mhurhangee/ep-ind-claims huggingface dataset:
A method for requesting system information, comprising: transmitting a request for at least one system information block group, each of which comprises one or more system information blocks, from a user terminal to a base station, wherein the one or more system information blocks are grouped according to a feature of the one or more system information blocks, wherein further the feature is either one of a functionality of the one or more system information blocks and a periodicity of the one or more system information blocks; receiving one or more system information block groups from the base station, wherein the one or more system information block groups comprise the at least one system information block group; and wherein the transmission of the request comprises transmitting a preamble for indicating the at least one system information block group transmitting a request for at least one system information block group, each of which comprises one or more system information blocks, from a user terminal to a base station, wherein the one or more system information blocks are grouped according to a feature of the one or more system information blocks, wherein further the feature is either one of a functionality of the one or more system information blocks and a periodicity of the one or more system information blocks; receiving one or more system information block groups from the base station, wherein the one or more system information block groups comprise the at least one system information block group; and
A smoking article provided with a filter comprising: an aerosol generating member; a filter comprising a filter material and one or more filter wrappers wound around an outer circumferential surface of the filter material; and an outer wrapper wound around the outer circumferential surfaces of an end part of the aerosol generating member and the filter; characterised in that the outer circumferential surface of the outer wrapper has an arithmetic mean roughness of less than 2.0 μm, and the filter wound with the outer wrapper has a compression recovery of 60% or more after a compression load of 2.5 N is applied to a range of a length of 10 mm in the diameter direction thereof. an aerosol generating member; a filter comprising a filter material and one or more filter wrappers wound around an outer circumferential surface of the filter material; and an outer wrapper wound around the outer circumferential surfaces of an end part of the aerosol generating member and the filter; characterised in that the outer circumferential surface of the outer wrapper has an arithmetic mean roughness of less than 2.0 μm, and the filter wound with the outer wrapper has a compression recovery of 60% or more after a compression load of 2.5 N is applied to a range of a length of 10 mm in the diameter direction thereof.
Food storage container (8, 8') for a household refrigeration appliance, with a tray for receiving the food and with a climate control apparatus with which, in a first operating state of the climate control apparatus, an exchange of air between the surroundings and the interior of the food storage container (8, 8') can be performed, and with an attachment which is separate from the tray and which can be placed onto the tray from above, wherein the climate control device has an adjustment part (18, 20) which can be moved relative to the tray or to the attachment and which is fastened to the tray or to the attachment, wherein in a first fastening position of the adjustment part (18, 20) the attachment and the tray rest on one another at least in the region of the adjustment part (18, 20) and in a second fastening position of the adjustment part (18, 20) which is different from the first fastening position the tray and the attachment are positioned spaced apart from one another in the height direction (y) by means of the adjustment part (18, 20) at least in the region of the adjustment part (18, 20) and the first operating state of the climate control device is set, characterised in that the adjustment part (18, 20) is designed as a turning part, that the first fastening position is set in a first turning position and that the second fastening position is set in a second turning position which is different therefrom.
A method for determining whether a level of an RNA transcript, is associated with a beneficial response to chemotherapy treatment comprising an anthracycline and a taxane, the method comprising: determining a level of a RNA transcript in a biological sample comprising breast cancer cells obtained before chemotherapy from a human subject diagnosed with breast cancer, wherein the RNA transcript is the RNA transcript of BAG1; normalizing the level of the RNA transcript of BAG1 against a level of at least one reference RNA to obtain a normalized expression level of BAG1; comparing the normalized expression level of BAG1 from the subject with a normalized expression level of BAG1 in reference breast cancer patient samples obtained before chemotherapy from breast cancer patients treated with chemotherapy comprising an anthracycline and a taxane; and determining that the normalized expression level of BAG1 from the subject is associated with a decreased likelihood of a beneficial response to chemotherapy treatment comprising an anthracycline and a taxane if the normalized expression level of BAG1 from the subject is increased compared to the normalized expression level of BAG1 in the reference breast cancer patient samples obtained from patients who exhibited a beneficial response to chemotherapy treatment comprising an anthracycline and a taxane. determining a level of a RNA transcript in a biological sample comprising breast cancer cells obtained before chemotherapy from a human subject diagnosed with breast cancer, wherein the RNA transcript is the RNA transcript of BAG1; normalizing the level of the RNA transcript of BAG1 against a level of at least one reference RNA to obtain a normalized expression level of BAG1; comparing the normalized expression level of BAG1 from the subject with a normalized expression level of BAG1 in reference breast cancer patient samples obtained before chemotherapy from breast cancer patients treated with chemotherapy comprising an anthracycline and a taxane; and determining that the normalized expression level of BAG1 from the subject is associated with a decreased likelihood of a beneficial response to chemotherapy treatment comprising an anthracycline and a taxane if the normalized expression level of BAG1 from the subject is increased compared to the normalized expression level of BAG1 in the reference breast cancer patient samples obtained from patients who exhibited a beneficial response to chemotherapy treatment comprising an anthracycline and a taxane.
