mhurhangee/ep-ind-claims huggingface dataset:
Agitator mill for the food sector, comprising a substantially cylindrical or conical container having a container inner wall, a rotatably mounted agitator element, which latter comprises a shaft and pin-shaped agitator tools which point, in particular, substantially radially away from the shaft, and having at least one static grinding blade on the container inner wall, characterized in that disk-shaped or partially disk-shaped agitator tools are additionally configured on the agitator element, which disk-shaped or partially disk-shaped agitator tools assume a product guide function in that the product flow along the container inner wall, as well as directly along the shaft axis, is prevented, so that the product to be ground is directed toward the agitator tools.
A method of measuring von Willebrand factor without using a platelet agglutination agonist, the method comprising the steps of: providing a surface comprising immobilized platelet glycoprotein Ibα (GPIbα) or a functional fragment thereof, wherein the immobilized GPIbα or functional fragment thereof comprises at least two mutations selected from the group consisting of G233V, D235Y and M239V relative to SEQ ID NO:2, wherein one of the mutations is D235Y; contacting a sample having or suspected of having VWF with the surface, wherein the contacting is done without a platelet aggregation agonist; and detecting a complex of VWF and GPIbα. providing a surface comprising immobilized platelet glycoprotein Ibα (GPIbα) or a functional fragment thereof, wherein the immobilized GPIbα or functional fragment thereof comprises at least two mutations selected from the group consisting of G233V, D235Y and M239V relative to SEQ ID NO:2, wherein one of the mutations is D235Y; contacting a sample having or suspected of having VWF with the surface, wherein the contacting is done without a platelet aggregation agonist; and detecting a complex of VWF and GPIbα.
A gas mixer comprising: - a mixing vessel, - a first line for providing a first gas, a second line for providing a second gas and a third line for providing a third gas, said first, second and third lines (10, 20, 30) being in fluid communication with the mixing vessel for providing said first, second and third gases to said mixing vessel and obtaining a gas mixture in said mixing vessel, and - a delivery line in fluid communication with the mixing vessel for recovering at least a part of the gas mixture contained in the mixing vessel, and wherein: - the first line comprises a first pressure regulator, a first pressure sensor and a first mass flow controller (14, 15) comprising a first proportional valve and a first mass flow sensor, - the second line comprises a second pressure regulator, a second pressure sensor and a second mass flow controller (24, 25) comprising a second proportional valve and a second mass flow sensor, - the third line comprises a third pressure regulator, a third pressure sensor and a third mass flow controller (34, 35) comprising a third proportional valve and a third mass flow sensor, - the first, the second and the third lines (10, 20, 30) are in fluid communication with the mixing vessel via an admission line, and - an oxygen sensor is arranged on the admission line. - a mixing vessel, - a first line for providing a first gas, a second line for providing a second gas and a third line for providing a third gas, said first, second and third lines (10, 20, 30) being in fluid communication with the mixing vessel for providing said first, second and third gases to said mixing vessel and obtaining a gas mixture in said mixing vessel, and - a delivery line in fluid communication with the mixing vessel for recovering at least a part of the gas mixture contained in the mixing vessel, and wherein: - the first line comprises a first pressure regulator, a first pressure sensor and a first mass flow controller (14, 15) comprising a first proportional valve and a first mass flow sensor, - the second line comprises a second pressure regulator, a second pressure sensor and a second mass flow controller (24, 25) comprising a second proportional valve and a second mass flow sensor, - the third line comprises a third pressure regulator, a third pressure sensor and a third mass flow controller (34, 35) comprising a third proportional valve and a third mass flow sensor, - the first, the second and the third lines (10, 20, 30) are in fluid communication with the mixing vessel via an admission line, and - an oxygen sensor is arranged on the admission line.
A vacuum cleaner comprising: a motor assembly for generating an air flow for drawing air carrying dust into a dust collector compartment; a cover for the motor assembly; and a housing for the motor assembly and the cover, the cover and housing providing a wall structure comprising a plurality of walls and defining an air flow channel, from the motor assembly to an air outlet in the housing, with a plurality of turns, characterised in that the cover comprises an inner and an outer motor assembly cover member (32, 33), each extending over an end of the motor assembly near the air outlet and along the side of the motor assembly to form a double wall (32b, 33b) of the wall structure between the motor assembly and the air outlet in a region where the air exits the motor assembly and each having an edge (32c, 33c) located with respect to other walls of the wall structure such that air flows around the edge to reach the outlet and thereby forms one of the plurality of turns of the air flow channel. a motor assembly for generating an air flow for drawing air carrying dust into a dust collector compartment; a cover for the motor assembly; and a housing for the motor assembly and the cover, the cover and housing providing a wall structure comprising a plurality of walls and defining an air flow channel, from the motor assembly to an air outlet in the housing, with a plurality of turns, characterised in that the cover comprises an inner and an outer motor assembly cover member (32, 33), each extending over an end of the motor assembly near the air outlet and along the side of the motor assembly to form a double wall (32b, 33b) of the wall structure between the motor assembly and the air outlet in a region where the air exits the motor assembly and each having an edge (32c, 33c) located with respect to other walls of the wall structure such that air flows around the edge to reach the outlet and thereby forms one of the plurality of turns of the air flow channel.
