mhurhangee/ep-ind-claims huggingface dataset:
A method for discriminating between removable memory cards configured to communicate with a host system according to different communication protocols placed into a host of a computing device, comprising: the host sending a secure digital compliant interrogation signal to a common area on a removable memory card; the host receiving a capability descriptor stored in the common area from the removable memory card if the removable memory card is SD compliant; and the host receiving an indication that the removable memory card is Universal Flash Storage capable if the removable memory card is UFS protocol compliant. the host sending a secure digital compliant interrogation signal to a common area on a removable memory card; the host receiving a capability descriptor stored in the common area from the removable memory card if the removable memory card is SD compliant; and the host receiving an indication that the removable memory card is Universal Flash Storage capable if the removable memory card is UFS protocol compliant.
An intraocular lens having a front and a back surface, at least one of the front and back surfaces comprising non-prolate aspheric surface with at least two regions (400, 410), one region configured for producing a longitudinal ray aberration of a different sign from the other region, characterized in that the non-prolate aspheric surface extends from an optical axis of the lens to a position forming the one region as a central region to create positive longitudinal ray aberration, and that the non-prolate aspheric surface extends above the position forming the other region as a peripheral region to create negative longitudinal ray aberration.
A method for analyzing waveform signals of a power system, comprising: a) digitalizing a waveform signal obtained from said power system; b) filtering the digitalized waveform signal; c) identifying one or more segments on said filtered waveform signal, wherein identifying said one or more segments comprises determining change points on said filtered waveform signal and grouping the determined change points forming clusters whose respective boundaries delimit approximate segments of the filtered waveform signal; and d) based on the information content of each of said one or more identified segments, classifying each of said one or more identified segments as corresponding to a normal or abnormal condition occurred in the power system; characterized in that said clusters are formed each time the difference between the successive identified change points is above a predefined cut-off value. a) digitalizing a waveform signal obtained from said power system; b) filtering the digitalized waveform signal; c) identifying one or more segments on said filtered waveform signal, wherein identifying said one or more segments comprises determining change points on said filtered waveform signal and grouping the determined change points forming clusters whose respective boundaries delimit approximate segments of the filtered waveform signal; and d) based on the information content of each of said one or more identified segments, classifying each of said one or more identified segments as corresponding to a normal or abnormal condition occurred in the power system;
Processing machine for processing a substrate, comprising at least one shaping unit, the at least one shaping unit comprising at least one forme cylinder and at least one impression cylinder, a processing point for processing a substrate being located between the at least one forme cylinder and the at least one impression cylinder, the processing machine comprising at least one control unit for correcting a processing length which controls in an open loop and/or a closed loop a speed (v1; v2; ω1; w2) of the at least one forme cylinder and/or of the at least one impression cylinder, the speed (v1; ω1) of the at least one forme cylinder and the speed (v2; ω2) of the at least one impression cylinder having a speed ratio (v1/v2; ω1/ω2) with respect to one another, and the speed ratio (v1/v2; ω1/ω2) being changeable and/or changed at the processing point by means of the control unit as a function of the processing length of a substrate, characterized in that the speed ratio (v1/v2; ω1/ω2) for correcting the processing length differs at least once within a full cylinder revolution.
A power equipment protection system comprising: a circuit breaker; a current sensor configured to measure a current through a circuit; a light sensor configured to detect a light event; and a controller communicatively coupled to said current sensor and to said light sensor, said controller configured to determine whether the light event originated from operation of said circuit breaker, characterized in that said controller is further configured to determine whether the light event is detected within a time period during which said circuit breaker is configured to open in response to the current level. a circuit breaker; a current sensor configured to measure a current through a circuit; a light sensor configured to detect a light event; and a controller communicatively coupled to said current sensor and to said light sensor, said controller configured to determine whether the light event originated from operation of said circuit breaker, characterized in that said controller is further configured to determine whether the light event is detected within a time period during which said circuit breaker is configured to open in response to the current level.
