mhurhangee/patent-ind-claim-en huggingface dataset:
A voter for connecting a bus device (1, 101-107) to a bus line comprising at least redundant connections A and B, said voter being configured to: - receive nominally identical telegrams at the same time on both connection A and connection B, and - forward either the telegram from connection A or the telegram from connection B on to a processing stack of the bus device (1, 101-107), - wherein a telegram is not forwarded if it is marked as defect and wherein the voter is configured to: - check whether the first byte of each telegram has a valid start bit, a valid stop bit and a valid parity bit, and - mark a telegram as defect if its first byte does not have all of: a valid start bit, a valid stop bit and a valid parity bit, characterized in that the voter is further configured to: - observe the line quality of both connection A and connection B by counting the number of telegrams marked as defect, and/or the number of telegrams not marked as defect, and if neither the telegram from connection A nor the telegram from connection B is marked as defect, forward the telegram from the connection with the better line quality to the processing stack of the bus device (1, 101-107). - receive nominally identical telegrams at the same time on both connection A and connection B, and - forward either the telegram from connection A or the telegram from connection B on to a processing stack of the bus device (1, 101-107), - wherein a telegram is not forwarded if it is marked as defect and wherein the voter is configured to: - check whether the first byte of each telegram has a valid start bit, a valid stop bit and a valid parity bit, and - mark a telegram as defect if its first byte does not have all of: a valid start bit, a valid stop bit and a valid parity bit, - observe the line quality of both connection A and connection B by counting the number of telegrams marked as defect, and/or the number of telegrams not marked as defect, and if neither the telegram from connection A nor the telegram from connection B is marked as defect, forward the telegram from the connection with the better line quality to the processing stack of the bus device (1, 101-107).
A method of concurrently identifying a 5-methylated cytosine residue and a 5-hydroxymethylated cytosine residue at single base resolution in a nucleic acid sequence, the method comprising: (a) performing one or more sequential rounds of one cycle of PCR amplification and treatment of a nucleic acid sequence with methyltransferase in order to obtain a population of nucleic acids comprising the nucleic acid sequences and the amplified nucleic acid sequences, wherein 5hmC is diluted whereas the population of nucleic acids containing 5meC remains stable; (b) treating said replicated nucleic acid samples to convert a unmodified cytosine to a uracil or a thymidine on said population of nucleic acids; and (c) concurrently identify said 5-methylated cytosine residue and said 5-hydroxymethylated cytosine residue in said nucleic acid sequence, wherein said identifying comprises sequencing and comparing said population of nucleic acids to a reference nucleic acid sequence. (a) performing one or more sequential rounds of one cycle of PCR amplification and treatment of a nucleic acid sequence with methyltransferase in order to obtain a population of nucleic acids comprising the nucleic acid sequences and the amplified nucleic acid sequences, wherein 5hmC is diluted whereas the population of nucleic acids containing 5meC remains stable; (b) treating said replicated nucleic acid samples to convert a unmodified cytosine to a uracil or a thymidine on said population of nucleic acids; and (c) concurrently identify said 5-methylated cytosine residue and said 5-hydroxymethylated cytosine residue in said nucleic acid sequence, wherein said identifying comprises sequencing and comparing said population of nucleic acids to a reference nucleic acid sequence.
A method for fabricating a light-emitting device, comprising: growing a lift-off layer on a substrate; growing an epitaxial semiconductor device structure on said lift-off layer such that said lift-off layer is sandwiched between said device structure and substrate, said epitaxial semiconductor structure comprising an emitter adapted to emit light in response to a bias; flip-chip mounting said device structure, lift-off layer and substrate on a submount such that said epitaxial semiconductor device structure is sandwiched between said submount and said lift-off layer, and removing at least a portion of said lift-off layer to separate said substrate from said device structure; wherein said epitaxial structure comprises GaN, and said lift-off layer comprises a material from the group InGaN, AlInGaN and AlInGaAs, wherein removing at least some of said light-off layer comprises illuminating said device with laser light having a wavelength of between approximately 390 and 450 nm, the method being characterised in that the substrate is a SiC substrate. growing a lift-off layer on a substrate; growing an epitaxial semiconductor device structure on said lift-off layer such that said lift-off layer is sandwiched between said device structure and substrate, said epitaxial semiconductor structure comprising an emitter adapted to emit light in response to a bias; flip-chip mounting said device structure, lift-off layer and substrate on a submount such that said epitaxial semiconductor device structure is sandwiched between said submount and said lift-off layer, and removing at least a portion of said lift-off layer to separate said substrate from said device structure; wherein said epitaxial structure comprises GaN, and said lift-off layer comprises a material from the group InGaN, AlInGaN and AlInGaAs, wherein removing at least some of said light-off layer comprises illuminating said device with laser light having a wavelength of between approximately 390 and 450 nm, the method being characterised in that the substrate is a SiC substrate.
