mhurhangee/ep-ind-claims huggingface dataset:
A rotary tool comprising: a drive device; a driven member configured to be rotatably driven by the drive device; a spindle rotatably supported within a housing; an impact attenuation mechanism disposed between the driven member and the spindle and transmitting rotation of the driven member to the spindle while an impact applied to the driven member being attenuated; and a driven member support bearing rotatably supporting the driven member, so that the driven member can rotate relative to the spindle, characterized in that the driven member support bearing is disposed between the housing and the driven member, so that the driven member is rotatably supported by the housing. a drive device; a driven member configured to be rotatably driven by the drive device; a spindle rotatably supported within a housing; an impact attenuation mechanism disposed between the driven member and the spindle and transmitting rotation of the driven member to the spindle while an impact applied to the driven member being attenuated; and a driven member support bearing rotatably supporting the driven member, so that the driven member can rotate relative to the spindle, characterized in that the driven member support bearing is disposed between the housing and the driven member, so that the driven member is rotatably supported by the housing.
A turbine vane ring assembly for mounting a ceramic turbine vane ring onto a turbine support casing, the assembly comprising: a ceramic turbine vane ring having a tab member; a first metal clamping ring (14;14') configured to engage with a first side of said tab member of the ceramic turbine vane ring; characterised in that said assembly further comprises: a second metal clamping ring (16;16') configured to engage with a second side of the tab member such that the tab member is disposed between the first and second metal clamping rings (14,16;14',16'); wherein: the second metal clamping ring includes a spring member for engaging with the second side of the tab member; and the spring member of the second metal clamping ring comprises an axial leaf spring. a ceramic turbine vane ring having a tab member; a first metal clamping ring (14;14') configured to engage with a first side of said tab member of the ceramic turbine vane ring; characterised in that said assembly further comprises: a second metal clamping ring (16;16') configured to engage with a second side of the tab member such that the tab member is disposed between the first and second metal clamping rings (14,16;14',16'); wherein: the second metal clamping ring includes a spring member for engaging with the second side of the tab member; and the spring member of the second metal clamping ring comprises an axial leaf spring.
A light detection system, characterized in that the light detection system comprises: a rolling shutter camera being arranged for acquiring at least one image of a scene being illuminated by an illumination system comprising at least a first light source (111,112,113) providing a light contribution comprising a first embedded code (ID#1, ID#2, ID#3) emitted as a temporal sequence of modulations in a characteristic of the light emitted, wherein said image comprises a matrix of pixels, each pixel representing an intensity of a total light output of said illumination system at a different physical position within the scene, and wherein said image is acquired as a plurality of temporally shifted line instances, each comprising a line of said pixels sampling a different instance of said temporal sequence of modulations of the first embedded code, the lines being exposed temporally line-by-line at different time instances with a time delay between adjacent lines so as to give rise to a spatial pattern of modulations corresponding to the temporal sequence of modulations; and a processing unit arranged to determine said first embedded code from the spatial pattern of modulations. a rolling shutter camera being arranged for acquiring at least one image of a scene being illuminated by an illumination system comprising at least a first light source (111,112,113) providing a light contribution comprising a first embedded code (ID#1, ID#2, ID#3) emitted as a temporal sequence of modulations in a characteristic of the light emitted, wherein said image comprises a matrix of pixels, each pixel representing an intensity of a total light output of said illumination system at a different physical position within the scene, and wherein said image is acquired as a plurality of temporally shifted line instances, each comprising a line of said pixels sampling a different instance of said temporal sequence of modulations of the first embedded code, the lines being exposed temporally line-by-line at different time instances with a time delay between adjacent lines so as to give rise to a spatial pattern of modulations corresponding to the temporal sequence of modulations; and a processing unit arranged to determine said first embedded code from the spatial pattern of modulations.
