mhurhangee/ep-ind-claims huggingface dataset:
A light activated power indicator, comprising: an indicator; a receptor circuit comprising a light sensitive device electrically coupled to the indicator, the light sensitive device comprises electrical characteristics that change when the light sensitive device is exposed to one or more wavelengths lying within a response spectrum; a first terminal electrically coupled to a first end of the receptor circuit; a second terminal electrically coupled to a second end of the receptor circuit wherein the first terminal and the second terminal are coupled to an electrical storage device and the indicator is configured to indicate a state of charge of the electrical storage device when the light sensitive device is exposed to the one or more wavelengths lying within the response spectrum. an indicator; a receptor circuit comprising a light sensitive device electrically coupled to the indicator, the light sensitive device comprises electrical characteristics that change when the light sensitive device is exposed to one or more wavelengths lying within a response spectrum; a first terminal electrically coupled to a first end of the receptor circuit; a second terminal electrically coupled to a second end of the receptor circuit wherein the first terminal and the second terminal are coupled to an electrical storage device and the indicator is configured to indicate a state of charge of the electrical storage device when the light sensitive device is exposed to the one or more wavelengths lying within the response spectrum.
A method of determining the concentration of a specific analyte in a sample of biological material, the method comprising: placing the sample of biological material in a sample container, wherein the geometry of the sample container provides at least two irradiation paths with different lengths through the sample container; sequentially irradiating the sample with electromagnetic radiationthrough said at least two paths; detecting the amount of radiation transmitted through said sample using a detector arranged at an opposite side of the sample container; determining the absorbance based on said detected radiation; generating a regression line using the absorbance values and path lengths such that a slope of the regression line is obtained; and determining the concentration of the specific analyte by dividing the slope of the regression line by the extinction coefficient of the analyte, characterized in that in said step of sequentially irradiating the sample with electromagnetic radiation, the sample is irradiated with electromagnetic radiation in the X-ray range, emitted by an X-ray source arranged at one side of the sample container, sequentially through said at least two paths, and in that during said steps of sequential irradiation, the sample container is moved in relation to and between the X-ray source and detector, through the radiation transmitted between the X-ray source and the detector, whereby the electromagnetic radiation passes through at least said two paths of different lengths, such that an absorbance reading is determined at a predetermined wavelength at said different path lengths. placing the sample of biological material in a sample container, wherein the geometry of the sample container provides at least two irradiation paths with different lengths through the sample container; sequentially irradiating the sample with electromagnetic radiationthrough said at least two paths; detecting the amount of radiation transmitted through said sample using a detector arranged at an opposite side of the sample container; determining the absorbance based on said detected radiation; generating a regression line using the absorbance values and path lengths such that a slope of the regression line is obtained; and determining the concentration of the specific analyte by dividing the slope of the regression line by the extinction coefficient of the analyte, characterized in that in said step of sequentially irradiating the sample with electromagnetic radiation, the sample is irradiated with electromagnetic radiation in the X-ray range, emitted by an X-ray source arranged at one side of the sample container, sequentially through said at least two paths, and in that during said steps of sequential irradiation, the sample container is moved in relation to and between the X-ray source and detector, through the radiation transmitted between the X-ray source and the detector, whereby the electromagnetic radiation passes through at least said two paths of different lengths, such that an absorbance reading is determined at a predetermined wavelength at said different path lengths.
A thermoplastic resin composition for reduction of squeaking noises containing a rubber-reinforced vinyl resin obtained by polymerizing a vinyl monomer in the presence of an ethylene-α-olefin rubber polymer having Tm (melting point) of 0°C or higher, and a silicone oil, wherein the amount of silicone oil, in terms of silicon contained in the thermoplastic resin composition, is 0.15% by mass or less based on 100% by mass of the thermoplastic resin composition, and wherein the amount of silicon contained in the thermoplastic resin composition is measured by a fluorescent X-ray analytical instrument.
