mhurhangee/ep-ind-claims huggingface dataset:
A wind turbine including an optical sensor system comprising one or more sensors, each sensor comprising: a reflective sensor membrane; a light source for illuminating a surface of the sensor membrane with a light beam; characterized in that each sensor further comprises: an optical dispersive element arranged to disperse the light beam from the light source to produce a dispersed light beam; and a light detector for receiving a portion of the light beam after reflection of the light beam from the surface of the sensor membrane and after dispersion of the light beam by the optical dispersive element, wherein the wavelength of the light received at the light detector varies as a function of the displacement of the sensor membrane and wherein the light detector operatively provides an output based on changes in the wavelength of the received light, wherein the wind turbine further comprises a controller for receiving data from the sensor system and based on the received data controlling an operating parameter of the wind turbine. a reflective sensor membrane; a light source for illuminating a surface of the sensor membrane with a light beam; an optical dispersive element arranged to disperse the light beam from the light source to produce a dispersed light beam; and a light detector for receiving a portion of the light beam after reflection of the light beam from the surface of the sensor membrane and after dispersion of the light beam by the optical dispersive element, wherein the wavelength of the light received at the light detector varies as a function of the displacement of the sensor membrane and wherein the light detector operatively provides an output based on changes in the wavelength of the received light,
A fusion protein comprising (i) a GITR ligand (GITRL) cytokine or a receptor binding domain thereof, and (ii) a collectin trimerization domain comprising surfactant protein-D or the neck and carbohydrate binding domain of surfactant protein-D, wherein (i) comprises amino acids 52-177 of SEQ ID NO:18 and wherein (ii) is located C-terminally of (i). (i) a GITR ligand (GITRL) cytokine or a receptor binding domain thereof, and (ii) a collectin trimerization domain comprising surfactant protein-D or the neck and carbohydrate binding domain of surfactant protein-D,
A disposable apparatus for topical application of a therapeutic agent, comprising: a breakable vial comprising a handle section and a vial section, the breakable vial completely separable into the handle section and the vial section in response to a manually applied separation force; the vial section comprising a void dimensioned to contain a unit dose of a sterile therapeutic topical agent; an elongated member comprising a proximal portion supported by the handle section and a distal portion provided with a sterile applicator element, at least the applicator element completely enclosed within the vial section with the applicator element immersed within the therapeutic topical agent; and a hermetic seal between the handle section and vial section, wherein complete separation of the handle section and the vial section exposes the elongated member and the applicator element for topical application of the therapeutic agent saturating the applicator element; characterized in that: the void is sterile; the hermetic seal maintains sterility of at least the vial section prior to handle section and vial section separation; the therapeutic topical agent comprises a prostaglandin analog; and the applicator element comprises a brush having a generally tapered shape that serves to trap the therapeutic topical agent using capillary action. a breakable vial comprising a handle section and a vial section, the breakable vial completely separable into the handle section and the vial section in response to a manually applied separation force; the vial section comprising a void dimensioned to contain a unit dose of a sterile therapeutic topical agent; an elongated member comprising a proximal portion supported by the handle section and a distal portion provided with a sterile applicator element, at least the applicator element completely enclosed within the vial section with the applicator element immersed within the therapeutic topical agent; and a hermetic seal between the handle section and vial section, wherein complete separation of the handle section and the vial section exposes the elongated member and the applicator element for topical application of the therapeutic agent saturating the applicator element; characterized in that: the void is sterile; the hermetic seal maintains sterility of at least the vial section prior to handle section and vial section separation; the therapeutic topical agent comprises a prostaglandin analog; and the applicator element comprises a brush having a generally tapered shape that serves to trap the therapeutic topical agent using capillary action. the void is sterile; the hermetic seal maintains sterility of at least the vial section prior to handle section and vial section separation; the therapeutic topical agent comprises a prostaglandin analog; and the applicator element comprises a brush having a generally tapered shape that serves to trap the therapeutic topical agent using capillary action.
A method implemented in a wireless device, WD, communicating with a network node, the method comprising: receiving a physical broadcast channel, PBCH from the network node; decoding the PBCH; and determining a remaining minimum system information, RMSI, configuration based on a number of bits of the PBCH, wherein, when a mini-slot is configured for RMSI, after a first RMSI configuration is correctly decoded, the WD omits to search positions occupied by synchronization signal/physical broadcast channel, SS/PBCH, blocks actually transmitted when searching for subsequent RMSI configurations. receiving a physical broadcast channel, PBCH from the network node; decoding the PBCH; and determining a remaining minimum system information, RMSI, configuration based on a number of bits of the PBCH, wherein, when a mini-slot is configured for RMSI, after a first RMSI configuration is correctly decoded, the WD omits to search positions occupied by synchronization signal/physical broadcast channel, SS/PBCH, blocks actually transmitted when searching for subsequent RMSI configurations.