A method of preparing oil suspensions of carotenoid with low viscosity and high fluidity, comprising the following steps: mixing carotenoid crystals with tetrahydrofuran, heating the mixture to reflux temperature 50∼70°C under stirring to dissolve the crystal, filtering to remove fat-soluble fibers, condensing tetrahydrofuran in the mother solution to dryness in vacuum to obtain the concentrate; mixing the concentrate with ketone solvent, heating the mixture to reflux temperature 60∼80°C to dissolve the concentrate, filtering to remove non-soluble phospholipids, condensing ketone solvent in the mother solution to dryness, adding absolute alcohol, crystallizing under stirring at room temperature, filtering and drying in vacuum to obtain carotenoid crystals; and grinding the carotenoid crystals completely and then mixing it with plant oils, or mixing the carotenoid crystals with plant oils and grinding and then supplementing plant oils, to obtain the carotenoid oil suspension with low viscosity and high fluidity. mixing carotenoid crystals with tetrahydrofuran, heating the mixture to reflux temperature 50∼70°C under stirring to dissolve the crystal, filtering to remove fat-soluble fibers, condensing tetrahydrofuran in the mother solution to dryness in vacuum to obtain the concentrate; mixing the concentrate with ketone solvent, heating the mixture to reflux temperature 60∼80°C to dissolve the concentrate, filtering to remove non-soluble phospholipids, condensing ketone solvent in the mother solution to dryness, adding absolute alcohol, crystallizing under stirring at room temperature, filtering and drying in vacuum to obtain carotenoid crystals; and grinding the carotenoid crystals completely and then mixing it with plant oils, or mixing the carotenoid crystals with plant oils and grinding and then supplementing plant oils, to obtain the carotenoid oil suspension with low viscosity and high fluidity.
An abrader device for delivering a substance into skin via an abrasion process, said abrader device comprising: a base having a top surface and a bottom surface onto which an abrader surface with microprotrusions is mounted, said microprotrusions having at least one scraping edge for forming a furrow along a length of the skin; a handle projecting from the top surface of the base; and means for controlling the amount of force or pressure applied to the microprotrusions as the abrader surface moves across the skin thereby forming a furrow of a substantially consistent depth along its length characterized in that said means for controlling the amount of force or pressure is a preloaded spring that deflects only if a sufficient amount of pressure is present. a base having a top surface and a bottom surface onto which an abrader surface with microprotrusions is mounted, said microprotrusions having at least one scraping edge for forming a furrow along a length of the skin; a handle projecting from the top surface of the base; and means for controlling the amount of force or pressure applied to the microprotrusions as the abrader surface moves across the skin thereby forming a furrow of a substantially consistent depth along its length characterized in that said means for controlling the amount of force or pressure is a preloaded spring that deflects only if a sufficient amount of pressure is present.
A method for identifying bacteria causing a serious bacterial infectious disease, comprising: extracting genes present in bacteria-derived nanovesicles from a patient sample containing the nanovesicles; performing a polymerase chain reaction on the extracted genes using a pair of primers set forth in SEQ ID NOS: 1 and 2; analyzing sequences of the genes PCR amplified in step; and judging that the bacteria causing the serious bacterial infectious disease is present when the yield of the PCR product is increased, compared to a normal person, wherein the bacteria-derived nanovesicles are thermally treated so that DNA in the vesicles exudes out of a lipid membrane. extracting genes present in bacteria-derived nanovesicles from a patient sample containing the nanovesicles; performing a polymerase chain reaction on the extracted genes using a pair of primers set forth in SEQ ID NOS: 1 and 2; analyzing sequences of the genes PCR amplified in step; and judging that the bacteria causing the serious bacterial infectious disease is present when the yield of the PCR product is increased, compared to a normal person,
Childproof container closure comprising an outlet part having an outlet opening and comprising a closure cap for closing the outlet part, and comprising two spring elements (4a, 4b) which both extend in the same extension direction and have a mutual spacing of at least 8 mm, wherein the spring elements (4a, 4b) extend along the surface of the container closure, and comprising two latching devices, wherein each latching device comprises a movable latching part and a receptacle for the latching part, wherein the spring elements (4a, 4b) are firmly connected at one end and have the movable latching part at the opposite, resilient end, and wherein the two spring elements (4a, 4b) are either connected firmly to the closure cap and the receptacle for the latching part is arranged on the outlet part, or vice versa, with the two spring elements (4a, 4b) being firmly connected to the outlet part and the receptacle for the latching part being arranged on the closure cap, wherein the latching device is configured such that actuation of the spring elements (4a, 4b) releases the connection between the latching part and the receptacle for the latching part, characterized in that the container closure has a concave cutout extending in the extension direction, and in that the spring elements (4a, 4b) extend within the concave cutout.
