mhurhangee/ep-ind-claims huggingface dataset:
A method of communicating data from a source communications device via a wireless access interface to a destination communications device in accordance with a device-to-device communication procedure, the method comprising encoding the data, as a plurality of data units, by the source communications device for transmission to the destination communications device in accordance with a repeat request-type protocol, the encoding providing an indication of whether the data has been received correctly, and transmitting the encoded data units to an infrastructure equipment of a mobile communications network via an uplink of the wireless access interface when outside of a range of the destination communications device, and when within the range of the destination communications device, transmitting the encoded data units to the destination communications device, receiving, by the source communications device, an acknowledgement, ACK, message that one of the encoded data units has been correctly received by the destination communications device, or a negative acknowledgement, NACK, message that the encoded data unit was not received correctly by the destination communications device, the ACK or the NACK message having been transmitted by another of the communications devices, acting as an relay communications device, which received and retransmitted the ACK or the NACK message from the destination communications device, the source communications device, the destination communications device and the other communications devices forming a group of communications devices when in range, estimating a relative quality of communicating between the destination communications device and the source communications device, and characterised in that if the estimated relative quality exceeds a predetermined level, transmitting an indication to the other communications devices in the group of communications devices to disable the re-transmission of the ACK or NACK message by the other communications device.
A crystal growth crucible made of boron nitride, comprising: a cylindrical tip portion for accommodating a seed crystal; and a cylindrical straight-body portion for growing a crystal, which is formed above said tip portion and has a diameter larger than that of said tip portion, wherein thickness T1 of said tip portion and thickness T2 of said straight-body portion satisfy a condition of 0.1 mm ≤ T2 < T1 ≤ 5mm, characterized in that inside diameter D2 and length L2 of said straight-body portion satisfy conditions of 100mm < D2 and 2 < L2/D2 < 5.
A control apparatus for a personal vehicle, in particular for a wheelchair, the control apparatus comprising a first motion sensing unit adapted for being mounted on a body part and for determining orientation with respect to an external frame of reference, characterised by comprising - a second motion sensing unit adapted for being mounted on the personal vehicle and for determining orientation with respect to the same external frame of reference, and - a processing unit adapted for outputting an inertial control signal corresponding to a relative orientation of the first motion sensing unit and of the second motion sensing unit determined on the basis of a first orientation supplied by the first motion sensing unit and of a second orientation supplied by the second motion sensing unit. - a second motion sensing unit adapted for being mounted on the personal vehicle and for determining orientation with respect to the same external frame of reference, and - a processing unit adapted for outputting an inertial control signal corresponding to a relative orientation of the first motion sensing unit and of the second motion sensing unit determined on the basis of a first orientation supplied by the first motion sensing unit and of a second orientation supplied by the second motion sensing unit.
An engine mounting system comprising: a first forward mount connectable between a forward part of a structure of an aircraft and a first forward part of an engine of the aircraft, the first forward mount being configured to independently react forces generated in each of a longitudinal direction parallel to a longitudinal axis of the engine, in a lateral direction transverse to the engine, and in a vertical direction; an aft mount connectable between the structure and an aft part of the engine, the aft mount being configured to react forces generated in the lateral direction and to react moments about the longitudinal direction; and a second forward mount connectable between a forward part of the structure and a second forward part of the engine, the second forward mount being configured to react forces generated in the longitudinal direction; wherein the second forward mount is offset by a distance from the first forward mount such that the reaction of the first and second forward mounts to forces in the longitudinal direction reacts moments about the lateral direction. a first forward mount connectable between a forward part of a structure of an aircraft and a first forward part of an engine of the aircraft, the first forward mount being configured to independently react forces generated in each of a longitudinal direction parallel to a longitudinal axis of the engine, in a lateral direction transverse to the engine, and in a vertical direction; an aft mount connectable between the structure and an aft part of the engine, the aft mount being configured to react forces generated in the lateral direction and to react moments about the longitudinal direction; and a second forward mount connectable between a forward part of the structure and a second forward part of the engine, the second forward mount being configured to react forces generated in the longitudinal direction; wherein the second forward mount is offset by a distance from the first forward mount such that the reaction of the first and second forward mounts to forces in the longitudinal direction reacts moments about the lateral direction.