A photochromic material comprising a reaction product of: (a) at least one ring-opening cyclic monomer chosen from a cyclic ester and a cyclic carbonate; and (b) a photochromic initiator. (a) at least one ring-opening cyclic monomer chosen from a cyclic ester and a cyclic carbonate; and (b) a photochromic initiator.
Operating device for a luminaire, comprising: - a primary-side circuit (7; 80; 100) with a control device to control the operating device, - a secondary side which is electrically isolated from the primary-side circuit (7; 80; 100), and which has an output for supplying power to the luminaire. wherein a first transformer (28, 29) is provided for the power transmission from the primary side circuit (7; 80; 100) to the secondary side in order to provide power for the luminaire at the output of the secondary side, characterized in that the secondary side has a selection device with an impedance which may be set to one of a plurality of different impedance values, the control device is configured to detect the set impedance value and to control the operating device as a function of a measured variable detected in the primary-side circuit (7; 80; 100), and a second transformer (22, 23), which is separate from the first transformer (28, 29), is provided for inductively reading the set impedance value, wherein a controllable switch is connected in series with an inductance of the second transformer. - a primary-side circuit (7; 80; 100) with a control device to control the operating device, - a secondary side which is electrically isolated from the primary-side circuit (7; 80; 100), and which has an output for supplying power to the luminaire.
A compound having the formula: R 1 -H-Aib-QGTFTSDYSKYLDERAAKDFIEWLE-K([17-Carboxy-heptadecanoyl]-isoGlu-GSGSGG)-A-R 2 wherein R 1 is H (hydrogen), C 1-4 alkyl, acetyl, formyl, benzoyl or trifluoroacetyl; and R 2 is OH or NH 2; or a pharmaceutically acceptable salt or solvate thereof; R 1 is H (hydrogen), C 1-4 alkyl, acetyl, formyl, benzoyl or trifluoroacetyl; and R 2 is OH or NH 2;
A communication method in a communications device, comprising: determining a cell in which a beam failure occurs; and sending first indication information to a network device, wherein the first indication information indicates the cell in which the beam failure occurs, characterized in that the sending first indication information to a network device comprises: sending a media access control control element, MAC CE, to the network device, wherein the MAC CE carries the first indication information and the MAC CE comprises a field indicating an ID of the cell in which the beam failure occurs, wherein a priority of the MAC CE is higher than priorities of all buffer status reports, BSR, power headroom reports, PHR, and data of a logical channel other than an uplink-common control channel, UL-CCCH, and wherein a priority of the MAC CE is lower than priorities of a cell radio network temporary identifier, C-RNTI, MAC CE and data of the UL-CCCH logical channel. determining a cell in which a beam failure occurs; and sending first indication information to a network device, wherein the first indication information indicates the cell in which the beam failure occurs, characterized in that the sending first indication information to a network device comprises: sending a media access control control element, MAC CE, to the network device, wherein the MAC CE carries the first indication information and the MAC CE comprises a field indicating an ID of the cell in which the beam failure occurs, wherein a priority of the MAC CE is higher than priorities of all buffer status reports, BSR, power headroom reports, PHR, and data of a logical channel other than an uplink-common control channel, UL-CCCH, and wherein a priority of the MAC CE is lower than priorities of a cell radio network temporary identifier, C-RNTI, MAC CE and data of the UL-CCCH logical channel.
