mhurhangee/ep-ind-claims huggingface dataset:
A lower structure of a vehicle, comprising: a main framework that extends in a longitudinal direction of the vehicle; and a floor panel that is coupled to the main framework, wherein the main framework has a bead (14 to 16) that extends in the longitudinal direction of the vehicle, characterized in that the depth of the bead (14 to 16) increases toward a rear side of the vehicle. a main framework that extends in a longitudinal direction of the vehicle; and a floor panel that is coupled to the main framework, wherein the main framework has a bead (14 to 16) that extends in the longitudinal direction of the vehicle, characterized in that the depth of the bead (14 to 16) increases toward a rear side of the vehicle.
A method of responding to a detected fall, the method comprising: determining which one of two or more actions to perform in response to detecting a fall by a user based on the context of the detected fall, wherein the two or more actions comprise requesting help for the user or initiating a call, and waiting for the expiry of a revocation period before requesting help for the user or initiating a call, wherein the context of the fall indicates whether the fall has occurred indoors or outdoors and the magnitude of a detected impact, and wherein the step of determining comprises: determining (121, 123) whether the detected fall has occurred indoors or outdoors; and evaluating accelerometer data to determine the magnitude of the detected impact; and performing the determined action. determining (121, 123) whether the detected fall has occurred indoors or outdoors; and evaluating accelerometer data to determine the magnitude of the detected impact; and performing the determined action.
A process for concentrating at least one omega-3 fatty acid from a fatty acid oil mixture while reducing the concentration of at least one omega-6 fatty acid in the fatty acid oil mixture, the process comprising: (a) combining the fatty acid oil mixture and an aqueous silver salt solution to form an aqueous phase and an organic phase, wherein in the aqueous phase, the aqueous silver salt solution forms a complex with the at least one omega-3 fatty acid; (b) separating the aqueous phase from the organic phase; (c) extracting the aqueous phase with a displacement liquid, or increasing the temperature of the aqueous phase to at least 30°C, or a combination of extracting with a displacement liquid and increasing the temperature, resulting in formation of at least one extract; (d) combining the aqueous phase with water, or extracting the aqueous phase with supercritical CO 2, or a combination of combining the aqueous phase with water and extracting the aqueous phase with supercritical CO 2, to dissociate the complex, wherein an aqueous phase comprising the silver salt and at least one solution comprising a fatty acid concentrate forms; (e) separating the at least one solution comprising the fatty acid concentrate from the aqueous phase comprising the silver salt; and optionally (f) purifying the fatty acid concentrate through at least one purification process, wherein the displacement liquid comprises an organic solvent selected from halogenated solvents, alkanes, alkenes, cycloalkanes, and cycloalkenes. (a) combining the fatty acid oil mixture and an aqueous silver salt solution to form an aqueous phase and an organic phase, wherein in the aqueous phase, the aqueous silver salt solution forms a complex with the at least one omega-3 fatty acid; (b) separating the aqueous phase from the organic phase; (c) extracting the aqueous phase with a displacement liquid, or increasing the temperature of the aqueous phase to at least 30°C, or a combination of extracting with a displacement liquid and increasing the temperature, resulting in formation of at least one extract; (d) combining the aqueous phase with water, or extracting the aqueous phase with supercritical CO 2, or a combination of combining the aqueous phase with water and extracting the aqueous phase with supercritical CO 2, to dissociate the complex, wherein an aqueous phase comprising the silver salt and at least one solution comprising a fatty acid concentrate forms; (e) separating the at least one solution comprising the fatty acid concentrate from the aqueous phase comprising the silver salt; and optionally (f) purifying the fatty acid concentrate through at least one purification process,
A method for acquiring timing information of a first timing information source using timing information of a second timing information source, the method being performed by a wireless device and comprising the steps of: receiving instructions from a network node to use second timing information of the second timing information source as a source for deriving first timing information of the first timing information source; receiving the second timing information from the second timing information source; and determining, based on the second timing information, timing for when to monitor a downlink channel. receiving instructions from a network node to use second timing information of the second timing information source as a source for deriving first timing information of the first timing information source; receiving the second timing information from the second timing information source; and determining, based on the second timing information, timing for when to monitor a downlink channel.
