mhurhangee/ep-ind-claims huggingface dataset:
A coaxial cable comprising: an insulator having void portions continuing in a longitudinal direction; a central conductor covered with the insulator; and an outer conductor arranged on an outer circumference of the insulator, wherein: each of the void portions is formed to have a circular or elliptical cross section, the void portions are evenly arranged in the insulator in a set of seven to nine, and a ratio of a diameter of the insulator to a diameter of the central conductor is 2.4 to 2.7, characterized in that in a cross section perpendicular to the longitudinal direction of the coaxial cable, a void ratio of each of the void portions is 6.8% or less and a void ratio of the entire void portions is at least 43%, wherein the void ratio is a proportion of the void portions to a sum of a total area of all the void portions and an area of the insulator, an insulator having void portions continuing in a longitudinal direction; a central conductor covered with the insulator; and an outer conductor arranged on an outer circumference of the insulator, wherein: each of the void portions is formed to have a circular or elliptical cross section, the void portions are evenly arranged in the insulator in a set of seven to nine, and a ratio of a diameter of the insulator to a diameter of the central conductor is 2.4 to 2.7, each of the void portions is formed to have a circular or elliptical cross section, the void portions are evenly arranged in the insulator in a set of seven to nine, and a ratio of a diameter of the insulator to a diameter of the central conductor is 2.4 to 2.7,
A base station apparatus for a base station in a wireless communications system, the base station apparatus comprising: a data transmission unit to transmit data to receiving terminals, comprising a first channel state information receiving unit to receive first channel state information from a plurality of terminals (270, 280) regarding a wireless channel between the base station apparatus and the plurality of terminals connected to the base station apparatus, wherein the first channel state information is quantized based on a first quantization length; a receiving terminal selection unit to select at least one receiving terminal to receive data from among the plurality of terminals based on the first channel state information; a quantization length determination unit to independently determine a second quantization length of the selected receiving terminal based on the first channel state information; a quantization length transmission unit to transmit the second quantization length to the selected receiving terminal, wherein the second quantization length corresponds to the selected receiving terminal; a second channel state information receiving unit to receive the second channel state information from the selected receiving terminal, wherein the second channel state information is quantized based on the second quantization length of the wireless channel; and wherein the data transmission unit is configured to transmit data to the selected receiving terminal by using a plurality of transmission antennas of the base station based on the second channel state information. a data transmission unit to transmit data to receiving terminals, comprising a first channel state information receiving unit to receive first channel state information from a plurality of terminals (270, 280) regarding a wireless channel between the base station apparatus and the plurality of terminals connected to the base station apparatus, wherein the first channel state information is quantized based on a first quantization length; a receiving terminal selection unit to select at least one receiving terminal to receive data from among the plurality of terminals based on the first channel state information; a quantization length determination unit to independently determine a second quantization length of the selected receiving terminal based on the first channel state information; a quantization length transmission unit to transmit the second quantization length to the selected receiving terminal, wherein the second quantization length corresponds to the selected receiving terminal; a second channel state information receiving unit to receive the second channel state information from the selected receiving terminal, wherein the second channel state information is quantized based on the second quantization length of the wireless channel; and wherein the data transmission unit is configured to transmit data to the selected receiving terminal by using a plurality of transmission antennas of the base station based on the second channel state information.
An absorbent article comprising: a chassis comprising a topsheet, a backsheet, and an absorbent core disposed between the topsheet and the backsheet, the chassis having a body-facing surface and an outer-facing surface, and a pair of side flaps (100A, 100B) comprising a first surface (103A, 103B), a second surface (104A, 104B) opposite the first surface, and a first adhesive, each of the side flaps having a proximal end (101A, 101B) and a free distal end (102A, 102B), wherein each distal end is foldable around an edge of an undergarment when applied on the undergarment during use to attach the first adhesive to the underside of the undergarment thereby attaching the absorbent article to the undergarment, wherein each of the side flaps is formed discretely to the chassis and is bonded at the proximal end by the first surface to the body facing surface of the chassis at a joint (40A and 40B), and wherein each side flap extends inwards from the joint in a lateral direction of the absorbent article with the first surface facing the top sheet of the absorbent article, and wherein each side flap is extensible. a chassis comprising a topsheet, a backsheet, and an absorbent core disposed between the topsheet and the backsheet, the chassis having a body-facing surface and an outer-facing surface, and a pair of side flaps (100A, 100B) comprising a first surface (103A, 103B), a second surface (104A, 104B) opposite the first surface, and a first adhesive, each of the side flaps having a proximal end (101A, 101B) and a free distal end (102A, 102B), wherein each distal end is foldable around an edge of an undergarment when applied on the undergarment during use to attach the first adhesive to the underside of the undergarment thereby attaching the absorbent article to the undergarment, wherein each of the side flaps is formed discretely to the chassis and is bonded at the proximal end by the first surface to the body facing surface of the chassis at a joint (40A and 40B), and wherein each side flap extends inwards from the joint in a lateral direction of the absorbent article with the first surface facing the top sheet of the absorbent article, and wherein each side flap is extensible.