A device for facilitating navigation of an intrathoracic device inside a bronchial pathway, the device comprising: - an image data provider; - a processor; and - an output data provider; wherein the image data provider is configured to receive a sequence of 2D X-ray images of a region of interest of a bronchial structure with the intrathoracic device inserted in the bronchial pathway; wherein the intrathoracic device is visible in the X-ray images; wherein the processor is configured to track the intrathoracic device in at least a part of the sequence of 2D X-ray images; and to assess direction and magnitude of repetitory cardiovascular and respiratory induced motion based on the tracked intrathoracic device; and to model the assessed motion and generate a navigation information indicative of a range of the modelled motion; and wherein the output data provider is configured to provide the navigation information as a confidence reference to a user operating the intrathoracic device. - an image data provider; - a processor; and - an output data provider; wherein the image data provider is configured to receive a sequence of 2D X-ray images of a region of interest of a bronchial structure with the intrathoracic device inserted in the bronchial pathway; wherein the intrathoracic device is visible in the X-ray images; wherein the processor is configured to track the intrathoracic device in at least a part of the sequence of 2D X-ray images; and to assess direction and magnitude of repetitory cardiovascular and respiratory induced motion based on the tracked intrathoracic device; and to model the assessed motion and generate a navigation information indicative of a range of the modelled motion; and wherein the output data provider is configured to provide the navigation information as a confidence reference to a user operating the intrathoracic device.
A mobile station device communicating with a base station device, said mobile station device comprising: a reception unit receiving downlink data and a downlink control channel including information indicating a radio resource for contention based signal transmission; and a transmission unit transmitting ACK or NACK for said downlink data and a contention based signal, wherein in a case that a radio resource for transmission of said ACK or NACK and the radio resource for said contention based signal transmission are in a single uplink time frame, said transmission unit simultaneously transmits both of said ACK or NACK and said contention based signal or transmits one of said ACK or NACK and said contention based signal when ACK or NACK and said contention based signal collide with each other in the single uplink time frame, wherein the mobile station device is set by said base station device to be allowed to simultaneously transmit each or only one of said ACK or NACK and said contention based signal in the single uplink time frame. a reception unit receiving downlink data and a downlink control channel including information indicating a radio resource for contention based signal transmission; and a transmission unit transmitting ACK or NACK for said downlink data and a contention based signal, wherein in a case that a radio resource for transmission of said ACK or NACK and the radio resource for said contention based signal transmission are in a single uplink time frame, said transmission unit simultaneously transmits both of said ACK or NACK and said contention based signal or transmits one of said ACK or NACK and said contention based signal when ACK or NACK and said contention based signal collide with each other in the single uplink time frame, wherein the mobile station device is set by said base station device to be allowed to simultaneously transmit each or only one of said ACK or NACK and said contention based signal in the single uplink time frame.
One-piece locking bolt for a motor vehicle locking system, embodied as a solid part having different cross sectional thicknesses, wherein the locking bolt comprises a shackle with different material thicknesses and/or cross sectional shapes, wherein the shackle consists from a pin, a web as well as a base, and the pin has an nearly cylindrical, approximately circular cross sectional shape, characterized in that the web has an approximately rectangular cross sectional shape with flattened sides and with an increasing cross section area in direction of the base and in direction of the base plate.
A method performed by a network node for operation and maintenance of Access Points in a wireless communications network, the access points connecting wireless networks to a core network, wherein the method comprises the following steps: - receiving an on-demand triggered request for an access point status information, wherein the request includes the access point identity information, initiated by an end user; - investigating using the received access point identity information, if the access point is registered within the network, and if the access point is registered within the network performing the following steps: - using the access point identity information for retrieving access point address information from a database; - using the retrieved access point address information for establishing a connection to the access point; - receiving access point status information, and - sending a response message to the end user. - receiving an on-demand triggered request for an access point status information, wherein the request includes the access point identity information, initiated by an end user; - investigating using the received access point identity information, if the access point is registered within the network, and if the access point is registered within the network performing the following steps: - using the access point identity information for retrieving access point address information from a database; - using the retrieved access point address information for establishing a connection to the access point; - receiving access point status information, and - sending a response message to the end user. - using the access point identity information for retrieving access point address information from a database; - using the retrieved access point address information for establishing a connection to the access point; - receiving access point status information, and - sending a response message to the end user.
