mhurhangee/ep-ind-claims huggingface dataset:
A method for changing an operation mode of a portable terminal, the method comprising: determining a moving distance of the portable terminal during a predetermined time period using received location information; determining a moving speed of the portable terminal within the predetermined time period; changing the operation mode of the portable terminal to an airplane mode if the moving speed is higher than a preset speed; and adjusting the preset speed in accordance with a type of an airplane in which the portable terminal is located. determining a moving distance of the portable terminal during a predetermined time period using received location information; determining a moving speed of the portable terminal within the predetermined time period; changing the operation mode of the portable terminal to an airplane mode if the moving speed is higher than a preset speed; and adjusting the preset speed in accordance with a type of an airplane in which the portable terminal is located.
Bogie, - wherein the bogie has a bogie frame, - wherein the bogie frame is spring-mounted on bearings via a first spring device, - wherein a wheelset shaft of a wheelset is mounted in the bearings, - wherein a wheelset drive surrounds the wheelset shaft concentrically and acts on the wheelset shaft, - wherein the wheelset drive is spring-mounted on the bearings by means of a second spring device exclusively associated with the wheelset drive and - wherein a two-level clutch is arranged between the wheelset drive and the wheelset shaft, said two-level clutch being able to compensate both for radial displacements and also for axial displacements and also for tipping of the wheelset drive relative to an axis of rotation of the wheelset shaft. - wherein the bogie has a bogie frame, - wherein the bogie frame is spring-mounted on bearings via a first spring device, - wherein a wheelset shaft of a wheelset is mounted in the bearings, - wherein a wheelset drive surrounds the wheelset shaft concentrically and acts on the wheelset shaft, - wherein the wheelset drive is spring-mounted on the bearings by means of a second spring device exclusively associated with the wheelset drive and - wherein a two-level clutch is arranged between the wheelset drive and the wheelset shaft, said two-level clutch being able to compensate both for radial displacements and also for axial displacements and also for tipping of the wheelset drive relative to an axis of rotation of the wheelset shaft.
Arrangement for determining resource consumption, comprising - a generator for generating an output voltage by means of water flowing through the arrangement during a withdrawal unit, wherein the generator comprises a turbine wheel that is designed to be set into rotational motion by the water flowing through the arrangement and the generator is designed to generate the output voltage of the generator in such a manner that the output voltage of the generator is sufficient to operate an electronics component (13, 16, 17), - a temperature sensor for providing a temperature signal that depends on a temperature of the water, and - the electronics component (13, 16, 17), which comprises a microcontroller, characterized in that the electronics component (13, 16, 17) is designed - to determine from the output voltage of the generator a water quantity of the water flowing through the arrangement during the withdrawal unit, wherein the withdrawal unit is an individual withdrawal process or an overall withdrawal process composed of several individual withdrawal processes if the individual withdrawal processes take place in a time interval that is smaller than a predetermined time window, and - to provide a signal indicating the resource consumption depending on the temperature signal and the output voltage of the generator, wherein the electronics component (13, 16, 17) is designed to provide the signal for indicating the resource consumption also depending on a base temperature, and a measured lowest temperature during a number M of preceding individual withdrawal processes, or a base value is defined as the base temperature, and wherein the heat amount expended for a potential heating of the water is determined based on the individual temperature sensor and the microcontroller, which are both integrated in one device. - a generator for generating an output voltage by means of water flowing through the arrangement during a withdrawal unit, wherein the generator comprises a turbine wheel that is designed to be set into rotational motion by the water flowing through the arrangement and the generator is designed to generate the output voltage of the generator in such a manner that the output voltage of the generator is sufficient to operate an electronics component (13, 16, 17), - a temperature sensor for providing a temperature signal that depends on a temperature of the water, and - the electronics component (13, 16, 17), which comprises a microcontroller, - to determine from the output voltage of the generator a water quantity of the water flowing through the arrangement during the withdrawal unit, wherein the withdrawal unit is an individual withdrawal process or an overall withdrawal process composed of several individual withdrawal processes if the individual withdrawal processes take place in a time interval that is smaller than a predetermined time window, and - to provide a signal indicating the resource consumption depending on the temperature signal and the output voltage of the generator,
Support accessory designed to receive a motorised casing of a food preparation household electrical appliance, comprising a support base and a support member designed to carry the motorised casing, and a hooking device designed to engage with the motorised casing carried by the support member, the hooking device comprising a positioning member and a hooking member movably mounted towards the positioning member against an elastic return element, characterised in that the hooking member is movably mounted towards the positioning member towards the support base.