An electric razor comprising: a main body configured to be gripped by a user; and a head having a blade block including an outer blade (311, 321) and an inner blade (321, 322), the inner blade being disposed inside the outer blade and sliding with respect to the outer blade, wherein the head comprises: a base, a support frame that supports the blade block in a floatable and sinkable way, and at least one push-up member that urges the support frame in a direction away from the base, characterized in that the head further comprises a lower case that includes the base, an upper case in which the support frame is held, and a hook that locks the upper case or the support frame to the base, and by locking the upper case or the support frame with the hook, the support frame is kept fixed to the base, even if the at least one push-up member urges the support frame in a direction away from the base. a main body configured to be gripped by a user; and a head having a blade block including an outer blade (311, 321) and an inner blade (321, 322), the inner blade being disposed inside the outer blade and sliding with respect to the outer blade, wherein the head comprises: a base, a support frame that supports the blade block in a floatable and sinkable way, and at least one push-up member that urges the support frame in a direction away from the base, a base, a support frame that supports the blade block in a floatable and sinkable way, and at least one push-up member that urges the support frame in a direction away from the base, the head further comprises a lower case that includes the base, an upper case in which the support frame is held, and a hook that locks the upper case or the support frame to the base, and a lower case that includes the base, an upper case in which the support frame is held, and a hook that locks the upper case or the support frame to the base, and by locking the upper case or the support frame with the hook, the support frame is kept fixed to the base, even if the at least one push-up member urges the support frame in a direction away from the base.
A method of performing motion vector prediction for a current block in a picture, the method comprising: determining (S912;S1010) whether to derive, from a first motion vector of a first block, a candidate for a motion vector predictor for a current motion vector of the current block, based on a type of a current reference picture and a type of a first reference picture, the first block being (i) a neighboring block that is included in a current picture including the current block and is adjacent to the current block or (ii) a collocated block included in a picture different from the current picture, the current reference picture being referred to from the current block using the current motion vector, and the first reference picture being referred to from the first block using the first motion vector; deriving (S916;S1014) the candidate by scaling the first motion vector when it is determined in the determining that the candidate is to be derived from the first motion vector; adding (S918;S1016) the derived candidate to a list of candidates; and deriving at least one motion vector predictor based on a selected candidate from the list of candidates; characterized in that the candidate is determined to be derived from the first motion vector when the type of the current reference picture and the type of the first reference picture are both a long term reference picture; and it is determined that the candidate is not to be derived from the first motion vector when the current reference picture and the first reference pictures are of different types. determining (S912;S1010) whether to derive, from a first motion vector of a first block, a candidate for a motion vector predictor for a current motion vector of the current block, based on a type of a current reference picture and a type of a first reference picture, the first block being (i) a neighboring block that is included in a current picture including the current block and is adjacent to the current block or (ii) a collocated block included in a picture different from the current picture, the current reference picture being referred to from the current block using the current motion vector, and the first reference picture being referred to from the first block using the first motion vector; deriving (S916;S1014) the candidate by scaling the first motion vector when it is determined in the determining that the candidate is to be derived from the first motion vector; adding (S918;S1016) the derived candidate to a list of candidates; and deriving at least one motion vector predictor based on a selected candidate from the list of candidates; characterized in that the candidate is determined to be derived from the first motion vector when the type of the current reference picture and the type of the first reference picture are both a long term reference picture; and it is determined that the candidate is not to be derived from the first motion vector when the current reference picture and the first reference pictures are of different types.
