mhurhangee/ep-ind-claims huggingface dataset:
A Layered Object Manufacturing, LOM, system configured to form a coloured three-dimensional object, the system comprising: a. A 3D object gamut mapping module configured to define a 3D object formed from a plurality of surfaces and provide a printing regime consistent with the defined 3D object, wherein the 3D object gamut mapping module is configured to analyse the orientation of a surface of each of a plurality of media layers to be printed and identify where a dependency exists between the angle of a surface of the defined 3D object and the colour to be applied to that surface in order to adaptively modify the colour printed to that layer to normalise the overall colour intensity of all surfaces of the 3D object; and b. A printer configured to colour print at least a portion of a first surface of each of the plurality of layers in accordance with the printing regime. a. A 3D object gamut mapping module configured to define a 3D object formed from a plurality of surfaces and provide a printing regime consistent with the defined 3D object, wherein the 3D object gamut mapping module is configured to analyse the orientation of a surface of each of a plurality of media layers to be printed and identify where a dependency exists between the angle of a surface of the defined 3D object and the colour to be applied to that surface in order to adaptively modify the colour printed to that layer to normalise the overall colour intensity of all surfaces of the 3D object; and b. A printer configured to colour print at least a portion of a first surface of each of the plurality of layers in accordance with the printing regime.
Feeding device for poultry such as cocks, comprising - an elongate feed transporting element with at least a bottom wall, - a feed trough provided underneath it and parallel to it, which is provided with a bottom, upright side walls and an at least partially open upper side, - a feed transporting device for transporting feed through the feed transporting element, and - a displacing device for moving the feed transporting element and the feed trough in a vertical direction relative to one another between a filling position and a feeding position, wherein the feed transporting element is provided on its underside with a plurality of passages for feed and a plurality of individual metering units provided at a distance from one another on the underside of the feed transporting element, each of which connects to a passage of the plurality of passages and each of which is configured for metering an individual, predetermined portion of feed received from the feed transporting element into the feed trough, wherein each metering unit comprises a metering space delimited at least partly by a peripheral wall (52, 54, 56), wherein the metering space determines a volume for the portion of feed to be metered with said metering unit, in which, at least in the filling position, each metering unit is in contact with the bottom of the feed trough so that the peripheral wall (52, 54, 56) of the metering unit together with the bottom of the feed trough and the bottom wall of the feed transporting element closes the metering space of the metering unit for feed so as to be able to fill the metering space in the filling position with the portion of feed from the feed transporting element, via the respective passage, and wherein, in the feeding position, the feed transporting element is located at a greater distance from the feed trough than in the filling position, so that the plurality of metering units are clear of the bottom of the feed trough so that the portions of feed metered on the bottom of the feed trough are accessible for the poultry and wherein, in the filling position, the feed transporting element is at a predetermined distance from the bottom of the feed trough, adjustable in a range between a minimum and a maximum value, wherein a height of the peripheral wall (52, 54, 56) of each of the metering units, in the vertical direction, can be altered so that, in the range between the minimum and the maximum value, the metering unit is in contact with the bottom of the feed trough. - an elongate feed transporting element with at least a bottom wall, - a feed trough provided underneath it and parallel to it, which is provided with a bottom, upright side walls and an at least partially open upper side, - a feed transporting device for transporting feed through the feed transporting element, and - a displacing device for moving the feed transporting element and the feed trough in a vertical direction relative to one another between a filling position and a feeding position,
A method for manufacturing a contact lens having an integrated circuit, comprising: creating a plurality of chip contact pads on a chip by forming a grid of metal lines on a surface of the chip, wherein the chip contact pads correspond to intersection points of the metal lines in the grid; applying assembly bonding material to each of a plurality of lens contact pads formed on a lens substrate, wherein the assembly bonding material includes an anisotropic conductive film or an anisotropic conductive paste; bonding the plurality of chip contact pads to the plurality of lens contact pads via the assembly bonding material to bond the chip to the lens substrate; and embedding the lens substrate and the chip bonded thereon into a contact lens material to form the contact lens. creating a plurality of chip contact pads on a chip by forming a grid of metal lines on a surface of the chip, wherein the chip contact pads correspond to intersection points of the metal lines in the grid; applying assembly bonding material to each of a plurality of lens contact pads formed on a lens substrate, wherein the assembly bonding material includes an anisotropic conductive film or an anisotropic conductive paste; bonding the plurality of chip contact pads to the plurality of lens contact pads via the assembly bonding material to bond the chip to the lens substrate; and embedding the lens substrate and the chip bonded thereon into a contact lens material to form the contact lens.