Installation for the production of concrete products for immediate mold release, comprising a vibrating press comprising a mold which defines at least one recess in which the concrete to be compacted is poured, a tamper for compacting the concrete arranged above the mold, and a vibrating table arranged under the mold, and a device for controlling the operation of the vibrating press, characterized in that the control device comprises a board intended to be arranged under the mold, said board being provided with means for measuring the vibration frequency, the amplitude and/or the acceleration of movement, and/or the force exerted on said board during the production of the concrete products, said device allowing to control production parameters of the vibrating press during the process of producing concrete products for immediate mold release when the board is in position on the vibrating table. a vibrating press comprising a mold which defines at least one recess in which the concrete to be compacted is poured, a tamper for compacting the concrete arranged above the mold, and a vibrating table arranged under the mold, and a device for controlling the operation of the vibrating press, characterized in that the control device comprises a board intended to be arranged under the mold, said board being provided with means for measuring the vibration frequency, the amplitude and/or the acceleration of movement, and/or the force exerted on said board during the production of the concrete products, said device allowing to control production parameters of the vibrating press during the process of producing concrete products for immediate mold release when the board is in position on the vibrating table.
A dental ultrasonic cleaning device for cleaning the teeth or dentures ultrasonically by emitting ultrasonic waves through a cleaning-liquid to a cleaning-target, such as a surface of teeth or dentures in an oral cavity, comprising an ultrasonic-wave transducer for generating the ultrasonic waves; an ultrasonic-wave propagating unit for propagating the ultrasonic waves to an ultrasonic-wave emitting surface at a tip-end side of the ultrasonic-wave propagating unit; a liquid-reservoir part for temporarily reserving the cleaning-liquid between a surface of the cleaning-target and the ultrasonic-wave emitting surface in a state of being in contact with the cleaning target, the liquid-reservoir part being provided in such a manner as to surround the ultrasonic-wave emitting surface; a liquid-supply tube for supplying the cleaning-liquid to the liquid-reservoir part; a suction tube having a liquid-suction part and for sucking and draining the cleaning-liquid that had been used during the ultrasonic cleaning through the liquid-suction part, the liquid-suction part being disposed at a predetermined distance from the liquid reservoir part, and the dental ultrasonic cleaning device comprises a handpiece to be handled by an operator, the handpiece comprising a main-arm unit to house the ultrasonic-wave transducer and the ultrasonic-wave propagating unit, and a secondary-arm unit having a tip-end portion by which the cleaning-target is pinched between the liquid-reservoir part at a tip-end of the main-arm unit, and the liquid-vacuuming part is provided at the tip-end of the secondary-arm unit.
Coupling arrangement for a domestic appliance, comprising: a connecting piece comprising an interior duct for transporting a fluid and an exterior shoulder; an elastic sleeve push-fitted in a fitting direction onto the connecting piece, wherein the sleeve has an interior first shoulder engaging behind the shoulder of the connecting piece and an exterior second shoulder; and a corrugated hose, an end portion of which has an interior shoulder engaging behind the second shoulder of the sleeve. a connecting piece comprising an interior duct for transporting a fluid and an exterior shoulder; an elastic sleeve push-fitted in a fitting direction onto the connecting piece, wherein the sleeve has an interior first shoulder engaging behind the shoulder of the connecting piece and an exterior second shoulder; and a corrugated hose, an end portion of which has an interior shoulder engaging behind the second shoulder of the sleeve.
Device for a motor vehicle door latch comprising at least a first component carrier and a second component carrier, whereby the component carriers in each instance fix at least one component from the electrical component, electromechanical component and electronic component group with regard to the motor vehicle latch and are connected or can be connected to one another.
A mitoketoscin comprising the general formula: (a) or (b) wherein each R may be the same or different and is selected from the group consisting of fluorine, hydrogen, chlorine, bromine, iodine, carboxyl, alkanes, cyclic alkanes, alkenes, cyclic alkenes, alkynes, ketones, aldehydes, carboxylic acids, ethers, esters, amines, amides, monocyclic or polycyclic arene, heteroarenes, phenols, and benzoic acid. (a) or (b) wherein each R may be the same or different and is selected from the group consisting of fluorine, hydrogen, chlorine, bromine, iodine, carboxyl, alkanes, cyclic alkanes, alkenes, cyclic alkenes, alkynes, ketones, aldehydes, carboxylic acids, ethers, esters, amines, amides, monocyclic or polycyclic arene, heteroarenes, phenols, and benzoic acid.
