mhurhangee/ep-ind-claims huggingface dataset:
A method for generating an acoustic signal for localization of a point of interest comprising: accessing a geographic location associated with a point of interest; selecting an audio waveform associated with the point of interest; determining a geographic location of a vehicle; deriving an orientation of the geographic location associated with the point of interest relative to the vehicle based on the geographic location associated with the point of interest and the determined geographic location of the vehicle; and producing an acoustic signal including the audio waveform in two or more audio transducers by panning and fading the audio waveform such that a human listener inside the vehicle perceives the produced acoustic signal to be spatially indicative of the derived orientation of the geographic location associated with the point of interest relative to the vehicle; characterized by determining whether to mute, play softly or enhance the selected audio waveform associated with the point of interest based on a state of the driver and/or a state of the vehicle. accessing a geographic location associated with a point of interest; selecting an audio waveform associated with the point of interest; determining a geographic location of a vehicle; deriving an orientation of the geographic location associated with the point of interest relative to the vehicle based on the geographic location associated with the point of interest and the determined geographic location of the vehicle; and producing an acoustic signal including the audio waveform in two or more audio transducers by panning and fading the audio waveform such that a human listener inside the vehicle perceives the produced acoustic signal to be spatially indicative of the derived orientation of the geographic location associated with the point of interest relative to the vehicle; characterized by determining whether to mute, play softly or enhance the selected audio waveform associated with the point of interest based on a state of the driver and/or a state of the vehicle.
A disconnector for high voltage, comprising columnar supporting elements which are electrically isolating and are adapted to support electromechanical means (12, 13) of opening and closing a circuit or an electrical line, whereas said at least one columnar supporting element, is tubular, characterized in that said at least one columnar supporting element supports an optical current transformer, the optical fiber of which, surrounded by protection means, extends inside said tubular columnar supporting element, and in that said optical transformer comprises a detection ring, which is mounted at the group of contact sockets, and is axially passed through by the principal conducting element which is fixed directly to the group of contact sockets.
A Trim Management System for processing of meat trim products, where the meat trim products are conveyed as a sequence of collections of trim (COTs) on a conveyor means, each COT comprising at least one meat trim product, the TMS comprising: • a trim parameter determining apparatus (TPDA) for determining a fat/meat relationship for incoming COTs, • a plurality of receiver stations arranged along the conveyor means, each receiver station having associated diverting means for transferring the incoming COTs from the conveyor means to the corresponding receiver station, wherein each receiving station comprises a receiver means, characterized in that the trim parameter determining apparatus (TPDA) comprises an X-ray machine, and in that the TMS further comprises • weight determining means for determining a weight of the incoming COTs, • a control unit for controlling the transferring of the incoming COTs from the conveyor means to the receiver stations via the diverting means, based on the determined fat/meat relationship and the determined weight of the incoming COTs, to complete target batches at the receiver stations that fulfill one or more predetermined criteria including a predetermined fat/meat relationship target, and in that each receiver station comprises: • a buffer means arranged between the conveyor means and the receiver means, where the buffer means is adapted to accumulate the incoming COTs from the conveyor means such that a fat/meat relationship target for a target batch at the selected receiver station is fulfilled, where transferring of the incoming COTs to the receiver means is performed via the buffer means and where, at the receiver means, the batch is divided into a plurality of sub-batches. • a trim parameter determining apparatus (TPDA) for determining a fat/meat relationship for incoming COTs, • a plurality of receiver stations arranged along the conveyor means, each receiver station having associated diverting means for transferring the incoming COTs from the conveyor means to the corresponding receiver station, • weight determining means for determining a weight of the incoming COTs, • a control unit for controlling the transferring of the incoming COTs from the conveyor means to the receiver stations via the diverting means, based on the determined fat/meat relationship and the determined weight of the incoming COTs, to complete target batches at the receiver stations that fulfill one or more predetermined criteria including a predetermined fat/meat relationship target, • a buffer means arranged between the conveyor means and the receiver means, where the buffer means is adapted to accumulate the incoming COTs from the conveyor means such that a fat/meat relationship target for a target batch at the selected receiver station is fulfilled, where transferring of the incoming COTs to the receiver means is performed via the buffer means and where, at the receiver means, the batch is divided into a plurality of sub-batches.