A spinal fixation element rotation instrument comprising: a first lever arm, wherein a distal end of the first lever arm is adapted to couple to the spinal fixation element; a second lever arm rotatably coupled to the first lever arm at the distal end thereof, a distal end of the second lever arm being adapted to couple to the spinal fixation element, wherein the second lever arm rotates relative to the first lever arm, about a central axis of the distal ends of the first lever arm and the second lever arm to rotate the spinal fixation element from an initial position to a rotated position; an opening provided at the distal end of the first lever arm and the second lever arm; and an extension element including a proximal end adapted to couple to the instrument, the instrument receiving the extension element in a portion of the opening, and a distal end adapted to couple to the spinal fixation element, the extension element including a sleeve provided around a carrier, the carrier provided with a grabbing tip for grabbing the spinal fixation element, the carrier including a coupling feature for grabbing on a surface feature provided at a proximal end of the spinal fixation element: a first lever arm, wherein a distal end of the first lever arm is adapted to couple to the spinal fixation element; a second lever arm rotatably coupled to the first lever arm at the distal end thereof, a distal end of the second lever arm being adapted to couple to the spinal fixation element, wherein the second lever arm rotates relative to the first lever arm, about a central axis of the distal ends of the first lever arm and the second lever arm to rotate the spinal fixation element from an initial position to a rotated position; an opening provided at the distal end of the first lever arm and the second lever arm; and an extension element including a proximal end adapted to couple to the instrument, the instrument receiving the extension element in a portion of the opening, and a distal end adapted to couple to the spinal fixation element, the extension element including a sleeve provided around a carrier, the carrier provided with a grabbing tip for grabbing the spinal fixation element, the carrier including a coupling feature for grabbing on a surface feature provided at a proximal end of the spinal fixation element:
Operating fluid container comprising at least one component selected from the group comprising a feed pump, a filter device, a quality sensor and/or a fill level sensor and at least one heating device, the heating device being film-like and the heating device having a PTC resistor, characterized in that the heating device is arranged outside the operating fluid container on the wall of the operating fluid container and is at least partially covered by a foam as an insulation layer and/or is arranged inside the wall of the operating fluid container. at least one heating device, the heating device being film-like and the heating device having a PTC resistor, characterized in that the heating device is arranged outside the operating fluid container on the wall of the operating fluid container and is at least partially covered by a foam as an insulation layer and/or is arranged inside the wall of the operating fluid container.
Method of treatment with at least one biocidal and/or safener product with a boiling temperature between 60 and 280°C, wherein the method comprises a treatment step of a duration greater than or equal to 3 days, wherein the treatment step comprises at least one injection phase of a duration greater than or equal to 3 days during which a liquid containing the, or each, product is evaporated and injected inside an enclosure (2, 4), wherein the enclosure (2, 4) is a room, while the liquid is evaporated and injected with a period (ΔT) of less than or equal to two days during the injection phase, wherein the liquid is evaporated at a temperature below 50°C; the treatment step comprising a plurality of successive injection phases separated from each other by stop phases without liquid injection, characterized in that the duration of each injection phase is typically between 3 days and 15 days; the liquid being evaporated by contact with a flow of air in a packed tower of a vaporizer, the vaporizer comprising a tower having a packing, a device for injecting the liquid above the packing, and a device that is arranged to create an upward flow of air through the packing. the treatment step comprising a plurality of successive injection phases separated from each other by stop phases without liquid injection, characterized in that the duration of each injection phase is typically between 3 days and 15 days; the liquid being evaporated by contact with a flow of air in a packed tower of a vaporizer, the vaporizer comprising a tower having a packing, a device for injecting the liquid above the packing, and a device that is arranged to create an upward flow of air through the packing.
Method for treating aluminum slag in the form of dross or aluminum salt slags obtained in the extraction of aluminum, in which the aluminum slag obtained in the melting process is brought with exclusion of the surrounding atmosphere onto a cooling conveyor which is arranged in a housing, which cooling conveyor is flushed with an inert gas in a first section, wherein a cooling for the aluminum slag lying on the cooling conveyor is provided, characterized in that the cooling conveyor comprises a first section connected to the infeed of the aluminum slag and a second section connected to the first section and separated from the first section by a sealing flap, wherein the length of the first section and the second section of the cooling conveyor are designed so that in the first section flushed with inert gas the aluminum slag is cooled to a temperature from 600° Celsius to 300° Celsius, at which the aluminum slag can no longer be chemically changed by exposure to atmospheric oxygen, and in the second section the slag is cooled by providing cooling air to a temperature, at which the cooled aluminum slag can be processed further to recover the aluminum in the aluminum slag after leaving the cooling conveyor, and wherein an extraction facility (20, 30) is assigned to each of the first section and the second section for the inert gas from the first section and for the warmed cooling air from the second section.
