mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for contextualized input collection and intent determination for mobile devices, comprising: providing, by a mobile computing system comprising one or more computing devices, a lock screen interface associated with the mobile computing system, wherein the lock screen interface comprises an input collection element configured to cause capture of sensor data while selected; obtaining, by the mobile computing system from a user of the mobile computing system, an input signal that selects the input collection element; in response to obtaining the input signal, capturing, by the mobile computing system, the sensor data (506, 507) from a plurality of sensors of the mobile computing system, wherein the plurality of sensors comprises an audio sensor and one or both of a front image sensor or a rear image sensor; determining, by the mobile computing system based at least in part on the sensor data from the plurality of sensors, one or more suggested action elements (508, 510, 512, 514) from a plurality of predefined action elements, wherein the one or more suggested action elements are respectively indicative of one or more device actions, and wherein the device actions are actions that can be performed by the mobile computing system using the sensor data; and providing for display, by the mobile computing system at a display device associated with the mobile computing system, the one or more suggested action elements within the lock screen interface. providing, by a mobile computing system comprising one or more computing devices, a lock screen interface associated with the mobile computing system, wherein the lock screen interface comprises an input collection element configured to cause capture of sensor data while selected; obtaining, by the mobile computing system from a user of the mobile computing system, an input signal that selects the input collection element; in response to obtaining the input signal, capturing, by the mobile computing system, the sensor data (506, 507) from a plurality of sensors of the mobile computing system, wherein the plurality of sensors comprises an audio sensor and one or both of a front image sensor or a rear image sensor; determining, by the mobile computing system based at least in part on the sensor data from the plurality of sensors, one or more suggested action elements (508, 510, 512, 514) from a plurality of predefined action elements, wherein the one or more suggested action elements are respectively indicative of one or more device actions, and wherein the device actions are actions that can be performed by the mobile computing system using the sensor data; and providing for display, by the mobile computing system at a display device associated with the mobile computing system, the one or more suggested action elements within the lock screen interface.
A monolithic antenna source for use in space comprising: - a set of RF components conveying electromagnetic waves and dissipating thermal energy; and - an RF radiating element having a circular or pyramidal radiating surface, the source further comprising thermal transfer means extending from the set of RF components to the RF radiating element and over at least part of the RF radiating element substantially along a longitudinal axis of the source, the RF radiating element being capable of discharging thermal energy by thermal radiation, and the thermal transfer means being a heat pipe or a two-phase fluid loop. - a set of RF components conveying electromagnetic waves and dissipating thermal energy; and - an RF radiating element having a circular or pyramidal radiating surface,
A trigger signal generating device configures to output trigger signals activating ID tags, the device comprising: first and second trigger coils (11c, 11d) each having predetermined magnetic field intensity distribution with a first and second amplitude respectively, and configured to transmit a first and second trigger signals respectively, wherein the trigger coils (11c, 11d) are placed so as to face each other, and wherein the trigger coils (11c, 11d) are symmetrically spaced from a plane splitting the space in a first and a second hemispheres in which the first and the second trigger coils are located respectively; attenuating means configured to reduce the amplitude of the magnetic field intensity distribution of the first trigger coil or the second trigger coil; switching means configured to switch the attenuating means between states reducing the first amplitude and reducing the second amplitude; characterized in that the attenuating means are configured to reduce the amplitudes of the magnetic field intensity distribution by more than 6 dB but only so much that in the case when the second amplitude is attenuated the device is configured such that the first trigger signal activates an ID tag in the first hemisphere but an interference between the trigger signals in the second hemisphere does not allow the first trigger signal to activate an ID tag in the second hemisphere, and so that in the case when the first amplitude is attenuated the device is configured such that the second trigger signal activates an ID tag in the second hemisphere but an interference between the trigger signals in the first hemisphere does not allow the second trigger signal to activate an ID tag in the first hemisphere. first and second trigger coils (11c, 11d) each having predetermined magnetic field intensity distribution with a first and second amplitude respectively, and configured to transmit a first and second trigger signals respectively, wherein the trigger coils (11c, 11d) are placed so as to face each other, and wherein the trigger coils (11c, 11d) are symmetrically spaced from a plane splitting the space in a first and a second hemispheres in which the first and the second trigger coils are located respectively; attenuating means configured to reduce the amplitude of the magnetic field intensity distribution of the first trigger coil or the second trigger coil; switching means configured to switch the attenuating means between states reducing the first amplitude and reducing the second amplitude;
Use of an isolated peptide comprising an amino acid sequence comprising the SEQ ID NO: 3, or of the nucleotide sequence encoding it, as in vitro myogenic agent in skeletal muscle.
