mhurhangee/ep-ind-claims huggingface dataset:
A method implemented by a navigation device mounted in a vehicle for generating an augmented view of a location of interest for a user, the method comprising: detecting an eye gaze direction of the user; determining the location of interest at which the user is looking based on the eye gaze direction, wherein an obstruction blocks the user's view of the location of interest; selecting a camera being placed at an image capture location, the camera being selected based on the location of interest; selecting an image capture direction based on the image capture location of the camera; receiving an unobstructed image of the location of interest associated with the image capture location of the camera and the image capture direction; processing the image based on a line of sight associated with a location of the user to generate a processed image comprising an unobstructed, augmented view of the location of interest for the user; and displaying the processed image to the user. detecting an eye gaze direction of the user; determining the location of interest at which the user is looking based on the eye gaze direction, wherein an obstruction blocks the user's view of the location of interest; selecting a camera being placed at an image capture location, the camera being selected based on the location of interest; selecting an image capture direction based on the image capture location of the camera; receiving an unobstructed image of the location of interest associated with the image capture location of the camera and the image capture direction; processing the image based on a line of sight associated with a location of the user to generate a processed image comprising an unobstructed, augmented view of the location of interest for the user; and displaying the processed image to the user. selecting a camera being placed at an image capture location, the camera being selected based on the location of interest; selecting an image capture direction based on the image capture location of the camera; receiving an unobstructed image of the location of interest associated with the image capture location of the camera and the image capture direction; processing the image based on a line of sight associated with a location of the user to generate a processed image comprising an unobstructed, augmented view of the location of interest for the user; and displaying the processed image to the user.
A method for, producing an alkene from a 3-hydroxy-1-carboxylic acid characterized in that a 3-hydroxy-1-carboxylic acid of the following general formula I: is, in a first step, enzymatically converted into a 3-sulfonyloxy-1-carboxylic acid of the following general formula II: and in that the thus produced 3-sulfonyloxy-1-carboxylic acid is subsequently converted into an alkene of the following general formula III: wherein R 1 and R 3 are independently selected from hydrogen (-H), methyl (-CH3), ethyl (-CH2-CH3), isopropyl (-CH2 2), vinyl (-CH=CH2) and isopropenyl (-C =CH2) and in which R 2 and R 4 are independently selected from hydrogen (-H) and methyl (-CH3).
System (SY, SY2, SY3, SY4) for determining a position of an RF transponder circuit respective an ultrasound emitter unit (UEU, UEU2, UEU3) based on RF signals emitted or reflected by the RF transponder circuit; the system comprising: an RF emitter unit; an RF detector unit; an ultrasound emitter unit (UEU, UEU2, UEU3); a position determination unit (PDU, PDU2, PDU3, PDU4); wherein the RF emitter unit is configured to emit RF signals for energizing the RF transponder circuit; wherein the RF detector unit is configured to detect a modulation of the RF signals emitted or reflected by the RF transponder circuit; wherein the ultrasound emitter unit (UEU, UEU2, UEU3) is configured to emit ultrasound signals for modulating the RF signals emitted or reflected by the RF transponder circuit; wherein the position determination unit (PDU, PDU2, PDU3, PDU4) is in operative communication with the RF detector unit and with the ultrasound emitter unit (UEU, UEU2, UEU3), and is configured to determine a position of the RF transponder circuit respective the ultrasound emitter unit (UEU, UEU2, UEU3) based on a time difference (ΔT 1) between the emission of an ultrasound signal by the ultrasound emitter unit (UEU, UEU2, UEU3) and the detection by the RF detector unit of a corresponding modulation in the RF signal emitted or reflected by the RF transponder circuit; and characterized in that the modulation includes at least one of: phase modulation, amplitude modulation, pulse sequence modulation, and code modulation. an RF emitter unit; an RF detector unit; an ultrasound emitter unit (UEU, UEU2, UEU3); a position determination unit (PDU, PDU2, PDU3, PDU4); wherein the RF emitter unit is configured to emit RF signals for energizing the RF transponder circuit; wherein the RF detector unit is configured to detect a modulation of the RF signals emitted or reflected by the RF transponder circuit; wherein the ultrasound emitter unit (UEU, UEU2, UEU3) is configured to emit ultrasound signals for modulating the RF signals emitted or reflected by the RF transponder circuit; wherein the position determination unit (PDU, PDU2, PDU3, PDU4) is in operative communication with the RF detector unit and with the ultrasound emitter unit (UEU, UEU2, UEU3), and is configured to determine a position of the RF transponder circuit respective the ultrasound emitter unit (UEU, UEU2, UEU3) based on a time difference (ΔT 1) between the emission of an ultrasound signal by the ultrasound emitter unit (UEU, UEU2, UEU3) and the detection by the RF detector unit of a corresponding modulation in the RF signal emitted or reflected by the RF transponder circuit; and characterized in that the modulation includes at least one of: phase modulation, amplitude modulation, pulse sequence modulation, and code modulation.
