mhurhangee/patent-ind-claim-en huggingface dataset:
Laser light source for producing a laser beam , in particular for speckle-free imaging and/or projection, with at least three different wavelengths (λ R , λ G , AB), comprising: at least three optical devices, in particular at least three optical parametric oscillators (5a-c), which each have a nonlinear optical medium (6a-c) for respectively producing a signal beam (S1, S2, S3) and an idler beam (I1, I2, I3), and a superposition device , which is embodied to respectively superpose either the signal beam (S1, S2, S3) or the idler beam (I1, I2, I3) of the at least three optical devices (5a-c) for producing the laser beam with the at least three wavelengths (λ R , λ G , λ B ). at least three optical devices, in particular at least three optical parametric oscillators (5a-c), which each have a nonlinear optical medium (6a-c) for respectively producing a signal beam (S1, S2, S3) and an idler beam (I1, I2, I3), and a superposition device , which is embodied to respectively superpose either the signal beam (S1, S2, S3) or the idler beam (I1, I2, I3) of the at least three optical devices (5a-c) for producing the laser beam with the at least three wavelengths (λ R , λ G , λ B ).
A battery pack comprising: a thin cell having a laminated body including positive and negative electrodes , facing each other through a separator, a laminate film housing the laminated body and an electrolytic solution, and first and second terminal electrodes , protruding from the laminate film and connected respectively to the positive electrode and the negative electrode ; and a cell housing body housing the thin cell and having a bus bar connected to the first and second terminal electrodes , , wherein the cell housing body includes: a structural body (S) having a resin holder , the resin holder having a housing (C) in which the thin cell is housed; and a printed board attached to the structural body (S) so as to cover the thin cell, wherein the bus bar is formed on the printed board , and wherein the printed board has a pair of electrode holes into which the first and second terminal electrodes , of the thin cell are inserted and a first gas hole for releasing a gas generated from the electrolytic solution to outside the cell housing body. a thin cell having a laminated body including positive and negative electrodes , facing each other through a separator, a laminate film housing the laminated body and an electrolytic solution, and first and second terminal electrodes , protruding from the laminate film and connected respectively to the positive electrode and the negative electrode ; and a cell housing body housing the thin cell and having a bus bar connected to the first and second terminal electrodes , , wherein the cell housing body includes: a structural body (S) having a resin holder , the resin holder having a housing (C) in which the thin cell is housed; and a printed board attached to the structural body (S) so as to cover the thin cell, wherein the bus bar is formed on the printed board , and wherein the printed board has a pair of electrode holes into which the first a cell housing body housing the thin cell and having a bus bar connected to the first and second terminal electrodes , , wherein the cell housing body includes: a structural body (S) having a resin holder , the resin holder having a housing (C) in which the thin cell is housed; and a printed board attached to the structural body (S) so as to cover the thin cell, a structural body (S) having a resin holder , the resin holder having a housing (C) in which the thin cell is housed; and a printed board attached to the structural body (S) so as to cover the thin cell, wherein the bus bar is formed on the printed board , and wherein the printed board has a pair of electrode holes into which the first and second terminal electrodes , of the thin cell are inserted and a first gas hole for releasing a gas generated from the electrolytic solution to outside the cell housing body.
Use of a kit for detection of dementia, comprising nucleic acid(s) capable of specifically binding to a polynucleotide of dementia marker miR-4728-5p, or to a complementary strand of the polynucleotide.
A vacuum cleaner comprising: a container delimiting an inner collection volume ; a suction unit provided with a motor and an impeller coupled with the motor , the suction unit having at least one inlet port , at an impeller inlet side, and at least one outlet port , at an impeller outlet side; and an air channeling unit , operative between the container and the suction unit , having an intake side facing the inner collection volume , characterized in that the vacuum cleaner further comprises an exhaust unit including: a collection chamber defining a substantially annular airflow volume concentric with said suction unit and positioned around one or more outlet ports of the suction unit to collect air coming from the impeller and convey collected air to an outlet port of the collection chamber , and two opposed exhaust channels , each of the two channels surrounding a respective portion of the collection chamber and having an intake end , in correspondence of the outlet port of said collection chamber , and a respective outlet end , opposed to the intake end to discharge air drawn in by the suction unit . a container delimiting an inner collection volume ; a suction unit provided with a motor and an impeller coupled with the motor , the suction unit having at least one inlet port , at an impeller inlet side, and at least one outlet port , at an impeller outlet side; and an air channeling unit , operative between the container and the suction unit , having an intake side facing the inner collection volume , characterized in that a collection chamber defining a substantially annular airflow volume concentric with said suction unit and positioned around one or more outlet ports of the suction unit to collect air coming from the impeller and convey collected air to an outlet port of the collection chamber , and two opposed exhaust channels , each of the two channels surrounding a respective portion of the collection chamber and having an intake end , in correspondence of the outlet port of said collection chamber , and a respective outlet end , opposed to the intake end to discharge air drawn in by the suction unit .