Method for control of the operation of a means for mechanical coupling of the first and second axles of a motor vehicle transmission system, the first axle being driven by default and the second axle being driven optionally according to the state of the coupling means, the transmission system being able to operate according to a first mode (4 x 4 Off-road) in which the torque transmissible by the mechanical coupling means is fixed, or according to a second mode (4 x 4 Automatic) in which the torque transmissible by the mechanical coupling means is variable, said method being characterized in that, in the first and second modes, a braking action caused by a parking brake device gives rise to deactivation of the coupling means if the vehicle speed is higher than a first threshold speed, and for as long as the vehicle speed is higher than a second threshold speed, and in that, in the first mode, braking action caused by another braking device gives rise to deactivation of the coupling means when the vehicle speed is higher than a third threshold speed.
A method carried out by a computer system for determining whether a sports gaming device has bounced off an area of a sports field, wherein the area comprises surface modifications such that an audio signal generated by the sports gaming device bouncing off the sports field is dependent on whether or not the sports gaming device has bounced off the area of the sports field on which the surface modifications have been applied, wherein the surface modifications are indents or elevations having a size below a predefined threshold, such that a trajectory of the sports gaming device is not influenced by the presence of the surface modifications when the sports gaming device bounces off the sports field, the method comprising: sensing an audio signal generated by the sports gaming device bouncing off the sports field; generating a sound profile from the sensed audio signal; and identifying a bounce type based on the generated sound profile, wherein the bounce type is defined by whether or not the sports gaming device has bounced off the sports field where the surface modifications have been applied. sensing an audio signal generated by the sports gaming device bouncing off the sports field; generating a sound profile from the sensed audio signal; and identifying a bounce type based on the generated sound profile, wherein the bounce type is defined by whether or not the sports gaming device has bounced off the sports field where the surface modifications have been applied.
A tank comprising: a tank body, and a strainer that comprises a strainer body having a cylindrical shape, characterized in that the tank comprises an injection pipe that serves as an injection opening through which a liquid containing a reducing agent is injected into the tank body and that is a tubular member with one end communicating with the interior of the tank body, and the other end provided outside the tank body, wherein the strainer is provided in the injection pipe, the strainer comprises a front end portion integrally formed with an end of the strainer body on a side serving as an outlet of the liquid, and having a triangular or trapezoidal shape when a cross section is taken along a plane including an axis of the strainer body, and the front end portion is formed using a material through which the liquid cannot pass and protruding toward a hollow portion of the strainer body. a tank body, and a strainer that comprises a strainer body having a cylindrical shape, characterized in that the tank comprises an injection pipe that serves as an injection opening through which a liquid containing a reducing agent is injected into the tank body and that is a tubular member with one end communicating with the interior of the tank body, and the other end provided outside the tank body, wherein the strainer is provided in the injection pipe, the strainer comprises a front end portion integrally formed with an end of the strainer body on a side serving as an outlet of the liquid, and having a triangular or trapezoidal shape when a cross section is taken along a plane including an axis of the strainer body, and the front end portion is formed using a material through which the liquid cannot pass and protruding toward a hollow portion of the strainer body.
Drive system for driving a screen, comprising an actuator designed to drive in rotation a winding tube acting on the screen, and a compensation spring, which is mounted around the actuator and has several turns (70, 71, 72) formed by winding a wire, characterized in that the drive system comprises at least one ring made of plastic material that is placed between two adjacent tums (70, 71) of the compensation spring, and in that an external radius of said at least one ring is greater than a maximum external radius of the compensation spring.
A hot-melt adhesive containing - 15 to 70 wt.% of a mixture of at least one copolymer based on ethylene and/or propylene, and at least one C4 to C20 α-olefin which can be obtained as a block copolymer by metallocene-catalyzed polymerization, and at least one styrene block copolymer, - 10 to 70 wt.% of at least one tackifying resin, - 0 to 40 wt.% of further additives, wherein the sum of the percentages should be 100% and the tackifying resin is entirely or in part a soft resin which is liquid at a temperature below 50 °C. - 15 to 70 wt.% of a mixture of at least one copolymer based on ethylene and/or propylene, and at least one C4 to C20 α-olefin which can be obtained as a block copolymer by metallocene-catalyzed polymerization, and at least one styrene block copolymer, - 10 to 70 wt.% of at least one tackifying resin, - 0 to 40 wt.% of further additives,
A decoding apparatus comprising: a gain readout unit configured to read out encoded gain values at at least two gain sample positions of a time series signal, representing an audio signal, and gain inclination values indicating inclination of the gain values; an operation unit configured to obtain at the gain sample positions, straight lines having the gain values at the gain sample positions and having inclination indicated by the gain inclination values at the gain sample positions, and obtain differences between a gain value at an intersection of the straight lines obtained for the two gain sample positions and the gain values at the two gain sample positions; and an interpolation processing unit configured to obtain a gain value at each sample position located between the two gain sample positions of the time series signal through linear interpolation or non-linear interpolation according to the differences. a gain readout unit configured to read out encoded gain values at at least two gain sample positions of a time series signal, representing an audio signal, and gain inclination values indicating inclination of the gain values; an operation unit configured to obtain at the gain sample positions, straight lines having the gain values at the gain sample positions and having inclination indicated by the gain inclination values at the gain sample positions, and obtain differences between a gain value at an intersection of the straight lines obtained for the two gain sample positions and the gain values at the two gain sample positions; and an interpolation processing unit configured to obtain a gain value at each sample position located between the two gain sample positions of the time series signal through linear interpolation or non-linear interpolation according to the differences.
