mhurhangee/ep-ind-claims huggingface dataset:
A method used to transfer partitions to outer packagings intended for articles, wherein the method comprises at least the following steps: - transporting a multitude of outer packagings along at least one transport path, - withdrawing partitions from at least one supply of partitions, placing the multiple partitions withdrawn from the at least one supply into an outer packaging assigned to a particular partition in the area of the at least one transport path, characterised in that a plurality of partitions are withdrawn from at least one specific supply, wherein, temporally after withdrawal of all of the multiple partitions, these multiple partitions, having been withdrawn from the particular at least one specific supply, are moved together toward the at least one transport path, and, after having been moved together toward the at least one transport path, are placed simultaneously or at least approximately simultaneously into immediately successive or immediately adjacent outer packagings. - transporting a multitude of outer packagings along at least one transport path, - withdrawing partitions from at least one supply of partitions, placing the multiple partitions withdrawn from the at least one supply into an outer packaging assigned to a particular partition in the area of the at least one transport path, characterised in that a plurality of partitions are withdrawn from at least one specific supply, wherein, temporally after withdrawal of all of the multiple partitions, these multiple partitions, having been withdrawn from the particular at least one specific supply, are moved together toward the at least one transport path, and, after having been moved together toward the at least one transport path, are placed simultaneously or at least approximately simultaneously into immediately successive or immediately adjacent outer packagings. placing the multiple partitions withdrawn from the at least one supply into an outer packaging assigned to a particular partition in the area of the at least one transport path, characterised in that a plurality of partitions are withdrawn from at least one specific supply, wherein, temporally after withdrawal of all of the multiple partitions, these multiple partitions, having been withdrawn from the particular at least one specific supply, are moved together toward the at least one transport path, and, after having been moved together toward the at least one transport path, are placed simultaneously or at least approximately simultaneously into immediately successive or immediately adjacent outer packagings.
A torque adapter for measuring a stall torque supplied by a rotary power source, the torque adapter comprising: a housing including an arcuate recess defined at least partly by a recess front wall and a recess back wall, the arcuate recess having a first rotational zone bounded on one side by the recess back wall, and a second rotational zone bounded on an opposite side from the first rotational zone by the recess front wall; a mandrel rotatable relative to the housing and having a flange portion, the flange portion including an arcuate protrusion received in the arcuate recess; a resistance subassembly including a biasing member received in the arcuate recess; wherein the resistance subassembly is configured so that when the mandrel is rotated relative to the housing, the mandrel encounters nominal rotational resistance while the arcuate protrusion passes through the first rotational zone, and wherein the mandrel encounters increasing rotational resistance while the arcuate protrusion passes through the second rotational zone. a housing including an arcuate recess defined at least partly by a recess front wall and a recess back wall, the arcuate recess having a first rotational zone bounded on one side by the recess back wall, and a second rotational zone bounded on an opposite side from the first rotational zone by the recess front wall; a mandrel rotatable relative to the housing and having a flange portion, the flange portion including an arcuate protrusion received in the arcuate recess; a resistance subassembly including a biasing member received in the arcuate recess; wherein the resistance subassembly is configured so that when the mandrel is rotated relative to the housing, the mandrel encounters nominal rotational resistance while the arcuate protrusion passes through the first rotational zone, and wherein the mandrel encounters increasing rotational resistance while the arcuate protrusion passes through the second rotational zone.
A method for controlling announcements to both a first user and a second user during a call between the first user and the second user, wherein the controlling is performed by a communication node, the method comprising: receiving instructions associated with transmitting a first announcement to a first user and a second announcement to a second user during a call between the first user and the second user after the second user answers the call from the first user, wherein the call is connected and established between the first and second users, said instructions indicating a priority between the transmission of the first announcement and the second announcement, wherein the first announcement and the second announcement are different; instructing at least one node to transmit the first announcement to the first user and to transmit the second announcement to the second user, wherein the first announcement and the second announcement are played at a same time; monitoring the transmission of the first announcement and the transmission of the second announcement, wherein one of the two announcements is a priority announcement and the other of the two announcements is a non-priority announcement; and instructing the at least one node to stop transmission of the non-priority announcement when the priority announcement is finished. receiving instructions associated with transmitting a first announcement to a first user and a second announcement to a second user during a call between the first user and the second user after the second user answers the call from the first user, wherein the call is connected and established between the first and second users, said instructions indicating a priority between the transmission of the first announcement and the second announcement, wherein the first announcement and the second announcement are different; instructing at least one node to transmit the first announcement to the first user and to transmit the second announcement to the second user, wherein the first announcement and the second announcement are played at a same time; monitoring the transmission of the first announcement and the transmission of the second announcement, wherein one of the two announcements is a priority announcement and the other of the two announcements is a non-priority announcement; and instructing the at least one node to stop transmission of the non-priority announcement when the priority announcement is finished.