A farming machine and an agricultural apparatus, said farming machine comprising a farming tractor associated, at the front region, with said agricultural apparatus, said agricultural apparatus comprising a supporting structure that is associated with a coupling portion defined at the front region of a farming tractor, said supporting structure supporting, so that it can rotate about a rotation axis, at least one working body, said rotation axis being extended, at least in a condition of use of said agricultural apparatus, substantially parallel to the soil to be worked and substantially at right angles to the advancement direction of said farming tractor, said at least one working body comprising at least one active portion that is arranged laterally to said farming tractor and having a substantially cylindrical elongated shape that is extended longitudinally substantially parallel to said rotation axis, said working body being rotationally movable on command about an articulation axis that is substantially parallel to the advancement direction of said farming tractor in order to move between a first condition of use, in which said active portion of said working body is arranged laterally with respect to a first side of said farming tractor, and a second working condition, in which said active portion of said working body is arranged laterally with respect to the other side of said farming tractor, wherein a hydraulic actuator is provided between an abutment body that is integral with the farming tractor and the supporting structure to move the working body between the first condition of use and the second condition of use, wherein the working body is movable to an intermediate condition between the first and second condition of use in order to allow the operator to see the road and at the same time limit the lateral space occupation of the farming machine and wherein the working body is mounted freely, about the rotation axis, on a coupling body that is supported by the supporting structure, said supporting structure comprises a first supporting element, which is coupled directly to the coupling portion and is connected kinematically, by means of an articulation assembly, to a second supporting element, which in turn supports the coupling body wherein the articulation assembly comprises a hydraulic cylinder, characterized in that said hydraulic cylinder is configured to adjust the inclination of the rotation axis with respect to the resting plane of the farming tractor.
A rail vehicle having a plurality of rail car bodies (14, 16), wherein a first and a second rail car body (14, 16) are supported on the bolster of a Jacobs bogie; wherein the rail car bodies (14, 16) are connected to one another by a spherical joint device, wherein the joint device is arranged on the bolster, and wherein the joint device has at least two spherical joint bearings (47, 57), characterized in that the at least two spherical joint bearings (47, 57) are arranged spaced apart from one another and above one another in the direction of the vertical axis of the rail vehicle.
A process for removing water and solutes from the lumens of green wood, characterised by subjecting green wood to supercritical carbon dioxide in cycles of pressurisation steps and followed by depressurisation steps to remove water and solutes from the cell lumens of the green wood.
A method for conducting an exhaust purifier for a ship mounting wherein compressed air is injected into a catalyst reactor in which a NOx catalyst is arranged so as to remove dust adhering to the catalyst, by operating an injection valve supplying the compressed air, pressure in the catalyst reactor is raised to predetermined pressure within predetermined time so as to remove the dust, characterized in that the pressurized air is supplied into a housing of the catalyst reactor whose internal pressure is a pressure P for a time t by a soot blower, the pressurized air is supplied so that the pressure (P+ΔIP) in the housing after the supply is not less than a predetermined value β, and a pressure increase rate per unit time ΔIP/t is not less than a predetermined value γ, a shock wave is generated in the housing by sudden pressure rising, when the time t is not more than 0.5 s, the shock wave spreads in all the directions in the housing centering on an air injection nozzle of the soot blower, the shock wave reaches the surface of the NOx catalyst contacting the exhaust gas in the housing via exhaust gas in the housing, the power of the shock wave acts equally on the dust adhering to the surface of the NOx catalyst, the dust adhering to the surface of the NOx catalyst is removed by the power of the shock wave, wherein the soot blower further has an injection valve, a pressure control valve and a second air supply passage, wherein an end of the second air supply passage to which an air injection nozzle is connected is bent so as to be along the wall surface of the housing of the catalyst reactor and the second air supply passage is arranged toward a side surface of the housing different from the side surface thereof in which the air injection nozzle is arranged.
A liquid atomizing nozzle, which comprises an outer member, and an inner member which is arranged within said outer member and forms an annular space which is open towards a front end side with said outer member; and in which a liquid that has been injected into said annular space is atomized from the front end of said outer member, wherein said outer member is provided with liquid passages inclined to the radial direction and for injecting said liquid into said annular space, and at least one of said outer member and said inner member is provided with gas passages that are opened to said annular space and are inclined to the radial direction in order to swirl a gas in the same direction as the flow direction of said liquid that has been injected into said annular space, characterized in that said outer member is a tapered outer cylinder in the front end, and said inner member is an inner cylinder disposed on the same axis as said outer cylinder and connected at the back end side and through the inside of which flows an air stream which atomizes said liquid at the front end of said annular space.
In vitro use of a marker comprising an integrin alpha10 subunit expressed by a neural cell as a marker for mammalian neural stem cells and mammalian neural progenitor cells, wherein the integrin alpha 10 subunit is expressed on the cell surface of the mammalian neural stem cell and/or neural progenitor cell.