Method of cleansing fluids, especially raw juice or vinasse, of undesirable accompanying substances, wherein a) first calcium hydroxide is added to a fluid to be cleansed and b) then gaseous carbon dioxide is introduced into the fluid to be cleansed in order to precipitate calcium carbonate, which binds and/or entrains the undesirable accompanying substances, characterised in that in association with step b) gas outlet openings for the carbon dioxide are treated with ultrasound. a) first calcium hydroxide is added to a fluid to be cleansed and b) then gaseous carbon dioxide is introduced into the fluid to be cleansed in order to precipitate calcium carbonate, which binds and/or entrains the undesirable accompanying substances,
A cooling device, particularly a domestic cooling device, positioned close to an outer wall, comprising a rear wall; a condenser provided at the rear wall; at least one spacer for defining a gap between the rear wall and the outer wall being provided at the rear wall and movable to a spacing position in which a free end of the spacer is in contact with the outer wall and in which the spacer has an extension distance, wherein the spacer is further movable to a parking position in which a distance of the free end in transverse direction at the gap is substantially equal or smaller than a height of the condenser, wherein the spacer has a post attached to the rear wall and a limb hinged at a tip of the post having the free end, wherein a holding element is secured to the rear wall and the holding element comprises a slot which receives the post in a removable manner, characterized in that the extension distance is minimum 3 cm and maximum 7 cm greater that a condenser width and wherein a locking member is arranged between the limb and the post which is activated at the spacing position to lock the limb in a substantially perpendicular angle to the outer wall.
A pump connected to a reservoir and a cylinder of an implantable penile prosthesis, the pump comprising: a pump body and a pump bulb that is connected to the pump body, the pump bulb operable to move fluid between the reservoir and the cylinder; an inlet valve assembly comprising a valve and a tubular sleeve that provides an exit valve seat, the inlet valve assembly disposed in an inlet channel of the pump body and operable to allow a portion of fluid to be drawn from the reservoir through the tubular sleeve and through the inlet channel for delivery into the pump bulb; and an exhaust valve assembly disposed in the pump body and operable to allow the portion of the fluid delivered into the pump bulb to be moved into the cylinder; wherein the valve of the inlet valve assembly is movable to contact the exit valve seat and prevent fluid that is flowing from the cylinder to the reservoir from flowing through the inlet channel, wherein the inlet channel of the pump body provides an entry valve seat, and the valve of the inlet valve assembly is movable between the entry valve seat and the exit valve seat, characterized in; a deflation valve disposed in the pump body, the deflation valve having an open deflate position that selectively allows pressurized fluid to flow from the cylinder to the reservoir; wherein the valve of the inlet valve assembly is movable to plug the tubular sleeve and the inlet channel to prevent flowing pressurized fluid from closing the deflation valve. a pump body and a pump bulb that is connected to the pump body, the pump bulb operable to move fluid between the reservoir and the cylinder; an inlet valve assembly comprising a valve and a tubular sleeve that provides an exit valve seat, the inlet valve assembly disposed in an inlet channel of the pump body and operable to allow a portion of fluid to be drawn from the reservoir through the tubular sleeve and through the inlet channel for delivery into the pump bulb; and an exhaust valve assembly disposed in the pump body and operable to allow the portion of the fluid delivered into the pump bulb to be moved into the cylinder; wherein the valve of the inlet valve assembly is movable to contact the exit valve seat and prevent fluid that is flowing from the cylinder to the reservoir from flowing through the inlet channel, wherein the inlet channel of the pump body provides an entry valve seat, and the valve of the inlet valve assembly is movable between the entry valve seat and the exit valve seat, characterized in; a deflation valve disposed in the pump body, the deflation valve having an open deflate position that selectively allows pressurized fluid to flow from the cylinder to the reservoir; wherein the valve of the inlet valve assembly is movable to plug the tubular sleeve and the inlet channel to prevent flowing pressurized fluid from closing the deflation valve.
