mhurhangee/patent-ind-claim-en huggingface dataset:
A random number generation apparatus, comprising: a first random number generating part generating a random number u=(u 1 ,...,u D ) T ∈[-∞,∞] D ; a second random number generating part generating a random number v∈[0,f'max]; a determining part determining whether f'(x 1 =u 1 ,...,x D =u D )≥v or not, and, if f'(x 1 =u 1 ,...,x D =u D )≥v, adopting u as a random number according to f'(x 1 ,...,x D ); and an anonymization part anonymizing attributes in a database based on the adopted random number u, wherein D is a predetermined positive integer, for i=1,...,D, [h i ] is a predetermined possible range for a random variable x i , a hole [h] is [h]=([h 1 ],...,[h D ]) T , H is a probability of a predetermined basic distribution function f(x 1 ,...,x D ) in the hole [h], α=1/(1-H), a corrected distribution function f'(x 1 ,...,x D ) is defined by Expressions and : [Formula 29] H = ∫ x 1 ∈ h 1 ⋯ ∫ x D ∈ h D f x 1 ⋯ x D dx 1 ⋯ dx D f ′ x 1 ⋯ x D = 0 if x 1 ∈ h 1 ∧ ⋯ ∧ x D ∈ h D f ′ x 1 ⋯ x D = α ⋅ ƒ x 1 ⋯ x D otherwise and f' max is a maximum value of f'(x 1 ,...,x D ). a first random number generating part generating a random number u=(u 1 ,...,u D ) T ∈[-∞,∞] D ; a second random number generating part generating a random number v∈[0,f'max]; a determining part determining whether f'(x 1 =u 1 ,...,x D =u D )≥v or not, and, if f'(x 1 =u 1 ,...,x D =u D )≥v, adopting u as a random number according to f'(x 1 ,...,x D ); and an anonymization part anonymizing attributes in a database based on the adopted random number u, wherein D is a predetermined positive integer, for i=1,...,D, [h i ] is a predetermined possible range for a random variable x i , a hole [h] is [h]=([h 1 ],...,[h D ]) T , H is a probability of a predetermined basic distribution function f(x 1 ,...,x D ) in the hole [h], α=1/(1-H), a corrected distribution function f'(x 1 ,...,x D ) is defined by Expressions and : [Formula 29] H = ∫ x 1 ∈ h 1 ⋯ ∫ x D ∈ h D f x 1 ⋯ x D dx 1 ⋯ dx D f ′ x 1 ⋯ x D = 0 if x 1 ∈ h 1 ∧ ⋯ ∧ x D ∈ h D f ′ x 1 ⋯ x D = α ⋅ ƒ x 1 ⋯ x D otherwise and f' max is a maximum value of f'(x 1 ,...,x D ).
A hybrid powertrain (10:1,10:2) for a vehicle , said hybrid powertrain comprising: - an internal combustion engine (ICE); - a first and a second electric machine (EMA, EMB) electrically coupled to each other; and - a planetary gear set (PGS), comprising a first (RGM), a second (CSM) and a third member (SGM), wherein the second member is a carrier shaft (CSM), wherein the internal combustion engine is mechanically engaged to the second member of the planetary gear set (PGS), the first electric machine (EMA) is arranged mechanically engaged to the first member of the planetary gear set, the second electric machine (EMB) is arranged mechanically engagable to the second and third member of the planetary gear set so as to establish a plurality of operational modes of the hybrid powertrain, wherein the third member of the planetary is coupled to an output member (S1, DA) for transferring of a driving torque from the hybrid powertrain to the vehicle; characterized in comprising: - a torque converter (TC); wherein the internal combustion engine (ICE) is mechanically engaged to the second member (CSM) of the planetary gear (PGS) set via the torque converter (TC); and wherein the first member of the planetary gear set (PGS) is a ring gear (RGM) and the third member is a sun gear (SGM). - an internal combustion engine (ICE); - a first and a second electric machine (EMA, EMB) electrically coupled to each other; and - a planetary gear set (PGS), comprising a first (RGM), a second (CSM) and a third member (SGM), wherein the second member is a carrier shaft (CSM), wherein the internal combustion engine is mechanically engaged to the second member of the planetary gear set (PGS), the first electric machine (EMA) is arranged mechanically engaged to the first member of the planetary gear set, the second electric machine (EMB) is arranged mechanically engagable to the second and third member of the planetary gear set so as to establish a plurality of operational modes of the hybrid powertrain, wherein the third member of the planetary is coupled to an output member (S1, DA) for transferring of a driving torque from the hybrid powertrain to the vehicle; - a torque converter (TC); wherein the internal combustion engine (ICE) is mechanically engaged to the second member (CSM) of the planetary gear (PGS) set via the torque converter (TC); and wherein the first member of the planetary gear set (PGS) is a ring gear (RGM) and the third member is a sun gear (SGM). wherein the internal combustion engine (ICE) is mechanically engaged to the second member (CSM) of the planetary gear (PGS) set via the torque converter (TC); and wherein the first member of the planetary gear set (PGS) is a ring gear (RGM) and the third member is a sun gear (SGM).
