mhurhangee/patent-ind-claim-en huggingface dataset:
Inspection lamp for inspecting surface structures, having an elongate housing which extends in a longitudinal direction (x) and in which an LED arrangement and elongate collimator optics which extend in the longitudinal direction (x) are arranged, wherein the collimator optics are adapted to bundle light emitted from the LED arrangement into a light bundle extending in the longitudinal direction (x) whose aperture angle (α) in a width direction (y) orthogonal to the longitudinal direction (x) is less than 20 degrees, characterized in that the inspection lamp is designed as a freely movable and positionable hand lamp, wherein the housing has lateral longitudinal sides which run perpendicularly to the width direction (y) and are adapted such that the directional beam of the light bundle runs parallel to the wall when the lateral longitudinal sides rest against a substantially flat wall in a tilting-stable manner, the housing having a substantially cuboid, elongated basic shape, the depth of which is less than its width.
A sound absorption device for a noise-emitting area, said device comprising support means , attachment means and sound absorption means , characterized in that: - the support means comprise a support plane on which said sound absorption means are attached, directed toward said noise-emitting area - the sound absorption means consist of more than two bars , each bar being of a different length; o each bar being made of noise-absorbing foam or wadding and in that the lower ends of the bars of different lengths form an open parabolic space. - the support means comprise a support plane on which said sound absorption means are attached, directed toward said noise-emitting area - the sound absorption means consist of more than two bars , each bar being of a different length; o each bar being made of noise-absorbing foam or wadding and in that the lower ends of the bars of different lengths form an open parabolic space. o each bar being made of noise-absorbing foam or wadding
A device, comprising: a flexible circuit structure comprising a liquid conductive path enclosed in an encapsulant ; a polymer circuit support comprising a polymer having a functional species available for a condensation reaction; and a cross-linking agent covalently bonding the encapsulant to the polymer circuit support via the functional species; wherein the encapsulant is a siloxane-based encapsulant, and wherein the cross-linking agent comprises a siloxane functional group covalently linked to the siloxane-based encapsulant and a second functional group covalently linked to the siloxane functional group and the functional species of the polymer circuit support; and an electrical coupling between the liquid conductive path of the flexible circuit structure and a circuit element on the polymer circuit support, the electrical coupling extending through the encapsulant. a flexible circuit structure comprising a liquid conductive path enclosed in an encapsulant ; a polymer circuit support comprising a polymer having a functional species available for a condensation reaction; and a cross-linking agent covalently bonding the encapsulant to the polymer circuit support via the functional species; wherein the encapsulant is a siloxane-based encapsulant, and wherein the cross-linking agent comprises a siloxane functional group covalently linked to the siloxane-based encapsulant and a second functional group covalently linked to the siloxane functional group and the functional species of the polymer circuit support; and an electrical coupling between the liquid conductive path of the flexible circuit structure and a circuit element on the polymer circuit support, the electrical coupling extending through the encapsulant.
Method for exhaust gas aftertreatment of an internal combustion engine , the outlet of which is connected to an exhaust gas system , wherein in the exhaust gas system are disposed, in the direction of an exhaust gas flow through the exhaust gas system , a first catalytic converter , a second catalytic converter downstream of the first catalytic converter and a third catalytic converter downstream of the second catalytic converter , wherein in an exhaust duct of the exhaust gas system are disposed a first lambda sensor upstream of the first catalytic converter and a second lambda sensor downstream of the first catalytic converter and upstream of the second catalytic converter , wherein a third lambda sensor is disposed downstream of the second catalytic converter and upstream of the third catalytic converter , wherein the first catalytic converter and the third catalytic converter are designed as three-way catalytic converters, and wherein the second catalytic converter is designed as a three-way catalytic converter which can be actively heated electrically by means of an electrical heating element , comprising the following steps: - actively heating the second catalytic converter downstream of the first catalytic converter , - comparing the component temperature of the first catalytic converter , the second catalytic converter and the third catalytic converter with the relevant light-off temperature of the catalytic converter , - controlling the air-fuel ratio via a lambda closed-loop control of the internal combustion engine by means of the lambda sensor downstream of the last three-way catalytic converter which has reached its light-off temperature, wherein - the lambda closed-loop control is carried out via the first lambda sensor when none of the catalytic converters has reached its light-off temperature, and wherein - the lambda closed-loop control is extended to the lambda sensor downstream of the second catalytic converter as soon as this catalytic converter has reached its light-off temperature. - actively heating the second catalytic converter downstream of the first catalytic converter , - comparing the component temperature of the first catalytic converter , the second catalytic converter and the third catalytic converter with the relevant light-off temperature of the catalytic converter , - controlling the air-fuel ratio via a lambda closed-loop control of the internal combustion engine by means of the lambda sensor downstream of the last three-way catalytic converter which has reached its light-off temperature, wherein - the lambda closed-loop control is carried out via the first lambda sensor when none of the catalytic converters has reached its light-off temperature, and wherein - the lambda closed-loop control is extended to the lambda sensor downstream of the second catalytic converter as soon as this catalytic converter has reached its light-off temperature.