A sample storage and extraction device, comprising: a substrate frame having a substrate region configured to receive a sample substrate having a sample region; a substrate cover operatively coupled to the substrate frame; a compression assembly configured to provide an isolation zone; and a fluidic channel configured to flow an elution fluid to the isolation zone, the device being characterised in that the isolation zone is provided in a portion of the sample substate and the compression assembly includes a compression member disposed on a flexure said flexure being configured to be disposed around the sample region of the sample substrate, wherein the flexure is further configured to distribute an applied force to form the isolation zone. a substrate frame having a substrate region configured to receive a sample substrate having a sample region; a substrate cover operatively coupled to the substrate frame; a compression assembly configured to provide an isolation zone; and a fluidic channel configured to flow an elution fluid to the isolation zone, the device being characterised in that the isolation zone is provided in a portion of the sample substate and the compression assembly includes a compression member disposed on a flexure said flexure being configured to be disposed around the sample region of the sample substrate, wherein the flexure is further configured to distribute an applied force to form the isolation zone.
Method for creating a reservoir filled with loose, porous, hydraulically conductive material, comprising at least the following steps: a) finding a suitable construction site, which has rock stratification having: ∘ a first stratum of at least one layer of porous material, ∘ a second stratum, beneath the first stratum, of at least one material layer that is soluble in non-toxic solvents, ∘ a third stratum, beneath the second stratum, of at least one layer of water-impermeable or practically water-impermeable material, b) sinking at least one borehole as far as to the second stratum, c) inserting into the borehole a pipeline having one or more outlet openings at the bottom end of the pipeline, d) injecting a non-toxic solvent capable of dissolving the material of the second stratum or of otherwise changing said material into a fluid, pumpable state, e) pumping out the parts of the second stratum that are in the fluid, pumpable state, thereby creating a cavity, f) letting the cavity collapse or causing the cavity to collapse, and forming a sinkhole at the surface, g) sinking a borehole at the apex point of the sinkhole and placing a water draw-off pipeline in the borehole. a) finding a suitable construction site, which has rock stratification having: ∘ a first stratum of at least one layer of porous material, ∘ a second stratum, beneath the first stratum, of at least one material layer that is soluble in non-toxic solvents, ∘ a third stratum, beneath the second stratum, of at least one layer of water-impermeable or practically water-impermeable material, ∘ a first stratum of at least one layer of porous material, ∘ a second stratum, beneath the first stratum, of at least one material layer that is soluble in non-toxic solvents, ∘ a third stratum, beneath the second stratum, of at least one layer of water-impermeable or practically water-impermeable material, b) sinking at least one borehole as far as to the second stratum, c) inserting into the borehole a pipeline having one or more outlet openings at the bottom end of the pipeline, d) injecting a non-toxic solvent capable of dissolving the material of the second stratum or of otherwise changing said material into a fluid, pumpable state, e) pumping out the parts of the second stratum that are in the fluid, pumpable state, thereby creating a cavity, f) letting the cavity collapse or causing the cavity to collapse, and forming a sinkhole at the surface, g) sinking a borehole at the apex point of the sinkhole and placing a water draw-off pipeline in the borehole.
An oral care composition comprising water, thickener, surfactant, abrasive and a dye polymer, in which the dye functionality is covalently attached to the remainder of the polymer, and wherein the dye polymer is of the form: Polymer chain − Y − dye x and wherein Y is a link between the dye and the polymer chain and x is the number of dye moieties associated with a given polymer molecule; and wherein Y is an organic bridging group covalently connecting an aromatic ring of a dye moiety to a polymer chain and having from 1 to 8 atoms, the atoms being selected from: C, N, O, and S; for modifying the colour of teeth.
A method for the support of data transmission in a packet mobile network, for packet data network connectivity over said packet mobile network between an user equipment and an external packet data network, said packet mobile network comprising a core network accessed by a radio access network, said data transmission using a tunnel over an interface between a serving radio access network node and a serving user plane core network node, said method including support of said data transmission in a mode referred to as connectionless transmission mode, wherein, for re-initiation of uplink data transmission at idle to active transition, said user equipment passes to said serving radio access network node information referred to as connection identifier information enabling said serving radio access network node to derive internet protocol address information of said serving user plane core network node and uplink tunnel endpoint identifier information, wherein said tunnel over said interface is predefined and identified using said connection identifier information providing a reference to said packet data network and to said serving user plane core network node.
