mhurhangee/ep-ind-claims huggingface dataset:
A terminal device comprising: a reception unit configured to receive a scheduling of a physical uplink shared channel, PUSCH, and receive a higher layer parameter indicating that 256 QAM is allowed; and a transmission unit configured to transmit the PUSCH, wherein, in a case that the higher layer parameter is configured, and the scheduling of the PUSCH is included in DCI on a physical downlink control channel, PDCCH, the DCI including a first modulation and coding scheme, MCS, index, then a modulation order Q m for the PUSCH is given based on a first index Q' m in a first table, the first index Q' m corresponding to the first MCS index based on the first table, in a case that the higher layer parameter is not configured, and the scheduling of the PUSCH is included in the DCI on the PDCCH, then the modulation order Q m for the PUSCH is given based on a second index Q' m in a second table, the second index Q' m corresponding to the first MCS index based on the second table, and in a case that the scheduling of the PUSCH is included in an uplink grant being included in a random access response, the uplink grant including a second MCS index, then the modulation order Q m for the PUSCH is given based on a third index Q' m in the second table, the third index Q' m corresponding to the second MCS index based on the second table. a reception unit configured to receive a scheduling of a physical uplink shared channel, PUSCH, and receive a higher layer parameter indicating that 256 QAM is allowed; and receive a scheduling of a physical uplink shared channel, PUSCH, and receive a higher layer parameter indicating that 256 QAM is allowed; and a transmission unit configured to transmit the PUSCH, wherein, in a case that the higher layer parameter is configured, and the scheduling of the PUSCH is included in DCI on a physical downlink control channel, PDCCH, the DCI including a first modulation and coding scheme, MCS, index, then a modulation order Q m for the PUSCH is given based on a first index Q' m in a first table, the first index Q' m corresponding to the first MCS index based on the first table, in a case that the higher layer parameter is not configured, and the scheduling of the PUSCH is included in the DCI on the PDCCH, then the modulation order Q m for the PUSCH is given based on a second index Q' m in a second table, the second index Q' m corresponding to the first MCS index based on the second table, and in a case that the scheduling of the PUSCH is included in an uplink grant being included in a random access response, the uplink grant including a second MCS index, then the modulation order Q m for the PUSCH is given based on a third index Q' m in the second table, the third index Q' m corresponding to the second MCS index based on the second table.
A valve comprising: - a valve body having at least an inlet aperture and an outlet aperture, - an occluder housed in the valve body and presenting a through channel, the occluder being configured to rotate, relative to the valve body, between at least a closed position, where it prevents fluid passage between said inlet aperture and said outlet aperture, and an open position, where it allows fluid to pass from the inlet aperture to the outlet aperture through said channel, - opposite flanges coupled to the valve body, wherein each flange is provided with a number of through holes, - connecting elements securing the flanges to the valve body, wherein each connecting element has a connecting body which passes through a respective of said through holes in one flange 2 and through a respective and axially aligned through hole in the opposite flange, each of said connecting elements being configured to at least axially constrain the two flanges relative to the valve body, characterized in that each connecting element also presents a terminal collar which is radially larger than the radial dimension of the through holes in each flange such that each terminal collar may abut against a surface portion of each flange and axially block the two flanges relative to the valve body. - a valve body having at least an inlet aperture and an outlet aperture, - an occluder housed in the valve body and presenting a through channel, the occluder being configured to rotate, relative to the valve body, between at least a closed position, where it prevents fluid passage between said inlet aperture and said outlet aperture, and an open position, where it allows fluid to pass from the inlet aperture to the outlet aperture through said channel, - opposite flanges coupled to the valve body, wherein each flange is provided with a number of through holes, - connecting elements securing the flanges to the valve body, wherein each connecting element has a connecting body which passes through a respective of said through holes in one flange 2 and through a respective and axially aligned through hole in the opposite flange, each of said connecting elements being configured to at least axially constrain the two flanges relative to the valve body,
A transmitting apparatus, comprising: a transmission stream generating unit configured to generate a transmission stream, wherein in the transmission stream one or more first MPEG Media Transport, MMT, packets including transmission media in its payload and a second MMT packet including first information relating to a content in its payload are time division multiplexed, wherein the first information includes content identifier information for identifying the content; an information insertion unit configured to insert the first information relating to the content into a header of the one or more first MMT packets, if the transmission media included in the payload of the one or more first MMT packets is file data configuring the content, the first information enabling a receiving apparatus to filter the one or more first MMT packets using the content identifier information to acquire the one or more first MMT packets and to acquire the file data configuring the content from the one or more first MMT packets filtered; and a transmission stream transmitting unit configured to transmit the transmission stream to a receiving side. a transmission stream generating unit configured to generate a transmission stream, wherein in the transmission stream one or more first MPEG Media Transport, MMT, packets including transmission media in its payload and a second MMT packet including first information relating to a content in its payload are time division multiplexed, wherein the first information includes content identifier information for identifying the content; an information insertion unit configured to insert the first information relating to the content into a header of the one or more first MMT packets, if the transmission media included in the payload of the one or more first MMT packets is file data configuring the content, the first information enabling a receiving apparatus to filter the one or more first MMT packets using the content identifier information to acquire the one or more first MMT packets and to acquire the file data configuring the content from the one or more first MMT packets filtered; and a transmission stream transmitting unit configured to transmit the transmission stream to a receiving side.