Device for fastening a base plate of stoma devices, having two-component coupling systems consisting of a detachable bag and of a separate self-adhesive base plate, to the skin of affected persons, wherein the device consists of a heat accumulator plate which, on the side directed away from the base plate during the use of the device, has a receiving opening for a thermometer , and wherein means are present for fixing the thermometer in the receiving opening , characterized in that a profiled cutout is worked into the heat accumulator plate on the side of the heat accumulator plate directed towards the base plate , wherein the profiled cutout corresponds substantially to the outer contour of a projection , present on the base plate , for coupling to the bag, and the depth of the profiled cutout corresponds at least to the height of this projection , and in that the heat accumulator plate is chosen such that, during the use of the device, the temperature decrease at the surface of the heat accumulator plate is not more than 5°C within 2 min.
An airbag module comprising an airbag , at least one gas generating unit and a holding fixture to which the airbag and/or the at least one gas generating unit is/are fastened, wherein the airbag is folded above the gas generating unit so that upon release of the gas generating unit the airbag is inflated and deployed, wherein an adhesive joint is provided by which wall portions of the airbag are adhesively bonded at least in spots, characterized in that the adhesive joint is provided in an area of the airbag located directly above the gas generating unit so as to form an innermost wall layer which is directly adjacent to the gas generating unit . an airbag , at least one gas generating unit and a holding fixture to which the airbag and/or the at least one gas generating unit is/are fastened, wherein the airbag is folded above the gas generating unit so that upon release of the gas generating unit the airbag is inflated and deployed, wherein an adhesive joint is provided by which wall portions of the airbag are adhesively bonded at least in spots, characterized in that the adhesive joint is provided in an area of the airbag located directly above the gas generating unit so as to form an innermost wall layer which is directly adjacent to the gas generating unit .
A voltage source converter (10; 70; 80; 90; 110), for use in high voltage direct current power transmission and reactive power compensation, comprising a plurality of converter limbs (12 1 , 12 2 , 12 3 ) connected in series between first and second DC terminals connectable in use to a DC network , each converter limb (12 1 , 12 2 , 12 3 ) including first and second series connection points between which extends a longitudinal chain-link converter operable to provide a stepped variable voltage (V 1 arm , V 2 arm , V 3 arm ), each first series connection point being electrically connected with a corresponding first AC connection terminal via a first transverse branch , each second series connection point being electrically connected with a corresponding second AC connection terminal via a second transverse branch , the first and second AC connection terminals together defining an AC connection connectable in use to a respective phase of an AC network , and at least one transverse branch of the first and second transverse branches in each converter limb (12 1 , 12 2 , 12 3 ) including a transverse circuit (44; 72; 82; 92) having therein a transverse chain-link converter operable to provide a stepped variable voltage (V 1 armT , V 2 armT , V 3 armT ), and characterized in that the transverse circuit (82; 92) additionally includes an inductive or capacitive element .