A wind turbine comprising a nacelle installed on a tower supported by a floating support, characterized in that the nacelle is articulated with respect to said tower in a vertical plane, in that it comprises means for correcting the nacelle tilt, means for automatically adjusting said correction means in accordance with sensors detecting the correction values, said adjustment means being synchronous with the movements of the floating support and designed for keeping the nacelle permanently oriented along the real axis of the wind defined in terms of tilt and azimuth, and in that said nacelle is articulated and suspended from a horizontal shaft.
Combination of a machine for manufacturing an ophthalmic article and a polymerizable molding material, the machine comprising a mold assembly having a first molding shell provided with a first predetermined molding surface, a second molding shell provided with a second predetermined molding surface which is arranged for facing the first predetermined molding surface of the first molding shell, an adhesive tape member configured to join said first and second molding shells (10, 13) for forming a sealed molding cavity defined generally by said first and second predetermined molding surfaces (12, 14) and also laterally at least by an intermediate portion of said adhesive tape member, a predetermined volume of the polymerizable molding material and a filling aperture formed in said adhesive tape member for introducing by casting said predetermined volume of a polymerizable molding material into said molding cavity for forming said ophthalmic article; said adhesive tape member having a Young's modulus greater than around 200 MPa, when measured at a temperature of polymerization of said polymerizable molding material, and a maximum shear stress smaller than around 0.05 MPa, when measured at said temperature of polymerization, and being configured to form a peripheral case of the mold assembly, peripheral case in which at least said first molding shell is able to be displaced relative to the second molding shell without affecting said intermediate portion of the adhesive tape member; by virtue of which the ophthalmic article molded by casting has a straight peripheral edge.
Use of ash to alkalise an aqueous system, wherein the aqueous system is selected from a group consisting of industrial, communal and domestic wastewater, wherein the wastewater is stabilised at a pH > 7 by the addition of 0.001 to 1 wt.% ash, relative to the wastewater.
A composition comprising an aqueous dispersion of multiphase polymer particles comprising, based on the weight of the polymer particles, from greater than 80 to less than 95 weight percent of first polymer particles having a T g of less than 30 °C, and from greater than 5 to less than 20 weight percent of second polymer particles having a T g in the range of from 90 °C to 110 °C, wherein T g are calculated by the Fox equation; the second polymer particles are phase separated from and occluded within the first polymer particles; wherein the number average molecular weight (M n) of the multiphase polymer particles measured by GPC according to the method described in the specification is in the range of from 9,000 to 25,000 g/mole; and wherein the second polymer particles comprise at least 90 weight percent methyl methacrylate, based on the weight of the second polymer particles. the second polymer particles are phase separated from and occluded within the first polymer particles; wherein the number average molecular weight (M n) of the multiphase polymer particles measured by GPC according to the method described in the specification is in the range of from 9,000 to 25,000 g/mole; and wherein the second polymer particles comprise at least 90 weight percent methyl methacrylate, based on the weight of the second polymer particles.
An oral care system comprising: a mouthpiece having a working surface; a manifold assembly having a flow path for an oral care compound terminating at an outlet configured to engage with the mouthpiece and to align with the working surface of the mouthpiece when engaged, the outlet of the manifold assembly having one or more ports (24, 54, 74) extending across a length of the working surface of the mouthpiece; and an actuatable element configured to dispense the oral care compound from the outlet onto the working surface of the mouthpiece by displacing the oral care compound through the manifold assembly when actuated, wherein the flow path comprises a plurality of discrete channels, wherein when the oral care compound is dispensed from the outlet to the mouthpiece it flows through the plurality of discrete channels; and characterised in that the shape of the outlet is matched to the geometry of the working surface of the mouthpiece. a mouthpiece having a working surface; a manifold assembly having a flow path for an oral care compound terminating at an outlet configured to engage with the mouthpiece and to align with the working surface of the mouthpiece when engaged, the outlet of the manifold assembly having one or more ports (24, 54, 74) extending across a length of the working surface of the mouthpiece; and an actuatable element configured to dispense the oral care compound from the outlet onto the working surface of the mouthpiece by displacing the oral care compound through the manifold assembly when actuated, wherein the flow path comprises a plurality of discrete channels, wherein when the oral care compound is dispensed from the outlet to the mouthpiece it flows through the plurality of discrete channels; and characterised in that the shape of the outlet is matched to the geometry of the working surface of the mouthpiece.