A cutting knife configured to be coupled to an agricultural combine harvester to cut crop plants from an agricultural field, the cutting knife comprising a base configured to be coupled to a head unit of the agricultural combine harvester and a blade including a blade central axis extending away from the base , the blade including a plurality of cutting teeth , each tooth of the plurality of teeth having a tip, the blade including an edge tangent to each tip on a first side of the blade , the edge obliquely oriented relative to the blade central axis , the plurality of teeth including consecutive first, second, and third teeth positioned along the edge with a first distance separating the tips of the first and second teeth , the first distance measured parallel to the edge , the first distance also separating the tips of the second and third teeth , characterized in that the plurality of cutting teeth also includes consecutive fourth, fifth, and sixth teeth positioned along the edge with a second distance different than the first distance separating the tips of the fourth and fifth teeth , the second distance measured parallel to the edge , the second distance also separating the tips of the fifth and sixth teeth .
An aluminosilicate molecular sieve composition comprising at least one intergrown phase comprising an ERI framework type molecular sieve and an LEV framework type molecular sieve, wherein the molecular sieve composition has a SiO 2 /Al 2 O 3 mole ratio of from 10 to 25, and wherein the ERI framework type molecular sieve is present in the at least one intergrown phase in a proportion to the LEV framework type molecular sieve of from 5% to 95%, as determined by DIFFaX analysis.
Closure cap for fitting onto the neck of a beverage bottle, having an opening in the upper side of the closure cap and a decorative body inserted into the closure cap , having a step , which is arranged in an annularly lifted manner on the upper side of the closure cap , for receiving the decorative body , in which the disc-like decorative body inserted into the closure cap on the inside engages, characterized in that the closure cap has, at least in part, a retaining bead which runs parallel to the upper side of the closure cap and projects into the closure cap , into which a liner plate is inserted which likewise runs parallel to the upper side of the closure cap and the decorative body engaging into the upper side, which fixes at least the decorative bodies in the position in the upper side of the closure cap and rests on the upper side as a closure seal on the bottle neck .
Fuel dispenser comprising a pumping unit comprising an electric motor that drives a pump , designed to draw fuel from a fuel tank, the pumping unit being connected to two fuel dispensing lines each comprising a flow rate measuring device connected to a flexible hose equipped with a nozzle , designed to deliver fuel to a vehicle tank, the electric motor being a motor having two predetermined speeds , providing the pump with two rotational speeds, to which a lower speed V1 that is intended to provide a small flow rate of fuel D1 at the outlet of the pumping unit when only one nozzle is delivering fuel, and a higher speed V2 that is intended to provide a large flow rate of fuel D2 at the outlet of the pumping unit when two nozzles are delivering fuel, the two-speed motor being electrically connected to a controller that controls the speed of the electric motor depending on the activated number of nozzles , characterized in that the two-speed motor is an asynchronous motor operating with a variable number of poles, the fuel dispenser comprising a switching means that is controlled by the controller and serves to switch from a number X of poles to a number Y of poles.
A method for determining a substitution temperature (Ts) for substituting a coolant liquid at a measured temperature (Tm) in order to control a heat engine , said heat engine being associated with a cooling circuit in relation with an additional heater , characterized in that , when said additional heater has been used prior to the starting of the heat engine , said method comprises: - a step of calculating said substitution temperature (Ts) including: a step of calculating a pressure difference (ΔT) from maps (C1, C2) integrating the two heating profiles (P1, P2) established for at least two usage temperatures of said additional heater and of a weighting coefficient (Cp) permitting the interpolation of the heating profiles (P1, P2), and a step of subtraction of said difference (ΔT) to said measured temperature (Tm), and - a step of transmission to an engine computer of said substitution temperature (Ts) to ensure said control of the heat engine. - a step of calculating said substitution temperature (Ts) including: a step of calculating a pressure difference (ΔT) from maps (C1, C2) integrating the two heating profiles (P1, P2) established for at least two usage temperatures of said additional heater and of a weighting coefficient (Cp) permitting the interpolation of the heating profiles (P1, P2), and a step of subtraction of said difference (ΔT) to said measured temperature (Tm), and a step of calculating a pressure difference (ΔT) from maps (C1, C2) integrating the two heating profiles (P1, P2) established for at least two usage temperatures of said additional heater and of a weighting coefficient (Cp) permitting the interpolation of the heating profiles (P1, P2), and a step of subtraction of said difference (ΔT) to said measured temperature (Tm), and - a step of transmission to an engine computer of said substitution temperature (Ts) to ensure said control of the heat engine.