A method performed by a connectivity service platform in a communication network, the method comprising: receiving a subscription change message comprising instructions for the connectivity service platform to change from a currently enabled first subscription to a second subscription for providing a network connection to a radio device comprising an embedded Universal Integrated Circuit Card, eUICC,; sending a subscription change message to the radio device, comprising instructions for the radio device to change from the currently enabled first subscription to the second subscription for its network connection; enabling the second subscription within the connectivity service platform, thereby enabling the connectivity service platform for communicating with the radio device via the network connection from the second subscription of the radio device instead of from the first subscription; testing the second subscription network connection of the radio device in accordance with a predefined testing procedure by using the network connection from the second subscription for sending at least one test message to, and receiving at least one test message from, the radio device; verifying that the second subscription network connection has passed the testing; and disabling the first subscription within the connectivity service platform, after the verifying, thereby disabling the connectivity service platform from communicating with the radio device via the network connection from the first subscription of the radio device. receiving a subscription change message comprising instructions for the connectivity service platform to change from a currently enabled first subscription to a second subscription for providing a network connection to a radio device comprising an embedded Universal Integrated Circuit Card, eUICC,; sending a subscription change message to the radio device, comprising instructions for the radio device to change from the currently enabled first subscription to the second subscription for its network connection; enabling the second subscription within the connectivity service platform, thereby enabling the connectivity service platform for communicating with the radio device via the network connection from the second subscription of the radio device instead of from the first subscription; testing the second subscription network connection of the radio device in accordance with a predefined testing procedure by using the network connection from the second subscription for sending at least one test message to, and receiving at least one test message from, the radio device; verifying that the second subscription network connection has passed the testing; and disabling the first subscription within the connectivity service platform, after the verifying, thereby disabling the connectivity service platform from communicating with the radio device via the network connection from the first subscription of the radio device.
A method of manufacturing a building panel having a decorative surface connected to a core, wherein the method comprises: - applying a first mix comprising fibres, a binder and a second colour substance for forming a lower sub layer on the core, - applying a second mix comprising fibres, a binder, wear resistant particles (12, 12') and a first colour substance for forming an upper decorative layer on the lower sub layer, wherein the first and second colour substances are different, - curing the lower sub layer and the upper decorative layer by providing heat and pressure with a structured press plate, characterized in that the step of applying the second mix comprises applying the second mix through a template, a screen, or a rotary screen, which has a design that is in register with the structured press plate, such that a surface texture and a design of the decorative surface are in register. - applying a first mix comprising fibres, a binder and a second colour substance for forming a lower sub layer on the core, - applying a second mix comprising fibres, a binder, wear resistant particles (12, 12') and a first colour substance for forming an upper decorative layer on the lower sub layer, wherein the first and second colour substances are different, - curing the lower sub layer and the upper decorative layer by providing heat and pressure with a structured press plate, characterized in that the step of applying the second mix comprises applying the second mix through a template, a screen, or a rotary screen, which has a design that is in register with the structured press plate, such that a surface texture and a design of the decorative surface are in register.
A method of diagnosing an electric device, the method comprising: obtaining a rated power consumption of a load from a look-up table; operating the load; measuring a power consumption of the operated load; calculating, by a processor, a change in the power consumption by comparing the rated power consumption of the operated load with the power consumption of the operated load; and determining that abnormal power consumption occurs at the operated load when the change in the power consumption is outside a predetermined range obtained from said look-up table. obtaining a rated power consumption of a load from a look-up table; operating the load; measuring a power consumption of the operated load; calculating, by a processor, a change in the power consumption by comparing the rated power consumption of the operated load with the power consumption of the operated load; and determining that abnormal power consumption occurs at the operated load when the change in the power consumption is outside a predetermined range obtained from said look-up table.
A computer-implemented method for dual energy computed tomography, CT, imaging, comprising: receiving CT projection datasets comprising a higher energy dataset and a lower energy dataset acquired by a data acquisition system, DAS, of a CT imaging system; generating a pseudo projection dataset from the higher energy dataset; generating an updated lower energy dataset comprising a combination of the lower energy dataset and the pseudo projection dataset; and generating an image from the higher energy dataset and the updated lower energy dataset. receiving CT projection datasets comprising a higher energy dataset and a lower energy dataset acquired by a data acquisition system, DAS, of a CT imaging system; generating a pseudo projection dataset from the higher energy dataset; generating an updated lower energy dataset comprising a combination of the lower energy dataset and the pseudo projection dataset; and generating an image from the higher energy dataset and the updated lower energy dataset.
A method of forming a light emitting diode comprising a Group III nitride light emitting active structure mesa, comprising the steps of: producing sidewalls of said mesa by anisotropically wet-etching said light emitting active structure; and anisotropically wet-etching a top surface of said mesa to develop crystal facets on said top surface; wherein said sidewalls are along the same family of crystal planes as said crystal facets on said top surface. producing sidewalls of said mesa by anisotropically wet-etching said light emitting active structure; and anisotropically wet-etching a top surface of said mesa to develop crystal facets on said top surface; wherein said sidewalls are along the same family of crystal planes as said crystal facets on said top surface.
