mhurhangee/ep-ind-claims huggingface dataset:
A method for the production of a rigid PIR foam composite containing man-made vitreous fibres (MMVF), the method comprising: providing MMVF, wherein at least 50% of the fibres by weight have a length of less than 250 μm, measured as disclosed in the description; providing a polyol component; mixing the MMVF and polyol component in a ratio such that the amount of MMVF is at least 10% by weight based on total weight of polyol component; emulsifying pentane with the mixture of polyol component and MMVF; inducing foam formation by addition of a further component which comprises isocyanate. providing MMVF, wherein at least 50% of the fibres by weight have a length of less than 250 μm, measured as disclosed in the description; providing a polyol component; mixing the MMVF and polyol component in a ratio such that the amount of MMVF is at least 10% by weight based on total weight of polyol component; emulsifying pentane with the mixture of polyol component and MMVF; inducing foam formation by addition of a further component which comprises isocyanate.
A method for a user equipment, UE, operating in a wireless communication system, the method comprising: selecting a first random access preamble based on a first Coverage Enhancement, CE, level, when the UE operates in Enhanced Coverage, EC, mode with the first CE level; transmitting the first random access preamble for a configured number of times, which is determined based on the first CE level, to a base station, BS; receiving a Backoff Index, BI, and an indication for the UE to operate in the EC mode with a second CE level from the BS within a random access response, RAR, window associated with the first random access preamble; calculating a Backoff Parameter value, BPV, based on the received BI and the first CE level; and selecting and transmitting a second random access preamble based on the second CE level, wherein the second random access preamble selection and transmission are delayed by a random backoff time selected according to a uniform distribution between 0 and the calculated BPV, wherein the BI and the indication are received via a RAR message which is transmitted on physical downlink shared channel, PDSCH, indicated by a physical downlink control channel, PDCCH, addressed to a random access-radio network temporary identifier, RA-RNTI, associated with the first random access preamble, or via the PDCCH addressed to the RA-RNTI associated with the first random access preamble. selecting a first random access preamble based on a first Coverage Enhancement, CE, level, when the UE operates in Enhanced Coverage, EC, mode with the first CE level; transmitting the first random access preamble for a configured number of times, which is determined based on the first CE level, to a base station, BS; receiving a Backoff Index, BI, and an indication for the UE to operate in the EC mode with a second CE level from the BS within a random access response, RAR, window associated with the first random access preamble; calculating a Backoff Parameter value, BPV, based on the received BI and the first CE level; and selecting and transmitting a second random access preamble based on the second CE level, wherein the second random access preamble selection and transmission are delayed by a random backoff time selected according to a uniform distribution between 0 and the calculated BPV, wherein the BI and the indication are received via a RAR message which is transmitted on physical downlink shared channel, PDSCH, indicated by a physical downlink control channel, PDCCH, addressed to a random access-radio network temporary identifier, RA-RNTI, associated with the first random access preamble, or via the PDCCH addressed to the RA-RNTI associated with the first random access preamble.
A LED module for a tool-free mounting of optical elements having: A housing; a clamp ring, wherein this is mounted interchangeably on the housing; a diffusion disk, wherein this is clamped and mounted between the housing and the clamp ring; at least one further optical element, wherein the clamp ring is designed in such a manner that this can position and mount the further optical element on the housing tool-free, wherein the housing consists of a lower part and an upper part connected thereto, and wherein the upper part has an opening, which extends through the upper part into the lower part, characterized in that the clamp ring has a first fastener and a second fastener is attached to the side of the upper part limiting the opening, wherein the clamp ring as first fastener has at least one pin and the second fastener has a catch corresponding thereto for the detachable, flat mounting of the clamp ring on the upper part of the housing. A housing; a clamp ring, wherein this is mounted interchangeably on the housing; a diffusion disk, wherein this is clamped and mounted between the housing and the clamp ring; at least one further optical element, wherein the clamp ring is designed in such a manner that this can position and mount the further optical element on the housing tool-free, wherein the housing consists of a lower part and an upper part connected thereto, and wherein the upper part has an opening, which extends through the upper part into the lower part, characterized in that the clamp ring has a first fastener and a second fastener is attached to the side of the upper part limiting the opening, wherein the clamp ring as first fastener has at least one pin and the second fastener has a catch corresponding thereto for the detachable, flat mounting of the clamp ring on the upper part of the housing.