A shower device, preferably a sanitary shower device for a shower bath, comprising - a fluid outlet structure forming a shower spray jet, including a plurality of jet outlet units, at least two thereof being formed as multichannel jet outlet units each including at least one first outlet channel (2 1 ) leading out axially and at least one second outlet channel (2 2 ) leading out axially which is fluidicly separated from the first one, and - a fluid conduct configured to conduct a fluid supplied to the shower device selectively to the first outlet channels or to the second outlet channels, characterized in that - a minimum distance (A 12 ) of the outlet channels (2 1 , 2 2 ) of a respective one of the multichannel jet outlet units is smaller than a minimum distance of the outlet channels of in each case two multichannel jet outlet units, and/or - at at least one multichannel jet outlet unit (2, 2") a second outlet channel (2 2 ) or a group of a plurality of second outlet channels (2 2 ) is arranged to surround a first outlet channel (2 1 ) at least along a part of its circumference. - a fluid outlet structure forming a shower spray jet, including a plurality of jet outlet units, at least two thereof being formed as multichannel jet outlet units each including at least one first outlet channel (2 1 ) leading out axially and at least one second outlet channel (2 2 ) leading out axially which is fluidicly separated from the first one, and - a fluid conduct configured to conduct a fluid supplied to the shower device selectively to the first outlet channels or to the second outlet channels, - a minimum distance (A 12 ) of the outlet channels (2 1 , 2 2 ) of a respective one of the multichannel jet outlet units is smaller than a minimum distance of the outlet channels of in each case two multichannel jet outlet units, and/or - at at least one multichannel jet outlet unit (2, 2") a second outlet channel (2 2 ) or a group of a plurality of second outlet channels (2 2 ) is arranged to surround a first outlet channel (2 1 ) at least along a part of its circumference.
A washing machine, tumble dryer or dishwasher comprising a housing and a plastic base consisting of a plate-shaped base area in the bottom zone of the housing for collecting leakage and condensate liquid, wherein the one-shell or multishell base has (a) integral mounts for functional units, especially liquor vessel shock absorbers; pumps; solenoid valves; control electronics; filling containers for detergents, detergent additives or cleaning agents; sensors; water detectors; sewage lines; flexible tubes and/or cables and/or (b) integral housings or housing parts of functional units, especially containers for detergents and/or cleaning agents, pump housings and/or control housings, characterized in that the bottom side of the plastic base has open-surface honeycomb ribs with struts that extend substantially vertically to the surface of the base. (a) integral mounts for functional units, especially liquor vessel shock absorbers; pumps; solenoid valves; control electronics; filling containers for detergents, detergent additives or cleaning agents; sensors; water detectors; sewage lines; flexible tubes and/or cables and/or (b) integral housings or housing parts of functional units, especially containers for detergents and/or cleaning agents, pump housings and/or control housings,
A method for adjusting a barred time associated with a moving user equipment , UE, comprising at the moving UE: using a receiver to obtain a dynamic characteristic of the moving UE; adjusting the barred time associated with the moving UE based on the dynamic characteristic to yield an adjusted barred time; applying the adjusted barred time to a resource management protocol; and executing the resource management protocol in a first wireless network in accordance with the adjusted barred time to access a first cell in the first wireless network. using a receiver to obtain a dynamic characteristic of the moving UE; adjusting the barred time associated with the moving UE based on the dynamic characteristic to yield an adjusted barred time; applying the adjusted barred time to a resource management protocol; and executing the resource management protocol in a first wireless network in accordance with the adjusted barred time to access a first cell in the first wireless network.
A pressure-sensitive adhesive composition, comprising: a block copolymer having 5 to 50 parts by weight of a first block having a glass transition temperature of 50 °C or more; and 50 to 95 parts by weight of a second block having a glass transition temperature of -10 °C or less, and comprising a crosslinkable functional group, and wherein the crosslinkable functional group is not comprised in the first block but in the second block. a block copolymer having 5 to 50 parts by weight of a first block having a glass transition temperature of 50 °C or more; and 50 to 95 parts by weight of a second block having a glass transition temperature of -10 °C or less, and comprising a crosslinkable functional group, and wherein the crosslinkable functional group is not comprised in the first block but in the second block.