A method for preparing a powder coating composition comprising: a) mixing in an aqueous medium (i) a carboxylic acid functional polymer having a glass transition temperature of at least 50°C, with (ii) a polycarbodiimide having a glass transition temperature of at least 50°C; b) drying the mixture of (i) and (ii) to obtain solid particles; and c) grinding the solid particles to obtain a powder. a) mixing in an aqueous medium (i) a carboxylic acid functional polymer having a glass transition temperature of at least 50°C, with (ii) a polycarbodiimide having a glass transition temperature of at least 50°C; (i) a carboxylic acid functional polymer having a glass transition temperature of at least 50°C, with (ii) a polycarbodiimide having a glass transition temperature of at least 50°C; b) drying the mixture of (i) and (ii) to obtain solid particles; and c) grinding the solid particles to obtain a powder.
Method for generating location data, which indicates a position of a rail vehicle on a system of railway tracks, - in which by means of track vacancy detection equipment an occupied signal is generated, which indicates the occupancy of a track section, monitored by the track vacancy detection equipment, by the rail vehicle, as soon as the rail vehicle occupies the track section, characterised in that - the occupied signal is provided with a time stamp by means of time determination equipment of the track vacancy detection equipment to form a time-based occupied signal, which indicates the point in time of the occupancy of the track section, - the time-based occupied signal is transmitted to a conductor system monitoring the track vacancy detection equipment, - the time-based occupied signal is forwarded to the rail vehicle by the conductor system and - the current position of the rail vehicle is calculated on the rail vehicle using the time-based occupied signal and the location data is formed. - in which by means of track vacancy detection equipment an occupied signal is generated, which indicates the occupancy of a track section, monitored by the track vacancy detection equipment, by the rail vehicle, as soon as the rail vehicle occupies the track section, - the occupied signal is provided with a time stamp by means of time determination equipment of the track vacancy detection equipment to form a time-based occupied signal, which indicates the point in time of the occupancy of the track section, - the time-based occupied signal is transmitted to a conductor system monitoring the track vacancy detection equipment, - the time-based occupied signal is forwarded to the rail vehicle by the conductor system and - the current position of the rail vehicle is calculated on the rail vehicle using the time-based occupied signal and the location data is formed.
A method of operating user equipment, UE, device, comprising: receiving a light signal from an access point communicating information to the UE, said light signal including at least some data from a gateway device which supplied said data to the access point via a power line communications link; and communicating feedback information from said UE device to the gateway device via a communications channel which includes a wireless uplink, said feedback information communicating visible light communications, VLC, channel quality information based at least in part on measurements made by the UE of the received light signal. receiving a light signal from an access point communicating information to the UE, said light signal including at least some data from a gateway device which supplied said data to the access point via a power line communications link; and communicating feedback information from said UE device to the gateway device via a communications channel which includes a wireless uplink, said feedback information communicating visible light communications, VLC, channel quality information based at least in part on measurements made by the UE of the received light signal.
An aircraft with an airframe and at least one thrust producing unit (3a, 3b, 3c, 3d), the at least one thrust producing unit (3a, 3b, 3c, 3d) being electrically powered by an associated electrical engine (6a, 6b, 6c, 6d) that is electrically connected to an electrical energy source via an electrical energy distribution system, wherein the airframe comprises at least one load carrying section and at least one propulsion system carrying section, characterized in that the at least one load carrying section and the at least one propulsion system carrying section are segregated from each other, the airframe comprising a load carrying framework and at least one exchangeable energy source covering item (8, 8a-b, 8g); the at least one load carrying section being built up by an associated framework section of the load carrying framework; wherein the at least one load carrying section is provided for transportation of passengers and/or cargo, and wherein the at least one propulsion system carrying section is provided for carrying at least essentially the electrical energy source and the electrical energy distribution system, the airframe comprising at least one frame that segregates the at least one load carrying section from the at least one propulsion system carrying section; the at least one load carrying section and the at least one propulsion system carrying section being segregated from each other in a longitudinal direction of the aircraft by the at least one frame; wherein the at least one propulsion system carrying section is built up by an associated framework section of the load carrying framework that has a plurality of longerons; the energy distribution system being separated from the energy source in the framework section 10a by means of the longerons; the plurality of longerons span at least approximately in a plane in the longitudinal direction and in a vertical direction of the aircraft; the energy source being arranged between the framework section and the at least one exchangeable energy source covering item (8, 8a-b, 8g); and the electrical energy source being exchangeable and comprising at least two exchangeable energy source units (11a, 11b); the aircraft having quick releases provided to allow at least a quick release of the at least two exchangeable energy source units (11a, 11b) for removal of the at least two exchangeable energy source units (11a, 11b) from the aircraft.
