mhurhangee/ep-ind-claims huggingface dataset:
A method, in an encoder of a video sequence comprising a plurality of pictures, for calculating a quantization parameter, QP, value for a chroma component of a pixel in a picture of the video sequence comprising a plurality of pixels, the method comprising: calculating a QP offset value for said chroma component based on a reference QP value and either a factor representing a ratio between a range of values of said chroma component for the colors that may be represented in an encoded color space of the encoder and a range of values of said chroma component for the colors that may be represented in a capture color space in which the video sequence was captured, or a factor representing a ratio between a maximum magnitude for said chroma component in the encoded color space and a maximum magnitude for said chroma component in the capture color space; calculating said QP value for said chroma component based on said reference QP value reduced by said QP offset value; and encoding said QP offset value for output to a decoder of the video sequence. calculating a QP offset value for said chroma component based on a reference QP value and either a factor representing a ratio between a range of values of said chroma component for the colors that may be represented in an encoded color space of the encoder and a range of values of said chroma component for the colors that may be represented in a capture color space in which the video sequence was captured, or a factor representing a ratio between a maximum magnitude for said chroma component in the encoded color space and a maximum magnitude for said chroma component in the capture color space; calculating said QP value for said chroma component based on said reference QP value reduced by said QP offset value; and encoding said QP offset value for output to a decoder of the video sequence.
Friction clutch device, in particular for a drive train of a motor vehicle which is operated by internal combustion engine, having a rotational axis, a housing, at least one pressure plate which can be moved relative to the housing in the direction of the rotational axis for an actuation between an engaged actuating position and a disengaged actuating position, a first spring for loading the at least one pressure plate, the first spring being supported on the housing such that it can be tilted by way of a pivot bearing, and a second spring for reducing an actuating force in a worn state, the second spring being supported on a first diameter directly on the housing and being supported on a second diameter, the first diameter being smaller than the second diameter, and the second diameter being arranged radially within the pivot bearing, characterized in that the second spring is supported on the second diameter directly on the first spring.
Box designed to be incorporated in a suspended ceiling-type wall lining, comprising a movable inner frame, with, attached to the base of the latter, at least one tensioned sheet (7, 8), an envelope designed to receive said inner frame and at least one mechanism connecting said inner frame to said envelope, wherein said box is characterised in that the mechanism comprises at least one telescopic support capable of extending along a substantially vertical axis and the upper end of which is attached to the envelope of the box and the lower end of which is integral with the inner frame by means of a "sliding" link so that the inner frame moves from an operating position in which it is housed in the envelope to a maintenance position in which it is fully extended from the envelope by a movement of said inner frame relative to said envelope, successively combining a substantially vertical and a substantially horizontal translation phase.
A method for operating a transmitting node in a wireless communication system, the method comprising: receiving feedback information related to a non-gaussianity of a channel from a receiving node; selecting, based on the feedback information, a channel code among a plurality of channel codes; and encoding transmission data based on the selected channel code, wherein each of the plurality of channel codes corresponds to different degree distributions of repetition codes. receiving feedback information related to a non-gaussianity of a channel from a receiving node; selecting, based on the feedback information, a channel code among a plurality of channel codes; and encoding transmission data based on the selected channel code, wherein each of the plurality of channel codes corresponds to different degree distributions of repetition codes.
Apparatus for the automatic dosing of a succession of definite quantities, as a weight, of agricultural products into a plurality of respective containers (A, B, C...), including a first conveying means, preferably formed by a belt, characterized in that it comprises: - a second conveying means able of being automatically loaded with agricultural products supplied by said first conveying means, - a third conveying means able of being loaded with the products supplied by said second conveying means, - weighing means able of weighing the full weight on the whole laying on said second conveying means, - wherein said third conveying means is able of transferring the products laying on it into a succession of said single container, - and wherein a fourth conveying means is arranged in a position adjacent to said second conveying means, said fourth conveying means being able of conveying a numerically controlled quantity of similar agricultural products into said third conveying means, said numerically controlled quantity being determined as a function of the of the weight of the products on the whole present on said second conveying means. - a second conveying means able of being automatically loaded with agricultural products supplied by said first conveying means, - a third conveying means able of being loaded with the products supplied by said second conveying means, - weighing means able of weighing the full weight on the whole laying on said second conveying means, - wherein said third conveying means is able of transferring the products laying on it into a succession of said single container, - and wherein a fourth conveying means is arranged in a position adjacent to said second conveying means, said fourth conveying means being able of conveying a numerically controlled quantity of similar agricultural products into said third conveying means, said numerically controlled quantity being determined as a function of the of the weight of the products on the whole present on said second conveying means.