A method, performed in a client configured to wirelessly connect at least one small cell radio base station to a core network, of establishing one wireless backhaul connection between one small cell radio base station and the core network, the method characterized by the steps of: - receiving, at the client, from the small cell radio base station, at least one Dynamic Host Configuration Protocol, DHCP, message triggering the establishment of the wireless backhaul connection between the small cell radio base station and the core network, wherein the DHCP message is an IPv4 DHCPDISCOVER message comprising a Vendor Class Identifier, VCI, or an IPv6 SolicitDHCP message comprising a DHCP Unique Identifier, DUID; - deriving, at the client, from the VCI or DUID, base station property information of the small cell radio base station, wherein the base station property information comprises an access point name, APN, an indication of radio access technology, RAT, of the small cell RBS, and/or an equipment identifier of the small cell RBS; and - sending, from the client, to a core network node via a wireless connection, a connectivity request message, including the derived base station property information thereby enabling a selection of a packet data network gateway and/or a configuration for the small cell radio base station in the establishment of the wireless backhaul connection. - receiving, at the client, from the small cell radio base station, at least one Dynamic Host Configuration Protocol, DHCP, message triggering the establishment of the wireless backhaul connection between the small cell radio base station and the core network, wherein the DHCP message is an IPv4 DHCPDISCOVER message comprising a Vendor Class Identifier, VCI, or an IPv6 SolicitDHCP message comprising a DHCP Unique Identifier, DUID; - deriving, at the client, from the VCI or DUID, base station property information of the small cell radio base station, wherein the base station property information comprises an access point name, APN, an indication of radio access technology, RAT, of the small cell RBS, and/or an equipment identifier of the small cell RBS; and - sending, from the client, to a core network node via a wireless connection, a connectivity request message, including the derived base station property information thereby enabling a selection of a packet data network gateway and/or a configuration for the small cell radio base station in the establishment of the wireless backhaul connection.
A vehicle display device comprising: an output unit that outputs output light of display information to be visually recognized as a virtual image by an occupant in a vehicle cabin; a reflector that directly or indirectly receives the output light from the output unit, and reflects the output light toward an eye box indicating a region in which the occupant is able to visibly recognize the virtual image; and a controller configured to control an operation of the output unit, wherein the output unit includes: a display unit that emits the display information as display light; a turning-back mirror that reflects, as the output light, the display light emitted from the display unit; characterized by a holding member that holds the display unit and the turning-back mirror without changing relative positions of the display unit and the turning-back mirror; and a drive mechanism that is able to reciprocate the holding member along an optical axial direction of the turning-back mirror, and the controller drives and controls the drive mechanism to reciprocate the holding member together with the display unit and the turning-back mirror, thereby changing an optical path length of the output light reflected by the turning-back mirror. an output unit that outputs output light of display information to be visually recognized as a virtual image by an occupant in a vehicle cabin; a reflector that directly or indirectly receives the output light from the output unit, and reflects the output light toward an eye box indicating a region in which the occupant is able to visibly recognize the virtual image; and a controller configured to control an operation of the output unit, wherein the output unit includes: a display unit that emits the display information as display light; a turning-back mirror that reflects, as the output light, the display light emitted from the display unit; characterized by a holding member that holds the display unit and the turning-back mirror without changing relative positions of the display unit and the turning-back mirror; and a drive mechanism that is able to reciprocate the holding member along an optical axial direction of the turning-back mirror, and a display unit that emits the display information as display light; a turning-back mirror that reflects, as the output light, the display light emitted from the display unit; characterized by a holding member that holds the display unit and the turning-back mirror without changing relative positions of the display unit and the turning-back mirror; and a drive mechanism that is able to reciprocate the holding member along an optical axial direction of the turning-back mirror, and the controller drives and controls the drive mechanism to reciprocate the holding member together with the display unit and the turning-back mirror, thereby changing an optical path length of the output light reflected by the turning-back mirror.