A mechanism comprising an inner annular member having a central axis and an outer annular member surrounding the inner annular member; a plurality of nozzle segments disposed between the inner and outer annular members and peripherally around the central axis; an inner connecting mechanism connecting between the nozzle segments and the inner annular member; and an outer connecting mechanism connecting between the nozzle segments and the outer annular member; wherein at least one of the inner connecting mechanism and the outer connecting mechanism (110, 42) includes a sealing arrangement, characterized in that the sealing arrangement comprises a pair of first seal surfaces (123, 125) each of which extends radially from the central axis and is formed on an associated one of the nozzle segments; a pair of second seal surfaces (129, 131) each of which extends radially from the central axis and is formed on said at least one of the annular members (57, 26) connected to the associated nozzle segment by an associated one of the connecting mechanisms (110, 42), the second seal surfaces being positioned so that each of the second seal surfaces (129, 131) opposes each of the first seal surfaces (123, 125); the first seal surfaces (123, 125) or the second seal surfaces (129, 131) having respective grooves (161, 163) that extend linearly along respective sides of a polygon defined around the central axis; and elastic seal members (151, 153) disposed in the grooves to retain sealing contacts with the opposed first and second seal surfaces, wherein the respective grooves (161, 163) extend in a direction perpendicular to a radial axis extending from the central axis when viewed in a radial cross-section.
A composition for straightening hair comprising: - a proteinogenic amino acid or one of its acid or base, organic or mineral salts; - a protein; - an alcohol; and - a vegetable oil. - a proteinogenic amino acid or one of its acid or base, organic or mineral salts; - a protein; - an alcohol; and - a vegetable oil.
A bypass valve comprising a delivery duct, a return duct and a central duct for a heat-exchange fluid, said central duct connecting said delivery duct and said return duct, a first ball valve placed along the delivery duct at the intersection with the central duct, and a second ball valve placed along the return duct at the intersection with the central duct 40, wherein inside each ball (55; 65) of said ball valves (50; 60) there is a main channel (51; 61) arranged between two opposite inlet/outlet ports for said heat-exchange fluid, and at least one first auxiliary channel (54; 64) fluidically connecting said main channel to a third inlet/outlet port for said fluid, the axes of said main channel (51; 61) and said auxiliary channel (54; 64) being perpendicular to the rotation axis (50A; 60A) of the ball (55; 65), characterized in that at least one of said balls further comprises a second auxiliary channel having the axis coincident with the rotation axis of the ball in order to fluidically connect said main channel and said first auxiliary channel to a fourth inlet/outlet port for said heat-exchange fluid and in that the rotation axes (50A; 60A) of the balls of said ball valves (50; 60) are perpendicular to each other.
Transparent photorechargeable electrochemical device, said device being characterized in that it comprises: - a positive electrode comprising a transparent conductive support on which a positive electrode film is laid, said positive electrode film comprising an n-type semiconductor as positive electrode active material, said n-type semiconductor having a band gap Eg and being able to insert and remove ions of an alkaline metal M1; - a negative electrode comprising an element selected from said alkaline metal M1, an alloy of said alkaline metal M1, and an intermetallic compound of said alkaline metal M1; - a non-aqueous liquid electrolyte comprising a salt of said alkaline metal M1 and an organic solvent; and - said positive and negative electrodes having electrode potentials E1 and E2, respectively, where E1 > E2, E1 and E2 being calculated with respect to the coupling electrode potential M1 + /M1 0. - a positive electrode comprising a transparent conductive support on which a positive electrode film is laid, said positive electrode film comprising an n-type semiconductor as positive electrode active material, said n-type semiconductor having a band gap Eg and being able to insert and remove ions of an alkaline metal M1; - a negative electrode comprising an element selected from said alkaline metal M1, an alloy of said alkaline metal M1, and an intermetallic compound of said alkaline metal M1; - a non-aqueous liquid electrolyte comprising a salt of said alkaline metal M1 and an organic solvent; and - said positive and negative electrodes having electrode potentials E1 and E2, respectively, where E1 > E2, E1 and E2 being calculated with respect to the coupling electrode potential M1 + /M1 0.
A cooking apparatus comprising a front panel (c) and a knob assembly provided on the front panel (c), the knob assembly comprising: a knob for adjusting a power level of a power source, the knob being provided on an outside of the front panel (c); a knob ring surrounding the knob and rotatable independently of the knob, the knob ring being provided on the outside of the front panel (c); an actuating member coupled to a rear surface of the knob ring to integrally rotate with the knob ring; a support frame to support the knob ring; and a fixing frame coupled to the support frame, the fixing frame being configured to prevent the actuating member from escaping from the support frame; wherein the knob and the knob ring are coupled at a front surface side of the front panel (c), and wherein the support frame, the actuating member and the fixing frame are coupled to a rear surface side of the front panel (c) characterized in that the support frame is coupled to the front panel (c), and in that the actuating member is inserted into the support frame and passes through the front panel (c) to be engaged with the knob ring. a knob for adjusting a power level of a power source, the knob being provided on an outside of the front panel (c); a knob ring surrounding the knob and rotatable independently of the knob, the knob ring being provided on the outside of the front panel (c); an actuating member coupled to a rear surface of the knob ring to integrally rotate with the knob ring; a support frame to support the knob ring; and a fixing frame coupled to the support frame, the fixing frame being configured to prevent the actuating member from escaping from the support frame; wherein the knob and the knob ring are coupled at a front surface side of the front panel (c), and wherein the support frame, the actuating member and the fixing frame are coupled to a rear surface side of the front panel (c) characterized in that the support frame is coupled to the front panel (c), and in that the actuating member is inserted into the support frame and passes through the front panel (c) to be engaged with the knob ring.