A catheter comprises: a catheter body (111, 211, 311, 411, 511) having a lumen (116, 216, 316, 416, 516), a resin front end tip (112, 212, 312, 412, 512) having a lumen communicating with the lumen (116, 216, 316, 416, 516) of the catheter body (111, 211, 311, 411, 511), and attached to a front end of the catheter body (111, 211, 311, 411, 511), a coil body (224, 424) and/or a braid (124, 324, 524) arranged at the catheter body (111, 211, 311, 411, 511) and the front end tip (112, 212, 312, 412, 512) along the lumen (116, 216, 316, 416, 516), and a reinforcement body (130, 230, 330, 430, 530) covering the coil body (224, 424) and/or the braid (124, 324, 524) and being provided at the front end tip (112, 212, 312, 412, 512), characterized by that the reinforcement body (130, 230, 330, 430, 530) has a protrusion part (132, 232, 332, 432, 532) extending toward an outer periphery of the front end tip (112, 212, 312, 412, 512). a catheter body (111, 211, 311, 411, 511) having a lumen (116, 216, 316, 416, 516), a resin front end tip (112, 212, 312, 412, 512) having a lumen communicating with the lumen (116, 216, 316, 416, 516) of the catheter body (111, 211, 311, 411, 511), and attached to a front end of the catheter body (111, 211, 311, 411, 511), a coil body (224, 424) and/or a braid (124, 324, 524) arranged at the catheter body (111, 211, 311, 411, 511) and the front end tip (112, 212, 312, 412, 512) along the lumen (116, 216, 316, 416, 516), and a reinforcement body (130, 230, 330, 430, 530) covering the coil body (224, 424) and/or the braid (124, 324, 524) and being provided at the front end tip (112, 212, 312, 412, 512), characterized by that the reinforcement body (130, 230, 330, 430, 530) has a protrusion part (132, 232, 332, 432, 532) extending toward an outer periphery of the front end tip (112, 212, 312, 412, 512).
A process for the production of an abrasion-resistant polyurethane molding, by mixing a) organic polyisocyanate with b) polyetherols, polyesterols and/or polymer-modified polyols, c) chain extender and/or crosslinking agent, d) optionally blowing agent, e) catalyst, f) wax dispersion and g) optionally other auxiliaries and/or additives to give a reaction mixture, introducing the reaction mixture into a mold and allowing same to complete reaction to give the polyurethane molding, where the wax dispersion (f) is a dispersion of a polyethylene wax in a relatively high-molecular-weight compound having hydrogen atoms reactive toward isocyanates with a copolymer as emulsifier, the copolymer is composed of at least one α,β-ethylenically unsaturated monomer and of at least one unsaturated polyether polyol, and the functionality of the copolymer in relation to isocyanate is at least 4 and its molar mass is from 20 000 to 500 000 g/mol. a) organic polyisocyanate with b) polyetherols, polyesterols and/or polymer-modified polyols, c) chain extender and/or crosslinking agent, d) optionally blowing agent, e) catalyst, f) wax dispersion and g) optionally other auxiliaries and/or additives to give a reaction mixture, introducing the reaction mixture into a mold and allowing same to complete reaction to give the polyurethane molding, where the wax dispersion (f) is a dispersion of a polyethylene wax in a relatively high-molecular-weight compound having hydrogen atoms reactive toward isocyanates with a copolymer as emulsifier, the copolymer is composed of at least one α,β-ethylenically unsaturated monomer and of at least one unsaturated polyether polyol, and the functionality of the copolymer in relation to isocyanate is at least 4 and its molar mass is from 20 000 to 500 000 g/mol.
Watermarked paper obtained by mixing into a paper layer an intermediate layer with a thickness of 6-300 μm that has a dimmer of which a light transmission amount changes according to a voltage state, wherein the watermarked paper comprises a power supply for supplying power to the dimmer in the intermediate layer or on a paper surface, characterized in that a watermark image is changed by switching the dimmer between a transparent state and a mirror state by controlling a voltage by power supplied from the power supply, in that the watermarked paper comprises a windowed part where a part of the intermediate layer is exposed, and in that the watermarked paper further comprises a diffraction structure part on which optical image information that serves as the watermark image is recorded, the diffraction structure part being laminated on the dimmer on the side of the windowed part.
A tree harvesting head for a tree harvesting machine, wherein the tree harvesting head comprises at least one cutting device and a radar device, characterised in that the radar device comprises at least two feed wheels and at least one radar transmitter antenna arranged to transmit a signal to a tree trunk to be measured, at least two radar receiver antennas arranged to receive a radar signal reflected in at least a first and a second location in response to the transmitted radar signal, wherein the first and second locations are different locations, and means for obtaining characteristics related to the tree trunk based on the signal(s) reflected at the first and second locations, wherein the means for obtaining characteristics related to the tree trunk is arranged to determine a tree trunk signature of a tree trunk segment located at the first location, to identify the determined tree trunk signature when the tree trunk segment has travelled to the second location and to determine a length of the tree trunk based thereon.
A gauge set with at least two gauges arranged on a gauge support, characterized in that each of the gauges have a test opening for the sectional, clearance-free accommodation of a plug contact of a data and/or electrical line of a motor vehicle, wherein the respective test openings have opening cross-sections which deviate from each other.
