charging or discharging characteristic of the energy storage device.
A method for discriminating a telephony content signal into a first category or a second category, the method comprising: a filtering procedure for obtaining from the telephony content signal a band signal set comprising one or more band signals, each band signal being associated with a respective frequency band, at least one of said band signals being a sub-band signal (n) associated with a sub-band of an overall frequency band of the telephony content signal; a determination procedure for determining a band signal variation value (LLn) and a band signal strength value (TLn) for each band signal (n) of said band signal set; a discrimination procedure for discriminating whether the telephony content signal is of the first category or of the second category, said discrimination procedure comprising one or both of an unconditional and a conditional step for evaluating a relationship of said band signal variation value (LLn) and said band signal strength value (TLn) for said sub-band signal (n), wherein said determination procedure comprises determining band samples (bln) for each band signal (n) of said band signal set, and determining said band signal variation value (LLn) comprises averaging the sumof the differences between consecutive values of said band samples (bln) over a predetermined range (Ns), wherein said determining of said band variation value (LLn) comprises summing absolute values of said differences. a filtering procedure for obtaining from the telephony content signal a band signal set comprising one or more band signals, each band signal being associated with a respective frequency band, at least one of said band signals being a sub-band signal (n) associated with a sub-band of an overall frequency band of the telephony content signal; a determination procedure for determining a band signal variation value (LLn) and a band signal strength value (TLn) for each band signal (n) of said band signal set; a discrimination procedure for discriminating whether the telephony content signal is of the first category or of the second category, said discrimination procedure comprising one or both of an unconditional and a conditional step for evaluating a relationship of said band signal variation value (LLn) and said band signal strength value (TLn) for said sub-band signal (n),
A washing machine for automatically feeding an additive, comprising an additive automatic feeding apparatus and an additive accommodating box for accommodating a liquid additive, wherein the additive accommodating box is an independent sealed ink cartridge-type structure, a washing machine housing is provided with at least one opening, the additive accommodating box is disposed inside the opening in a pull and push manner in a one-to-one correspondence and is in communication with/is not in communication with the additive automatic feeding apparatus, characterized in that, the additive automatic feeding apparatus is an apparatus that generates negative pressure by using an inlet water flow to extract a liquid additive and performs quantitative feeding, the apparatus comprises a negative pressure generator located on an water inlet pipeline of the washing machine, a negative pressure region of the negative pressure generator is in communication with a metering apparatus, the negative pressure generator is further provided with a discharge liquid circulation passage, and the metering apparatus is also separately in communication with a first opening of an ink cartridge-type additive box and the discharge liquid circulation passage of the negative pressure generator, such that the negative pressure generator sucks the additive from the additive accommodating box into the metering apparatus, meanwhile, a part of a water flow inside the negative pressure generator enters the metering apparatus separately through the discharge liquid circulation passage, the additive mixes with the water flow inside the metering apparatus to form a liquid additive mixture, which flows into the negative pressure generator and then enters the washing through the washing machine water inlet pipeline, so that the additive automatic feeding apparatus performs quantitative feeding.
A level sensing apparatus (10, 100) for attachment to a sounding tube to measure content levels in a tank, the level sensing apparatus (10, 100) comprising: a housing; a transmitter disposed within the housing; an antenna disposed within the housing and operatively connected to the transmitter for directing electrical or mechanical waves in a direction away from the transmitter, the antenna further adapted to receive electrical or mechanical waves; and a connector assembly (40, 120) operatively attaching the housing to the sounding tube, the connector assembly (40, 120) being adapted to allow the housing to rotate relative to the sounding tube around a horizontal axis (42, 190) to expose an open end of the sounding tube; the level sensing apparatus (10, 110) being characterised in that: the connector assembly (40, 120) is further adapted to allow the housing to rotate relative to the connector assembly (40, 120) around a vertical axis extending through the sounding tube. a housing; a transmitter disposed within the housing; an antenna disposed within the housing and operatively connected to the transmitter for directing electrical or mechanical waves in a direction away from the transmitter, the antenna further adapted to receive electrical or mechanical waves; and a connector assembly (40, 120) operatively attaching the housing to the sounding tube, the connector assembly (40, 120) being adapted to allow the housing to rotate relative to the sounding tube around a horizontal axis (42, 190) to expose an open end of the sounding tube; the level sensing apparatus (10, 110) being characterised in that: the connector assembly (40, 120) is further adapted to allow the housing to rotate relative to the connector assembly (40, 120) around a vertical axis extending through the sounding tube.
Plug-type connector for transmitting electric currents, having a plug-side end which is designed to form a plug connection with a mating plug, a cable-side end which is designed to be electrically and mechanically connected to a cable, in particular a cable with a screen and at least two conductors (28, 30) within the screen, a housing, and having at least two internal conductor parts (12, 14) which are held at least partially within the housing by an insulating part and are electrically insulated from one another, wherein the internal conductor parts (12, 14) project beyond the housing in the axial direction at the plug-side end, wherein the internal conductor parts (12, 14) are arranged and designed in such a way that they form contact areas (40, 44) at the plug-side end in the region in which they project beyond the housing, said contact areas being spaced apart from one another in the axial direction and serving to make electrical contact with corresponding conductor parts in the mating plug, wherein each internal conductor part (12, 14) has a contact section (42, 46) which extends in an axial direction from the contact area (40, 44) in the direction of the cable-side end of the plug-type connector and is designed to be electrically and mechanically connected with a conductor (28, 30) of the cable, characterised in that the contact area (40, 44) of at least one first internal conductor part is in the form of a first hollow cylindrical contact surface interrupted in a circumferential direction by a gap, wherein the contact section of at least a second internal conductor part is designed and arranged in such a way that this protrudes through the gap in the first hollow cylindrical contact surface in an axial direction, being electrically insulated from the first hollow cylindrical contact surface, so that the contact area of the second internal conductor part is arranged closer to the plug-side end of the plug-type connector, in an axial direction, than the contact area of the first internal conductor part.
A flame retardant thermoplastic composition comprising: a poly(arylene ether); an impact modifier; a polyolefin; a phosphoric acid salt selected from the group consisting of melamine phosphate, melamine pyrophosphate, melamine orthophosphate, diammonium phosphate, monoammonium phosphate, phosphoric acid amide, melamine polyphosphate, ammonium polyphosphate, polyphosphoric acid amide, and combinations of two or more of the foregoing; a metal hydroxide; and an organic phosphate wherein the amount of phosphoric acid salt by weight is greater than the amount of organic phosphate by weight. a poly(arylene ether); an impact modifier; a polyolefin; a phosphoric acid salt selected from the group consisting of melamine phosphate, melamine pyrophosphate, melamine orthophosphate, diammonium phosphate, monoammonium phosphate, phosphoric acid amide, melamine polyphosphate, ammonium polyphosphate, polyphosphoric acid amide, and combinations of two or more of the foregoing; a metal hydroxide; and an organic phosphate wherein the amount of phosphoric acid salt by weight is greater than the amount of organic phosphate by weight.