A user equipment, UE, configured to perform an internet multimedia sub-system, IMS session in an IMS, when a circuit switched, CS, domain call is being established between the UE as a calling UE a called UE, the UE comprising: means configured to request (506, 701) the called UE to conduct an IMS registration using a SETUP message including state information on the IMS registration of the calling UE; and means configured to receive (512, 702), via a network from the called UE, an ALERTING message or a CONNECT message, the ALERTING or CONNECT message including state information on the IMS registration of the called UE, in response to the SETUP message; and means configured to determine whether to perform the IMS session and a process of terminal ability exchanging or not, according to whether or not the calling UE and the called UE prefer the IMS registration, based on the state information, wherein the SETUP message and the ALERTING or CONNECT message are exchanged between the calling UE and the called UE through CS core entities associated with the calling and called UEs during CS call setup. means configured to request (506, 701) the called UE to conduct an IMS registration using a SETUP message including state information on the IMS registration of the calling UE; and means configured to receive (512, 702), via a network from the called UE, an ALERTING message or a CONNECT message, the ALERTING or CONNECT message including state information on the IMS registration of the called UE, in response to the SETUP message; and means configured to determine whether to perform the IMS session and a process of terminal ability exchanging or not, according to whether or not the calling UE and the called UE prefer the IMS registration, based on the state information, wherein the SETUP message and the ALERTING or CONNECT message are exchanged between the calling UE and the called UE through CS core entities associated with the calling and called UEs during CS call setup.
A motor for a household appliance comprising: a stator; a casing, receiving the stator, and comprising a support member; a bearing, engaged inside the support member; a rotor shaft, supported by the bearing; a rotor, adapted to rotate around the rotor shaft relative to the stator, wherein - the support member comprises a base, and at least one positioning wall extending from the base to the rotor and engaged with the bearing; - the at least one positioning wall comprises a barb engaged with the bearing, and the bearing comprises a flange abutting against the barb, characterized in that - a cushioning ring is provided, which is a rubber ring and sleeved on the bearing, - the positioning wall comprises an arc-shaped groove accommodating the cushioning ring; and - the bearing comprises a sleeve portion engaged with the cushioning ring. a stator; a casing, receiving the stator, and comprising a support member; a bearing, engaged inside the support member; a rotor shaft, supported by the bearing; a rotor, adapted to rotate around the rotor shaft relative to the stator, wherein - the support member comprises a base, and at least one positioning wall extending from the base to the rotor and engaged with the bearing; - the at least one positioning wall comprises a barb engaged with the bearing, and the bearing comprises a flange abutting against the barb, - the support member comprises a base, and at least one positioning wall extending from the base to the rotor and engaged with the bearing; - the at least one positioning wall comprises a barb engaged with the bearing, and the bearing comprises a flange abutting against the barb, characterized in that - a cushioning ring is provided, which is a rubber ring and sleeved on the bearing, - the positioning wall comprises an arc-shaped groove accommodating the cushioning ring; and - the bearing comprises a sleeve portion engaged with the cushioning ring. - a cushioning ring is provided, which is a rubber ring and sleeved on the bearing, - the positioning wall comprises an arc-shaped groove accommodating the cushioning ring; and - the bearing comprises a sleeve portion engaged with the cushioning ring.
A receiver comprising: a camera (250, 252, 254) for capturing an image (1010, 1402, 1422) of a plurality of solid-state light sources transmitting a plurality of light-based communication, LCom, signals; and a processor configured to: segment the image (1010, 1402, 1422) into a plurality of non-overlapping cells, wherein the plurality of LCom signals are each associated with a unique pixel cluster of a respective light source captured in at least one of the cells; spatially resolve the plurality of LCom signals based on detected unique pixel clusters and characterised in that the processor is further configured to use receiver orientation information to assist in spatially resolving each LCom signal when the unique pixel clusters of at least two of the plurality of LCom signals overlap. a camera (250, 252, 254) for capturing an image (1010, 1402, 1422) of a plurality of solid-state light sources transmitting a plurality of light-based communication, LCom, signals; and a processor configured to: segment the image (1010, 1402, 1422) into a plurality of non-overlapping cells, wherein the plurality of LCom signals are each associated with a unique pixel cluster of a respective light source captured in at least one of the cells; spatially resolve the plurality of LCom signals based on detected unique pixel clusters and characterised in that the processor is further configured to use receiver orientation information to assist in spatially resolving each LCom signal when the unique pixel clusters of at least two of the plurality of LCom signals overlap. segment the image (1010, 1402, 1422) into a plurality of non-overlapping cells, wherein the plurality of LCom signals are each associated with a unique pixel cluster of a respective light source captured in at least one of the cells; spatially resolve the plurality of LCom signals based on detected unique pixel clusters and characterised in that the processor is further configured to use receiver orientation information to assist in spatially resolving each LCom signal when the unique pixel clusters of at least two of the plurality of LCom signals overlap.