An over-pressure relief device comprising: a reverse-acting rupture disc including a central bulged section having a concave face and a convex face, and an outer flange section in surrounding relationship to said bulged section, said bulged section including a laser-defined reversal initiation feature that controls the pressure to which said rupture disc must be exposed in order to initiate reversal of the concavity of said bulged section and defines a location on said bulged section at which reversal of the concavity thereof begins upon exposure to said pressure, said reversal initiation feature being a lased area (22, 24) located on said bulged section that has been subjected to an ablation operation in which the thickness of said bulged section has been reduced by the ablation of disc material therefrom and having a thickness that is less than the thickness of the bulged section surrounding said lased area (22, 24), said lased area (22, 24) including a first lased portion and a second lased portion, said first and second portions (22, 24) being located within the same face (18, 20) of said central bulged section, said second lased portion having a depth that is greater than the depth of said first lased portion, at least part of said second lased portion being located within the margins of said first lased portion. a reverse-acting rupture disc including a central bulged section having a concave face and a convex face, and an outer flange section in surrounding relationship to said bulged section, said bulged section including a laser-defined reversal initiation feature that controls the pressure to which said rupture disc must be exposed in order to initiate reversal of the concavity of said bulged section and defines a location on said bulged section at which reversal of the concavity thereof begins upon exposure to said pressure, said reversal initiation feature being a lased area (22, 24) located on said bulged section that has been subjected to an ablation operation in which the thickness of said bulged section has been reduced by the ablation of disc material therefrom and having a thickness that is less than the thickness of the bulged section surrounding said lased area (22, 24), said lased area (22, 24) including a first lased portion and a second lased portion, said first and second portions (22, 24) being located within the same face (18, 20) of said central bulged section, said second lased portion having a depth that is greater than the depth of said first lased portion, at least part of said second lased portion being located within the margins of said first lased portion.
An autonomous driving device configured to execute autonomous driving of a host vehicle, and switch a driving state from autonomous driving to manual driving when a value indicative of a degree to which any of a steering operation, an acceleration operation and a braking operation is carried out by a driver of the host vehicle during the autonomous driving is equal to or greater than a threshold value for switching to manual driving, the device comprising: an operation amount acquisition unit configured to acquire the value indicative of the degree to which the operation is carried out during the autonomous driving; an environment recognition unit configured to recognize a surrounding environment of the host vehicle, wherein the environment recognition unit is configured to recognize an obstacle around the host vehicle as the environment; a calculation unit configured to calculate the threshold value for switching to manual driving; and a control unit configured to execute autonomous driving, and to switch the driving state from autonomous driving to manual driving when the value indicative of the degree to which the operation is carried out is equal to or greater than the threshold value for switching to manual driving, characterized in that the calculation unit is configured to calculate the threshold value for switching to manual driving according to the environment recognized by the environment recognition unit, and in that the calculation unit is configured to calculate a threshold value for switching to manual driving as being lower, the smaller a distance between an obstacle and the host vehicle. an operation amount acquisition unit configured to acquire the value indicative of the degree to which the operation is carried out during the autonomous driving; an environment recognition unit configured to recognize a surrounding environment of the host vehicle, wherein the environment recognition unit is configured to recognize an obstacle around the host vehicle as the environment; a calculation unit configured to calculate the threshold value for switching to manual driving; and a control unit configured to execute autonomous driving, and to switch the driving state from autonomous driving to manual driving when the value indicative of the degree to which the operation is carried out is equal to or greater than the threshold value for switching to manual driving, characterized in that the calculation unit is configured to calculate the threshold value for switching to manual driving according to the environment recognized by the environment recognition unit, and in that the calculation unit is configured to calculate a threshold value for switching to manual driving as being lower, the smaller a distance between an obstacle and the host vehicle.