Hand-guided working implement with an internal combustion engine and with a fan impeller for conveying cooling air for the internal combustion engine , wherein the internal combustion engine has a cylinder and a crankcase , wherein the fan impeller is located in an impeller housing and driven to rotate in a direction of rotation by the internal combustion engine , wherein the impeller housing has a rear wall facing the crankcase of the internal combustion engine and a circumferential boundary , wherein the circumferential boundary has a first end and a second end , wherein the first end and the second end bound a discharge opening for cooling air to be conveyed to the cylinder , wherein the discharge opening extends in the direction of rotation from the second end to the first end , wherein the impeller housing is provided with an additional through-opening , through which the cooling air flows from the impeller housing to the outside of the crankcase , wherein the angular distance (α) between the first end and the through-opening , as measured in the direction of rotation from the first end , is less than the angular distance (β) between the through-opening and the second end , as measured in the direction of rotation from the through-opening , wherein the angular distance (α, β) is in each case measured as a circumferential angle about the axis of rotation , characterised in that the through-opening at least partially extends into the rear wall of the impeller housing .
A cordless hairstyling device , the device comprising: a heatable hair contact member having a hair contact-able surface , the hair contact member being operable to apply heat to a tress of hair of a user via the hair contactable surface ; at least one sensor configured to sense a change in state of the device from a first stationary state to a second moving state; and a controller configured to, in response to the at least one sensor sensing a change in state from the first state to the second state, cause the hair contact member to heat to a pre-determined operating temperature by a pre-determined amount of time after the detected state change. a heatable hair contact member having a hair contact-able surface , the hair contact member being operable to apply heat to a tress of hair of a user via the hair contactable surface ; at least one sensor configured to sense a change in state of the device from a first stationary state to a second moving state; and a controller configured to, in response to the at least one sensor sensing a change in state from the first state to the second state, cause the hair contact member to heat to a pre-determined operating temperature by a pre-determined amount of time after the detected state change.
A method of manufacturing a membrane assembly for EUV lithography, comprising: providing a stack comprising a planar substrate and at least one membrane layer , wherein the planar substrate comprises an inner region , a border region around the inner region , a bridge region around the border region and an edge region around the bridge region ; selectively removing the inner region and a first portion of the bridge region to provide a membrane assembly comprising: a membrane formed from the at least one membrane layer ; a border holding the membrane, the border formed from the border region of the planar substrate ; an edge section around the border, the edge section formed from the edge region of the planar substrate ; and a bridge between the border and the edge section, the bridge formed from the at least one membrane layer and a second portion of the bridge region of the planar substrate ; and separating the edge section from the border by cutting or breaking the bridge to provide a membrane assembly stripped of the edge section. providing a stack comprising a planar substrate and at least one membrane layer , wherein the planar substrate comprises an inner region , a border region around the inner region , a bridge region around the border region and an edge region around the bridge region ; selectively removing the inner region and a first portion of the bridge region to provide a membrane assembly comprising: a membrane formed from the at least one membrane layer ; a border holding the membrane, the border formed from the border region of the planar substrate ; an edge section around the border, the edge section formed from the edge region of the planar substrate ; and a bridge between the border and the edge section, the bridge formed from the at least one membrane layer and a second portion of the bridge region of the planar substrate ; and a membrane formed from the at least one membrane layer ; a border holding the membrane, the border formed from the border region of the planar substrate ; an edge section around the border, the edge section formed from the edge region of the planar substrate ; and a bridge between the border and the edge section, the bridge formed from the at least one membrane layer and a second portion of the bridge region of the planar substrate ; and separating the edge section from the border by cutting or breaking the bridge to provide a membrane assembly stripped of the edge section.
