mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising: a flexible display (260; 360); a wireless communication circuit; a housing (210; 250); a support structure configured to roll the flexible display (260; 360); a proximity sensor disposed in the housing (210; 250); at least one sensor disposed inside the housing (210; 250); a processor operably connected to the flexible display, the wireless communication circuit, and the proximity sensor; and a memory operably connected to the processor, wherein the memory stores instructions that, when executed, cause the processor to: detect, using the at least one sensor, a degree of rotation of the support structure; determine an effective size of an exposed area of the flexible display (260; 360) based on the degree of rotation, wherein the exposed area is deformed to a flat surface; determine a type of the electronic device based at least in part on the determined effective size; detect, using the proximity sensor, a distance between the electronic device and an external object; and adjust a transmission power of the wireless communication circuit based at least in part on the determined type of the electronic device and the detected distance. a flexible display (260; 360); a wireless communication circuit; a housing (210; 250); a support structure configured to roll the flexible display (260; 360); a proximity sensor disposed in the housing (210; 250); at least one sensor disposed inside the housing (210; 250); a processor operably connected to the flexible display, the wireless communication circuit, and the proximity sensor; and a memory operably connected to the processor, wherein the memory stores instructions that, when executed, cause the processor to: detect, using the at least one sensor, a degree of rotation of the support structure; determine an effective size of an exposed area of the flexible display (260; 360) based on the degree of rotation, wherein the exposed area is deformed to a flat surface; determine a type of the electronic device based at least in part on the determined effective size; detect, using the proximity sensor, a distance between the electronic device and an external object; and adjust a transmission power of the wireless communication circuit based at least in part on the determined type of the electronic device and the detected distance. detect, using the at least one sensor, a degree of rotation of the support structure; determine an effective size of an exposed area of the flexible display (260; 360) based on the degree of rotation, wherein the exposed area is deformed to a flat surface; determine a type of the electronic device based at least in part on the determined effective size; detect, using the proximity sensor, a distance between the electronic device and an external object; and adjust a transmission power of the wireless communication circuit based at least in part on the determined type of the electronic device and the detected distance.
An anti-icing system for selectively reducing the icing of portions of a vehicle on tracks, the anti-icing system comprising a spray nozzle arrangement being able to spray an anti-icing liquid onto the vehicle; means being able to determine the location, relative to the spray nozzle arrangement, of a portion to be sprayed (66, 78, 84, 86, 92) of said vehicle; and a controller configured to, based on the location of the vehicle portion to be sprayed (66, 78, 84, 86, 92), initiate an increase or a decrease of a primary flow (76, 82, 98, 100, 102) of anti-icing liquid through at least a portion (72, 80) of said spray nozzle arrangement, wherein said anti-icing system is characterized in that it further comprises means being able to determine the location, relative to the spray nozzle arrangement, of a wheel unit (66, 86, 92) of said vehicle, and wherein the controller is configured to, based on the location of the wheel unit (66, 86, 92), initiate an increase or a decrease of an auxiliary flow (82, 100, 102) of anti-icing liquid through at least a portion of said spray nozzle arrangement controlled independently of the primary flow (76,98).
A method of obtaining a rutin-rich extract from a plant, the method comprising, dissolving a rutin-containing plant extract in methanol or ethanol to obtain a crude rutin extract solution, the rutin-containing plant extract containing 90% to 95% rutin by weight and 100 to 300 ppm iron; reducing the volume of the crude rutin extract solution to obtain a concentrate; obtaining a mixture by adding to the concentrate an acid at 1-15% by weight of the rutin-containing plant extract, a C1-C4 alcohol, and water, wherein the rutin-containing plant extract constitutes 8% to 30% (w/v) of the mixture and the acid is ascorbic acid; allowing the mixture to stand for formation of a precipitate; and isolating the precipitate, thereby obtaining a rutin-rich extract that contains less than 20 ppm iron.
An impression member having an impression medium (10; 20) thereon, wherein the impression member is for a printing system and is adapted to transport a substrate through a contact nip formed on one side of the nip by the impression medium (10; 20) to receive a print separation on the substrate, characterised in that the impression medium comprises: a top layer (10; 20a) to receive the substrate, the top layer (10a; 20a) having a high coefficient of static friction with respect to the substrate in a range of 0.7 to 2 at at least one temperature in a range of 50°C to 60°C; and a backing layer (10b; 20b) disposed between the top layer (10a; 20a) and the impression member, wherein the top layer (10a; 20a) further comprises polyurethane and ethylene acrylic acid copolymer. a top layer (10; 20a) to receive the substrate, the top layer (10a; 20a) having a high coefficient of static friction with respect to the substrate in a range of 0.7 to 2 at at least one temperature in a range of 50°C to 60°C; and a backing layer (10b; 20b) disposed between the top layer (10a; 20a) and the impression member, wherein the top layer (10a; 20a) further comprises polyurethane and ethylene acrylic acid copolymer.