An electric powered VTOL aircraft for carrying a payload of at least 226,8kg (500 pounds), comprising: a fuselage; a wing mechanically coupled to the fuselage; at least first and second primary variable speed rigid tilting rotors configured to provide lift for the fuselage, wherein each of the first and second rotors is open, and not embedded in the wing; each of the first and second primary variable speed rigid tilting rotors driven by at least one electric motor, and the first and second primary rotors sized and dimensioned to collectively provide at least 70% of lift on vertical takeoff; first and second auxiliary tilting rotors mounted on a V-shaped tail; the first auxiliary tilting rotor having no greater than 50% of the disc area of the first primary rotor. and at least one electric motor is powered by at least a first power source. a fuselage; a wing mechanically coupled to the fuselage; at least first and second primary variable speed rigid tilting rotors configured to provide lift for the fuselage, wherein each of the first and second rotors is open, and not embedded in the wing; each of the first and second primary variable speed rigid tilting rotors driven by at least one electric motor, and the first and second primary rotors sized and dimensioned to collectively provide at least 70% of lift on vertical takeoff; first and second auxiliary tilting rotors mounted on a V-shaped tail; the first auxiliary tilting rotor having no greater than 50% of the disc area of the first primary rotor. and at least one electric motor is powered by at least a first power source.
A human-body aimed spacer for ensuring a space near a human body for allowing air to flow therethrough, comprising: convex parts each comprising: a frame-like portion; a rising portion comprising column portions, or wall portions, or column portions and wall portions, each of them having one end formed to rise from the associated frame-like portion; and a rising-portion integrator for interconnecting the other ends of the associated rising portion with one another; and flexible connecting portions having flexibility and interconnecting adjacent ones of said convex parts with each other; wherein said convex parts are formed in a number of at least 100 per 1 m 2; wherein said convex parts and said flexible connecting portions are formed of plastic integrally with one another; characterized in that said flexible connecting portions are each formed of a strip-shaped member in a manner to be bent to protrude to a side where said rising-portion integrators are formed. convex parts each comprising: a frame-like portion; a rising portion comprising column portions, or wall portions, or column portions and wall portions, each of them having one end formed to rise from the associated frame-like portion; and a rising-portion integrator for interconnecting the other ends of the associated rising portion with one another; and flexible connecting portions having flexibility and interconnecting adjacent ones of said convex parts with each other; wherein said convex parts are formed in a number of at least 100 per 1 m 2; wherein said convex parts and said flexible connecting portions are formed of plastic integrally with one another; characterized in that said flexible connecting portions are each formed of a strip-shaped member in a manner to be bent to protrude to a side where said rising-portion integrators are formed.