Skin insertion mechanism of a needle fixedly positioned in a needle holder and having connecting means to an injection or analysis system, which comprises a) a skin attachment plate coated with an adhesive layer for attachment to the skin and having a hole allowing the passage of the needle; b) a spacer mechanism connected to the needle holder and, via movable withholding means, to the skin attachment plate, positioning the needle holder and the skin attachment plate in parallel planes and guiding their axial movement relative to each-other, being configured such that in the ready-to-use position the skin attachment plate is fixedly spaced away from the needle holder and covers the tip of the needle; c) a release element movably linked to the spacer mechanism and releasing the withholding means from the ready-to-use position, allowing an axial movement of the needle holder towards the skin attachment plate with sufficient velocity for piercing the skin by the needle tip and inserting the needle into the skin, characterized by requiring a pre-set trigger point pressure against the skin attachment plate for releasing the withholding means. a) a skin attachment plate coated with an adhesive layer for attachment to the skin and having a hole allowing the passage of the needle; b) a spacer mechanism connected to the needle holder and, via movable withholding means, to the skin attachment plate, positioning the needle holder and the skin attachment plate in parallel planes and guiding their axial movement relative to each-other, being configured such that in the ready-to-use position the skin attachment plate is fixedly spaced away from the needle holder and covers the tip of the needle; c) a release element movably linked to the spacer mechanism and releasing the withholding means from the ready-to-use position, allowing an axial movement of the needle holder towards the skin attachment plate with sufficient velocity for piercing the skin by the needle tip and inserting the needle into the skin,
An evaluation jig comprising: a pair of female terminals connectable to a pair of male terminals of a charging connector being configured for charging of a vehicle, the pair of male terminals being coolable with a coolant, and the charging connector further including a pair of tubular walls surrounding each of the paired male terminals; and an adjustment member that can adjust contact resistance of the female terminal and the male terminal, the female terminal being reducible in diameter, characterized in that the adjustment member includes a metal band being capable of applying a clamping force to the female terminal to reduce the female terminal in diameter and an adjustment unit being capable of adjusting the clamping force applied by the metal band. a pair of female terminals connectable to a pair of male terminals of a charging connector being configured for charging of a vehicle, the pair of male terminals being coolable with a coolant, and the charging connector further including a pair of tubular walls surrounding each of the paired male terminals; and an adjustment member that can adjust contact resistance of the female terminal and the male terminal, the female terminal being reducible in diameter, characterized in that the adjustment member includes a metal band being capable of applying a clamping force to the female terminal to reduce the female terminal in diameter and an adjustment unit being capable of adjusting the clamping force applied by the metal band.
An electrosurgery pencil comprising: a hollow tubular handpiece member having a first end and a second end; a planar platform having a recessed area located near a top of the hollow tubular handpiece member; an electrode positioned within the first end of the hollow tubular handpiece member; a circuit board; at least one wire for connecting the circuit board to the electrode; an electrical cord containing one or more insulated wires for connecting said circuit board to an energy source; and one or more depressable button members positioned above said circuit board for enabling selective contact with said circuit board, characterized in that the circuit board is seated within the recessed area of said planar platform and said circuit board is contained within a heat shrinkable plastic sleeve that has been heat shrunk to conform to the circuit board. a hollow tubular handpiece member having a first end and a second end; a planar platform having a recessed area located near a top of the hollow tubular handpiece member; an electrode positioned within the first end of the hollow tubular handpiece member; a circuit board; at least one wire for connecting the circuit board to the electrode; an electrical cord containing one or more insulated wires for connecting said circuit board to an energy source; and one or more depressable button members positioned above said circuit board for enabling selective contact with said circuit board, characterized in that the circuit board is seated within the recessed area of said planar platform and said circuit board is contained within a heat shrinkable plastic sleeve that has been heat shrunk to conform to the circuit board.
An apparatus for a User Equipment, UE. comprising: a memory interface; and processing circuitry configured to: process configuration signaling comprising an indication of an indicated maximum number of Multiple Input Multiple Output, MIMO, layers for a Component Carrier, CC; determine, based on the indication, that Physical Downlink Shared Channel, PDSCH, scheduled on the CC will have a number of MIMO layers less than or equal to the indicated maximum number of MIMO layers; and send the indication of the indicated maximum number of MIMO layers to a memory via the memory interface, characterized in that when the indicated maximum number of MIMO layers is two, the processing circuitry is configured to always process the PDSCH scheduled on the CC by employing a single codeword. a memory interface; and processing circuitry configured to: process configuration signaling comprising an indication of an indicated maximum number of Multiple Input Multiple Output, MIMO, layers for a Component Carrier, CC; determine, based on the indication, that Physical Downlink Shared Channel, PDSCH, scheduled on the CC will have a number of MIMO layers less than or equal to the indicated maximum number of MIMO layers; and send the indication of the indicated maximum number of MIMO layers to a memory via the memory interface, characterized in that when the indicated maximum number of MIMO layers is two, the processing circuitry is configured to always process the PDSCH scheduled on the CC by employing a single codeword. process configuration signaling comprising an indication of an indicated maximum number of Multiple Input Multiple Output, MIMO, layers for a Component Carrier, CC; determine, based on the indication, that Physical Downlink Shared Channel, PDSCH, scheduled on the CC will have a number of MIMO layers less than or equal to the indicated maximum number of MIMO layers; and send the indication of the indicated maximum number of MIMO layers to a memory via the memory interface, characterized in that when the indicated maximum number of MIMO layers is two, the processing circuitry is configured to always process the PDSCH scheduled on the CC by employing a single codeword.