A method for controlling an uplink transmission power, by a user equipment, UE, in a wireless communication system, wherein the UE is connected to both a first base station and a second base station in a dual connectivity, the method comprising: receiving, by the UE, information on a power control mode from the first base station via a higher layer, wherein the information on the power control mode indicates either a first power control mode usable for a synchronous dual connectivity or a second power control mode usable for an asynchronous dual connectivity; controlling, by the UE, the uplink transmission power based on the information on the power control mode; and transmitting, by the UE, an uplink signal to at least one of the first base station or the second base station by using the uplink transmission power, wherein the controlling of the uplink transmission power includes: performing a scaling-down for the uplink transmission power. receiving, by the UE, information on a power control mode from the first base station via a higher layer, wherein the information on the power control mode indicates either a first power control mode usable for a synchronous dual connectivity or a second power control mode usable for an asynchronous dual connectivity; controlling, by the UE, the uplink transmission power based on the information on the power control mode; and transmitting, by the UE, an uplink signal to at least one of the first base station or the second base station by using the uplink transmission power, wherein the controlling of the uplink transmission power includes: performing a scaling-down for the uplink transmission power.
A electrical connection harness having an adapted rigidity following a predetermined path, including a flexible insulating jacket (2a to 2c) with the insertion of shielded electrical connection cables (C1 to C3) to form a bundle (F1 to F3), holding means (S1 to S3) for holding the ends (Z1 to Z3) of said flexible jacket (2a to 2c) on rear fittings (R1 to R3) incorporating end zones (E1 to E3) of the cables (C1 to C3), and characterized in that the harness is monolithic and comprises a reinforcing sheath surrounds the bundle (F1 to F3) of cables and is composed of a composite made up of a flexible polymer matrix and one or more layers (61 to 63) made up of a ply of reinforcing fibers for reinforcement in terms of robustness and/or stiffness, laid along the bundle (F1 to F3) of cables, the reinforcing fibers being assembled in each ply in a form selected between a unidirectional sheet, a multidirectional sheet and a fabric of threads formed of braided fibers.
A communication device with multi-packet protocol header detection, the communication device comprising: a receive signal path including a low-noise amplifier, a downconverter and a filtering and data conversion circuit, the receive signal path configured to provide a multi-packet receive signal comprising packets and a preamble bit stream between successive packets of the packets, the successive packets comprising a first packet and a second packet following the first packet; and a receiver control circuit in communication with the receive signal path, the receiver control circuit configured to: trigger a timer associated with detecting a header of the second packet in response to detecting an end of a preamble of the second packet; and detect the header of the second packet before the timer reaches a timeout threshold. a receive signal path including a low-noise amplifier, a downconverter and a filtering and data conversion circuit, the receive signal path configured to provide a multi-packet receive signal comprising packets and a preamble bit stream between successive packets of the packets, the successive packets comprising a first packet and a second packet following the first packet; and a receiver control circuit in communication with the receive signal path, the receiver control circuit configured to: trigger a timer associated with detecting a header of the second packet in response to detecting an end of a preamble of the second packet; and detect the header of the second packet before the timer reaches a timeout threshold. trigger a timer associated with detecting a header of the second packet in response to detecting an end of a preamble of the second packet; and detect the header of the second packet before the timer reaches a timeout threshold.
A method of stabilising DNA and/or RNA in a sample, the method comprising steps of: (a) contacting the sample with a composition comprising (i) a quaternary ammonium compound including a silicon-containing functional group of formula: or a derivative salt thereof wherein L is a linking group; each of R 1, R 2, R 3, R 4, R 5 and R 6 is independently selected from H or an optionally substituted alkyl, alkenyl, aryl or alkoxy group; and n is 0 or 1; wherein the method provides a storage stability of at least 50% when the sample is stored under ambient conditions for 24 hours. (a) contacting the sample with a composition comprising (i) a quaternary ammonium compound including a silicon-containing functional group of formula: or a derivative salt thereof wherein L is a linking group; each of R 1, R 2, R 3, R 4, R 5 and R 6 is independently selected from H or an optionally substituted alkyl, alkenyl, aryl or alkoxy group; and n is 0 or 1; wherein the method provides a storage stability of at least 50% when the sample is stored under ambient conditions for 24 hours. (i) a quaternary ammonium compound including a silicon-containing functional group of formula: or a derivative salt thereof wherein L is a linking group; each of R 1, R 2, R 3, R 4, R 5 and R 6 is independently selected from H or an optionally substituted alkyl, alkenyl, aryl or alkoxy group; and n is 0 or 1; wherein the method provides a storage stability of at least 50% when the sample is stored under ambient conditions for 24 hours.