A mobile terminal comprising: a front touch display unit configured to display content; a distance detecting sensor on a rear input unit and configured to sense a touch gesture applied to the distance detecting sensor, wherein the distance detecting sensor is activated when the touch gesture is inputted; and a controller configured to: measure a spaced distance of a finger which is taken away from the distance detecting sensor after inputting the touch gesture to the distance detecting sensor, and perform an operation of the content displayed on the front display unit corresponding to a combination of the touch gesture and the measured spaced distance, determine a set type of a user-set lock screen when power is turned on while the distance detecting sensor is touched; individually output different lock screens according to the spaced distance between the distance detecting sensor and the finger when the determined type of the lock screen is a first type, and sequentially output a combination of the different lock screens according to the spaced distance between the distance detecting sensor and the finger when the determined type of the lock screen is a second type. a front touch display unit configured to display content; a distance detecting sensor on a rear input unit and configured to sense a touch gesture applied to the distance detecting sensor, wherein the distance detecting sensor is activated when the touch gesture is inputted; and a controller configured to: measure a spaced distance of a finger which is taken away from the distance detecting sensor after inputting the touch gesture to the distance detecting sensor, and perform an operation of the content displayed on the front display unit corresponding to a combination of the touch gesture and the measured spaced distance, determine a set type of a user-set lock screen when power is turned on while the distance detecting sensor is touched; individually output different lock screens according to the spaced distance between the distance detecting sensor and the finger when the determined type of the lock screen is a first type, and sequentially output a combination of the different lock screens according to the spaced distance between the distance detecting sensor and the finger when the determined type of the lock screen is a second type. measure a spaced distance of a finger which is taken away from the distance detecting sensor after inputting the touch gesture to the distance detecting sensor, and perform an operation of the content displayed on the front display unit corresponding to a combination of the touch gesture and the measured spaced distance, determine a set type of a user-set lock screen when power is turned on while the distance detecting sensor is touched; individually output different lock screens according to the spaced distance between the distance detecting sensor and the finger when the determined type of the lock screen is a first type, and sequentially output a combination of the different lock screens according to the spaced distance between the distance detecting sensor and the finger when the determined type of the lock screen is a second type.
An assay cartridge for analyzing a sample collected with an applicator stick comprising a shaft and a sample collection head, said cartridge comprising a sample chamber having an elongated cavity that has a first region and a second region, wherein the sample chamber comprises a sample introduction port, wherein the first region is proximate to the sample introduction port and the second region is distal to the sample introduction port, wherein said first and second regions are oriented at an angle with respect to each other and said angle is selected to bend said shaft upon insertion of said applicator stick into said sample chamber and promote fracture of said shaft, and wherein said sample chamber comprises a sample head retention feature located at a transition between the first region and the second region, wherein said sample head retention feature is a shelf, wherein said shelf is a stepped discontinuity in an internal surface of said sample chamber, wherein the sample chamber is curved, and wherein a radius of curvature of the sample chamber in the first region is less than a radius of curvature of the sample chamber in the second region, and the shelf is located on a outer curved surface of curved surfaces defining the sample chamber, such that when the shaft breaks in the sample chamber, strain is released and an end of a fragment attached to the collection head is pushed against the outer curved surface and is locked in place by the shelf.
A device for analyzing particles in a sample by determining the concentration of particles in said sample and/or a physical or chemical characteristic of said particles in said sample; said device comprising: an at least partially transparent container for holding said sample containing said particles, said container having a center; an optical source for generating excitation light that is provided to said sample, thereby causing at least a portion of said particles to generate fluorescence; a means for collecting fluorescence from an observation volume positioned within said container, wherein said means for collecting fluorescence from said observation volume is a confocal microscope; a means for moving said container, thereby transporting at least a portion of said particles through said observation volume, wherein said means for moving said container simultaneously rotates said container about a rotational axis passing through the center of said container and vertically displaces said container along the rotational axis at a rate selected over the range of 0.01 centimeters per second to 5 centimeters per second; a photodetector in optical communication with said means for collecting fluorescence for receiving and measuring intensities of at least a portion of said fluorescence from said observation volume; thereby generating a temporal profile of said fluorescence; and a processor having a pattern recognition algorithm for receiving and analyzing said temporal profile generated by said photodetector, thereby determining the concentration of particles in said sample and/or a physical or chemical characteristic of said particles in said sample. an at least partially transparent container for holding said sample containing said particles, said container having a center; an optical source for generating excitation light that is provided to said sample, thereby causing at least a portion of said particles to generate fluorescence; a means for collecting fluorescence from an observation volume positioned within said container, wherein said means for collecting fluorescence from said observation volume is a confocal microscope; a means for moving said container, thereby transporting at least a portion of said particles through said observation volume, wherein said means for moving said container simultaneously rotates said container about a rotational axis passing through the center of said container and vertically displaces said container along the rotational axis at a rate selected over the range of 0.01 centimeters per second to 5 centimeters per second; a photodetector in optical communication with said means for collecting fluorescence for receiving and measuring intensities of at least a portion of said fluorescence from said observation volume; thereby generating a temporal profile of said fluorescence; and a processor having a pattern recognition algorithm for receiving and analyzing said temporal profile generated by said photodetector, thereby determining the concentration of particles in said sample and/or a physical or chemical characteristic of said particles in said sample.