A battery pack (1, 101, 111) comprising: an exterior case; and an article of an electric system including a battery, the article being accommodated in the exterior case, wherein the article of the electric system is coated with a thin film coating agent, characterized in that the battery is held by a battery holder, and a rubber ring is provided between an inner wall of the battery holder and a positive electrode of the battery, a rubber material of the rubber ring containing an inorganic filler. an exterior case; and an article of an electric system including a battery, the article being accommodated in the exterior case, wherein the article of the electric system is coated with a thin film coating agent, characterized in that the battery is held by a battery holder, and a rubber ring is provided between an inner wall of the battery holder and a positive electrode of the battery, a rubber material of the rubber ring containing an inorganic filler.
Sound absorber with at least one open-pored base plate, which has no bores and has a flow resistance of about 500 Ns/m 3 to about 6000 Ns/m 3 according to DIN EN 29053:1993-05, at least a partial surface of the base plate that is visible when used as intended being provided with a microperforated material layer, and the microperforated material layer having a plurality of bores, the diameter of which is in each case between about 0.1 mm and about 2 mm, characterized in that the microperforated material layer is integrally bonded to the base plate only in a strip-like or linear or punctiform manner.
Aircraft comprising two main landing gears (42.1, 42.2) and also a main landing gear bay configured to house, on either side of a vertical median plane, the two main landing gears (42.1, 42.2) in a retracted position, the main landing gear bay comprising a rear transverse wall, a front transverse wall that is parallel to the rear transverse wall and also an end wall that is perpendicular to the rear and front transverse walls (36, 38) and to the vertical median plane, the end wall having a rear edge (40.1) that is connected to the rear transverse wall and a front edge (40.2) that is connected to the front transverse wall, wherein the main landing gear bay comprises at least one strut (56, 58) having a first end (56.1, 58.1) that is connected by a first connection (60, 62) to a first anchor point (64, 66) provided on one of the rear and front transverse walls (36, 38) and also a second end (56.2, 58.2) that is connected by a second connection to a second anchor point provided on the end wall, each strut (56, 58) being positioned in the vertical median plane and at a distance from the front or rear edge (40.1, 40.2).
Device for administering a fluid, in particular a hydro gel, to one or more substrate bodies provided with a plant, comprising - a frame; - at least one position station, provided on the frame, for one or more substrate bodies provided with a plant rooted therein, wherein the substrate body has an upper face, and - at least one device for fluid, placed at the position station, for urging the fluid into the substrate body, up to one or several places below the upper face of the substrate body, - wherein the device for fluid comprises at least two fluid dispensers, at least one source of fluid and a conduit for fluid situated in between the fluid dispensers and the at least one source of fluid, as well as pressure means for supplying a dose of fluid under pressure to the fluid dispensers, wherein the device for fluid comprises two fluid dispensers positioned on opposite sides of the position station, the device further comprises a conveyor for conveying the one or more substrate bodies provided with a plant to and/or from the position station, in particular the conveyor, such as a belt conveyor, conveying through the position station, wherein said fluid dispensers have been positioned on either side of the conveyor, and preferably have been arranged for introduction into the substrate body according to directions having opposite directional components. - a frame; - at least one position station, provided on the frame, for one or more substrate bodies provided with a plant rooted therein, wherein the substrate body has an upper face, and - at least one device for fluid, placed at the position station, for urging the fluid into the substrate body, up to one or several places below the upper face of the substrate body, - wherein the device for fluid comprises at least two fluid dispensers, at least one source of fluid and a conduit for fluid situated in between the fluid dispensers and the at least one source of fluid, as well as pressure means for supplying a dose of fluid under pressure to the fluid dispensers, wherein the device for fluid comprises two fluid dispensers positioned on opposite sides of the position station, the device further comprises a conveyor for conveying the one or more substrate bodies provided with a plant to and/or from the position station, in particular the conveyor, such as a belt conveyor, conveying through the position station, wherein said fluid dispensers have been positioned on either side of the conveyor, and preferably have been arranged for introduction into the substrate body according to directions having opposite directional components.