A fire fighting foam composition, comprising: water; diutan gum; one or more nonionic surfactants; and one or more water-miscible organic solvents; and wherein the composition comprises less than 1% by weight of fluorinated surfactant. water; diutan gum; one or more nonionic surfactants; and one or more water-miscible organic solvents; and wherein the composition comprises less than 1% by weight of fluorinated surfactant.
A housing with an air valve, the housing comprising: a housing body having an opening, the opening having a perimeter surface and a cap assembly characterized in that said housing comprises an inner member having a first side and an opposing second side, the first side abutting the perimeter surface and the inner member having a first valve aperture extending from the second side to the first side, the first valve aperture ending in the opening; an outer member having a first side and an opposing second side, the outer member having a second valve aperture extending from the first side of the outer member to the second side of the outer member, the second valve aperture aligned with the first valve aperture; and a resilient, compression gasket disposed between the second side of the inner member and the first side of the outer member and covering the first valve aperture and the second valve aperture, the inner member fastened to the outer member to form a compression seal between the inner member and the outer member and the cap assembly fastened to the perimeter surface to form a seal between the cap assembly and the housing body. a housing body having an opening, the opening having a perimeter surface and a cap assembly characterized in that said housing comprises an inner member having a first side and an opposing second side, the first side abutting the perimeter surface and the inner member having a first valve aperture extending from the second side to the first side, the first valve aperture ending in the opening; an outer member having a first side and an opposing second side, the outer member having a second valve aperture extending from the first side of the outer member to the second side of the outer member, the second valve aperture aligned with the first valve aperture; and a resilient, compression gasket disposed between the second side of the inner member and the first side of the outer member and covering the first valve aperture and the second valve aperture, the inner member fastened to the outer member to form a compression seal between the inner member and the outer member and the cap assembly fastened to the perimeter surface to form a seal between the cap assembly and the housing body.
A composition for application to skin, the composition comprising: (a) phenoxyethanol as a biocide; (b) at least one additional biocide selected from the group consisting of chlorhexidine and its salts, halogenated phenols and salts thereof, quaternary ammonium compounds, povidone-iodine, zinc pyridinethione, octenidine dihydrochloride and alcohols; and (c) at least one transcutaneous vehicle selected from the group consisting of alkyl methyl sulfoxides, alkyl pyrrolidones, glycol ethers and glycol esters. (a) phenoxyethanol as a biocide; (b) at least one additional biocide selected from the group consisting of chlorhexidine and its salts, halogenated phenols and salts thereof, quaternary ammonium compounds, povidone-iodine, zinc pyridinethione, octenidine dihydrochloride and alcohols; and (c) at least one transcutaneous vehicle selected from the group consisting of alkyl methyl sulfoxides, alkyl pyrrolidones, glycol ethers and glycol esters.
A method of cold forming a glass laminate structure comprising the steps of: assembling a multi-layer structure having two buffer plates and a glass laminate structure intermediate the two buffer plates, wherein the glass laminate structure includes two sheets of glass and a polymer interlayer intermediate the two sheets of glass and wherein one or both of the two buffer plates includes a pattern formed thereon or therein; placing the assembled structure in an autoclave; cold forming the glass laminate structure in the autoclave by heating the assembled structure to a temperature about 5 to 10 °C above the softening point of the polymer interlayer for a predetermined period of time at a predetermined pressure; removing the assembled structure from the autoclave; and removing the glass laminate structure from between the buffer plates wherein the pattern formed in or on the one or both buffer plates has been transferred to the glass laminate structure as a function of variances of thicknesses in the glass laminate structure. assembling a multi-layer structure having two buffer plates and a glass laminate structure intermediate the two buffer plates, wherein the glass laminate structure includes two sheets of glass and a polymer interlayer intermediate the two sheets of glass and wherein one or both of the two buffer plates includes a pattern formed thereon or therein; placing the assembled structure in an autoclave; cold forming the glass laminate structure in the autoclave by heating the assembled structure to a temperature about 5 to 10 °C above the softening point of the polymer interlayer for a predetermined period of time at a predetermined pressure; removing the assembled structure from the autoclave; and removing the glass laminate structure from between the buffer plates wherein the pattern formed in or on the one or both buffer plates has been transferred to the glass laminate structure as a function of variances of thicknesses in the glass laminate structure.