Method for determining an excess quantity of energy of an electrical energy storage device of a vehicle, which quantity of energy can be made available to a supply network, which method comprises the following steps: determining a current quantity of energy of the energy storage device; determining a quantity of energy which is required for imminent use of the vehicle, in response to information about the imminent use, characterized in that the information about the imminent use is made available by a vehicle navigation system which is designed to determine the quantity of energy required for the imminent use using a digital map, an item of input starting information and an item of input destination information for one or more imminent journeys, and to make available said quantity of energy with the information about the imminent use, wherein in a determining step the excess quantity of energy of the energy storage device is determined on the basis of the current quantity of energy and the required quantity of energy, wherein the excess quantity of energy is determined as a difference between the current quantity of energy and the required quantity of energy. determining a current quantity of energy of the energy storage device; determining a quantity of energy which is required for imminent use of the vehicle, in response to information about the imminent use, characterized in that the information about the imminent use is made available by a vehicle navigation system which is designed to determine the quantity of energy required for the imminent use using a digital map, an item of input starting information and an item of input destination information for one or more imminent journeys, and to make available said quantity of energy with the information about the imminent use, wherein in a determining step the excess quantity of energy of the energy storage device is determined on the basis of the current quantity of energy and the required quantity of energy, wherein the excess quantity of energy is determined as a difference between the current quantity of energy and the required quantity of energy.
A method for separating one or more polynucleotides from a sample containing polymerase chain reaction inhibitors, the method comprising: contacting a solution of the sample with a plurality of polynucleotide binding particles, wherein the binding particles are configured to preferentially retain the one or more polynucleotides in the sample as compared to polymerase chain reaction inhibitors; wherein the plurality of binding particles have surfaces that comprise a polycationic polyamide configured to bind polynucleotides in preference to polymerase chain reaction inhibitors; removing the solution containing inhibitors from the plurality of binding particles; and releasing the one or more polynucleotides from the binding particles into a volume of liquid, wherein the releasing occurs at a pH of 10.5 or greater. contacting a solution of the sample with a plurality of polynucleotide binding particles, wherein the binding particles are configured to preferentially retain the one or more polynucleotides in the sample as compared to polymerase chain reaction inhibitors; wherein the plurality of binding particles have surfaces that comprise a polycationic polyamide configured to bind polynucleotides in preference to polymerase chain reaction inhibitors; removing the solution containing inhibitors from the plurality of binding particles; and releasing the one or more polynucleotides from the binding particles into a volume of liquid, wherein the releasing occurs at a pH of 10.5 or greater.
A method performed by a network node of a service management system, the method comprising: receiving, from a service installer, a first signed message including a request to authorize installation of a service image, a service image identifier, a service installer account identifier, and one or more hashes of the service image; and responsive to determining, based on the service installer account identifier and a distributed ledger, that the service installer is authorized to install a service image identified with the service image identifier in a cloud computing system, performing the following: recording the one or more hashes of the service image in a list of valid service images of the distributed ledger, and transmitting, to the service installer, a first message including a first service installation token and the service image identifier, wherein the first service installation token causes the service installer to install the service image in the cloud computing system, wherein the one or more hashes of the service image result from hashing one or more configuration files that are used to configure the service image. receiving, from a service installer, a first signed message including a request to authorize installation of a service image, a service image identifier, a service installer account identifier, and one or more hashes of the service image; and responsive to determining, based on the service installer account identifier and a distributed ledger, that the service installer is authorized to install a service image identified with the service image identifier in a cloud computing system, performing the following: recording the one or more hashes of the service image in a list of valid service images of the distributed ledger, and transmitting, to the service installer, a first message including a first service installation token and the service image identifier, wherein the first service installation token causes the service installer to install the service image in the cloud computing system, wherein the one or more hashes of the service image result from hashing one or more configuration files that are used to configure the service image. recording the one or more hashes of the service image in a list of valid service images of the distributed ledger, and transmitting, to the service installer, a first message including a first service installation token and the service image identifier, wherein the first service installation token causes the service installer to install the service image in the cloud computing system, wherein the one or more hashes of the service image result from hashing one or more configuration files that are used to configure the service image.