A light-emitting device package comprising: a wiring substrate; a Zener diode mounted on a first region of the wiring substrate; a light-emitting device chip mounted on a second region of the wiring substrate, the second region being different from the first region; and a molding member for fixing at least a portion of the wiring substrate, wherein the Zener diode is embedded in the molding member, characterized in that the first region of the wiring substrate is formed to be concave with a step difference to the second region of the wiring substrate, and a depth of the first region of the wiring substrate is with respect to the second region of the wiring substrate the same or greater than a height of the Zener diode. a wiring substrate; a Zener diode mounted on a first region of the wiring substrate; a light-emitting device chip mounted on a second region of the wiring substrate, the second region being different from the first region; and a molding member for fixing at least a portion of the wiring substrate, wherein the Zener diode is embedded in the molding member, characterized in that the first region of the wiring substrate is formed to be concave with a step difference to the second region of the wiring substrate, and a depth of the first region of the wiring substrate is with respect to the second region of the wiring substrate the same or greater than a height of the Zener diode.
An information providing device which provides display data including an advertisement display area, to a terminal device through a network, the information providing device comprising: a user information memory means that associates and stores coordinate information of a partial area included in the advertisement display area, and user specifying information for specifying a user, per partial area; a transmitting means that transmits display data including the advertisement display area, to the terminal device; a position information acquiring means that acquires a coordinate on a web page specified in the advertisement display area, from the terminal device; a partial area specifying means that by comparing coordinate information of each partial area with the acquired coordinate, specifies the partial area including the coordinate; and a reward information memory means that specifies the user based on the partial area specified by the partial area specifying means and the user specifying information in the user information memory means, and associates and stores information of a reward paid for the specified user. a user information memory means that associates and stores coordinate information of a partial area included in the advertisement display area, and user specifying information for specifying a user, per partial area; a transmitting means that transmits display data including the advertisement display area, to the terminal device; a position information acquiring means that acquires a coordinate on a web page specified in the advertisement display area, from the terminal device; a partial area specifying means that by comparing coordinate information of each partial area with the acquired coordinate, specifies the partial area including the coordinate; and a reward information memory means that specifies the user based on the partial area specified by the partial area specifying means and the user specifying information in the user information memory means, and associates and stores information of a reward paid for the specified user.
Tumble drying device (1; 17), with a laundry drum (2; 23) for receiving textiles and a fire-extinguishing facility (5, 8-16; 8-22), which features: - at least one fire sensor (8-10; 20) for detection of a fire in progress or breaking out in the tumble drying device, especially in the laundry drum (2; 23), and - at least one extinguishing medium supply device (11; 19, 22) for introduction of an extinguishing medium into the tumble drying device, especially into the laundry drum (2; 23), on actuation of the fire-extinguishing device, characterised in that - the extinguishing medium supply device (11;19,22) comprises a laundry freshening device, which laundry freshening device, to remove odours from textiles, creates mist, droplets or steam from liquid and introduces it into the laundry drum (2, 23), and - the extinguishing medium supply device (11, 22; 19) features an extinguishing medium container for provision of an especially gaseous or powdered extinguishing medium and a transport device, especially a fan, for transporting the extinguishing medium into the laundry drum on actuation of the fire-extinguishing device. - at least one fire sensor (8-10; 20) for detection of a fire in progress or breaking out in the tumble drying device, especially in the laundry drum (2; 23), and - at least one extinguishing medium supply device (11; 19, 22) for introduction of an extinguishing medium into the tumble drying device, especially into the laundry drum (2; 23), on actuation of the fire-extinguishing device, - the extinguishing medium supply device (11;19,22) comprises a laundry freshening device, which laundry freshening device, to remove odours from textiles, creates mist, droplets or steam from liquid and introduces it into the laundry drum (2, 23), and - the extinguishing medium supply device (11, 22; 19) features an extinguishing medium container for provision of an especially gaseous or powdered extinguishing medium and a transport device, especially a fan, for transporting the extinguishing medium into the laundry drum on actuation of the fire-extinguishing device.