A work travel management system for managing work travel of a work vehicle capable of automatically traveling along a travel route in a work field, the work travel management system comprising: - a suspension information recording unit that is configured to record suspension of a plurality of pieces of work travel performed by the work vehicle as suspension information for a respective one of the plurality of pieces of suspended work travel; - a suspension information extraction unit that is configured to extract the suspension information for a selected one of the plurality of pieces of suspended work travel that is to be resumed from the suspension information recording unit; - an information display unit that is configured to display the extracted suspension information; - a resumption information generation unit that is configured to generate resumption information for resuming the selected suspended work travel based on the extracted suspension information and causes the information display unit to display the generated resumption information; and - a work travel control unit that is configured to perform the work travel of the work vehicle based on the resumption information. - a suspension information recording unit that is configured to record suspension of a plurality of pieces of work travel performed by the work vehicle as suspension information for a respective one of the plurality of pieces of suspended work travel; - a suspension information extraction unit that is configured to extract the suspension information for a selected one of the plurality of pieces of suspended work travel that is to be resumed from the suspension information recording unit; - an information display unit that is configured to display the extracted suspension information; - a resumption information generation unit that is configured to generate resumption information for resuming the selected suspended work travel based on the extracted suspension information and causes the information display unit to display the generated resumption information; and - a work travel control unit that is configured to perform the work travel of the work vehicle based on the resumption information.
An apparatus comprising: an appliance including: a compartment (210, 305); and an appliance door (205, 300) configured to selectively seal the compartment (210, 305); characterized by a push-to-open system (320, 321, 322, 323) coupled to the appliance door (205, 300), the push-to-open system (320, 321, 322, 323) including: an arm (410, 510) configured to connect the appliance door (205, 300) to a cabinet door (119, 121); a push latch (420, 520) configured to selectively lock the arm (410, 510) in a locked position; and a spring (415, 515) configured to cause movement of the arm (410, 510) from the locked position to an unlocked position when the push latch (420, 520) is unlocked. an appliance including: a compartment (210, 305); and an appliance door (205, 300) configured to selectively seal the compartment (210, 305); a compartment (210, 305); and an appliance door (205, 300) configured to selectively seal the compartment (210, 305); characterized by a push-to-open system (320, 321, 322, 323) coupled to the appliance door (205, 300), the push-to-open system (320, 321, 322, 323) including: an arm (410, 510) configured to connect the appliance door (205, 300) to a cabinet door (119, 121); a push latch (420, 520) configured to selectively lock the arm (410, 510) in a locked position; and a spring (415, 515) configured to cause movement of the arm (410, 510) from the locked position to an unlocked position when the push latch (420, 520) is unlocked. an arm (410, 510) configured to connect the appliance door (205, 300) to a cabinet door (119, 121); a push latch (420, 520) configured to selectively lock the arm (410, 510) in a locked position; and a spring (415, 515) configured to cause movement of the arm (410, 510) from the locked position to an unlocked position when the push latch (420, 520) is unlocked.
A method (800, 900), comprising: determining a technology ecosystem of a first user, wherein the technology ecosystem comprises a fundamental component that provides support for services of other components of the technology ecosystem and at least one other component that expands a functionality and capabilities of the fundamental component within the technology ecosystem; generating a technology profile for the first user from the technology ecosystem, wherein the technology profile comprises the fundamental component and the at least one other component within the technology ecosystem that is associated with the first user, and wherein the technology profile is generated by detecting and identifying all of the at least one other components associated with the first user that interact with, access, or serve the fundamental component of the technology ecosystem; and selectively sharing a shared technology profile with a second user, wherein the shared technology profile is determined by the first user and is derived from the technology profile. determining a technology ecosystem of a first user, wherein the technology ecosystem comprises a fundamental component that provides support for services of other components of the technology ecosystem and at least one other component that expands a functionality and capabilities of the fundamental component within the technology ecosystem; generating a technology profile for the first user from the technology ecosystem, wherein the technology profile comprises the fundamental component and the at least one other component within the technology ecosystem that is associated with the first user, and wherein the technology profile is generated by detecting and identifying all of the at least one other components associated with the first user that interact with, access, or serve the fundamental component of the technology ecosystem; and selectively sharing a shared technology profile with a second user, wherein the shared technology profile is determined by the first user and is derived from the technology profile.