Fume hood device which comprises a fume hood and at least one air preparation device, which comprises at least one electrically operated activation device for active air treatment and at least one filter element which constitutes a passive filter, wherein the air preparation device comprises an air treatment chamber in which the ionising or dissociating device is provided, the air treatment chamber is at least partially defined by at least one of the filter elements and the at least one filter element serves for filtering after or during the active air treatment and comprises filter material which at least partially consists of at least one mineral adsorbent, characterised in that the activation device for the active air treatment comprises an ionising and/or dissociating device which is a plasma generator.
A method executed by at least one processor comprising: a member computing node: establishing a communication channel with a verifier computing node, the member computing node and the verifier computing node each coupled to a respective charging coil; determining a group of devices approved for charging with the verifier computing node; determining the member computing node is a member of the group of devices; subsequently anonymously authenticating the member computing node to the verifier computing node, wherein the member computing node does not uniquely identify itself to the verifier computing node; in response to authenticating the member computing node to the verifier computing node, inductively charging the member computing node based on a magnetic field produced by the verifier computing node. establishing a communication channel with a verifier computing node, the member computing node and the verifier computing node each coupled to a respective charging coil; determining a group of devices approved for charging with the verifier computing node; determining the member computing node is a member of the group of devices; subsequently anonymously authenticating the member computing node to the verifier computing node, wherein the member computing node does not uniquely identify itself to the verifier computing node; in response to authenticating the member computing node to the verifier computing node, inductively charging the member computing node based on a magnetic field produced by the verifier computing node.
An endovascular near critical fluid based cryoablation catheter for creating an elongated lengthwise-continuous lesion in tissue, the endovascular NCF based cryoablation catheter comprising: an elongated shaft, a flexible distal tissue treatment section, and a distal tip; a plurality of cryogen delivery tubes extending through the flexible distal tissue treatment section to transport a NCF cryogen towards the distal tip, each of the cryogen delivery tubes comprising an inner tube for transporting the NCF cryogen, a distinct outer tube coaxially surrounding the inner tube and a space between an interior surface of the outer tube and an exterior surface of the inner tube, wherein the space is filled with a thermally conducting fluid; and a plurality of cryogen return tubes extending through the flexible distal tissue treatment section to transport the NCF cryogen away from the distal tip, each of the cryogen return tubes comprising an inner tube for transporting the NCF cryogen, a distinct outer tube coaxially surrounding the inner tube and a gap between an interior surface of the outer tube and an exterior surface of the inner tube, wherein the gap is filled with the thermally conducting fluid. an elongated shaft, a flexible distal tissue treatment section, and a distal tip; a plurality of cryogen delivery tubes extending through the flexible distal tissue treatment section to transport a NCF cryogen towards the distal tip, each of the cryogen delivery tubes comprising an inner tube for transporting the NCF cryogen, a distinct outer tube coaxially surrounding the inner tube and a space between an interior surface of the outer tube and an exterior surface of the inner tube, wherein the space is filled with a thermally conducting fluid; and a plurality of cryogen return tubes extending through the flexible distal tissue treatment section to transport the NCF cryogen away from the distal tip, each of the cryogen return tubes comprising an inner tube for transporting the NCF cryogen, a distinct outer tube coaxially surrounding the inner tube and a gap between an interior surface of the outer tube and an exterior surface of the inner tube, wherein the gap is filled with the thermally conducting fluid.