A condenser having a receiver for use in an air conditioning system, comprising: a plurality of refrigerant tubes; at least one header (26, 28) in hydraulic communication with said plurality of refrigerant tubes, wherein said header (26, 28) includes a header partition separating said header (26, 28) into a first header chamber 34, 36) and a second header chamber (38, 40); and a receiver housing hydraulically connected to said header (26, 28), wherein said receiver housing includes a refrigerant conduit having a receiver partition separating said receiver housing into a first receiver chamber and a second receiver chamber, a first port for directing refrigerant from said first chamber of said header to said first chamber of said receiver housing, a second port for directing refrigerant from said second chamber of said receiver to said second chamber of said header, and a desiccant bag contained within said first chamber of said receiver, characterized in that - said desiccant bag includes a spine extending along an axis in the direction of said refrigerant conduit, thereby dividing said desiccant bag into two desiccant compartments, - a portion of said refrigerant conduit is nested against said spine of said desiccant bag, - said desiccant bag includes a length and a width, in which the length is greater than the width, and said spine bisects said desiccant bag lengthwise into said two desiccant compartments, - at least one end of said spine defines an aperture configured to accept a hook mechanism extending from one of a filter element, a receiver partition, or said refrigerant conduit located within said receiver. - said desiccant bag includes a spine extending along an axis in the direction of said refrigerant conduit, thereby dividing said desiccant bag into two desiccant compartments, - a portion of said refrigerant conduit is nested against said spine of said desiccant bag, - said desiccant bag includes a length and a width, in which the length is greater than the width, and said spine bisects said desiccant bag lengthwise into said two desiccant compartments, - at least one end of said spine defines an aperture configured to accept a hook mechanism extending from one of a filter element, a receiver partition, or said refrigerant conduit located within said receiver.
A messenger RNA (mRNA) encoding a polypeptide of interest, wherein the mRNA comprises: (i) at least one miR-142-3p microRNA binding site; (ii) at least one miR-126 binding site; or (iii) at least one miR-142-3p microRNA binding site and at least one miR-126 binding site, optionally wherein the mRNA comprises one or more modified nucleobases, for use in a method of reducing or inhibiting an anti-drug antibody response in a subject, the method comprising administering the mRNA to the subject such that an anti-drug antibody response to the polypeptide of interest is reduced or inhibited in the subject. (i) at least one miR-142-3p microRNA binding site; (ii) at least one miR-126 binding site; or (iii) at least one miR-142-3p microRNA binding site and at least one miR-126 binding site, optionally wherein the mRNA comprises one or more modified nucleobases, for use in a method of reducing or inhibiting an anti-drug antibody response in a subject, the method comprising administering the mRNA to the subject such that an anti-drug antibody response to the polypeptide of interest is reduced or inhibited in the subject.
Device comprising a wear part with a wear area; and a measuring device with at least one wear sensor, which is integrated in the wear area, for detecting material removal at the wear area; wherein the wear sensor is constructed in the form of an electrical resistance which when material removal at the wear area takes place is itself mechanically removed therewith; and wherein the measuring device further comprises an evaluating device for detecting a change, particularly an increase, of the resistive impedance value of the electrical resistance in dependence on its own material removal and for making a conclusion from the recognised change in the impedance value about the amount of material removal at the wear area or about the remaining thickness of the wear area; characterised in that the measuring device further comprises an oscillation sensor for detecting whether the wear part is set into oscillation; and the evaluating device is constructed to ascertain the service life of the wear part as that time period during which the amplitude or the frequency of the oscillation of the wear part exceeds a predetermined threshold value.