An apparatus for cancelling in-band interference in a cellular telecommunication system which using multiple-input multiple-output technique, comprising: a receiver for receiving a transmitted signal and obtaining an interfering data stream; a credit assessment block for calculating a value of a credit; a judgment block for deciding whether the credit is above a predefined threshold; a regeneration block for regenerating an interference signal by using the interfering data stream if the credit is above the predefined threshold; a subtractor for subtracting the regenerated interference signal from the received transmitted signal to obtain a target signal; and a demodulating and decoding block for demodulating and decoding the target signal; characterized in that the credit assessment block is configured to calculate the value of the credit by using soft bits of the interfering data stream; wherein the credit assessment block comprises: an extractor for extracting amplitudes of the soft bits, x i; a first calculator for calculating an average of x i, A 1; a second calculator for calculating an average of square of x i, A 2; a third calculator for calculating an average of power of three of x i, A 3; a forth calculator for calculating a decision variable Z = A 3 − A 1 ⋅ A 2 A 3 − A 1 ⋅ A 2 + A 1 3; a fifth calculator for looking up a table which is based on the following equation, and finding the closest p value as the credit: Z ρ = 2 ρ + 2 π e ρ 2 2 2 e − π 2 ⋅ ρ − 1 2 ρ + 2 π e ρ 2 2 2 e − π 2 ⋅ ρ − 1 + ρ + 2 π e − π 2 ⋅ ρ e ρ 2 2 3. a receiver for receiving a transmitted signal and obtaining an interfering data stream; a credit assessment block for calculating a value of a credit; a judgment block for deciding whether the credit is above a predefined threshold; a regeneration block for regenerating an interference signal by using the interfering data stream if the credit is above the predefined threshold; a subtractor for subtracting the regenerated interference signal from the received transmitted signal to obtain a target signal; and a demodulating and decoding block for demodulating and decoding the target signal; characterized in that the credit assessment block is configured to calculate the value of the credit by using soft bits of the interfering data stream; an extractor for extracting amplitudes of the soft bits, x i; a first calculator for calculating an average of x i, A 1; a second calculator for calculating an average of square of x i, A 2; a third calculator for calculating an average of power of three of x i, A 3; a forth calculator for calculating a decision variable Z = A 3 − A 1 ⋅ A 2 A 3 − A 1 ⋅ A 2 + A 1 3; a fifth calculator for looking up a table which is based on the following equation, and finding the closest p value as the credit: Z ρ = 2 ρ + 2 π e ρ 2 2 2 e − π 2 ⋅ ρ − 1 2 ρ + 2 π e ρ 2 2 2 e − π 2 ⋅ ρ − 1 + ρ + 2 π e − π 2 ⋅ ρ e ρ 2 2 3.
A method for making a metal-hydride slurry, comprising: (a) combining a metal or a metal alloy with a liquid carrier to create a metal slurry, wherein the combining comprises melting the metal and spraying the melted metal to produce metal particles prior to hydriding the metal, wherein the melted metal is sprayed into the liquid carrier to produce the metal slurry; and (b) hydriding the metal in the metal slurry to create a metal-hydride slurry; and (c) splitting the resulting metal-hydride slurry and sending a side stream of metal-hydride slurry to be mixed with the metal and/or metal alloy and the liquid carrier to form the metal slurry. (a) combining a metal or a metal alloy with a liquid carrier to create a metal slurry, wherein the combining comprises melting the metal and spraying the melted metal to produce metal particles prior to hydriding the metal, wherein the melted metal is sprayed into the liquid carrier to produce the metal slurry; and (b) hydriding the metal in the metal slurry to create a metal-hydride slurry; and (c) splitting the resulting metal-hydride slurry and sending a side stream of metal-hydride slurry to be mixed with the metal and/or metal alloy and the liquid carrier to form the metal slurry.
A wireless communication method performed by a first device, comprising: transmitting, first information on a first frequency band, the first information comprising sensing capability information of one or more target devices on at least one frequency band, the method characterized in that the one or more target devices comprises at least one second device, and the first information comprises sensing capability information of the at least one second device on the at least one frequency band; wherein the first device is a first Access Point, AP, and the at least one second device comprises at least one second AP neighboring to the first AP. transmitting, first information on a first frequency band, the first information comprising sensing capability information of one or more target devices on at least one frequency band, the method characterized in that the one or more target devices comprises at least one second device, and the first information comprises sensing capability information of the at least one second device on the at least one frequency band; wherein the first device is a first Access Point, AP, and the at least one second device comprises at least one second AP neighboring to the first AP.