An additive for paints , putties, plasters and other materials intended to cover architectural surfaces, characterized in that it comprises, with respect to a liter of additive: - 500-800 mL of water , - 200-500 mL of a substance , selected from vinegar and wine, - 20-75 g of sodium bicarbonate , and - 5 to 30 drops of essential oils , selected from the group consisting of essential oil of lemon and essential oil of lavender. - 500-800 mL of water , - 200-500 mL of a substance , selected from vinegar and wine, - 20-75 g of sodium bicarbonate , and - 5 to 30 drops of essential oils , selected from the group consisting of essential oil of lemon and essential oil of lavender.
A water dispersible granular crop nutrition and fortification composition comprising: elemental sulphur in the range of 1-90% w/w of the total composition; at least one of an iron oxide; an iron hydroxide; iron salts, or iron complexes, or mixtures thereof in the range of 1-70% w/w of the total composition; at least one dispersing agent in the range of about 1-30% w/w of the total composition; and wherein the granules of the composition are in the size range of 0.1-2.5 mm and comprise of particles in the size range of 0.1-20 microns. elemental sulphur in the range of 1-90% w/w of the total composition; at least one of an iron oxide; an iron hydroxide; iron salts, or iron complexes, or mixtures thereof in the range of 1-70% w/w of the total composition; at least one dispersing agent in the range of about 1-30% w/w of the total composition; and wherein the granules of the composition are in the size range of 0.1-2.5 mm and comprise of particles in the size range of 0.1-20 microns.
A nucleic acid inhibitor of Cx45 for use in a method of treating, preventing, inhibiting the progression of or reducing the likelihood of occurrence of a myocardial infarction-related complication selected from the group consisting of arrhythmia, abnormal conduction and sudden cardiac death in a subject, the method comprising administering to the subject the nucleic acid inhibitor of Cx45.
An article of footwear , comprising: an upper including an attachment region and a bottom portion that is bounded by the attachment region ; a sole defining a concave inner surface while in an unloaded state, the concave inner surface including a peripheral surface region and a central surface region , wherein the attachment region of the upper is attached to the peripheral surface region of the sole ; characterized in that the bottom portion of the upper is held in tension apart from the central surface region of the sole when the article of footwear is in the unloaded state. an upper including an attachment region and a bottom portion that is bounded by the attachment region ; a sole defining a concave inner surface while in an unloaded state, the concave inner surface including a peripheral surface region and a central surface region , wherein the attachment region of the upper is attached to the peripheral surface region of the sole ; characterized in that the bottom portion of the upper is held in tension apart from the central surface region of the sole when the article of footwear is in the unloaded state.
A method for providing information on road surface conditions, in particular road roughness, under a driving vehicle having at least a first wheel, the method comprising: a) determining a wheel speed signal indicative of oscillations at the first wheel, using a wheel speed sensor; b) determining an acceleration sensor signal indicative of a time dependent vertical movement of the vehicle chassis, using one or more accelerometers in the vehicle; and c) determining road surface conditions, in particular road roughness, under the driving vehicle based on the variance of the difference in time between two registrations of the wheel speed sensor signal and based on the acceleration sensor signal. a) determining a wheel speed signal indicative of oscillations at the first wheel, using a wheel speed sensor; b) determining an acceleration sensor signal indicative of a time dependent vertical movement of the vehicle chassis, using one or more accelerometers in the vehicle; and c) determining road surface conditions, in particular road roughness, under the driving vehicle based on the variance of the difference in time between two registrations of the wheel speed sensor signal and based on the acceleration sensor signal.
Timepiece movement provided with a movable element capable of being driven along an axis of displacement and of being momentarily immobilised in any one stable position of N discrete stable positions, N being a number greater than one (N>1), and with a device for positioning said movable element in each of said N stable positions comprising a lever capable of coming into contact with the movable element, wherein the positioning device comprises a magnetic system formed of a first magnet integral with the lever and arranged at the periphery of the movable element, with N second magnets integral with said movable element and arranged along said axis of displacement so as to define magnetic periods (P M ) respectively corresponding to the distances between the N discrete stable positions, and with a highly magnetically permeable element arranged facing one polar end of the first magnet located on the side of the movable element; wherein the magnetic system is arranged such that, when the movable element is driven along its axis of displacement, from any one stable position (P n ) to the next stable position, a first magnetic torque exerted on the lever carrying the first magnet has a first direction over a first section (TR1) and a second direction, opposite to the first direction, over a second section (TR2) of the corresponding distance, the first direction defining a return torque towards the movable element for a contact portion of the lever; and wherein the magnetic system is arranged such that, for each of the N discrete stable positions, said first magnetic torque is applied in said first direction.