A filter unit that can be mounted onto a server chassis, the filtering unit comprising: a framework defining a plurality of rows (31, 32, 33, 34, 35) into which rows can be inserted a centrifugal force creating unit; the framework also defining an aperture for receiving a replaceable surface filter; the replaceable surface filter; a plurality of centrifugal force filter units (24, 25, 26, 27, 28, 29, 30) in combination with the framework, the centrifugal force filter units (24, 25, 26, 27, 28, 29, 30) positioned upstream of the flow through the filter; wherein each of the centrifugal force filter units (24, 25, 26, 27, 28, 29, 30) comprise a fiber tank with a wall comprising a plurality of orifices and, at least one elastic strip (16,17) to fill-in a gap between the filter unit and a server when the filter unit is mounted onto the server wherein the at least one elastic strip (16, 17) is sized and shaped to permit cable passage between the server and peripheral equipment. a framework defining a plurality of rows (31, 32, 33, 34, 35) into which rows can be inserted a centrifugal force creating unit; the framework also defining an aperture for receiving a replaceable surface filter; the replaceable surface filter; a plurality of centrifugal force filter units (24, 25, 26, 27, 28, 29, 30) in combination with the framework, the centrifugal force filter units (24, 25, 26, 27, 28, 29, 30) positioned upstream of the flow through the filter; wherein each of the centrifugal force filter units (24, 25, 26, 27, 28, 29, 30) comprise a fiber tank with a wall comprising a plurality of orifices and, at least one elastic strip (16,17) to fill-in a gap between the filter unit and a server when the filter unit is mounted onto the server wherein the at least one elastic strip (16, 17) is sized and shaped to permit cable passage between the server and peripheral equipment.
A composition for a non-aqueous secondary battery functional layer comprising first organic particles, second organic particles, and a solvent, wherein the first organic particles include a polyfunctional ethylenically unsaturated monomer unit in a proportion of not less than 20 mass% and not more than 90 mass%, and the second organic particles include a nitrile group-containing monomer unit in a proportion of not less than 20 mass% and not more than 80 mass% and a cross-linkable monomer unit in a proportion of not less than 0.1 mass% and not more than 10 mass%. the first organic particles include a polyfunctional ethylenically unsaturated monomer unit in a proportion of not less than 20 mass% and not more than 90 mass%, and the second organic particles include a nitrile group-containing monomer unit in a proportion of not less than 20 mass% and not more than 80 mass% and a cross-linkable monomer unit in a proportion of not less than 0.1 mass% and not more than 10 mass%.
Mechanism for driving an indicator for a timepiece, comprising: - a mobile (22; 23) for driving the indicator, - a first lever mounted about a first pivot and comprising a beak (20; 21) intended to cooperate with teeth on the mobile (22; 23) in order to displace said mobile, - a first cam arranged to cause the first lever to turn about the first pivot, - a second lever mounted about a second pivot and relative to which the first pivot is fixed, - a second cam arranged to cause the second lever to turn about the second pivot, and - elastic means (10, 13) to maintain the cooperation between the levers (16, 11) and the cams (2, 3), the levers (16, 11) and the cams (2, 3) being arranged so that the beak (20; 21) of the first lever cyclically describes a closed curve, each cycle comprising a first movement during which the beak (20; 21) exits the teeth of the mobile (22; 23) without modifying the angular position of said mobile and a second movement during which the beak (20; 21) reenters the teeth of the mobile (22; 23) in order to displace said mobile. - a mobile (22; 23) for driving the indicator, - a first lever mounted about a first pivot and comprising a beak (20; 21) intended to cooperate with teeth on the mobile (22; 23) in order to displace said mobile, - a first cam arranged to cause the first lever to turn about the first pivot, - a second lever mounted about a second pivot and relative to which the first pivot is fixed, - a second cam arranged to cause the second lever to turn about the second pivot, and - elastic means (10, 13) to maintain the cooperation between the levers (16, 11) and the cams (2, 3),
Opening control for an opening leaf of a motor vehicle, intended to activate a lock of the opening leaf, the opening control comprising at least one support intended to connect the opening control to the opening leaf, a latch or a cover and a ring for blocking the latch or the cover with respect to the support, the support comprising an opening centred on a main axis and housing the latch or the cover, the blocking ring being disposed around the latch or the cover, being able to move in rotation about the main axis between an unblocked position and a blocked position of the latch or the cover, the opening control comprising a locking member intended to hold the blocking ring in its blocked position, characterized in that the opening control comprises a means for centring the locking member with respect to the latch or the cover.
A composition comprising palmitoylethanolamide and one or more vitamins of the vitamin B complex or salts thereof, wherein the composition comprises between 30% and 3000% of the recommended daily intake of vitamin B, preferably between 50% and 1000%, per unit of composition.