A 2,4-disubstituted pyrimidine derivative, which has the following Formula I or a pharmaceutically acceptable salt thereof: wherein, R 1 represents hydrogen, C 1 -C 3 alkyl, or C 3 -C 7 cycloalkyl; R 2 represents hydrogen, halogen, methyl, methoxy, or trifluoromethyl; n is 0 or 1; Ring A is R 3 represents C 1 -C 5 alkyl, or C 3 -C 7 cycloalkyl; R 4 and R 5 independently represents hydrogen, C 1 -C 3 alkyl, C 3 -C 5 cycloalkyl, acetyl, halogen, trifluoromethyl, cyano or CONR 7 R 8; R 6 represents hydrogen, or halogen; R 7 and R 8 independently represents hydrogen or methyl; X is CR 6 or N; Y and Z are independently C or N. R 1 represents hydrogen, C 1 -C 3 alkyl, or C 3 -C 7 cycloalkyl; R 2 represents hydrogen, halogen, methyl, methoxy, or trifluoromethyl; n is 0 or 1; Ring A is R 3 represents C 1 -C 5 alkyl, or C 3 -C 7 cycloalkyl; R 4 and R 5 independently represents hydrogen, C 1 -C 3 alkyl, C 3 -C 5 cycloalkyl, acetyl, halogen, trifluoromethyl, cyano or CONR 7 R 8; R 6 represents hydrogen, or halogen; R 7 and R 8 independently represents hydrogen or methyl; X is CR 6 or N; Y and Z are independently C or N.
A powertrain control system for a motor vehicle comprising an internal combustion engine and an adjustable suspension system operable in accordance with first and second ride height settings, said settings being associated with a first, normal vehicle ride height, and a second vehicle ride height different from the first ride height; the powertrain control system comprising: a stop/start controller for issuing an engine stop request signal; characterised in that the powertrain control system comprises: an inhibitor for inhibiting operation of the stop/start controller in dependence on a selected ride height setting, wherein the inhibitor is operable to permit operation of the stop/start controller when the first ride height setting is selected, and to inhibit operation of the stop/start controller when the second ride height setting is selected. a stop/start controller for issuing an engine stop request signal; characterised in that the powertrain control system comprises: an inhibitor for inhibiting operation of the stop/start controller in dependence on a selected ride height setting, wherein the inhibitor is operable to permit operation of the stop/start controller when the first ride height setting is selected, and to inhibit operation of the stop/start controller when the second ride height setting is selected. an inhibitor for inhibiting operation of the stop/start controller in dependence on a selected ride height setting, wherein the inhibitor is operable to permit operation of the stop/start controller when the first ride height setting is selected, and to inhibit operation of the stop/start controller when the second ride height setting is selected.
A method for detecting the presence or absence of mammalian reovirus RNA, characterized in that a conserved region of at least 80 bases in length from SEQ ID NO: 4 within the mammalian reovirus genome is amplified using a real time nucleic acid assay and a probe directed to the conserved region, wherein the amplified fragment is 90 +/- 10% bases in length.
An aluminium alloy multi-layered brazing sheet product for brazing in an inert-gas atmosphere without a flux, comprising: a core layer made of a 3xxx alloy comprising in wt.%, 0.5% to 1.8% Mn; <0.20% Mg; 0.15% to 1.1% Cu; up to 0.7% Si; up to 0.7% Fe; up to 0.3% Cr; up to 0.3% Sc; up to 0.3% Zr and/or V; up to 0.25% Ti; up to 1.7% Zn; unavoidable impurities each up to 0.05% and total up to 0.2%, and balance aluminium, and provided with a covering clad layer on one or both sides of said 3xxx alloy core layer; wherein the covering clad layer is Mg-free, wherein Mg-free means below 0.05% Mg; and comprises, in wt.%, Si 2% to 6%; Fe up to 0.5%; Mn up to 0.2%; Cu up to 0.1%; Zn up to 0.4%; Ti up to 0.1%; inevitable impurities, each <0.05%, total <0.15%, balance aluminium; and a Al-Si brazing clad layer positioned between the 3xxx alloy core layer and the covering clad layer, wherein the Al-Si brazing clad layer comprises, in wt.%, Si 7%-13%; Mg up to 0.5%; Fe up to 0.7%; Cu up to 0.3%; Mn up to 0.8%; Zn up to 2%; Bi up to 0.3%; Ti up to 0.25%; balance aluminium and unavoidable impurities each <0.05%, total <0.2%; wherein the covering clad layer has a thickness X 1 and the Al-Si brazing clad layer has a thickness X 2 and wherein X 2 ≥ 2X 1. a core layer made of a 3xxx alloy comprising in wt.%, 0.5% to 1.8% Mn; <0.20% Mg; 0.15% to 1.1% Cu; up to 0.7% Si; up to 0.7% Fe; up to 0.3% Cr; up to 0.3% Sc; up to 0.3% Zr and/or V; up to 0.25% Ti; up to 1.7% Zn; unavoidable impurities each up to 0.05% and total up to 0.2%, and balance aluminium, and provided with a covering clad layer on one or both sides of said 3xxx alloy core layer; wherein the covering clad layer is Mg-free, wherein Mg-free means below 0.05% Mg; and comprises, in wt.%, Si 2% to 6%; Fe up to 0.5%; Mn up to 0.2%; Cu up to 0.1%; Zn up to 0.4%; Ti up to 0.1%; inevitable impurities, each <0.05%, total <0.15%, balance aluminium; and a Al-Si brazing clad layer positioned between the 3xxx alloy core layer and the covering clad layer, wherein the Al-Si brazing clad layer comprises, in wt.%, Si 7%-13%; Mg up to 0.5%; Fe up to 0.7%; Cu up to 0.3%; Mn up to 0.8%; Zn up to 2%; Bi up to 0.3%; Ti up to 0.25%; balance aluminium and unavoidable impurities each <0.05%, total <0.2%; wherein the covering clad layer has a thickness X 1 and the Al-Si brazing clad layer has a thickness X 2 and wherein X 2 ≥ 2X 1.