Internal sealing sleeve for insertion into tubes for the purposes of sealing leaks therein, having a tubular, bent-together and expandable strip, the end-side strip parts (3, 4) of which at least partially overlap in a circumferential direction in an overlap region, wherein - each of the end-side strip parts (3, 4) has at least one opening (7, 8), - each opening of one of the end-side strip parts together with an opening of the respective other strip part forms a pair of openings (7, 8), - a retaining element is arranged in each pair of openings (7, 8), characterized in that the retaining element is composed of plastic and is manufactured and inserted such that it breaks away when the internal sealing sleeve is expanded. - each of the end-side strip parts (3, 4) has at least one opening (7, 8), - each opening of one of the end-side strip parts together with an opening of the respective other strip part forms a pair of openings (7, 8), - a retaining element is arranged in each pair of openings (7, 8),
A washing agent, preferably a liquid washing agent, containing a surfactant mixture in an amount of from 2 to 30 wt.% based on the total amount of the washing agent, wherein the surfactant mixture comprises: a) from 5 to 20 wt.% amine oxide, b) from 10 to 60 wt.% alkylbenzene sulfonate, c) from 12.5 to 70 wt.% alkyl ether sulfate, and d) from 10 to 60 wt.% fatty alcohol alkoxylate, in each case based on the surfactant mixture, wherein i) the mass ratio of amine oxide to alkylbenzene sulfonate is from 1:2 to 1:3, preferably from 1:2.1 to 1:2.5, ii) the mass ratio of amine oxide to alkyl ether sulfate is from 1:2.5 to 1:3.5, preferably from 1:2.8 to 1:3.2, and iii) the mass ratio of amine oxide to fatty alcohol alkoxylate is from 1:2 to 1:3, preferably from 1:2.1 to 1:2.5. a) from 5 to 20 wt.% amine oxide, b) from 10 to 60 wt.% alkylbenzene sulfonate, c) from 12.5 to 70 wt.% alkyl ether sulfate, and d) from 10 to 60 wt.% fatty alcohol alkoxylate, i) the mass ratio of amine oxide to alkylbenzene sulfonate is from 1:2 to 1:3, preferably from 1:2.1 to 1:2.5, ii) the mass ratio of amine oxide to alkyl ether sulfate is from 1:2.5 to 1:3.5, preferably from 1:2.8 to 1:3.2, and iii) the mass ratio of amine oxide to fatty alcohol alkoxylate is from 1:2 to 1:3, preferably from 1:2.1 to 1:2.5.
Motor vehicle comprising: - an inner press forming a lining of an outer bodywork element, said press having at least one edge forming with said element a junction rebate delimiting an opening intended to receive an opening leaf; - a joint fitting the junction rebate; - a lining (2, 4) arranged against the press-formed part, with at least one lateral edge adjacent to the joint; characterized by the fitting (2, 4) comprises at least one rib for engagement with the seal, extending transversely to the at least one lateral edge and from said edge, on an inner face of said fitting (2, 4), and the seal comprises a notch receiving the lateral edge and an end portion of the at least one rib, the at least one engagement rib forming an adjacent shoulder the end portion, said shoulder forming a stop surface against the seal. - an inner press forming a lining of an outer bodywork element, said press having at least one edge forming with said element a junction rebate delimiting an opening intended to receive an opening leaf; - a joint fitting the junction rebate; - a lining (2, 4) arranged against the press-formed part, with at least one lateral edge adjacent to the joint;
An electromagnetic brake assembly comprising: a solenoid coil; a fixed ferrous brake stator; a ferrous armature having a braking face, wherein the armature is moveable in a translation direction relative to the brake stator between a disengaged position and an engaged position; and a rotating member including a mating surface and that rotates relative to the armature when the armature is in the disengaged position; wherein when the solenoid coil is energized, the armature translationally moves from the disengaged position to the engaged position, and in the engaged position the braking face of the armature interacts with the mating surface of the rotating member to apply a braking force to the rotating member; characterized in that: the braking face of the armature is a conical face and the mating surface of the rotating member is a tapered surface opposing the conical face to form a conical braking interface; and the electromagnetic brake assembly further comprises a friction O-ring disposed within a groove (56, 48) at the conical braking interface between the conical face of the armature and the opposing tapered mating surface of the rotating member. a solenoid coil; a fixed ferrous brake stator; a ferrous armature having a braking face, wherein the armature is moveable in a translation direction relative to the brake stator between a disengaged position and an engaged position; and a rotating member including a mating surface and that rotates relative to the armature when the armature is in the disengaged position; wherein when the solenoid coil is energized, the armature translationally moves from the disengaged position to the engaged position, and in the engaged position the braking face of the armature interacts with the mating surface of the rotating member to apply a braking force to the rotating member; characterized in that: the braking face of the armature is a conical face and the mating surface of the rotating member is a tapered surface opposing the conical face to form a conical braking interface; and the electromagnetic brake assembly further comprises a friction O-ring disposed within a groove (56, 48) at the conical braking interface between the conical face of the armature and the opposing tapered mating surface of the rotating member. the braking face of the armature is a conical face and the mating surface of the rotating member is a tapered surface opposing the conical face to form a conical braking interface; and the electromagnetic brake assembly further comprises a friction O-ring disposed within a groove (56, 48) at the conical braking interface between the conical face of the armature and the opposing tapered mating surface of the rotating member.