Plate-shaped structural element which has at least one fold such that the folded structural element forms at least part of a body of a leisure vehicle, wherein the structural element comprises a composite component, in particular a fibre composite component, or consists of a composite component, in particular a fibre composite component, characterized in that the composite component comprises a sandwich construction, the sandwich construction having two outer cover layer panels with a core layer panel with an internal foam or a honeycomb structure, and a cover layer and the core layer panel being cut into at a fold while the other cover layer panel is continuous.
Electronic smoking device comprising a liquid reservoir/wick portion for providing liquid to be atomized, and an atomizing element for atomizing liquid, wherein the liquid reservoir/wick portion comprises a liquid storage volume and a wick for supplying the liquid from the liquid storage volume to the atomizing element, wherein the wick comprises a liquid receiving side that faces the liquid storage volume, and a liquid supply side opposite of the liquid receiving side, the liquid supply side facing away from the liquid storage volume and towards the atomizing element, wherein the wick has a central opening that is in communication with a central passage of the liquid reservoir/wick portion, the central passage extending away from the atomizing element and towards an air inhalation port of the electronic smoking device, characterized in that the liquid reservoir/wick portion is detachably connected to the atomizing element, wherein: the wick is arranged between the atomizing element and the liquid reservoir in a longitudinal direction, along which the central passage extends towards an air inhalation port, and the atomizing element is pressed against the wick in the longitudinal direction. the wick is arranged between the atomizing element and the liquid reservoir in a longitudinal direction, along which the central passage extends towards an air inhalation port, and the atomizing element is pressed against the wick in the longitudinal direction.
A method, comprising: while imaging a patient using an initial magnetic resonance imaging sequence, receiving an initial set of electrocardiograph signals from the patient; identifying initial noise in the initial set of ECG signals arising from the initial MRI sequence; characterizing the initial noise in terms of frequency components thereof; generating a relation between parameters defining the initial MRI sequence and the frequency components; computing a filter by applying the relation to the parameters of a subsequent MRI sequence; and applying the computed filter to reduce noise in a further set of ECG signals, received from the patient, while imaging the patient using the subsequent MRI sequence. while imaging a patient using an initial magnetic resonance imaging sequence, receiving an initial set of electrocardiograph signals from the patient; identifying initial noise in the initial set of ECG signals arising from the initial MRI sequence; characterizing the initial noise in terms of frequency components thereof; generating a relation between parameters defining the initial MRI sequence and the frequency components; computing a filter by applying the relation to the parameters of a subsequent MRI sequence; and applying the computed filter to reduce noise in a further set of ECG signals, received from the patient, while imaging the patient using the subsequent MRI sequence.
A copolymer of a monomer selected from the group consisting of 1,3-butadiene and isoprene, and a monomer of formula I wherein R 1 is a covalent bond, phenylene, a linear or branched alkane diyl group containing of from 1 to 10 carbon atoms or a combination of one or more phenylene groups and one or more linear or branched alkane diyl groups containing of from 1 to 10 carbon atoms, and R 2 is hydrogen or a linear or branched alkyl group containing of from 1 to 10 carbon atoms, and X is a sulfur atom or a structure of formula II or III, wherein, when X is of formula III, the S atom of formula III is adjacent to the phenyl ring of formula I and the N atom of formula III is adjacent to R 1.
The use of polylactic acid in a topical sunscreen composition to increase the UVA protection factor, wherein the topical sunscreen composition comprises: i) between 1 wt% and 35 wt% metal oxide sunscreen particles; ii) between 2.5 wt% and 25 wt% polylactic acid; and iii) a cosmetic carrier in which the metal oxide sunscreen particles and the polylactic acid are dispersed. i) between 1 wt% and 35 wt% metal oxide sunscreen particles; ii) between 2.5 wt% and 25 wt% polylactic acid; and iii) a cosmetic carrier in which the metal oxide sunscreen particles and the polylactic acid are dispersed.
A composition comprising (a) a preservative system comprising sodium benzoate in combination with a second active selected from benzhydroxamic acid or tricarballylic acid;and (b) a surfactant; wherein the weight ratio of the second active to sodium benzoate is in the range of 1:8 to 1:2 when the second active is benzhydroxamic acid; and wherein the weight ratio of the second active to sodium benzoate is in the range of 1:8 to 4:1 when the second active is tricarbalyllic acid; wherein the composition is a personal cleansing composition. (a) a preservative system comprising sodium benzoate in combination with a second active selected from benzhydroxamic acid or tricarballylic acid;and (b) a surfactant; wherein the weight ratio of the second active to sodium benzoate is in the range of 1:8 to 1:2 when the second active is benzhydroxamic acid; and wherein the weight ratio of the second active to sodium benzoate is in the range of 1:8 to 4:1 when the second active is tricarbalyllic acid; wherein the composition is a personal cleansing composition.