A combined heat and power system comprising: a generator configured to generate electrical power and exhaust, the generator powering an external load; a power storage configured to store and discharge the electrical power generated by the generator; an exhaust conduit configured to receive exhaust from the generator; a waste heat recovery unit, WHRU, disposed in thermal communication with the exhaust conduit and configured to heat a fluid by transferring heat from the exhaust to the fluid; a tank configured to store the fluid heated by the WHRU; a transfer conduit configured to circulate the fluid between the WHRU the tank and an external process; and an evaporator configured to evaporate liquid carbon dioxide using heat recovered from the exhaust, connected after the WHRU or connected to the transfer conduit. a generator configured to generate electrical power and exhaust, the generator powering an external load; a power storage configured to store and discharge the electrical power generated by the generator; an exhaust conduit configured to receive exhaust from the generator; a waste heat recovery unit, WHRU, disposed in thermal communication with the exhaust conduit and configured to heat a fluid by transferring heat from the exhaust to the fluid; a tank configured to store the fluid heated by the WHRU; a transfer conduit configured to circulate the fluid between the WHRU the tank and an external process; and an evaporator configured to evaporate liquid carbon dioxide using heat recovered from the exhaust, connected after the WHRU or connected to the transfer conduit.
A slide fastener stringer, comprising: a substrate tape comprising a first main side having an irregular and rough surface structure perceptible to the eye and/or the touch by the human body and a second main side opposite to the first main side, the second main side having the irregular and rough surface structure perceptible to the eye and/or the touch by the human body, the surface structures of the first and second main sides (2a, 2b) being of textile nature; gripping means affixed to a longitudinal edge of the first main side of the substrate tape; and a cover sheet made of an artificial flexible material and having a top surface provided with a predetermined design and a bottom layer made of a thermoformable material having a predetermined thickness, wherein the bottom layer is attached to the second main side of the substrate tape such that the irregular and rough surface structure of the second main side of the substrate tape is not perceivable through the cover sheet, wherein, the irregular and rough surface structure is an irregular surface comprised of a plurality of convexes and concaves, the cover sheet is attached to the substrate tape by means of a resin film, the bottom layer of the cover sheet is made of a compressible material, and neither a thickness of the substrate tape nor a thickness of the cover sheet is 50% greater than the other. a substrate tape comprising a first main side having an irregular and rough surface structure perceptible to the eye and/or the touch by the human body and a second main side opposite to the first main side, the second main side having the irregular and rough surface structure perceptible to the eye and/or the touch by the human body, the surface structures of the first and second main sides (2a, 2b) being of textile nature; gripping means affixed to a longitudinal edge of the first main side of the substrate tape; and a cover sheet made of an artificial flexible material and having a top surface provided with a predetermined design and a bottom layer made of a thermoformable material having a predetermined thickness, wherein the bottom layer is attached to the second main side of the substrate tape such that the irregular and rough surface structure of the second main side of the substrate tape is not perceivable through the cover sheet, wherein, the irregular and rough surface structure is an irregular surface comprised of a plurality of convexes and concaves, the cover sheet is attached to the substrate tape by means of a resin film, the bottom layer of the cover sheet is made of a compressible material, and neither a thickness of the substrate tape nor a thickness of the cover sheet is 50% greater than the other.
Method for the assisted driving of a vehicle, wherein a setpoint trajectory, to be travelled along in a car park, for the vehicle is determined in accordance with a vehicle type of the vehicle, wherein the determined setpoint trajectory is transmitted to the vehicle via a communication network, so that the vehicle can travel autonomously in the car park on the basis of the setpoint trajectory, wherein at least one position-determination-synchronization location is determined by means of which the vehicle can check whether it is travelling along the determined setpoint trajectory correctly, wherein the position-determination-synchronization location is transmitted to the vehicle via the communication network, so that when the vehicle travels along the setpoint trajectory it can check by means of the position-determination-synchronization location whether it is travelling along the setpoint trajectory correctly, wherein the determination of the position-determination-synchronization location comprises determining position data of the position-determination-synchronization location relative to the setpoint trajectory, characterized in that a digital map of the car park is not transmitted to the vehicle via the communication network.