A method at a network element for providing data access to a network, wherein the network element is designating as a cluster head device in a role of an intermediate node in communication between a cluster of delay tolerant devices and the network, said method comprising: receiving a control signal to initiate a random access procedure for the entire cluster of delay tolerant devices, wherein the delay tolerant devices within the cluster are co-located and have a similar timing advance; based on the control signal, initiating a random access procedure with said network for the cluster by sending a random access channel, RACH, preamble for the cluster via said network element to said network, such that the timing advance for the delay tolerant devices can be estimated through the preamble sent by the network element designated as the cluster head device; sending a Radio Resource Control, RRC, connection request to the network along with a group identification of the cluster to establish an RRC connection between the network element and the network as a primary communication channel with said network via a first wireless interface of said network element; establishing a complementary communication channel with one or more of the cluster of delay tolerant devices via a second wireless interface of said network element; receiving data from the one or more delay tolerant devices in said cluster; aggregating said received data; and transferring said aggregated data on said established primary communication channel to said network. receiving a control signal to initiate a random access procedure for the entire cluster of delay tolerant devices, wherein the delay tolerant devices within the cluster are co-located and have a similar timing advance; based on the control signal, initiating a random access procedure with said network for the cluster by sending a random access channel, RACH, preamble for the cluster via said network element to said network, such that the timing advance for the delay tolerant devices can be estimated through the preamble sent by the network element designated as the cluster head device; sending a Radio Resource Control, RRC, connection request to the network along with a group identification of the cluster to establish an RRC connection between the network element and the network as a primary communication channel with said network via a first wireless interface of said network element; establishing a complementary communication channel with one or more of the cluster of delay tolerant devices via a second wireless interface of said network element; receiving data from the one or more delay tolerant devices in said cluster; aggregating said received data; and transferring said aggregated data on said established primary communication channel to said network.
A process of producing an ammonium salt composition, comprising the steps of: (a) providing a process stream comprising sulfuric acid, at least one tertiary amine optionally in the precursor form of the respective organyl ammonium hydrogen sulfate, and optionally solvent; (b) contacting the process stream with ammonia under conditions effective to form a waste stream comprising water, the tertiary amine, ammonia, and solvent and a product stream comprising a first amount of ammonium salt; (c) deriving from the waste stream an off gas stream comprising a preliminary amount of ammonia and solvent; and (d) contacting at least a portion of the off gas stream with an acid under conditions effective to form an ammonium salt stream comprising a second amount of ammonium salt and a purge stream comprising a reduced amount of ammonia. (a) providing a process stream comprising sulfuric acid, at least one tertiary amine optionally in the precursor form of the respective organyl ammonium hydrogen sulfate, and optionally solvent; (b) contacting the process stream with ammonia under conditions effective to form a waste stream comprising water, the tertiary amine, ammonia, and solvent and a product stream comprising a first amount of ammonium salt; (c) deriving from the waste stream an off gas stream comprising a preliminary amount of ammonia and solvent; and (d) contacting at least a portion of the off gas stream with an acid under conditions effective to form an ammonium salt stream comprising a second amount of ammonium salt and a purge stream comprising a reduced amount of ammonia.
A processor-implemented method, comprising: receiving a plurality of pieces of input data expressed as floating point; adjusting a bit-width of mantissa by performing masking on the mantissa of each piece of the input data based on a size of an exponent of each piece of the input data, and for each piece of the input data, the adjusting of the bit-width of the mantissa comprises comparing the piece of the input data to a threshold, and adjusting the bit-width of mantissa based on a result of the comparing, wherein the threshold is determined based on a distribution of the input data and an allowable error range; and performing an operation between the input data with the adjusted bit-width, wherein, for each piece of the input data, the adjusting of the bit-width of the mantissa further comprises adjusting the bit-width of the mantissa in proportion to the size of the piece of the input data. receiving a plurality of pieces of input data expressed as floating point; adjusting a bit-width of mantissa by performing masking on the mantissa of each piece of the input data based on a size of an exponent of each piece of the input data, and for each piece of the input data, the adjusting of the bit-width of the mantissa comprises comparing the piece of the input data to a threshold, and adjusting the bit-width of mantissa based on a result of the comparing, wherein the threshold is determined based on a distribution of the input data and an allowable error range; and performing an operation between the input data with the adjusted bit-width, wherein, for each piece of the input data, the adjusting of the bit-width of the mantissa further comprises adjusting the bit-width of the mantissa in proportion to the size of the piece of the input data.