A light emitting device comprising: a substrate; a light emitting element disposed on the substrate; a light transmissive member having a plate shape and having an upper face and a lower face disposed such that the lower face opposes a light emission face of the light emitting element; a light reflecting member covering lateral faces of the light emitting element and lateral faces of the light transmissive member; and a light shielding frame disposed on the upper face of the light reflecting member surrounding the light transmissive member; wherein the light shielding frame has an opening, an inner perimeter of the opening is positioned at a distance apart from an outer perimeter of the upper face of the light transmissive member in a plan view as seen from above, and the light reflecting member is interposed between the inner perimeter of the opening and the outer perimeter of the upper face of the light transmissive member, and wherein a depression is located at a portion of the outer perimeter of the light shielding frame, and an upper face of the light reflecting member is exposed at the depression. a substrate; a light emitting element disposed on the substrate; a light transmissive member having a plate shape and having an upper face and a lower face disposed such that the lower face opposes a light emission face of the light emitting element; a light reflecting member covering lateral faces of the light emitting element and lateral faces of the light transmissive member; and a light shielding frame disposed on the upper face of the light reflecting member surrounding the light transmissive member; wherein the light shielding frame has an opening, an inner perimeter of the opening is positioned at a distance apart from an outer perimeter of the upper face of the light transmissive member in a plan view as seen from above, and the light reflecting member is interposed between the inner perimeter of the opening and the outer perimeter of the upper face of the light transmissive member, and wherein a depression is located at a portion of the outer perimeter of the light shielding frame, and an upper face of the light reflecting member is exposed at the depression. wherein the light shielding frame has an opening, an inner perimeter of the opening is positioned at a distance apart from an outer perimeter of the upper face of the light transmissive member in a plan view as seen from above, and the light reflecting member is interposed between the inner perimeter of the opening and the outer perimeter of the upper face of the light transmissive member, and wherein a depression is located at a portion of the outer perimeter of the light shielding frame, and an upper face of the light reflecting member is exposed at the depression.
A non-aqueous electrolyte for lithium ion battery, comprising a cyano-containing compound A and a compound B represented by formula I, In formula I, R 1, R 2, R 3, R 4, R 5 and R 6 are each independently selected from one of hydrogen atom, fluorine atom and C1-C5 group.
An augmented reality Z device comprising a first projection assembly and a first display assembly; wherein the first display assembly is disposed on a light exit side of the first projection assembly; the first projection assembly comprises a first scanner, a first laser, and a first lens group, wherein the first scanner is disposed on a light exit side of the first laser and the first scanner is configured to reflect laser beams projected by the first laser and corresponding to all pixels of a three-dimensional image one by one through rotating mechanical movement to a first holographic diffraction grating, and the first lens group is disposed on a light incident side and/or a light exit side of the first scanner; the first display assembly comprises the first holographic diffraction grating and a first lens, wherein the first holographic diffraction grating is disposed on a surface, facing towards the first scanner, of the first lens and is configured to further reflect the laser beams reflected by the first scanner, so that a user of the AR device is able to perceive the reproduced three-dimensional image by using the first projection assembly and the first display assembly and at the same time to observe a real world scene by using the first lens. and the first lens group comprises at least one first spherical lens and/or at least one first aspheric lens; and optionally, the AR device is AR glasses or an AR helmet. the first display assembly is disposed on a light exit side of the first projection assembly; the first projection assembly comprises a first scanner, a first laser, and a first lens group, wherein the first scanner is disposed on a light exit side of the first laser and the first scanner is configured to reflect laser beams projected by the first laser and corresponding to all pixels of a three-dimensional image one by one through rotating mechanical movement to a first holographic diffraction grating, and the first lens group is disposed on a light incident side and/or a light exit side of the first scanner; the first display assembly comprises the first holographic diffraction grating and a first lens, wherein the first holographic diffraction grating is disposed on a surface, facing towards the first scanner, of the first lens and is configured to further reflect the laser beams reflected by the first scanner, so that a user of the AR device is able to perceive the reproduced three-dimensional image by using the first projection assembly and the first display assembly and at the same time to observe a real world scene by using the first lens. and the first lens group comprises at least one first spherical lens and/or at least one first aspheric lens; and optionally, the AR device is AR glasses or an AR helmet.
A packaged product comprising a combination of a concentrated particulate detergent composition and a package, said package comprising a reservoir containing the composition, the reservoir comprising at least one transparent portion and wherein at least 70 % by number of the particles of the composition comprising a high-surfactant hard core and a coating and wherein the or each transparent portion includes a base portion of the pack and wherein the package is sufficiently rigid In material or construction such that a portion e.g. the base or a side wall, can be tapped to move the particles throughout the reservoir and wherein the tapping creates audible feedback to the user to guide them as to the movement of the particles characterized in that each particle has perpendicular dimensions x, y and z, wherein x is from 0.2 to 2 mm, y is from 2.5 to 8mm (preferably 3 to 8 mm), and z is from 2.5 to 8 mm (preferably 3 to 8 mm) and in that at least some, and preferably a major portion by number of the particles are coloured other than white which has a greater visual effect.