A chocolate comprising an oil-and/or-fat in a content of 25 to 65 mass%, wherein the oil-and/or-fat meets the following requirements to : an SOS content is 60 to 86 mass%; a POP content is 20 to 40 mass%; an StOSt content is 10 to 25 mass%; a POSt content is 15 to 30 mass%; a liquid oil-and/or-fat content is 14 to 30 mass%; and a mass ratio (StOSt/POSt) of the StOSt content to the POSt content is not more than 1.2, wherein SOS: a triglyceride on which oleic acid is bonded at a 2 position and a saturated fatty acid having a carbon number of not less than 16 is bonded at 1 and 3 positions; POP: 1,3-dipalmitoyl-2-oleoylglycerin; StOSt: 1,3-distearoyl-2-oleoylglycerin; POSt: a triglyceride comprising an oleoyl group at a 2 position and comprising one palmitoyl group and one stearoyl group separately at 1 and 3 positions; and liquid oil-and/or-fat: a triglyceride on which a fatty acid having a carbon number of not less than 16 is bonded, the triglyceride comprising not less than 2 double bonds per molecule. an SOS content is 60 to 86 mass%; a POP content is 20 to 40 mass%; an StOSt content is 10 to 25 mass%; a POSt content is 15 to 30 mass%; a liquid oil-and/or-fat content is 14 to 30 mass%; and a mass ratio (StOSt/POSt) of the StOSt content to the POSt content is not more than 1.2,
An air separation module, comprising: a canister having an interior , a first open end in fluid communication with the interior of the canister, and a second open end opposite the first open end of the canister, a separator arranged within the interior of the canister, the separator fluidly coupling the second open end of the canister with the first open end of the canister; and a first end cap with a one-piece first end cap body fixed to the first open end of the canister, wherein the one-piece first end cap body has a flange portion and an aircraft-mounting portion , wherein the canister is supported by the aircraft-mounting portion through the flange portion of the one-piece first end cap body characterized in that the canister comprises stiffeners (105a-d) formed unitarily with the canister as a one-piece body and which extend radially outwardly from an outer surface of the canister and longitudinally along the canister between the first and second open ends to stiffen the canister and to eliminate a need to support the air separation module using an intermediate support structure to support the canister. a canister having an interior , a first open end in fluid communication with the interior of the canister, and a second open end opposite the first open end of the canister, a separator arranged within the interior of the canister, the separator fluidly coupling the second open end of the canister with the first open end of the canister; and a first end cap with a one-piece first end cap body fixed to the first open end of the canister, wherein the one-piece first end cap body has a flange portion and an aircraft-mounting portion , wherein the canister is supported by the aircraft-mounting portion through the flange portion of the one-piece first end cap body characterized in that the canister comprises stiffeners (105a-d) formed unitarily with the canister as a one-piece body and which extend radially outwardly from an outer surface of the canister and longitudinally along the canister between the first and second open ends to stiffen the canister and to eliminate a need to support the air separation module using an intermediate support structure to support the canister.
A computer-implemented method comprising: retrieving, by a file system in user space, FUSE , a plurality of files corresponding to an image file comprising one or more base layers and an upper layer for recording changes made by the container, to build, in a mount point implemented in an operating system kernel, one or more base layers for running a container , from a registry server as a background process; characterised by ; during the retrieving, receiving from the container , one or more file requests, each of the one or more file requests processed by the FUSE and wherein the FUSE acts as a proxy between the container and the image file; building the base layers of the image file locally within empty layers of the mount point , the FUSE arranged to manage file requests from the container by emulating the mount point in the FUSE to write a file in the upper layer of the image file; in response to the FUSE determining that all of the plurality of files have been retrieved or requested: processing any outstanding file requests; and instructing the mount point , by a processing device to use the one or more base layers built in the mount point to run the container . retrieving, by a file system in user space, FUSE , a plurality of files corresponding to an image file comprising one or more base layers and an upper layer for recording changes made by the container, to build, in a mount point implemented in an operating system kernel, one or more base layers for running a container , from a registry server as a background process; characterised by ; during the retrieving, receiving from the container , one or more file requests, each of the one or more file requests processed by the FUSE and wherein the FUSE acts as a proxy between the container and the image file; building the base layers of the image file locally within empty layers of the mount point , the FUSE arranged to manage file requests from the container by emulating the mount point in the FUSE to write a file in the upper layer of the image file; in response to the FUSE determining that all of the plurality of files have been retrieved or requested: processing any outstanding file requests; and instructing the mount point , by a processing device to use the one or more base layers built in the mount point to run the container . processing any outstanding file requests; and instructing the mount point , by a processing device to use the one or more base layers built in the mount point to run the container .