Extractor hood comprising a fan, a filter element and a suction region for vapour, a portion of the suction region being releasably held in a first position and being movable from the first releasable position into a second position, a holding device having a magnetic holding force being provided in the first position, characterised in that the magnetic holding force of the holding device can be varied by means of an adjustment device.
A method of color calibrating a display device, the method comprising: estimating a real-world illuminance; capturing an image of a real-world object, identifying (302, 514) the object and accessing known color characteristics of the real-world object; estimating RGB data of the real-world object based on the color characteristics of the real-world object and an inverse display model; computing a first candidate color rendering of a synthetic version of the real-world object by selecting first alternative RGB coordinates; computing a second candidate color rendering of a synthetic version of the real-world object by selecting second alternative RGB coordinates; displaying (312, 518-520) both candidate color renderings beside the real-world object using an AR display and prompting a user to indicate a preferred color rendering; and in response to the user indication, updating (320, 528) a display color model used for producing future candidate renderings and synthetic AR content based on the RGB data of the indicated color rendering and the RGB data of the real-world object. estimating a real-world illuminance; capturing an image of a real-world object, identifying (302, 514) the object and accessing known color characteristics of the real-world object; estimating RGB data of the real-world object based on the color characteristics of the real-world object and an inverse display model; computing a first candidate color rendering of a synthetic version of the real-world object by selecting first alternative RGB coordinates; computing a second candidate color rendering of a synthetic version of the real-world object by selecting second alternative RGB coordinates; displaying (312, 518-520) both candidate color renderings beside the real-world object using an AR display and prompting a user to indicate a preferred color rendering; and in response to the user indication, updating (320, 528) a display color model used for producing future candidate renderings and synthetic AR content based on the RGB data of the indicated color rendering and the RGB data of the real-world object.
A lubrication method comprising: lubricating a sliding member in a refrigerant circulation system, which comprises a polyetheretherketone by using a lubricating oil composition which comprises an ester as a lubricating base oil; wherein a kinematic viscosity at 40°C of the lubricating base oil is 2 mm 2 /s or more and 10 mm 2 /s or less. lubricating a sliding member in a refrigerant circulation system, which comprises a polyetheretherketone by using a lubricating oil composition which comprises an ester as a lubricating base oil; wherein a kinematic viscosity at 40°C of the lubricating base oil is 2 mm 2 /s or more and 10 mm 2 /s or less.
Process for treating an aqueous solution derived from a process for producing a compound of formula: in which R1 and R2 are identical or different and chosen from hydrogen and C1-C5 alkyl, or R1 and R2 together form a methylene group, and in which R3, R4, R5 and R6, which may be identical or different, are independently chosen from: a hydrogen atom, a hydroxyl group (-OH), an alkoxy group (-OR), an alcohol group (-ROH), an aldehyde group (-CHO), a ketone group (-C(=O)R), an acid group (-COOH), a nitrile group (-CN), a linear or branched, saturated or unsaturated C1-C6 alkyl chain, optionally comprising one or more substituents in an end or side position or one or more functions in said alkyl chain, R being a C1-C5 alkyl, characterized in that the aqueous solution comprises at least one dissolved sulfate SO 4 2- salt and at least one aromatic organic compound formed during the process for producing compound, and characterized in that the process comprises at least one step (i) of recovery of a solid sulfate salt in at least partially anhydrous form separately from the aqueous solution, and comprises at least one step (ii) of separation or removal of the aromatic organic compounds from the aqueous solution, said process comprising the implementation at least once of said step (i) and of said step (ii) in order to at least partially separate the organic compounds and the sulfate salt SO 4 2- from the aqueous solution, in which step (ii) of removal or separation of the aromatic organic compounds is performed before step (i) of recovery of the solid sulfate salt in at least partially anhydrous form, in which step (ii) of removal or separation of the aromatic organic compounds comprises an oxidation treatment of the aromatic organic compounds to non-aromatic organic compounds, in the presence of an oxidizing agent, and/or a biotreatment by placing the aromatic organic compounds in contact in the presence of bacteria which degrade said aromatic organic compounds, and/or a step of adsorption of the aromatic organic compounds on active charcoal, and/or one or more liquid-liquid extractions.