A pressure detection system for a pressure cooker with a sensor for detecting a pressure prevailing in the interior of the pressure cooker by means of measured values, a computing unit connected to the sensor, and a display (3, 4), wherein the computing unit is configured for evaluating the measured values supplied by the sensor and to establish that at least one first threshold value has been reached, characterised in that the computing unit is further configured to increment a counter upon the first threshold value being reached by the measured value and to output a notification on the display (3, 4) when a predefined counter value of the counter has been reached, wherein every instance of the first threshold value being reached by the measured value is judged to be an indication of a cooking process taking place and the counter captures the number of cooking processes.
A wash system, comprising: a toilet seat assembly comprising a seat cover and a base housing within a seat base, wherein the seat cover is adapted to be laid down on top of the seat base in a seat-close position and to be put up over the seat base in a seat-open position; a cleanser assembly positioned inside the base housing of the toilet seat assembly, wherein the cleanser assembly contains one or more cleanser containers therein; a spray nozzle assembly connected to the one or more cleanser containers of the cleanser assembly inside the base housing of the toilet seat assembly, characterised in that the cleanser assembly comprises furthermore: a cleanser dosing valve connected to the one or more cleanser containers, the one or more cleanser containers comprising one or more cleansers; and a pump suitable for pumping a dose of one or more cleansers from the cleanser dosing valve to a water port of the spray nozzle assembly, wherein a water spray nozzle of the spray nozzle assembly is adapted to move in a vertical direction or in a horizontal direction after it is extended out of a nozzle cover and wherein a cleanser spray nozzle of the spray nozzle assembly and the water spray nozzle of the spray nozzle assembly are adapted to move back and forth, sideway, rockingly, or rotatably in a three-dimensional direction; and the nozzle cover positioned on a side-wall of the base housing within the seat base. a toilet seat assembly comprising a seat cover and a base housing within a seat base, wherein the seat cover is adapted to be laid down on top of the seat base in a seat-close position and to be put up over the seat base in a seat-open position; a cleanser assembly positioned inside the base housing of the toilet seat assembly, wherein the cleanser assembly contains one or more cleanser containers therein; a spray nozzle assembly connected to the one or more cleanser containers of the cleanser assembly inside the base housing of the toilet seat assembly, characterised in that the cleanser assembly comprises furthermore: a cleanser dosing valve connected to the one or more cleanser containers, the one or more cleanser containers comprising one or more cleansers; and a pump suitable for pumping a dose of one or more cleansers from the cleanser dosing valve to a water port of the spray nozzle assembly, wherein a water spray nozzle of the spray nozzle assembly is adapted to move in a vertical direction or in a horizontal direction after it is extended out of a nozzle cover and wherein a cleanser spray nozzle of the spray nozzle assembly and the water spray nozzle of the spray nozzle assembly are adapted to move back and forth, sideway, rockingly, or rotatably in a three-dimensional direction; and the nozzle cover positioned on a side-wall of the base housing within the seat base.
A clutch unit comprises at least two partial clutches (120, 125), wherein - each partial clutch (120, 125) is configured as a multi-plate clutch with a plate stack (140, 140'), - the two plate stacks (140, 140') are arranged next to each other in the axial direction, - the plate stacks (140, 140') of the partial clutches (120, 125) are arranged in the axial direction without overlapping, and - a hydraulic actuating member (160, 160') is associated with each plate stack (140, 140') in order to axially compress the plate stack (140, 140') and thus enable a torque flow through the associated partial clutch (120, 125), and wherein the actuating members (160, 160') each comprise a piston-cylinder unit and the piston-cylinder units are arranged concentrically with respect to one another, characterised in that - the actuating members (160, 160') are axially supported in relation to a carrier device of the clutch unit, which carrier device is provided for rotationally fixed connection with a transmission, wherein the carrier device radially extends beyond the plate stacks (140, 140') of the partial clutches (120, 125), and the carrier device is configured to be attached to a transmission in a region radially outside the plate stacks (140, 140'). - each partial clutch (120, 125) is configured as a multi-plate clutch with a plate stack (140, 140'), - the two plate stacks (140, 140') are arranged next to each other in the axial direction, - the plate stacks (140, 140') of the partial clutches (120, 125) are arranged in the axial direction without overlapping, and - a hydraulic actuating member (160, 160') is associated with each plate stack (140, 140') in order to axially compress the plate stack (140, 140') and thus enable a torque flow through the associated partial clutch (120, 125), and wherein the actuating members (160, 160') each comprise a piston-cylinder unit and the piston-cylinder units are arranged concentrically with respect to one another, - the actuating members (160, 160') are axially supported in relation to a carrier device of the clutch unit, which carrier device is provided for rotationally fixed connection with a transmission, wherein the carrier device radially extends beyond the plate stacks (140, 140') of the partial clutches (120, 125), and the carrier device is configured to be attached to a transmission in a region radially outside the plate stacks (140, 140').