A toy cap for a container, for example, for the containment of beverages for children, such as juices and fruit purees, yogurts, soft drinks, comprising: - a closure body comprising a tubular closure wall and a base , wherein said closure wall extends along a main axis (X) between a lower end, where there is a mouth opening for engagement with a straw of the container, and an upper end, closed by said base ; - a rotation structure projecting axially with respect to the base , ending with a support to stand the cap up and impart to the same, manually, a rotation around the main axis (X). wherein, once the position of the barycenter (G) of the cap is defined, and the rotation structure is placed on a ground plane (T) in such a way that the main axis (X) is orthogonal to the ground plane (T), a vertical distance (A) is defined between the barycenter (G) and the ground plane (T); characterized in that , once an imaginary plane (I) passing through the barycenter (G) and orthogonal to the central axis (X) is defined, a radial distance (B) is defined on the imaginary plane (I) between the barycenter (G) and a peripheral portion of the end of the cap ; and wherein the radial distance (B) is equal to or greater than the vertical distance (A). - a closure body comprising a tubular closure wall and a base , wherein said closure wall extends along a main axis (X) between a lower end, where there is a mouth opening for engagement with a straw of the container, and an upper end, closed by said base ; - a rotation structure projecting axially with respect to the base , ending with a support to stand the cap up and impart to the same, manually, a rotation around the main axis (X).
Wireless charging system for charging a chargeable electrical energy source of a heating device for aerosol-generating articles, the wireless charging system comprising: - a charging device comprising a planar flat transmitter coil , the charging device being configured to supply an alternating current (I) to the planar flat transmitter coil to generate an alternating magnetic field (B); characterized by - a wirelessly chargeable electrical energy source of a heating device for aerosol-generating articles, the wirelessly chargeable electrical energy source comprising an electrical energy storage and a tubular receiver coil connected to the electrical energy storage , wherein the tubular receiver coil (40; 400, 401) has a longitudinal axis and is adapted to be arranged in a charging position relative to the planar flat transmitter coil , wherein in the charging position the longitudinal axis of the tubular receiver coil extends in a plane parallel to the planar flat transmitter coil as well as in a radial direction of the planar flat transmitter coil , and wherein in the charging position the tubular receiver coil is arranged to overlap with at least a portion of the planar flat transmitter coil to allow the tubular receiver coil to be penetrated by the alternating magnetic field (B). - a charging device comprising a planar flat transmitter coil , the charging device being configured to supply an alternating current (I) to the planar flat transmitter coil to generate an alternating magnetic field (B); characterized by - a wirelessly chargeable electrical energy source of a heating device for aerosol-generating articles, the wirelessly chargeable electrical energy source comprising an electrical energy storage and a tubular receiver coil connected to the electrical energy storage , wherein the tubular receiver coil (40; 400, 401) has a longitudinal axis and is adapted to be arranged in a charging position relative to the planar flat transmitter coil ,
A method performed by an access and mobility management function, AMF, the method comprising: receiving , from a terminal, a first message for requesting a registration of the terminal, the first message comprising information for indicating preference for mobile initiated communication only, MICO, mode; transmitting , to a network data analytics function, NWDAF, a second message for requesting analytics information on the terminal; receiving , from the NWDAF, a third message including the analytics information on the terminal, as a response to the second message; and determining whether the MICO mode is allowed for the terminal based on the analytics information on the terminal, wherein the analytics information comprises first analytics on a terminal communication pattern parameter, second analytics on an expected terminal behavioral parameter, and reliability for the first analytics and the second analytics. receiving , from a terminal, a first message for requesting a registration of the terminal, the first message comprising information for indicating preference for mobile initiated communication only, MICO, mode; transmitting , to a network data analytics function, NWDAF, a second message for requesting analytics information on the terminal; receiving , from the NWDAF, a third message including the analytics information on the terminal, as a response to the second message; and determining whether the MICO mode is allowed for the terminal based on the analytics information on the terminal, wherein the analytics information comprises first analytics on a terminal communication pattern parameter, second analytics on an expected terminal behavioral parameter, and reliability for the first analytics and the second analytics.