A mounting substrate, comprising: a wiring substrate; a fine L/S (line and space) layer formed in contact with a top surface of the wiring substrate; and a plurality of elements arranged in a matrix on a top surface of the fine L/S layer, wherein the plurality of elements are light-emitting elements or light-receiving elements, wherein the wiring substrate includes a plurality of first wiring lines extending in a predetermined direction in a layer, and a plurality of vias arranged at a period corresponding to an integral multiple of an arrangement period of the plurality of elements, two or more of the vias being provided for each of the first wiring lines, the fine L/S layer includes a plurality of second wiring lines, one or more of the second wiring lines being provided for each of the vias, and an insulating layer provided between each of the second wiring lines and the top surface of the wiring substrate, and being in contact with each of the second wiring lines and the top surface of the wiring substrate, an L/S of the fine L/S layer is smaller than an L/S of the plurality of first wiring lines, wherein the L/S indicates the narrowest wiring pitch in a plane, and two or more adjacent ones of the elements are electrically coupled to common one of the vias through one or more of the second wiring lines. a wiring substrate; a fine L/S (line and space) layer formed in contact with a top surface of the wiring substrate; and a plurality of elements arranged in a matrix on a top surface of the fine L/S layer, wherein the plurality of elements are light-emitting elements or light-receiving elements, wherein the wiring substrate includes a plurality of first wiring lines extending in a predetermined direction in a layer, and a plurality of vias arranged at a period corresponding to an integral multiple of an arrangement period of the plurality of elements, two or more of the vias being provided for each of the first wiring lines, the fine L/S layer includes a plurality of second wiring lines, one or more of the second wiring lines being provided for each of the vias, and an insulating layer provided between each of the second wiring lines and the top surface of the wiring substrate, and being in contact with each of the second wiring lines and the top surface of the wiring substrate, an L/S of the fine L/S layer is smaller than an L/S of the plurality of first wiring lines, wherein the L/S indicates the narrowest wiring pitch in a plane, and two or more adjacent ones of the elements are electrically coupled to common one of the vias through one or more of the second wiring lines.
A system for detecting electronic article surveillance ("EAS") marker shielding, the system comprising: an EAS subsystem operable to detect an EAS marker in an interrogation zone; a metal detector operable to detect a metal object in the interrogation zone; a cart detection subsystem including a sensor array located on EAS pedestals (12a, 12b) just above the floor, the cart detection subsystem operable to differentiate between a wheeled device and a human passing through the interrogation zone based on the sensor array by examining a breakage pattern from the sensor array located on pedestals (12a, 12b) just above the floor; and a processor electrically coupled to the EAS subsystem, the metal detector and the cart detection system, the processor programmed to receive information outputted from the cart detection system and information outputted from the metal detector to determine whether to generate an alarm signal based on a presence of EAS marker shielding. an EAS subsystem operable to detect an EAS marker in an interrogation zone; a metal detector operable to detect a metal object in the interrogation zone; a cart detection subsystem including a sensor array located on EAS pedestals (12a, 12b) just above the floor, the cart detection subsystem operable to differentiate between a wheeled device and a human passing through the interrogation zone based on the sensor array by examining a breakage pattern from the sensor array located on pedestals (12a, 12b) just above the floor; and a processor electrically coupled to the EAS subsystem, the metal detector and the cart detection system, the processor programmed to receive information outputted from the cart detection system and information outputted from the metal detector to determine whether to generate an alarm signal based on a presence of EAS marker shielding.
Metering apparatus for granular material, in particular seed, wherein the metering apparatus comprises a conveying device which is rotatably mounted in a housing and which interacts with a housing wall or a guide element in such a way that granular material can be conveyed from a receiving region to a dispensing region, wherein the metering apparatus comprises a pre-metering unit, by way of which granular material can be conveyed from a reservoir to the conveying device; wherein the pre-metering unit can be used to set granular material in rotation and move it in the direction of the axis of rotation of the conveying device; and wherein the pre-metering unit comprises a rotatably mounted disc, characterized in that the disc is arranged at the end of a tube portion, the inner diameter of which increases towards the disc, and wherein one or more drivers are arranged at that side of the disc which faces towards the tube portion.
A microfluidic device comprising at least one inlet and at least one outlet that are connected with each other through a microchannel or microchamber, wherein a hydrophobic porous polymer is bound to the wall of the microchannel or microchamber and magnetic beads are bound to the hydrophobic porous polymer, wherein the water contact angle of the hydrophobic porous polymer is from 70° to 90°
A wheel end assembly comprising: a spindle; a hub that is rotatably disposed on the spindle; a tone ring that is fixedly mounted to the hub and that has a tone ring opening that extends around the spindle, a first side, and a second side disposed opposite the first side that engages the hub; and a seal that is disposed in the tone ring opening and that extends from the spindle to the tone ring, wherein the seal is spaced apart from and does not engage the hub. a spindle; a hub that is rotatably disposed on the spindle; a tone ring that is fixedly mounted to the hub and that has a tone ring opening that extends around the spindle, a first side, and a second side disposed opposite the first side that engages the hub; and a seal that is disposed in the tone ring opening and that extends from the spindle to the tone ring, wherein the seal is spaced apart from and does not engage the hub.