Method for transmitting a data stream in a digital transmission system, wherein the data stream is transmitted in a transmission signal having successive OFDM symbols, wherein a number of OFDM symbols are combined in a transmission frame, wherein a number of transmission frames are transmitted in a transmission superframe, wherein each transmission superframe has an information block having one or more OFDM symbols at a stipulated position in the transmission superframe, wherein a first transmission signal having a first data stream is transmitted in a first carrier frequency range and a second transmission signal having a second data stream having the same information content as the first data stream is transmitted in a second carrier frequency range, wherein the duration of the transmission superframes of the first transmission signal is an integer multiple of the duration of the transmission superframes of the second transmission signal, wherein the information block in the transmission superframes of the first transmission signal is sent with an at least partial temporal overlap with one of the information blocks of the transmission superframe of the second transmission signal.
A method for a user equipment, UE, operating in a wireless communication system, the method comprising: receiving repetitions of system information for scheduling other System Information Blocks, SIBs, in a first period during which the system information for scheduling other SIBs is not changed; receiving, in a specific time of the first period, an indicator indicating the system information for scheduling other SIBs is not changed in a second period following the first period; and if the system information for scheduling other SIBs is not successfully decoded at the time of end of the first period, processing the system information for scheduling other SIBs by combining the repetitions of the system information received in the second period with the system information currently accumulated from the specific time of the first period until receiving a maximum number of repetitions of the system information for scheduling other SIBs wherein the maximum number is acquired from a Master Information Block, MIB, and if the system information for scheduling other SIBs is successfully decoded, receiving system information corresponding to the system information for scheduling other SIBs, and if the system information for scheduling other SIBs is successfully decoded at time of end of the first period, stopping accumulating the repetitions of the system information in the first period and receiving system information corresponding to the system information for scheduling other SIBs. receiving repetitions of system information for scheduling other System Information Blocks, SIBs, in a first period during which the system information for scheduling other SIBs is not changed; receiving, in a specific time of the first period, an indicator indicating the system information for scheduling other SIBs is not changed in a second period following the first period; and if the system information for scheduling other SIBs is not successfully decoded at the time of end of the first period, processing the system information for scheduling other SIBs by combining the repetitions of the system information received in the second period with the system information currently accumulated from the specific time of the first period until receiving a maximum number of repetitions of the system information for scheduling other SIBs wherein the maximum number is acquired from a Master Information Block, MIB, and if the system information for scheduling other SIBs is successfully decoded, receiving system information corresponding to the system information for scheduling other SIBs, and if the system information for scheduling other SIBs is successfully decoded at time of end of the first period, stopping accumulating the repetitions of the system information in the first period and receiving system information corresponding to the system information for scheduling other SIBs.
Agricultural machine, in particular a mower, for mounting on a vehicle comprising a power take-off connection, with at least one elongated operating unit, which can be adjusted on a support frame that can be attached to a lifting device of the vehicle between at least one operating position transverse to the direction of travel and a transport position oriented in the direction of travel, and to which an angular gear is allocated on the support frame, to which an articulated drive shaft leading to the power take-off connection and at least one articulated distributor shaft leading to the operating unit can be connected or are connected, characterized in that the angular gear is fixed to a pivot arm pivotably mounted on the support frame, which, at least when adjusting the operating unit into the transport position, in a guided manner shifts the angular gear into a balancing position, in which the changes in length and/or angulations of the articulated shafts (6, 7) resulting from the adjustment are minimized and distributed, and that a coupling device is provided, connected to the operating unit for shifting and positioning the angular gear, with which a relative movement or relative position change between the operating unit and the support frame, resulting from the adjustment of the operating unit, is directly or proportionally transferable to the angular gear.