A method in a transmitting device , comprising: forming an Orthogonal Frequency-Division Multiplexing, OFDM, signal comprising a plurality of OFDM symbols and carrying user data targeted to a main transceiver of one or more receiving devices; modulating the OFDM signal with a wake-up signature, WUS, targeted to a wake-up receiver, WUR, of a first receiving device other than the one or more receiving devices, wherein said modulating is performed so as to superimpose a modulation of signal power on the OFDM signal, the resulting variations in signal power conveying the WUS; and transmitting the modulated OFDM signal. forming an Orthogonal Frequency-Division Multiplexing, OFDM, signal comprising a plurality of OFDM symbols and carrying user data targeted to a main transceiver of one or more receiving devices; modulating the OFDM signal with a wake-up signature, WUS, targeted to a wake-up receiver, WUR, of a first receiving device other than the one or more receiving devices, wherein said modulating is performed so as to superimpose a modulation of signal power on the OFDM signal, the resulting variations in signal power conveying the WUS; and transmitting the modulated OFDM signal.
Silencer for installation in an air duct , in particular in a flat duct, with at least one sound-absorbing insulating element extending substantially in a longitudinal direction (X), and with at least one holding device which receives the insulating element at least in sections and which has a fastening device for fixing the silencer in the air duct , characterized in that the holding device has two half-shells which are detachably connected to one another, in particular in a height direction (Z) of the silencer , and between which the insulating element is received and fixed at least in sections.
A method for controlling a robot in a storage and order-picking system , the robot comprising a gripping unit movable in relation to a robot base , in which the articles (23a..23n) are gripped from or out of a first article carrier and placed in or on a second article carrier by the gripping unit , wherein - at least one of the article carriers is configured as a loading aid (9a..9e) suitable for transporting the articles (23a..23n), - a loading space (27a..27d) is defined in the region of the at least one loading aid (9a..9e), the loading space is intended for accommodating the articles (23a..23n), - the loading space (27a..27d) and the articles (23a..23n) located in the area of the loading space (27a..27d) are detected by a sensor system (8a..8e), - after an article (23a..23n) has been picked up by the gripping unit from or out of the first article carrier , a check is carried out to determine whether an article (23a..23n) protrudes beyond said loading space (27a..27d), and - the article (23a..23n) protruding beyond the loading space (27a..27d) is picked up by the gripping unit and placed in another position if the outcome of said check is positive. - at least one of the article carriers is configured as a loading aid (9a..9e) suitable for transporting the articles (23a..23n), - a loading space (27a..27d) is defined in the region of the at least one loading aid (9a..9e), the loading space is intended for accommodating the articles (23a..23n), - the loading space (27a..27d) and the articles (23a..23n) located in the area of the loading space (27a..27d) are detected by a sensor system (8a..8e), - after an article (23a..23n) has been picked up by the gripping unit from or out of the first article carrier , a check is carried out to determine whether an article (23a..23n) protrudes beyond said loading space (27a..27d), and - the article (23a..23n) protruding beyond the loading space (27a..27d) is picked up by the gripping unit and placed in another position if the outcome of said check is positive.