Pulverulent compound of the formula Ni b M1 c M2 d x y (SO 4) z, M1 denoting at least one element selected from the group consisting of Fe, Co, Cr, Mg, Cu and/or mixtures thereof, M2 denoting at least one element selected from the group consisting of Mn, Al, B, Ca, Sr, Ba, Si, Zn and/or mixtures thereof and 0.3 ≤ b ≤ 0.94, 0.02 ≤ c ≤ 0.5, 0 ≤ d ≤ 0.5, 0.01 ≤ x ≤ 0.9, 1.1 ≤ y ≤ 1.99 and 0.001 ≤ z ≤ 0.03, characterized in that the secondary particles have a compressive strength of at least 50 MPa and wherein the compound has a porosity of up to 0.03 cm 3 /g, measured according to ASTM D 4222.
Slipring arrangement comprising: at least one slipring module with a rotation axis, a module connector housing, and at least one brush holder being rotatable relative thereto, with at least one brush (21, 22), and a slipring housing with at least four sides (40, 50, 60, 70), with - a first side comprising a mounting wall, by means of which the slipring housing can be mounted, - a second side comprising an opening to a brush holder compartment, through which the brush holders are accessible, - a third side comprising an opening into a connection compartment, through which the electrical connections are accessible, and - a fourth side comprising an opening into a module compartment, in which a slipring module can be arranged, wherein the at least four sides are oriented parallel to the rotation axis and are arranged in the radial direction next to one another. at least one slipring module with a rotation axis, a module connector housing, and at least one brush holder being rotatable relative thereto, with at least one brush (21, 22), and a slipring housing with at least four sides (40, 50, 60, 70), with - a first side comprising a mounting wall, by means of which the slipring housing can be mounted, - a second side comprising an opening to a brush holder compartment, through which the brush holders are accessible, - a third side comprising an opening into a connection compartment, through which the electrical connections are accessible, and - a fourth side comprising an opening into a module compartment, in which a slipring module can be arranged, - a first side comprising a mounting wall, by means of which the slipring housing can be mounted, - a second side comprising an opening to a brush holder compartment, through which the brush holders are accessible, - a third side comprising an opening into a connection compartment, through which the electrical connections are accessible, and - a fourth side comprising an opening into a module compartment, in which a slipring module can be arranged, wherein the at least four sides are oriented parallel to the rotation axis and are arranged in the radial direction next to one another.
An exhaust system of an internal combustion engine, - with an oxidation catalytic converter, - with a particle filter, - with an injector for injecting a reduction agent, - with a static mixer-evaporator, - with an SCR catalytic converter, - with a housing, which comprises a centrally arranged inner channel, an annular channel concentrically arranged about the inner channel, an eccentrically arranged outer channel, a first deflection chamber connecting the outer channel to the annular channel and a second deflection chamber connecting the inner channel to the annular channel, - wherein the oxidation catalytic converter is arranged upstream of the particle filter and upstream of the SCR catalytic converter, - wherein the injector is arranged upstream of the mixer-evaporator and the mixer-evaporator upstream of the SCR catalytic converter, - wherein the mixer-evaporator is arranged in the inner channel, - wherein the oxidation catalytic converter or the particle filter or the SCR catalytic converter is configured annularly and arranged in the annular channel, characterized - in that a housing inlet is formed on the inner channel, - in that the injector is arranged on the inner channel. - with an oxidation catalytic converter, - with a particle filter, - with an injector for injecting a reduction agent, - with a static mixer-evaporator, - with an SCR catalytic converter, - with a housing, which comprises a centrally arranged inner channel, an annular channel concentrically arranged about the inner channel, an eccentrically arranged outer channel, a first deflection chamber connecting the outer channel to the annular channel and a second deflection chamber connecting the inner channel to the annular channel, - wherein the oxidation catalytic converter is arranged upstream of the particle filter and upstream of the SCR catalytic converter, - wherein the injector is arranged upstream of the mixer-evaporator and the mixer-evaporator upstream of the SCR catalytic converter, - wherein the mixer-evaporator is arranged in the inner channel, - wherein the oxidation catalytic converter or the particle filter or the SCR catalytic converter is configured annularly and arranged in the annular channel, - in that a housing inlet is formed on the inner channel, - in that the injector is arranged on the inner channel.