Rear view camera comprising - a camera objective , - an interface for wireless communication of images of the rear view camera to an external image display device , characterized by a foot fitting into a socket provided for a lamp of a reversing light of a rear light of a motor vehicle, the foot being provided for mounting the rear view camera in the socket in a spatially fixed way and for electrically contacting to the rear view camera via the socket . - a camera objective , - an interface for wireless communication of images of the rear view camera to an external image display device ,
A conjugate, characterized in that the conjugate is prepared by conjugating HSP90 inhibitory peptide with cytotoxic agents via a linker, wherein the amino acid sequence of the HSP90 inhibitory peptide is LPLTPLP.
A light emitting device comprising: a light emitting structure including a first semiconductor layer , an active layer , and a second semiconductor layer ; a first electrode disposed on one side of the light emitting structure and electrically connected to the first semiconductor layer ; a second electrode disposed on one side of the light emitting structure and electrically connected to the second semiconductor layer ; and a first ohmic contact including a first layer disposed between the second electrode and the second semiconductor layer and having aluminum (Al), a second layer having at least one CuxAly alloy is directly on the first layer, and a third layer disposed on the second layer and having gold (Au), wherein the second layer includes at least one alloy of CuAl 2 , Cu 4 Al 3 , Cu 3 Al 2 and Cu 9 Al 4 ) so as an electrical resistance of the second layer is 20 Ω or less, and a variation of the electrical resistance of the second layer is 5Ω or less. a light emitting structure including a first semiconductor layer , an active layer , and a second semiconductor layer ; a first electrode disposed on one side of the light emitting structure and electrically connected to the first semiconductor layer ; a second electrode disposed on one side of the light emitting structure and electrically connected to the second semiconductor layer ; and a first ohmic contact including a first layer disposed between the second electrode and the second semiconductor layer and having aluminum (Al), a second layer having at least one CuxAly alloy is directly on the first layer, and a third layer disposed on the second layer and having gold (Au), wherein the second layer includes at least one alloy of CuAl 2 , Cu 4 Al 3 , Cu 3 Al 2 and Cu 9 Al 4 ) so as an electrical resistance of the second layer is 20 Ω or less, and a variation of the electrical resistance of the second layer is 5Ω or less.
A device for supplying a gaseous fuel and additive products in a gas system for motor vehicles, the device comprising a supply pipe for the gas system comprising a supply conduit extending from an inlet opening of the gaseous fuel to an outlet opening of the gaseous fuel mixed with a dose of additive product of the supply pipe ; the device being characterised in that it comprises inserting means configurated for inserting a dose of additive product in the supply conduit of the gaseous fuel; the inserting means being configurated for being at least partly insertable in the supply conduit so as to release the dose of additive product and being configurated to be extractable from the supply conduit when the dose of additive product being finished; the inserting means comprising a compartment for housing at least one capsule , preferably disposable, containing the above-mentioned dose of additive product; the inserting means comprising means for extracting the dose of additive product from the above-mentioned capsule and at least a failure element for a respective portion of the capsule defining an inlet conduit of the dose of additive product in the supply conduit .
A system comprising a head end , a plurality of optical network units, ONUs, , and at least one active splitter , the active splitter comprising: a unit configured to operate as a splitter in a first direction and as an active combiner in a second direction opposite to the first direction, the combiner having a plurality of inputs, each capable of receiving an upstream optical signal from a respective ONU, and combining the received upstream optical signals to create a combined electrical signal at an output; a transmitter configured to receive the combined electrical signal and convert the combined electrical signal to a reverse path optical signal at a calibrated power level; and a multiplexer configured to multiplex the reverse path optical signal with a forward path optical signal; wherein the active splitter is configured to determine the calibrated power level by performing at least one of: (i) calibrate at least one of the active splitter's own reverse transmission optical power level and RF signal gain to the received optical power and RF signal gain of at least one detector in the active splitter, and in response to a downstream signal; (ii) calibrate at least one of the active splitter's own reverse transmission optical power level and RF signal gain to the received optical power and RF signal gain of at least one detector in the active splitter, and in response to an upstream signal; and (iii) calibrate at least one of a reverse transmission optical power level and RF signal gain of another device using a downstream signal sent from the active splitter to the other device. a unit configured to operate as a splitter in a first direction and as an active combiner in a second direction opposite to the first direction, the combiner having a plurality of inputs, each capable of receiving an upstream optical signal from a respective ONU, and combining the received upstream optical signals to create a combined electrical signal at an output; a transmitter configured to receive the combined electrical signal and convert the combined electrical signal to a reverse path optical signal at a calibrated power level; and a multiplexer configured to multiplex the reverse path optical signal with a forward path optical signal; wherein the active splitter is configured to determine the calibrated power level by performing at least one of: (i) calibrate at least one of the active splitter's own reverse transmission optical power level and RF signal gain to the received optical power and RF signal gain of at least one detector in the active splitter, and in response to a downstream signal; (ii) calibrate at least one of the active splitter's own reverse transmission optical power level and RF signal gain to the received optical power and RF signal gain of at least one detector in the active splitter, and in response to an upstream signal; and (iii) calibrate at least one of a reverse transmission optical power level and RF signal gain of another device using a downstream signal sent from the active splitter to the other device.