Method of casting liquid metals for producing slab and thin-slab products with format widths of 750 to 3,500 millimetres and format thicknesses of 30 to 500 millimetres in a continuous casting plant which, for improvement of product quality, is equipped with an electromagnetic braking device consisting of coils with cores and yoke, by the generated magnetic-field action of which the flow conditions within the liquid metal in the mould of the continuous casting plant are influenced, wherein for direct and immediate electromagnetic influencing of the liquid jets exiting the mould immersion pipe at least two poles arranged symmetrically with respect to the vertical reference line of the mould immersion pipe are provided per mould wide side, wherein the two poles on each mould wide side are oriented by the main axes, which are present in the outlet cross-sections (11 a-e) thereof, at a specific angle with respect to the vertical reference line of the mould immersion pipe; and wherein the electromagnetic braking device is operated with a permanent field by means of direct current; characterised in that the angle α 1, can be variably set by manual or motorised rotation of the poles during operation of the continuous casting plant and is changed when required; the orientation of the main axes is defined in such a way that the main axes of the poles intersect the vertical reference line of the mould immersion pipe above the poles at an angle α 1 between 1° and 89°; and the field strength of the braking device is set in dependence on the throughput of the mould.
A filter failure detection apparatus of an internal combustion engine comprising: a filter that is arranged on an exhaust passage of the internal combustion engine for collecting a substance contained in an exhaust gas; a substance amount detection part that is arranged on the exhaust passage at a downstream side of said filter for detecting an amount of said substance which passes through said filter; and a determination part; characterised in that the filter failure detection apparatus further comprises a flow speed detection part that detects or estimates a flow speed of the exhaust gas which passes through said filter and the determination part comprises means configured to determine that said filter is in a failure, when the higher the flow speed of the exhaust gas passing through said filter, the larger a ratio of an amount of change jn the amount of substance detected by said substance amount detection part to an amount of change in the flow speed of the exhaust gas detected or estimated by said flow speed detection part becomes. a filter that is arranged on an exhaust passage of the internal combustion engine for collecting a substance contained in an exhaust gas; a substance amount detection part that is arranged on the exhaust passage at a downstream side of said filter for detecting an amount of said substance which passes through said filter; and a determination part; characterised in that the filter failure detection apparatus further comprises a flow speed detection part that detects or estimates a flow speed of the exhaust gas which passes through said filter and the determination part comprises means configured to determine that said filter is in a failure, when the higher the flow speed of the exhaust gas passing through said filter, the larger a ratio of an amount of change jn the amount of substance detected by said substance amount detection part to an amount of change in the flow speed of the exhaust gas detected or estimated by said flow speed detection part becomes.
A catalytic partial oxidation process, said process comprises passing a feed stream through at least a first reaction zone and subsequently a second reaction zone, wherein. the first reaction zone contains a first catalyst having a first surface area and a first thermal conductivity, the first catalyst being supported and comprising a first metal and is in a first shape selected from the group consisting of porous foam, gauze, mesh, honeycomb, monolith, cloth, wire, pellet, trilobe, ring, extrudate, sphere, bead, particulate, granule, and mixtures thereof, and the first metal being selected from the group consisting of iron, cobalt, nickel, ruthenium, rhodium, palladium, osmium, iridium, platinum, titanium, vanadium, chromium, molybdenum, tungsten, alloys thereof, and mixtures thereof in reduced form or oxidized form or in an alloy, or comprising a first metal in reduced form or oxidized form coated, electroplated, diffusingly coated, or otherwise deposited onto a carrier, the carrier comprising one or more metallic substances, wherein the carrier is a low surface area carrier with a first surface area less than 1.0 square meter per gram (m 2 /g); and the second reaction zone contains a second catalyst having a second surface area and a second thermal conductivity, the second catalyst comprising a second metal supported on a carrier to produce an effluent stream comprising carbon monoxide and hydrogen; wherein the feed stream comprises (a) a hydrocarbon feedstock, and (b) oxygen or an oxygen containing mixture; wherein the first surface area of the first catalyst is lower than the second surface area of the second catalyst; and wherein the first thermal conductivity of the first catalyst is higher than the second thermal conductivity of the second catalyst.