A truck for pulling a semi-trailer, the truck comprising: an operator cab positioned on a frame; a fifth wheel on the frame for receiving an underside of a semi-trailer, the semi-trailer when attached defining a gap between a forward most portion of the semi-trailer and rearward most portion of the operator cab; and a fairing (26, 126, 226, 326, 426, 526) supported by the frame and aft of the operator cab and forward of at least a portion of the fifth wheel, the fairing at least partly blocking an air flow path into the gap from below the frame formed when a trailer is attached characterized in that a portion (48, 148, 248, 348, 448, 552) of the fairing (26, 126, 226, 326, 426, 526) is compliant. an operator cab positioned on a frame; a fifth wheel on the frame for receiving an underside of a semi-trailer, the semi-trailer when attached defining a gap between a forward most portion of the semi-trailer and rearward most portion of the operator cab; and a fairing (26, 126, 226, 326, 426, 526) supported by the frame and aft of the operator cab and forward of at least a portion of the fifth wheel, the fairing at least partly blocking an air flow path into the gap from below the frame formed when a trailer is attached characterized in that a portion (48, 148, 248, 348, 448, 552) of the fairing (26, 126, 226, 326, 426, 526) is compliant.
A system for covering a nail surface comprising: a coating curable to an acrylic thermoset lattice layer conforming over the nail surface upon exposure to actinic radiation, wherein the coating comprises a reactive monomer, and/or oligomer, and/or polymer which polymerizes, it increases adhesiveness and it is a polymerisable (meth)acrylate, a monomer which confers the property of ease of removal of the lattice and which is a polypropylene glycol (meth)acrylated monomer, a non-reactive solvent, a non-reactive, solvent-dissolvable film-forming polymer, and at least one polymer which conveys enhanced adhesion and which facilitates solvent removal and it is a PMMA-PMAA copolymer. a coating curable to an acrylic thermoset lattice layer conforming over the nail surface upon exposure to actinic radiation, wherein the coating comprises a reactive monomer, and/or oligomer, and/or polymer which polymerizes, it increases adhesiveness and it is a polymerisable (meth)acrylate, a monomer which confers the property of ease of removal of the lattice and which is a polypropylene glycol (meth)acrylated monomer, a non-reactive solvent, a non-reactive, solvent-dissolvable film-forming polymer, and at least one polymer which conveys enhanced adhesion and which facilitates solvent removal and it is a PMMA-PMAA copolymer.
Drum for a drum brake manufactured as a single part from aluminium alloy and comprising a central axis, a rear wall for being connected to a wheel and extending perpendicular to the central axis, a circumferential wall extending parallel to the central axis, and a transition area attaching the circumferential wall with the rear wall, the circumferential wall has an inner face and an outer face which is opposite the inner face, the inner face defines a braking surface for being contacted by braking shoes of the drum brake, and the outer face has a heat dissipating mass projecting radially from the outer face, the circumferential wall has in the outer face a first segment free of heat dissipating mass extending from the transition area and a second segment in which the heat dissipating mass is arranged and extends from the first segment, such that the circumferential wall is thicker in the second segment than in the first segment, the inner face is parallel to the central axis and extends from a first point which is attached to the transition area and contained in a first imaginary plane (i) perpendicular to the central axis, and the heat dissipating mass has a wall extending from the first segment, from an intersection point which is defined between the wall and the first segment, with the intersection point being contained in a second imaginary plane (i') perpendicular to the central axis, characterized in that the first imaginary plane (i) is separated from the second imaginary plane (i') by a distance of at least 5 mm and the wall of the heat dissipating mass is a vertical wall extending from the first segment perpendicular to the central axis, with the vertical wall being contained in the second imaginary plane (i').