. A facemask comprising a substrate, wherein a dried residue of an aqueously applied coating composition is present on at least one surface of said substrate, the coating having a thickness of from about 50 to about 250 nanometers and the coating composition consisting essentially of organic polymers, nanoparticles and a surfactant, wherein the substrate is transparent, and wherein the substrate forms a visor or shield of the facemask, characterized in that in the coating composition the nanoparticles are present in an amount between 15 and 20 wt%.
An actuating system (110, 210) for a window shade (100, 200), comprising: a suspension member, a casing having a fixed protrusion, a transmission axle disposed through the casing, and a rotary drum arranged in the casing and rotationally coupled with the transmission axle, the rotary drum being rotatable in a first direction for winding the suspension member around the rotary drum and in a second direction for unwinding the suspension member from the rotary drum, characterized in that: an impeding part is connected with the rotary drum and is affixed with an end portion of the suspension member, the impeding part being movable relative to the rotary drum between a first and a second position, the impeding part when in the first position being movable with the rotary drum past the protrusion in any of the first and second direction (R1, R2), and the impeding part when in the second position being engageable with the protrusion to block rotation of the rotary drum in the second direction.
A device for indirectly determining dynamic variables of a wind or water power plant, comprising a rotor shaft, at least two measuring sensors that are arranged indirectly or directly on the rotor shaft and rotate with the rotor shaft, and a computing unit, characterized in that the measuring sensors are arranged in a rotationally symmetric manner relative to the axis of the rotor shaft and respectively detect at least two components of an original vector quantity force and/or acceleration F in a measurement coordinate system rotating with the axis of the rotor shaft, and the measuring sensors are connected to the computing unit in order to exchange data, wherein the computing unit calculates at least one of the dynamic variables angular acceleration α, rotational speed ω and angle of rotation φ of the rotor shaft from the measured original vector quantities F.
A timepiece movement comprising: - a main frame serving as a support for a driving source as well as for at least one base geartrain arranged to be driven by said driving source; - at least one flying bridge cantilever-mounted on an element of said main frame and extending in superposition thereto, wherein said flying bridge carries at least one functional element (13; 9) kinematically linked to said base geartrain via a flying geartrain comprising a plurality of toothed organs (17a, 17b, 17c), characterized in that said functional element as well as at least some elements of said flying geartrain (17a, 17b, 17c) are entirely supported on said flying bridge, said toothed organs (17a, 17b, 17c) being mounted on the side of said flying bridge which faces the main frame, and in that said functional element is a display member. - a main frame serving as a support for a driving source as well as for at least one base geartrain arranged to be driven by said driving source; - at least one flying bridge cantilever-mounted on an element of said main frame and extending in superposition thereto, wherein said flying bridge carries at least one functional element (13; 9) kinematically linked to said base geartrain via a flying geartrain comprising a plurality of toothed organs (17a, 17b, 17c), characterized in that said functional element as well as at least some elements of said flying geartrain (17a, 17b, 17c) are entirely supported on said flying bridge, said toothed organs (17a, 17b, 17c) being mounted on the side of said flying bridge which faces the main frame, and in that said functional element is a display member. wherein said flying bridge carries at least one functional element (13; 9) kinematically linked to said base geartrain via a flying geartrain comprising a plurality of toothed organs (17a, 17b, 17c), characterized in that said functional element as well as at least some elements of said flying geartrain (17a, 17b, 17c) are entirely supported on said flying bridge, said toothed organs (17a, 17b, 17c) being mounted on the side of said flying bridge which faces the main frame, and in that said functional element is a display member.