Method of application for applying a sound-absorbing material to an inner cavity of a pneumatic tyre using a strip of sound-absorbing material provided on one side with an adhesive layer covered with a protective lining; the application method comprises the steps of: eliminating an excess end of the strip of sound-absorbing material such as to confer a required length to the same strip of sound-absorbing material; and progressively separating the protective lining from the strip of sound-absorbing material, step-by-step, as the strip of sound-absorbing material is applied to the inner cavity of the pneumatic tyre; the method of application is characterized in that it comprises the further steps of: implementing by means of the strip of sound-absorbing material a separation opening that starts from an opposite side of the protective lining and ends at the protective lining that remains intact and separates the excess end from the remaining part of the strip of sound-absorbing material; and pulling the excess end in relation to the remaining part of the strip of sound-absorbing material such as to separate the protective lining from the strip of sound-absorbing material. eliminating an excess end of the strip of sound-absorbing material such as to confer a required length to the same strip of sound-absorbing material; and progressively separating the protective lining from the strip of sound-absorbing material, step-by-step, as the strip of sound-absorbing material is applied to the inner cavity of the pneumatic tyre; the method of application is characterized in that it comprises the further steps of: implementing by means of the strip of sound-absorbing material a separation opening that starts from an opposite side of the protective lining and ends at the protective lining that remains intact and separates the excess end from the remaining part of the strip of sound-absorbing material; and pulling the excess end in relation to the remaining part of the strip of sound-absorbing material such as to separate the protective lining from the strip of sound-absorbing material. implementing by means of the strip of sound-absorbing material a separation opening that starts from an opposite side of the protective lining and ends at the protective lining that remains intact and separates the excess end from the remaining part of the strip of sound-absorbing material; and pulling the excess end in relation to the remaining part of the strip of sound-absorbing material such as to separate the protective lining from the strip of sound-absorbing material.
A method for handling logs to be sawed in a firewood processor, that comprises a feeding table and means to cut and split a log, wherein the feeding table is essentially lowered to the level of an underlying base, the log to be sawed is moved onto the feeding table, the feeding table is lifted to a working height to a position adjacent to a sawing point of said firewood processor for further processing of the log, characterised in that the log to be sawed is moved lengthwise from said lifted feeding table to said sawing point to cut the log into desired lengths.
Electric heat block for a continuous flow heater, with a housing, in which a flow channel for defining a heat path for a fluid is embodied and in which heating elements for heating the fluid flowing through the flow channel can be arranged, as well as with a flow rate restricting unit for setting a flow rate profile, characterised in that the flow rate restricting unit is integrated into the housing and immerses into the flow channel with a valve body at least in sections, wherein the flow rate restricting unit is introduced into an opening of the housing and is arranged in the region of a lead section of the flow channel, wherein the valve body is a valve slide, which interacts with a wall section of the lead region embodied as a valve seat, and wherein the valve slide has a protrusion on its head side for axial guidance, which immerses at least in sections into a recess introduced into the valve seat.
A therapeutic essential fatty acid composition for use in a method of increasing the resistance to detrimental or degradative processes in a human or animal wherein said processes are mediated by reactive oxygen species, reactive nitrogen species, or radiation, comprising an isotopically modified essential fatty acid in which at least one exchangeable H is 2 H (deuterium); wherein the isotopically modified essential fatty acid is ingested; further wherein, when ingested result in the formation of bodily constituents that are functionally equivalent to normal bodily constituents but which have a greater resistance to degradative or detrimental processes mediated by ROS, RNS or radiation. an isotopically modified essential fatty acid in which at least one exchangeable H is 2 H (deuterium); wherein the isotopically modified essential fatty acid is ingested; further wherein, when ingested result in the formation of bodily constituents that are functionally equivalent to normal bodily constituents but which have a greater resistance to degradative or detrimental processes mediated by ROS, RNS or radiation.