A capsule for extracting a pressurized drink, of the type including a hollow body delimited by a side wall extending along a longitudinal axis (X-X), a bottom closing a first end of the body and an outlet wall closing a second end of the body, said body delimiting a chamber for receiving a substance for preparing a drink, the side wall including at least one prepared area, capable of locally allowing the tearing of the side wall under the effect of a pressure exerted at said area, the prepared area including a protrusion radially extending out towards with respect to the remainder of the side wall, said protrusion being connected to the remainder of the side wall at least partly through the lower strength area, characterized in that the protrusion extends substantially over the whole length of the side wall along the longitudinal axis (X-X).
Ground vehicle comprising - an internal combustion engine, - a gearbox receiving the motion from the internal combustion engine, - at least a driving wheel and - a propeller shaft receiving the motion from the gearbox in order to transfer it to the at least driving wheel, - an emergency hydraulic pump to feed a vehicular hydraulic power steering, the pump comprising its own respective case and being splined directly to a portion of said propeller shaft characterized in that - said pump (p) is of the radial piston type, comprising - a distributor of the hydraulic oil, of the radial type, integrated in the drive shaft. - an internal combustion engine, - a gearbox receiving the motion from the internal combustion engine, - at least a driving wheel and - a propeller shaft receiving the motion from the gearbox in order to transfer it to the at least driving wheel, - an emergency hydraulic pump to feed a vehicular hydraulic power steering, the pump comprising its own respective case and being splined directly to a portion of said propeller shaft characterized in that - said pump (p) is of the radial piston type, comprising - a distributor of the hydraulic oil, of the radial type, integrated in the drive shaft. - said pump (p) is of the radial piston type, comprising - a distributor of the hydraulic oil, of the radial type, integrated in the drive shaft.
A method of heating comprising the steps of: placing material which is not initially susceptible to direct inductive heating within a melting cavity of an electrically non-conductive crucible which has a bottom wall and a sidewall connected to and extending upwardly from the bottom wall; positioning an electrically conductive susceptor and an induction coil surrounding the sidewall of the crucible so that a portion of the melting cavity is closer to the induction coil than is an outer perimeter of the susceptor and so that the susceptor is in contact with the bottom wall of the crucible and in a fixed relation with respect to the crucible; heating the susceptor inductively with a magnetic field created by the induction coil; transferring sufficient heat from the susceptor to the material to make a portion of the material susceptible to inductive heating by the induction coil; and heating the portion of the material inductively with the magnetic field created by the induction coil, each of the susceptor and the material within the melting cavity absorbing energy from the electromagnetic field transferred by direct inductive coupling with the induction coil whereby the susceptor and material together absorb a combined energy from the electromagnetic field transferred by said direct inductive coupling; characterized by the crucible, susceptor and induction coil being positioned with respect to each other so that inductive heating via the induction coil occurs initially within the susceptor and occurs in the material within the melting cavity when the susceptor has transferred sufficient heat to the material to make the material susceptible to inductive heating so that at a certain time during inductive heating the susceptor absorbs no more than thirty percent of the combined energy absorbed by the susceptor and material transferred by said direct inductive coupling. placing material which is not initially susceptible to direct inductive heating within a melting cavity of an electrically non-conductive crucible which has a bottom wall and a sidewall connected to and extending upwardly from the bottom wall; positioning an electrically conductive susceptor and an induction coil surrounding the sidewall of the crucible so that a portion of the melting cavity is closer to the induction coil than is an outer perimeter of the susceptor and so that the susceptor is in contact with the bottom wall of the crucible and in a fixed relation with respect to the crucible; heating the susceptor inductively with a magnetic field created by the induction coil; transferring sufficient heat from the susceptor to the material to make a portion of the material susceptible to inductive heating by the induction coil; and heating the portion of the material inductively with the magnetic field created by the induction coil, each of the susceptor and the material within the melting cavity absorbing energy from the electromagnetic field transferred by direct inductive coupling with the induction coil whereby the susceptor and material together absorb a combined energy from the electromagnetic field transferred by said direct inductive coupling;