A clock synchronization packet sending method, wherein the method comprises: sending (S110), by a first device, a first FlexE instance at a first physical layer, PHY, wherein the first FlexE instance comprises a clock synchronization packet; and sending (S120), by the first device, a second FlexE instance at a second PHY, wherein the second FlexE instance comprises a clock synchronization packet, and the first PHY and the second PHY are comprised in a same FlexE group, wherein the first device comprises a first clock device, and when the first PHY and the second PHY are in a normal state, one of the clock synchronization packet comprised in the first FlexE instance and the clock synchronization packet comprised in the second FlexE instance is a packet used by the first clock device to perform clock synchronization on a second clock device, wherein the other of the clock synchronization packet comprised in the second FlexE instance and the clock synchronization packet comprised in the first FlexE instance is a packet used by the first clock device to perform clock synchronization on a third clock device; wherein a second device comprises the second clock device and the third clock device sending (S110), by a first device, a first FlexE instance at a first physical layer, PHY, wherein the first FlexE instance comprises a clock synchronization packet; and sending (S120), by the first device, a second FlexE instance at a second PHY, wherein the second FlexE instance comprises a clock synchronization packet, and the first PHY and the second PHY are comprised in a same FlexE group, wherein the first device comprises a first clock device, and when the first PHY and the second PHY are in a normal state, one of the clock synchronization packet comprised in the first FlexE instance and the clock synchronization packet comprised in the second FlexE instance is a packet used by the first clock device to perform clock synchronization on a second clock device, wherein the other of the clock synchronization packet comprised in the second FlexE instance and the clock synchronization packet comprised in the first FlexE instance is a packet used by the first clock device to perform clock synchronization on a third clock device; wherein a second device comprises the second clock device and the third clock device
A method of face recognition, the method comprising the steps of: (a) performing an initial face recognition algorithm on an initial image of a user to determine the identity of the user, the initial image having an initial illumination level; (b) determining if a reliability measurement of the identity of the user determined by the initial face recognition algorithm meets a first threshold, the first threshold indicating possible identification and, if the reliability measurement is above the first threshold, (c) performing a face recognition algorithm on an image of a user to determine an identity of the user, the image having an illumination level that is greater than the initial illumination level; (d) determining if a reliability measurement of the identity of the user determined by the face recognition algorithm meets a second threshold, the second threshold indicating reliable identification and if the reliability measurement is below the second threshold, (e) receiving a new image of the user, the new image having an adjusted illumination level that is greater than the illumination level; and (f) performing a face recognition algorithm on the new image of the user to determine the identity of the user. (a) performing an initial face recognition algorithm on an initial image of a user to determine the identity of the user, the initial image having an initial illumination level; (b) determining if a reliability measurement of the identity of the user determined by the initial face recognition algorithm meets a first threshold, the first threshold indicating possible identification and, if the reliability measurement is above the first threshold, (c) performing a face recognition algorithm on an image of a user to determine an identity of the user, the image having an illumination level that is greater than the initial illumination level; (d) determining if a reliability measurement of the identity of the user determined by the face recognition algorithm meets a second threshold, the second threshold indicating reliable identification and if the reliability measurement is below the second threshold, (e) receiving a new image of the user, the new image having an adjusted illumination level that is greater than the illumination level; and (f) performing a face recognition algorithm on the new image of the user to determine the identity of the user.
A beam-like crosshead for a valve train of a heavy duty internal combustion engine for transmitting a cam lift to two co-acting gas exchange valves, which crosshead is a one-piece, stamped and bent hollow body made of sheet steel with an inverted U-profile, formed by a transverse wall with side walls hanging from its longitudinal edges , which transverse wall , starting from the longitudinal ends of the crosshead , each has a plateau and, at its longitudinal centre on its upper side , a raised contact zone for at least indirect cam counter-rotation, which plateaus are each connected to the contact zone via a roof section , wherein a gas exchange valve contact surface is located on an underside of the transverse wall at each of the longitudinal ends , and wherein the side walls extend unconnected at the longitudinal ends of the crosshead , characterised in that, to increase the distance between the contact zone and the two gas exchange valve contact surfaces , the two plateaus each have a centre section similar to a rectangular channel, which is lowered relative to the longitudinal edges by means of deep drawing, the longitudinal walls of which are positioned with their outer surfaces in front of the inner sides of the transverse walls in height sections, such that there is an M-like profile in the section of the plateaus , wherein the gas exchange valve contact surfaces are located on lower surfaces of the centre sections of the plateaus , wherein the roof sections are spherical segment-like.