A computer-implemented method for improving an image quality for printing an electronic image file ( 4, 5) by a user, the method comprising (a) receiving an original electronic image file from a user, (b) generating a modified electronic image file, at least based on the original image file, and (c) providing the modified image file to the user, for printing it by the user by means of a printing device of the user, wherein the modified image file compensates for deviations in the printing behaviour of the printing device and wherein the modified image file comprises a modified colour density with respect to the original image file, characterized in that furthermore, printer data are also received from the user, which printer data relate to said printing device, wherein the printer data comprise at least one of (a) a printer model and optionally a firmware version, (b) measurement data related to the printer and (c) one or more scans of printed image files, and in which the modified image file is generated, taking into account said printer data, wherein the electronic images and the printer data are electronically exchanged with the user using an electronic platform.
Circuit arrangement for detecting n current rises in n printed conductors (5, 6, 7) arranged on a printed circuit board, where n ≥ 2 and where a magnetic circuit is provided, using magnetically conductive, geometrically shaped elements, which encloses the printed electrical conductors (5, 6, 7) to be measured, where the magnetic circuit uses the printed circuit board as a gap and where n+1 measuring coils (8, 9, 10, 11) printed from at least one layer are arranged in the area of the magnetic circuit, whereby the measuring coils (8, 9, 10, 11) detect the flux increases of the current increases to be measured in the printed conductors (5, 6, 7) as coil voltages, and whereby a metrological evaluation circuit is provided, connected to the measuring coils (8, 9, 10, 11), wherein a magnetically conductive, eddy-current-suppressing strip or element, respectively, for example made of ferrite, is arranged over each of the measuring coils (8, 9,10,11) on an upper and lower side, wherein in each case the thickness of the strip is to be selected in such a way that at the highest amperage occurring the flux density in the strip remains below the saturation flux density, whereby the printed conductors (5, 6, 7) are arranged at a distance from one another, so that a measuring coil (8, 9, 10, 11) is arranged between each pair of conductors (5, 6, 7) and to the left and right of the conductors (5, 6, 7), for recording a total of n+1 measurements for determining n current rises as well as an external field.
A hydrocarbon mixture in which: a. the percentage of molecules with even carbon number is ≥ 80% according to FIMS; b. the BP/BI ≥ -0.6037 (Internal alkyl branching per molecule) + 2.0 c. on average there are 0.3 to 1.5 5+ methyl per molecule; wherein the mixture further has a Noack volatility and Cold Crank Simulated viscosity at -35 °C relationship where Noack volatility is between 2750 (CCS at -35 °C) (-0.8) ± 2, wherein BP, BI, Internal alkyl branching per molecule, 5+ methyl per molecule, Noack volatility and Cold Crank Simulated viscosity at -35 °C is measured as described in the description. a. the percentage of molecules with even carbon number is ≥ 80% according to FIMS; b. the BP/BI ≥ -0.6037 (Internal alkyl branching per molecule) + 2.0 c. on average there are 0.3 to 1.5 5+ methyl per molecule; wherein the mixture further has a Noack volatility and Cold Crank Simulated viscosity at -35 °C relationship where Noack volatility is between 2750 (CCS at -35 °C) (-0.8) ± 2, wherein BP, BI, Internal alkyl branching per molecule, 5+ methyl per molecule, Noack volatility and Cold Crank Simulated viscosity at -35 °C is measured as described in the description.
Electronic wafer, having a front face and a rear face, fitted with a plurality of discrete integrated components (4, 4'), the active face of each component appearing to the side of the front face of the wafer, comprising: a) a coating material, present at least laterally relative to the components, ensuring that said component is held in the wafer, b) an insulating buffer layer absent from the active face of the components, separating the coating material from the components (4, 4'), so that each component is separated from another component by at least one coating material interposed between 2 buffer layers, characterised in that the buffer layer has a vitreous transition temperature less than that of the coating material. a) a coating material, present at least laterally relative to the components, ensuring that said component is held in the wafer, b) an insulating buffer layer absent from the active face of the components, separating the coating material from the components (4, 4'), so that each component is separated from another component by at least one coating material interposed between 2 buffer layers,