A method (400, 700) for subscription management by a subscription manager in a wireless device, the method comprising: using a first subscription associated with a first SIM card of the wireless device to communicate with a network; detecting a presence of a second SIM card in the wireless device; powering down the first SIM card in response to the detection; initializing a second subscription associated with the second SIM card in response to the detection; and attempting to connect to the network using the second subscription; receiving a notification that the second SIM card has been removed from the wireless device; sending a message to the network to detach the second subscription from the network in response to detecting that the second SIM card has been removed from the wireless device; powering up the first SIM card, wherein powering up the first SIM card is triggered by the sending of the message to the network to detach the second subscription and receiving confirmation from the network, that detachment of the second subscription occurred. using a first subscription associated with a first SIM card of the wireless device to communicate with a network; detecting a presence of a second SIM card in the wireless device; powering down the first SIM card in response to the detection; initializing a second subscription associated with the second SIM card in response to the detection; and attempting to connect to the network using the second subscription; receiving a notification that the second SIM card has been removed from the wireless device; sending a message to the network to detach the second subscription from the network in response to detecting that the second SIM card has been removed from the wireless device; powering up the first SIM card, wherein powering up the first SIM card is triggered by the sending of the message to the network to detach the second subscription and receiving confirmation from the network, that detachment of the second subscription occurred.
A method of surface treating a load-bearing member comprising a tension member and a polymer jacket around the tension member, the method comprising applying a liquid composition to a surface of the polymer jacket, said composition comprising water, a water-soluble organic polyol or a water-soluble organic polymer, and a surfactant.
A nebulizer for dispensing a dose of a medicament in the form of a mist, the nebulizer comprising: a. an energy source; b. an air-containing volume; c. an air outlet fluidly connected to said air-containing volume; d. an air actuator in communication with at least two valve means, the air actuator being adapted to release a flow of compressed air, at a predetermined pressure of about 1.38 to about 6.89 bar (about 20 to about 100 psig), from the air-containing volume through said air outlet by application of force from the energy source at such time as a predetermined pressure has been reached in said air-containing volume; and e. a nozzle system fluidly connected to said air outlet to receive said flow of compressed air and being adapted to provide a predetermined distribution of the medicament mist dispensed from the nebulizer; the nebulizer being characterized in that said nozzle system comprises a medication inlet (240; 330), and a dual nozzle arrangement comprising first and second nozzles (220, 230; 310, 320) interconnected with a predetermined angle (α) and direction and being configured to provide first and second colliding streams creating said medicament mist, wherein said first stream is an air stream flowing in said first nozzle and said second stream flowing in said second nozzle is either an air stream wherein said medication inlet is located at the intersection between the first and second nozzles, or a mist stream wherein said medication inlet is in fluid communication with the second nozzle. a. an energy source; b. an air-containing volume; c. an air outlet fluidly connected to said air-containing volume; d. an air actuator in communication with at least two valve means, the air actuator being adapted to release a flow of compressed air, at a predetermined pressure of about 1.38 to about 6.89 bar (about 20 to about 100 psig), from the air-containing volume through said air outlet by application of force from the energy source at such time as a predetermined pressure has been reached in said air-containing volume; and e. a nozzle system fluidly connected to said air outlet to receive said flow of compressed air and being adapted to provide a predetermined distribution of the medicament mist dispensed from the nebulizer; the nebulizer being characterized in that said nozzle system comprises a medication inlet (240; 330), and a dual nozzle arrangement comprising first and second nozzles (220, 230; 310, 320) interconnected with a predetermined angle (α) and direction and being configured to provide first and second colliding streams creating said medicament mist, wherein said first stream is an air stream flowing in said first nozzle and said second stream flowing in said second nozzle is either an air stream wherein said medication inlet is located at the intersection between the first and second nozzles, or a mist stream wherein said medication inlet is in fluid communication with the second nozzle.