An antenna selection method, applied to a terminal, wherein the terminal comprises m primary antennas configured for a first application program and n secondary antennas, wherein m ≥ 1 and n ≥ 1, and the method comprises: when the terminal is in a Wi-Fi connected state and a landscape user holding state, obtaining a key factor and a radio frequency indicator of each of m+n antenna combinations, wherein the key factor comprises one or more of an application delay, a received signal strength indicator RSSI, a signal-to-noise ratio SNR, and a packet loss rate, and the radio frequency indicator comprises one or more of antenna receiver sensitivity, a transmit power, error vector magnitude, a radiation pattern, and an extreme Wi-Fi throughput, wherein the radio frequency indicator has been measured in advance; determining a first antenna combination based on the key factor and the radio frequency indicator, wherein the first antenna combination is a first-priority antenna combination in the m+n antenna combinations, and the first antenna combination comprises at least one of the secondary antennas; and using the first antenna combination to perform communication for a second application program. when the terminal is in a Wi-Fi connected state and a landscape user holding state, obtaining a key factor and a radio frequency indicator of each of m+n antenna combinations, wherein the key factor comprises one or more of an application delay, a received signal strength indicator RSSI, a signal-to-noise ratio SNR, and a packet loss rate, and the radio frequency indicator comprises one or more of antenna receiver sensitivity, a transmit power, error vector magnitude, a radiation pattern, and an extreme Wi-Fi throughput, wherein the radio frequency indicator has been measured in advance; determining a first antenna combination based on the key factor and the radio frequency indicator, wherein the first antenna combination is a first-priority antenna combination in the m+n antenna combinations, and the first antenna combination comprises at least one of the secondary antennas; and using the first antenna combination to perform communication for a second application program.
A juvenile support assembly adapted to be installed on and removed from a child support apparatus , the juvenile support assembly comprising: two side coupling parts respectively disposed at a left and a right side of the juvenile support assembly , each of the two side coupling parts having a connector operable to engage with a corresponding connecting mount provided on the child support apparatus for installation of the juvenile support assembly on the child support apparatus , two frame portions each of which having a U-shape and being connected with the two side coupling parts , a guard member having two ends respectively connected with the two side coupling parts and configured to restrict a child sitting on the juvenile support assembly , and a resilient wire disposed below the guard member and having two opposite ends respectively attached fixedly to the two side coupling parts , the resilient wire forming a bearing support for a child that is elastically deformable along an upward-downward direction of the juvenile support assembly .
A portable printer , comprising: a print module configured to print data on a recording medium; a communication module configured to wirelessly communicate with an information apparatus ; a pressable switch ; a rotatable dial knob ; and a controller configured to send, via the communication module to the information apparatus , information for operating the information apparatus according to operations of the switch and the dial knob ; wherein: the dial knob has a cylindrical shape and includes an outer circumferential surface extending around an axis of rotation of the dial knob ; and the switch is disposed inside of the dial knob and configured to be turned on and off by pressing the outer circumferential surface of the dial knob in a direction orthogonal to the axis of rotation of the dial knob . a print module configured to print data on a recording medium; a communication module configured to wirelessly communicate with an information apparatus ; a pressable switch ; a rotatable dial knob ; and a controller configured to send, via the communication module to the information apparatus , information for operating the information apparatus according to operations of the switch and the dial knob ; wherein: the dial knob has a cylindrical shape and includes an outer circumferential surface extending around an axis of rotation of the dial knob ; and the switch is disposed inside of the dial knob and configured to be turned on and off by pressing the outer circumferential surface of the dial knob in a direction orthogonal to the axis of rotation of the dial knob . the dial knob has a cylindrical shape and includes an outer circumferential surface extending around an axis of rotation of the dial knob ; and the switch is disposed inside of the dial knob and configured to be turned on and off by pressing the outer circumferential surface of the dial knob in a direction orthogonal to the axis of rotation of the dial knob .
A device enabled for carrying beverage cans, in that it comprises a body of a laminar nature and with a symmetrical rectangular geometry, having on its surface at least two pairs of incisions without mutual contact defining along their path a plurality of tabs with a folding or bending capacity in relation to the body itself, such that the proportions and the geometry of the incisions are suitable for the tight insertion into each pair of incisions of the upper base or mouth of a beverage can ; wherein the body has a plurality of bending lines from the end of at least one incision closest to the edge of the body , and said bending lines directed towards the same closest edge of the same body ; characterized in that the body furthermore has added cuts arranged transverse and perpendicular to an axis of symmetry of the same body and arranged between the pairs of incisions .