A method of manufacturing a photovoltaic device comprising a semiconductor light absorption layer (SLAL), comprising: obtaining a stack of layers comprising a substrate and an electrode layer; depositing, on the stack, a solvent, a plurality of semiconducting particles, wherein the plurality of semiconducting particles comprises at least one selected from a group consisting of: cadmium telluride, copper indium gallium selenide, cadmium zinc telluride, and copper zinc tin selenium/sulfide; and a plurality of additive molecules, wherein the plurality of additive molecules comprises at least one selected from a group consisting of 7-hydroxy-5-methyl-1,3,4-triazaindolizine, 5-mercapto-1-phenyl-1H-tetrazole, 1,2,3a,7-tetraazaindene and 1,3,3a,7-tetraazaindene; evaporating the solvent from the stack by applying heat; sintering the stack to form the SLAL; depositing a transparent electrode on the SLAL; and depositing a grid electrode of a conducting material on the transparent electrode. obtaining a stack of layers comprising a substrate and an electrode layer; depositing, on the stack, a solvent, a plurality of semiconducting particles, wherein the plurality of semiconducting particles comprises at least one selected from a group consisting of: cadmium telluride, copper indium gallium selenide, cadmium zinc telluride, and copper zinc tin selenium/sulfide; and a plurality of additive molecules, wherein the plurality of additive molecules comprises at least one selected from a group consisting of 7-hydroxy-5-methyl-1,3,4-triazaindolizine, 5-mercapto-1-phenyl-1H-tetrazole, 1,2,3a,7-tetraazaindene and 1,3,3a,7-tetraazaindene; evaporating the solvent from the stack by applying heat; sintering the stack to form the SLAL; depositing a transparent electrode on the SLAL; and depositing a grid electrode of a conducting material on the transparent electrode.
A pharmaceutical composition comprising a pharmaceutically acceptable carrier and activated protein C (APC) for use in the therapy of retinal leakage and choroidal neovascularization (CNV).
Method for operating a vehicle , wherein the vehicle parked at a parking position in a car park is autonomously guided from the parking position to a loading station and is autonomously parked at the loading station, with the result that the vehicle can be loaded at the loading station, characterized in that , after loading, the vehicle is autonomously guided back to the same parking position or to another parking position in the car park and is autonomously parked there.
Hydraulic drive device with a press cylinder for a hydraulic press, preferably a powder press, wherein the hydraulic drive device is configured to guide a cylinder piston in a forward rapid motion at increased speed towards a press part and to press the press part in a press motion at low speed, wherein the cylinder piston defines a piston chamber and a rod chamber , wherein a pump device is provided for providing a volumetric flow of a hydraulic fluid into the piston chamber in order to perform the press motion, wherein a hydraulic accumulator device is provided for providing at least a part, in particular a predominant part, of a volumetric flow of the hydraulic fluid into the piston chamber so that the forward rapid motion is performed, dispensing with an additional rapid motion cylinder for realizing the rapid motion, wherein the piston chamber and the rod chamber are or can be connected via a fluid connection, wherein the pump device and the hydraulic accumulator device are arranged within this fluid connection, fluid-technically connected in parallel with one another, wherein a first fluid connection section connected to the piston chamber is connected to a first branching point , from which a second fluid connection section branches off in the direction of the pump device and a third fluid connection section branches off in the direction of the hydraulic accumulator device , wherein a fourth fluid connection section connected to the rod chamber is connected to a second branching point from which a fifth fluid connection section branches off in the direction of the pump device and a sixth fluid connection section branches off in the direction of the hydraulic accumulator device . wherein the cylinder piston defines a piston chamber and a rod chamber , wherein a pump device is provided for providing a volumetric flow of a hydraulic fluid into the piston chamber in order to perform the press motion, wherein a hydraulic accumulator device is provided for providing at least a part, in particular a predominant part, of a volumetric flow of the hydraulic fluid into the piston chamber so that the forward rapid motion is performed, dispensing with an additional rapid motion cylinder for realizing the rapid motion, wherein the piston chamber and the rod chamber are or can be connected via a fluid connection, wherein the pump device and the hydraulic accumulator device are arranged within this fluid connection, fluid-technically connected in parallel with one another, wherein a first fluid connection section connected to the piston chamber is connected to a first branching point , from which a second fluid connection section branches off in the direction of the pump device and a third fluid connection section branches off in the direction of the hydraulic accumulator device , wherein a fourth fluid connection section connected to the rod chamber is connected to a second branching point from which a fifth fluid connection section branches off in the direction of the pump device and a sixth fluid connection section branches off in the direction of the hydraulic accumulator device .