A liquid application unit for applying a liquid material to a surface of a target using an application needle, the liquid application unit comprising: the application needle; and a liquid material container that stores the liquid material, wherein the liquid material container has a space that stores the liquid material and a hole that allows the application needle to pass through the space, and a wetting and spreading suppressing structure for the liquid material is disposed at a periphery of the hole in the liquid material container, wherein the application needle includes a tip end that applies the liquid material to the target and a holding portion disposed closer to a base side than the tip end, the wetting and spreading suppressing structure is a protruding portion in which the liquid material container has a protruding shape toward a tip end side of the application needle, and in a cross section along the hole, the protruding portion includes a first shape portion and a second shape portion, the first shape portion having a shape in which a protruding portion surface that is a surface of the protruding portion is inclined such that a width of the hole is larger on the tip end side than on the holding portion side, the second shape portion having a shape in which the protruding portion surface is inclined outside of the hole such that a width of the protruding portion increases from the tip end side toward the holding portion side, characterized in that the second shape portion has a steeper slope than the first shape portion with respect to an extending direction of the hole. the application needle; and a liquid material container that stores the liquid material, wherein the liquid material container has a space that stores the liquid material and a hole that allows the application needle to pass through the space, and a wetting and spreading suppressing structure for the liquid material is disposed at a periphery of the hole in the liquid material container, wherein the application needle includes a tip end that applies the liquid material to the target and a holding portion disposed closer to a base side than the tip end, the wetting and spreading suppressing structure is a protruding portion in which the liquid material container has a protruding shape toward a tip end side of the application needle, and in a cross section along the hole, the protruding portion includes a first shape portion and a second shape portion, the first shape portion having a shape in which a protruding portion surface that is a surface of the protruding portion is inclined such that a width of the hole is larger on the tip end side than on the holding portion side, the second shape portion having a shape in which the protruding portion surface is inclined outside of the hole such that a width of the protruding portion increases from the tip end side toward the holding portion side, characterized in that the second shape portion has a steeper slope than the first shape portion with respect to an extending direction of the hole.
A DNA aptamer that binds to a vWF protein, having at least one of improved binding ability, improved dissociation rate, and improved stability compared to the nucleotide sequence as shown in SEQ ID NO: 10, the aptamer comprising any of the nucleotide sequences (i) - (ii) below: (i) the nucleotide sequence as shown in any of SEQ ID NOs: 1, 11 to 16 and 18 to 21; (ii) a nucleotide sequence in which one to four nucleotides are added, deleted, and/or substituted in the nucleotide sequence (i) at position(s) other than that of 7-(2-thienyl)-3H-imidazo[4,5-b]pyridin-3-yl. (i) the nucleotide sequence as shown in any of SEQ ID NOs: 1, 11 to 16 and 18 to 21; (ii) a nucleotide sequence in which one to four nucleotides are added, deleted, and/or substituted in the nucleotide sequence (i) at position(s) other than that of 7-(2-thienyl)-3H-imidazo[4,5-b]pyridin-3-yl.
Breathing assistance device comprising: - a motorised micro-blower or a gas supply device (41, 55) comprising an inhalation valve, - a gas circuit (2, 16) with at least one inhalation branch able to convey a respiratory gas intended to be administered to a patient in cardiac arrest during a cardiopulmonary resuscitation, - measurement means able to and designed to: i) measure at least one parameter representative of said gas flow, and ii) convert said at least one parameter representative of said gas flow into at least one signal representative of said gas flow, - and signal processing and control means (5, 8) able to and designed to: a) process said at least one signal representative of the gas flow supplied by the measurement means and b) deduce from said at least signal representative of the gas flow, an item of information relative to the carrying out of a cardiac massage on the patient in cardiac arrest, characterised in that it further comprises at least one selection means, which can be activated by the operator, making it possible to select a given ventilation mode specific to a cardiopulmonary resuscitation from among several memorised ventilation modes. - a motorised micro-blower or a gas supply device (41, 55) comprising an inhalation valve, - a gas circuit (2, 16) with at least one inhalation branch able to convey a respiratory gas intended to be administered to a patient in cardiac arrest during a cardiopulmonary resuscitation, - measurement means able to and designed to: i) measure at least one parameter representative of said gas flow, and ii) convert said at least one parameter representative of said gas flow into at least one signal representative of said gas flow, i) measure at least one parameter representative of said gas flow, and ii) convert said at least one parameter representative of said gas flow into at least one signal representative of said gas flow, - and signal processing and control means (5, 8) able to and designed to: a) process said at least one signal representative of the gas flow supplied by the measurement means and b) deduce from said at least signal representative of the gas flow, an item of information relative to the carrying out of a cardiac massage on the patient in cardiac arrest, a) process said at least one signal representative of the gas flow supplied by the measurement means and b) deduce from said at least signal representative of the gas flow, an item of information relative to the carrying out of a cardiac massage on the patient in cardiac arrest,