A method of operating an OFDM receiver configured to receive a signal transmitted from an OFDM transmitter by means of at least Nk subcarriers, said receiver and said transmitter being connected to a control system configured to calculate an adapted guard interval length Ng', said method comprises the steps of: - said receiver comprising a Channel Estimator extracting the estimated channel information H e (k) from the pilot signals P(k) by means of a windowing function; - Performing said channel estimation with a window size equal to the guard interval length Ng, resulting in said estimated channel information H e (k), - k being a subcarrier index and ranging from 0 to Nk-1 in integer increments, CHARACTERIZED IN THAT, said method further comprises the steps of - Repeating said channel estimation a plurality of times with a non-zero window size equal to the guard interval length Ng minus a filtering parameter α, said filtering parameter α being selected from a corresponding plurality of values in the range from -Ng to Ng, resulting in respective estimated channel information H e ∝ k; - for each of said plurality of channel estimations: ∘ calculate an estimator MSE α = ∑ k = 0 Nk − 1 | H e ∝ k − H e k |; ∘ calculate a ratio B ∝ = | MSE ∝ + 1 MSE ∝ |; - calculate an optimal ∝ in function of argmax ∝ { B (∝)}; - calculate an adapted guard interval length Ng' = Ng - optimal α. - said receiver comprising a Channel Estimator extracting the estimated channel information H e (k) from the pilot signals P(k) by means of a windowing function; - Performing said channel estimation with a window size equal to the guard interval length Ng, resulting in said estimated channel information H e (k), - k being a subcarrier index and ranging from 0 to Nk-1 in integer increments, CHARACTERIZED IN THAT, said method further comprises the steps of - Repeating said channel estimation a plurality of times with a non-zero window size equal to the guard interval length Ng minus a filtering parameter α, said filtering parameter α being selected from a corresponding plurality of values in the range from -Ng to Ng, resulting in respective estimated channel information H e ∝ k; - for each of said plurality of channel estimations: ∘ calculate an estimator MSE α = ∑ k = 0 Nk − 1 | H e ∝ k − H e k |; ∘ calculate a ratio B ∝ = | MSE ∝ + 1 MSE ∝ |; ∘ calculate an estimator MSE α = ∑ k = 0 Nk − 1 | H e ∝ k − H e k |; ∘ calculate a ratio B ∝ = | MSE ∝ + 1 MSE ∝ |; - calculate an optimal ∝ in function of argmax ∝ { B (∝)}; - calculate an adapted guard interval length Ng' = Ng - optimal α.
A conductive sleeve, the conductive sleeve comprising: a central portion adapted to be disposed over an end of a cable and extend over at least one conductor of the cable, the central portion has a front, a rear, and sides; at least one flange (726, 728) coupled at the sides of the central portion and adapted to couple with a mating conductor; characterized in a capacitive section that extends from a portion of the central portion at the rear of the central portion, the capacitive section has a width that is smaller than a width of the central portion and is adapted to be disposed on top of an insulator of the cable and another conductor of the cable to form substantially a capacitive shorting circuit. a central portion adapted to be disposed over an end of a cable and extend over at least one conductor of the cable, the central portion has a front, a rear, and sides; at least one flange (726, 728) coupled at the sides of the central portion and adapted to couple with a mating conductor; characterized in a capacitive section that extends from a portion of the central portion at the rear of the central portion, the capacitive section has a width that is smaller than a width of the central portion and is adapted to be disposed on top of an insulator of the cable and another conductor of the cable to form substantially a capacitive shorting circuit.
A method of fabricating a mixed semiconductor-superconductor platform, the method comprising: in a masking phase, forming a dielectric mask on a substrate, such that the dielectric mask leaves one or more regions of the substrate exposed; in a selective area growth phase, selectively growing a semiconductor material on the substrate in the one or more exposed regions, wherein the semiconductor material in the one or more exposed regions forms a network of in-plane nanowires; and in a superconductor growth phase, forming a layer of superconducting material, at least part of which is in direct contact with the selectively grown semiconductor material; wherein the mixed semiconductor-superconductor platform comprises the selectively grown semiconductor material and the superconducting material in direct contact with the selectively grown semiconductor material. in a masking phase, forming a dielectric mask on a substrate, such that the dielectric mask leaves one or more regions of the substrate exposed; in a selective area growth phase, selectively growing a semiconductor material on the substrate in the one or more exposed regions, wherein the semiconductor material in the one or more exposed regions forms a network of in-plane nanowires; and in a superconductor growth phase, forming a layer of superconducting material, at least part of which is in direct contact with the selectively grown semiconductor material; wherein the mixed semiconductor-superconductor platform comprises the selectively grown semiconductor material and the superconducting material in direct contact with the selectively grown semiconductor material.