A method of producing a frozen confection product, comprising the steps of: a) providing an ingredient mix comprising one or more proteins; b) addition of glucono-delta-lactone to the ingredient mix to provide protein aggregation; c) homogenizing the mix; d) pasteurizing the mix; e) freezing the pasteurized mix to form the frozen confection product; f) optionally hardening the frozen confection product, and wherein the mix is pasteurized at a temperature from 75°C to 95°C, preferably from 80°C to 90°C, even more preferably from 83°C to 87°C for 30 to 1 20 seconds, preferably 30 to 60 seconds, and wherein the glucono-delta-lactone is added to adjust the pH of the ingredient mix to 5.0 - 6.5, and wherein the glucono-delta-lactone is added to the ingredient mix in an amount of 0.05-2.0% by weight. a) providing an ingredient mix comprising one or more proteins; b) addition of glucono-delta-lactone to the ingredient mix to provide protein aggregation; c) homogenizing the mix; d) pasteurizing the mix; e) freezing the pasteurized mix to form the frozen confection product; f) optionally hardening the frozen confection product, and wherein the mix is pasteurized at a temperature from 75°C to 95°C, preferably from 80°C to 90°C, even more preferably from 83°C to 87°C for 30 to 1 20 seconds, preferably 30 to 60 seconds,
A notification system for location-based fingerprint detection comprising: a wireless device scanner; at least one sensor configured to sense parameters indicative of at least one of vaping, potential bullying, or smoking; a processor; and a memory having stored thereon instructions which, when executed by the processor, cause the notification system to: detect an occurrence of the at least one of vaping, potential bullying, or smoking based on the sensed parameters; receive, by the wireless device scanner, a wireless signal of a user device; determine a unique identifier of the user device based on the wireless signal, wherein the wireless signal includes a wireless signal noise level for the user device; transmit the determined unique identifier to a remote server; and further transmit a notification regarding the unique identifier and the at least one of vaping, potential bullying, or smoking. a wireless device scanner; at least one sensor configured to sense parameters indicative of at least one of vaping, potential bullying, or smoking; a processor; and a memory having stored thereon instructions which, when executed by the processor, cause the notification system to: detect an occurrence of the at least one of vaping, potential bullying, or smoking based on the sensed parameters; receive, by the wireless device scanner, a wireless signal of a user device; determine a unique identifier of the user device based on the wireless signal, wherein the wireless signal includes a wireless signal noise level for the user device; transmit the determined unique identifier to a remote server; and further transmit a notification regarding the unique identifier and the at least one of vaping, potential bullying, or smoking. detect an occurrence of the at least one of vaping, potential bullying, or smoking based on the sensed parameters; receive, by the wireless device scanner, a wireless signal of a user device; determine a unique identifier of the user device based on the wireless signal, wherein the wireless signal includes a wireless signal noise level for the user device; transmit the determined unique identifier to a remote server; and further transmit a notification regarding the unique identifier and the at least one of vaping, potential bullying, or smoking.
A computer-implemented method comprising: receiving audio data corresponding to a user utterance and context data for the user utterance; identifying an initial set of one or more n-grams from the context data; generating an expanded set of one or more n-grams based at least on the initial set of n-grams, the expanded set of n-grams comprising one or more n-grams that are different from the n-grams in the initial set of n-grams; adjusting a language model based at least on the expanded set of n-grams prior to receiving the audio data corresponding to the user utterance, comprising adjusting probability masses assigned to one or more n-grams of the expanded set of n-grams in the language model; determining one or more speech recognition candidates for at least a portion of the user utterance using the adjusted language model, wherein each speech recognition candidate comprises one or more words; after determining the one or more speech recognition candidates, adjusting a score for a particular speech recognition candidate determined to be included in the expanded set of n-grams; after adjusting the score for the particular speech recognition candidate, determining, a transcription for the user utterance that includes at least one of the one or more speech recognition candidates; and providing the transcription of the user utterance for output. receiving audio data corresponding to a user utterance and context data for the user utterance; identifying an initial set of one or more n-grams from the context data; generating an expanded set of one or more n-grams based at least on the initial set of n-grams, the expanded set of n-grams comprising one or more n-grams that are different from the n-grams in the initial set of n-grams; adjusting a language model based at least on the expanded set of n-grams prior to receiving the audio data corresponding to the user utterance, comprising adjusting probability masses assigned to one or more n-grams of the expanded set of n-grams in the language model; determining one or more speech recognition candidates for at least a portion of the user utterance using the adjusted language model, wherein each speech recognition candidate comprises one or more words; after determining the one or more speech recognition candidates, adjusting a score for a particular speech recognition candidate determined to be included in the expanded set of n-grams; after adjusting the score for the particular speech recognition candidate, determining, a transcription for the user utterance that includes at least one of the one or more speech recognition candidates; and providing the transcription of the user utterance for output.