A method, comprising: acquiring , by a vibro-acoustic sensor , in a vicinity of a machine , vibro-acoustic signals due to an operation of the machine; analyzing the acquired vibro-acoustic signals so as to estimate at least two operational parameters of the machine, one operational parameter being a production quality factor of the machine , and at least one further operational parameter J Z selected from a group of the operational parameters consisting of an uptime factor and a production speed factor , wherein estimating the production quality factor comprises: comparing a vibro-acoustic signature of a production step against a baseline of prerecorded vibro-acoustic signatures for that step; classifying machine production quality at each compared step as being high or low based on a confidence level derived from the baseline of prerecorded vibro-acoustic signatures; and counting production events having a vibro-acoustic signature indicative of a low-quality production step; and computing an overall equipment effectiveness, OEE, of the machine comprising at least one of a minimum and a product of the at least two estimated operational parameters. comparing a vibro-acoustic signature of a production step against a baseline of prerecorded vibro-acoustic signatures for that step; classifying machine production quality at each compared step as being high or low based on a confidence level derived from the baseline of prerecorded vibro-acoustic signatures; and counting production events having a vibro-acoustic signature indicative of a low-quality production step; and computing an overall equipment effectiveness, OEE, of the machine comprising at least one of a minimum and a product of the at least two estimated operational parameters.
A method for production of a viral neuraminidase (NA) protein, comprising: culturing a recombinant microalgal cell in a medium such that the NA protein is secreted into the medium, wherein the recombinant microalgal cell comprises a nucleic acid molecule comprising a polynucleotide sequence that encodes the viral NA protein, wherein the viral NA protein comprises a membrane domain; and recovering the secreted recombinant viral NA protein from the medium. culturing a recombinant microalgal cell in a medium such that the NA protein is secreted into the medium, wherein the recombinant microalgal cell comprises a nucleic acid molecule comprising a polynucleotide sequence that encodes the viral NA protein, wherein the viral NA protein comprises a membrane domain; and recovering the secreted recombinant viral NA protein from the medium.
A sealant composition comprising: a liquid carrier comprising one or more components selected from water, a glycol and glycerine; latex in an amount between about 0.5 to about 6.0% by weight of the composition; a polysaccharide suspending agent selected from one or more of diutan gum, grewia gum and microfibrous cellulose; and a particulate material with a particle size of less than 300 μm.
A grommet configured to provide support for a cable exiting of a housing, the grommet having a generally elongate shape and extending along a longitudinal axis (L), comprising a sealing part and a sleeve arranged around the longitudinal axis (L), the sleeve being configured to be arranged outside of the housing to act as a cable relief on the outside of the housing , the sealing part being configured to interact with an inner wall of an exit point of the housing , further comprising one or more separate reinforcement members provided in a region of a transition between the sealing part and the sleeve , wherein a material of at least one of the sealing part and the sleeve is softer than a material of the one or more reinforcement members , and wherein the sealing part comprises an outer surface and the one or more reinforcement members are provided in the region of the outer surface and of the transition , and characterized in that the grommet comprises three sealing lips arranged at the outer surface , which are arranged between an attachment part of the grommet and a wall of the sleeve , and wherein the outer surface of the sealing part comprises a planar surface region arranged between the wall of the sleeve and the sealing lip that is arranged furthest away from a housing end of the grommet . the grommet comprises three sealing lips arranged at the outer surface , which are arranged between an attachment part of the grommet and a wall of the sleeve , and wherein the outer surface of the sealing part comprises a planar surface region arranged between the wall of the sleeve and the sealing lip that is arranged furthest away from a housing end of the grommet .