Boron-free impregnation solution for a wick comprising, a) a solvent; b) at least one first flame retardant; c) an inorganic sulfate selected from the group consisting of lithium sulfate, beryllium sulfate, sodium sulfate, ammonium sulfate, aluminium sulfate, magnesium sulfate, potassium sulfate, and calcium sulfate; and d) at least one first additive, wherein the first additive is cerium nitrate. a) a solvent; b) at least one first flame retardant; c) an inorganic sulfate selected from the group consisting of lithium sulfate, beryllium sulfate, sodium sulfate, ammonium sulfate, aluminium sulfate, magnesium sulfate, potassium sulfate, and calcium sulfate; and d) at least one first additive, wherein the first additive is cerium nitrate.
Method for manufacturing a membrane material especially for use in the manufacturing of sails for sailboats and the like, where said method comprises the following steps: a) distributing a first material layer on a vacuum table; b) dispensing an adhesively coated yarn from a dispenser in a predefined pattern on said first material layer; c) arranging a second material layer superposed the first material layer and the treads, thereby creating a membrane matrix; d) passing a heating source (16, 16', 16") across the matrix, thereby curing the adhesive applied to the yarn and laminating the membrane; where the first material layer is provided with pin holes distributed across the first material layer, allowing the vacuum to traverse the first material layer. a) distributing a first material layer on a vacuum table; b) dispensing an adhesively coated yarn from a dispenser in a predefined pattern on said first material layer; c) arranging a second material layer superposed the first material layer and the treads, thereby creating a membrane matrix; d) passing a heating source (16, 16', 16") across the matrix, thereby curing the adhesive applied to the yarn and laminating the membrane; where the first material layer is provided with pin holes distributed across the first material layer, allowing the vacuum to traverse the first material layer.
A device in the spinning room preparation • for recognizing foreign parts of plastic material in or among fibre tufts of a fibre material, and • including a source, adapted - to have polarized light act on the fibre material, and - to cooperate with a detector of the device, which, based on the emitted polarized and reflected light, is adapted to • distinguish between polarized and non-polarized light, as well as • capture colour information of said light, and • adapted, by means of an evaluation unit, to simultaneously realize recognizing foreign parts with the help of the colour information and distinguishing between polarized light based on the surface gloss and non-polarized light. • for recognizing foreign parts of plastic material in or among fibre tufts of a fibre material, and • including a source, adapted - to have polarized light act on the fibre material, and - to cooperate with a detector of the device, which, based on the emitted polarized and reflected light, is adapted to • distinguish between polarized and non-polarized light, as well as • capture colour information of said light, and - to have polarized light act on the fibre material, and - to cooperate with a detector of the device, which, based on the emitted polarized and reflected light, is adapted to • distinguish between polarized and non-polarized light, as well as • capture colour information of said light, and • distinguish between polarized and non-polarized light, as well as • capture colour information of said light, and • adapted, by means of an evaluation unit, to simultaneously realize recognizing foreign parts with the help of the colour information and distinguishing between polarized light based on the surface gloss and non-polarized light.
A method of modifying a digital image signal obtained from an optical sensor, comprising: receiving the digital image signal from the optical sensor, wherein the digital image signal represents a plurality of pixels (87, 89, 91, 101, 103, 105, 107, 109, 111, 125, 127, 129, 131); maintaining image modification data derived from characterizing an intensity variation pattern as a combination of two or more geometric shapes that are combined to define the intensity variation pattern by a single center of gravity or a single defined shape, wherein the intensity variation patterns have been established from measurements through the optical sensor by an optical system (13, 33) viewing an image field having a uniform intensity; calculating a correction factor (93, 95, 97, 113, 115, 117, 119, 121, 123, 133, 135) for each of the plurality of pixels based on the radial distance of the respective pixel from the center of gravity of the intensity variation pattern of the plurality of pixels and the maintained modification data; and modifying the plurality of pixels by combining the plurality of correction factors with the plurality of pixels. receiving the digital image signal from the optical sensor, wherein the digital image signal represents a plurality of pixels (87, 89, 91, 101, 103, 105, 107, 109, 111, 125, 127, 129, 131); maintaining image modification data derived from characterizing an intensity variation pattern as a combination of two or more geometric shapes that are combined to define the intensity variation pattern by a single center of gravity or a single defined shape, wherein the intensity variation patterns have been established from measurements through the optical sensor by an optical system (13, 33) viewing an image field having a uniform intensity; calculating a correction factor (93, 95, 97, 113, 115, 117, 119, 121, 123, 133, 135) for each of the plurality of pixels based on the radial distance of the respective pixel from the center of gravity of the intensity variation pattern of the plurality of pixels and the maintained modification data; and modifying the plurality of pixels by combining the plurality of correction factors with the plurality of pixels.