Process for preparing polyols containing oxyalkylene units, comprising the following steps: (a) adding an alkylene oxide compound onto a starter compound having at least one Zerewitinoff-active hydrogen atom in the presence of a basic catalyst to obtain an alkaline crude polyol, (b) subsequently neutralizing the alkaline crude polyol by contacting an acid with the alkaline crude polyol over a period of time t1, (c) optionally removing water, (d) removing the neutralization salts formed, characterized in that in step (b) a defined period of time t1 ≥ 5 min (contacting time) is observed for the contacting of the alkaline crude polyol with the amount of acid needed for the neutralization, contacting being understood to mean the increasing of the ratio between acid and alkaline crude polyol during the combining of the two components until the target ratio of acid/crude polyol has been attained. (a) adding an alkylene oxide compound onto a starter compound having at least one Zerewitinoff-active hydrogen atom in the presence of a basic catalyst to obtain an alkaline crude polyol, (b) subsequently neutralizing the alkaline crude polyol by contacting an acid with the alkaline crude polyol over a period of time t1, (c) optionally removing water, (d) removing the neutralization salts formed,
An apparatus for processing documents of value comprising: a stationary part and a movable part, wherein said stationary part comprises a singler for singling a stack of documents, wherein said movable part comprises at least two output pockets for receiving processed documents, wherein said movable part is mounted to the stationary part so as to be pivotable between a closed position and an open position, wherein said stationary part and said movable part are arranged to form a transport path when said movable part is in the closed position, and wherein said stationary part and said movable part are arranged to allow access to at least a section of said transport path when said movable part is in the open position, wherein the apparatus is arranged to transport singled documents of value from said singler along said transport path to said output pockets, characterized in that said stationary part comprises a stationary base module and a first stationary extension module mounted on top of the stationary base module, in that said movable part comprises a movable base module and a first movable extension module mounted to the movable base module and having an output pocket, and in that said base modules (68, 76) and said extension modules (70, 78) respectively are complementary to each other to form at least sections of said transport path. a stationary part and a movable part, wherein said stationary part comprises a singler for singling a stack of documents, wherein said movable part comprises at least two output pockets for receiving processed documents, wherein said movable part is mounted to the stationary part so as to be pivotable between a closed position and an open position, wherein said stationary part and said movable part are arranged to form a transport path when said movable part is in the closed position, and wherein said stationary part and said movable part are arranged to allow access to at least a section of said transport path when said movable part is in the open position, wherein the apparatus is arranged to transport singled documents of value from said singler along said transport path to said output pockets, characterized in that said stationary part comprises a stationary base module and a first stationary extension module mounted on top of the stationary base module, in that said movable part comprises a movable base module and a first movable extension module mounted to the movable base module and having an output pocket, and in that said base modules (68, 76) and said extension modules (70, 78) respectively are complementary to each other to form at least sections of said transport path.
A method of testing the catalytic efficiency of an exhaust component when it has been removed from a vehicle, the exhaust component having a plurality of elongate channels through which exhaust gases flow, said channels extending between a first end face and a second end face of said component, and the method comprising: - applying a first sealing means to said first end face of the exhaust component and applying a second sealing means to said second end face of the exhaust component, such that said first and second sealing means create a gas-tight seal and prevent exhaust gas flowing through a plurality of the channels of the exhaust component; - causing an exhaust gas to flow through the exhaust component; and - making measurements of a property of the exhaust gas before and after it has flowed through said exhaust component; wherein the flow of the exhaust gas through the channels is restricted by said first sealing means and said second sealing means such that the volume of the exhaust component through which the exhaust gas flows is reduced. - applying a first sealing means to said first end face of the exhaust component and applying a second sealing means to said second end face of the exhaust component, such that said first and second sealing means create a gas-tight seal and prevent exhaust gas flowing through a plurality of the channels of the exhaust component; - causing an exhaust gas to flow through the exhaust component; and - making measurements of a property of the exhaust gas before and after it has flowed through said exhaust component;