An LED lighting fixture comprising: a front-housing portion having a backwall and a surrounding lateral wall which has inner and outer surfaces (28, 26) and defines a front interior cavity with an LED illuminator secured to a front surface of the backwall which is a heat sink for transferring heat away from the LED illuminator during operation; a rear-housing portion secured to the front-housing portion and having a backwall and a surrounding lateral wall which has inner and outer surfaces (38, 35) and defines a rear closed interior cavity; and a reflector cup surrounding the LED illuminator and being configured and positioned such that distal edges of the reflector cup are substantially at the level of a forward edge of the surrounding wall of the front housing portion; characterized in that the inner surface of the surrounding wall of the front-housing portion includes mounting channels which are configured to receive fasteners extending through distal edges of reflector cup. a front-housing portion having a backwall and a surrounding lateral wall which has inner and outer surfaces (28, 26) and defines a front interior cavity with an LED illuminator secured to a front surface of the backwall which is a heat sink for transferring heat away from the LED illuminator during operation; a rear-housing portion secured to the front-housing portion and having a backwall and a surrounding lateral wall which has inner and outer surfaces (38, 35) and defines a rear closed interior cavity; and a reflector cup surrounding the LED illuminator and being configured and positioned such that distal edges of the reflector cup are substantially at the level of a forward edge of the surrounding wall of the front housing portion;
In an integrated circuit, an active shield for detecting an intrusion on the integrated circuit, the active shield comprising: a first driver to drive a first conductive track having a first predetermined routing within the integrated circuit; and a second driver to drive a second conductive track having a second predetermined routing within the integrated circuit; wherein at least a part of the second conductive track lies adjacent to a part of the first conductive track at a given spacing and over a given length of the two conductive tracks, the given spacing and the given length being such that a rising or falling edge of a pulse generated on the second conductive track causes a glitch to appear on the first conductive track due to a resulting mutual capacitance between the first and second conductive tracks; characterised in that the active shield is configured to: drive a first number of test pulses on the second conductive track during a detection phase; and detect for glitches on the first conductive track during the detection phase and to compare a number of detected glitches with a number of expected pulses, the number of expected pulses being related to but not exceeding the first number of test pulses. a first driver to drive a first conductive track having a first predetermined routing within the integrated circuit; and a second driver to drive a second conductive track having a second predetermined routing within the integrated circuit; drive a first number of test pulses on the second conductive track during a detection phase; and detect for glitches on the first conductive track during the detection phase and to compare a number of detected glitches with a number of expected pulses, the number of expected pulses being related to but not exceeding the first number of test pulses.
A tool body provided with an insert support seat including a major seat surface that supports a bearing surface of a cutting insert, a plurality of seat side surfaces (5b, 5c) that supports side surfaces of the cutting insert at different positions, and a thinned portion continuous with the major seat surface and the seat side surfaces, wherein the insert support seat comprises a thinned portion (5d -1) between the major seat surface and a seat side surface (5b, 5c), and a thinned portion (5d -2) between seat side surfaces (5b, 5c, 5e), characterised in that a ridge at a position where the major seat surface and a thinned portion (5d -1) intersect, a ridge at a position where the seat side surface (5b, 5c) and a thinned portion (5d -2) intersect, and a ridge at a position where the thinned portions continuous (5d -1, 5d -3) with each other intersect are each formed of a convex arc curved surface, wherein the convex arc curved surface has a radius of 0.1 mm or greater and 1.0 mm or less in a longitudinal perpendicular section, and wherein the thinned portion (5d -1) disposed between the major seat surface and the seat side surface (5b, 5c) includes a recessed arc curved surface having a radius r of 0.2 mm to 0.5 mm in a longitudinal perpendicular section. wherein the insert support seat comprises a thinned portion (5d -1) between the major seat surface and a seat side surface (5b, 5c), and a thinned portion (5d -2) between seat side surfaces (5b, 5c, 5e), characterised in that a ridge at a position where the major seat surface and a thinned portion (5d -1) intersect, a ridge at a position where the seat side surface (5b, 5c) and a thinned portion (5d -2) intersect, and a ridge at a position where the thinned portions continuous (5d -1, 5d -3) with each other intersect are each formed of a convex arc curved surface, wherein the convex arc curved surface has a radius of 0.1 mm or greater and 1.0 mm or less in a longitudinal perpendicular section, and wherein the thinned portion (5d -1) disposed between the major seat surface and the seat side surface (5b, 5c) includes a recessed arc curved surface having a radius r of 0.2 mm to 0.5 mm in a longitudinal perpendicular section.