A method for allocating an identifier, ID, of a software component by a Device Management, DM, server, the method comprising: generating information on software components, by the DM server, the information comprising IDs of the software components; generating a download package including the information on the software components; transmitting the download package from the DM server to a DM client, wherein the step of transmitting comprises transmitting a Software COmponent Management Object, SCOMO, from the DM server to the DM client and wherein the DM client executes the download package, and allocates an ID to each of the software components based on the information on the software components; identifying, by the DM server, a software component installed in the DM client in response to the download package, the identification being based on the ID of the installed software component; and managing, by the DM server, the identified software component. generating information on software components, by the DM server, the information comprising IDs of the software components; generating a download package including the information on the software components; transmitting the download package from the DM server to a DM client, wherein the step of transmitting comprises transmitting a Software COmponent Management Object, SCOMO, from the DM server to the DM client and wherein the DM client executes the download package, and allocates an ID to each of the software components based on the information on the software components; identifying, by the DM server, a software component installed in the DM client in response to the download package, the identification being based on the ID of the installed software component; and managing, by the DM server, the identified software component.
Ultrasonic sensor for measuring flow rates in liquid melts, said sensor consisting of an ultrasonic waveguide, a piezoelectric transducer and an electrical signal matching circuit, wherein the ultrasonic waveguide which is connected to the piezoelectric transducer is composed of a material which has low acoustic attenuation having an acoustic attenuation coefficient of α < 10 dB/m in a temperature range above 200°C, which is relevant to the application, and is chemically resistant to the melt, and wherein that end face of the ultrasonic waveguide which faces the melt is closed and can be wetted by the melt, characterized in that the ultrasonic waveguide consists of a multiplicity of films which are layered on top of one another in a two-dimensional manner, the propagation direction of the ultrasound being perpendicular to the surface normal.
A compound of formula (la), or an acid, a free base, a zwitterion, or a salt thereof having the following structure: wherein R 1 is C 10 to C 24 alkyl or alkenyl and R 5 is hydrogen; R 2 is hydrogen; R 4 is hydrogen; and R 6 and R 7 are C 1 -C 6 alkyl or R 6 and R 7 together with the nitrogen they are attached to form a ring. R 1 is C 10 to C 24 alkyl or alkenyl and R 5 is hydrogen; R 2 is hydrogen; R 4 is hydrogen; and R 6 and R 7 are C 1 -C 6 alkyl or R 6 and R 7 together with the nitrogen they are attached to form a ring.
A satellite provided with a device for stabilising and deorbiting a satellite, the device including a pair of coplanar masts (10, 11) each carrying at least one membrane forming an aerobraking sail, said masts being fastened to the satellite so that their longitudinal axes are not parallel to each other and being each provided at their end opposite their end fastened to the satellite with a mass (m) for generating a gravity gradient and for which the masts are disposed so as to form with the bisector between the masts a fixed angle α adapted to align the bisector with the velocity vector of the satellite at any altitude, said bisector being an axis of the main reference frame of the inertia matrix of the satellite such that inertia IZ along said bisector is between the inertia values on both other axes of the main reference frame.
Method for making electrically conductive tracks or areas within a material, characterized by - using as material cellulose or its derivatives; - locally raising the temperature of a portion of the material to carbonize it and trace a track, characterized in that - silver or copper or gold or platinum or indium or tungsten particles are inserted in the material, the particles having an average diameter from 5 μm to 17 μm, and percentage by weight, with respect to the material that contains them, from 3% to 20%; - a laser beam locally raises the temperature of a portion of the material to break down and blow off an oxide layer that surrounds the particles. - using as material cellulose or its derivatives; - locally raising the temperature of a portion of the material to carbonize it and trace a track, - silver or copper or gold or platinum or indium or tungsten particles are inserted in the material, - a laser beam locally raises the temperature of a portion of the material to break down and blow off an oxide layer that surrounds the particles.