A window assembly for a vehicle, said window assembly comprising: an exterior substrate having an inner surface and an outer surface; an interior substrate disposed adjacent said exterior substrate and having an inner surface and an outer surface with said interior and exterior substrates (18, 20) defining a first peripheral boundary; a transparent layer disposed between said inner surfaces (18a, 20a) of said exterior and interior substrates (18, 20) and defining an area covering said window assembly with said area defining a second peripheral boundary, wherein said transparent layer comprises a metal compound such that said transparent layer is electrically conductive; an outer region defined on said window assembly between said first and second peripheral boundaries (22, 28) and being electrically non-conductive; a slot defined by said area and opening into said outer region with said slot being devoid of said transparent layer and electrically non-conductive; a transparent antenna element disposed within said slot, wherein said transparent antenna element is electrically disconnected from said transparent layer such that said transparent antenna element operates independent of said transparent layer; and a feeding element coupled to said transparent antenna element for energizing said transparent antenna element; characterized in that an opening is defined within said area and spaced from said slot, wherein said opening is devoid of said transparent layer and electrically non-conductive, and wherein said opening is distinct from said outer region. an exterior substrate having an inner surface and an outer surface; an interior substrate disposed adjacent said exterior substrate and having an inner surface and an outer surface with said interior and exterior substrates (18, 20) defining a first peripheral boundary; a transparent layer disposed between said inner surfaces (18a, 20a) of said exterior and interior substrates (18, 20) and defining an area covering said window assembly with said area defining a second peripheral boundary, wherein said transparent layer comprises a metal compound such that said transparent layer is electrically conductive; an outer region defined on said window assembly between said first and second peripheral boundaries (22, 28) and being electrically non-conductive; a slot defined by said area and opening into said outer region with said slot being devoid of said transparent layer and electrically non-conductive; a transparent antenna element disposed within said slot, wherein said transparent antenna element is electrically disconnected from said transparent layer such that said transparent antenna element operates independent of said transparent layer; and a feeding element coupled to said transparent antenna element for energizing said transparent antenna element;
A biometric sensor apparatus for authenticating a user using images of patterns of blood vessels of the user, comprising: a wrist strap having a clasp; a camera arranged for capturing said images; a mechanism for detecting an opening of said clasp; a module programmed for authenticating said user when said images match reference images of said user, and for revoking the authentication when an opening of the clasp has been detected by said mechanism; characterised in that said clasp is a deployant clasp, the deployant clasp comprising a plurality of blades overlapped when the clasp is closed and juxtaposed when the clasp is deployed, the camera being mounted onto one of said blades. a wrist strap having a clasp; a camera arranged for capturing said images; a mechanism for detecting an opening of said clasp; a module programmed for authenticating said user when said images match reference images of said user, and for revoking the authentication when an opening of the clasp has been detected by said mechanism; characterised in that said clasp is a deployant clasp, the deployant clasp comprising a plurality of blades overlapped when the clasp is closed and juxtaposed when the clasp is deployed, the camera being mounted onto one of said blades.
An optical multiplexer/demultiplexer comprising: an asymmetric Mach Zehnder interferometer optically coupled to an arrayed waveguide grating, wherein the MZI includes a pair of waveguide arms (110, 110') having an optical path length difference between them, and the AWG is adapted to spatially separate an optical signal of multiple wavelengths into optical channels having a predefined channel spacing between them, wherein the pair of waveguide arms (110, 100') of the MZI together define a first curvature, and the waveguide array of the AWG defines a second curvature, such that the curvature of the pair of waveguide arms is opposite to the curvature of the waveguide array, characterized in that: the MZI is disposed such that the pair of waveguide arms (110, 110') cross each other substantially without optical coupling between them. an asymmetric Mach Zehnder interferometer optically coupled to an arrayed waveguide grating, wherein the MZI includes a pair of waveguide arms (110, 110') having an optical path length difference between them, and the AWG is adapted to spatially separate an optical signal of multiple wavelengths into optical channels having a predefined channel spacing between them, wherein the pair of waveguide arms (110, 100') of the MZI together define a first curvature, and the waveguide array of the AWG defines a second curvature, such that the curvature of the pair of waveguide arms is opposite to the curvature of the waveguide array, characterized in that: the MZI is disposed such that the pair of waveguide arms (110, 110') cross each other substantially without optical coupling between them. the MZI is disposed such that the pair of waveguide arms (110, 110') cross each other substantially without optical coupling between them.
A layer multiplier for generation of a multilayered structure, comprising - an inlet for a flow of multilayered flowable material, - a distribution manifold into which the inlet debouches, - a number >2 of separate splitting channels extending from the distribution manifold, - a recombination manifold into which the splitting channels debouch, - an outlet in one end of the recombination manifold, wherein the distribution manifold is arranged in an opposing relationship with the recombination manifold and wherein distribution manifold and the recombination manifold, respectively, are arranged radially inwards of the splitting channels, wherein the splitting channels are distributed along a length of the distribution manifold, in an intended flow direction of the flowable material and wherein the splitting channels are distributed along a length of the recombination manifold, in an intended flow direction of the flowable material. - an inlet for a flow of multilayered flowable material, - a distribution manifold into which the inlet debouches, - a number >2 of separate splitting channels extending from the distribution manifold, - a recombination manifold into which the splitting channels debouch, - an outlet in one end of the recombination manifold,