mhurhangee/patent-ind-claim-en huggingface dataset:
An integrated circuit (IC) comprising trace logic for operably coupling to at least one memory element and for providing trace information for a signal processing system forming part of a system-on-chip (SoC) within the IC, the trace logic comprising: trigger detection logic for detecting at least one trace trigger in response to an address being transmitted on a virtual bus between a system core element and a cache memory element ; memory access logic arranged to perform, upon detection of the at least one trace trigger , at least one read operation for at least one memory location of the at least one memory element associated with the at least one detected trigger ; memory content message generation logic arranged to generate at least one memory content message comprising information relating to a result of the at least one read operation performed by the memory access logic ; and output logic for outputting the at least one memory content message. trigger detection logic for detecting at least one trace trigger in response to an address being transmitted on a virtual bus between a system core element and a cache memory element ; memory access logic arranged to perform, upon detection of the at least one trace trigger , at least one read operation for at least one memory location of the at least one memory element associated with the at least one detected trigger ; memory content message generation logic arranged to generate at least one memory content message comprising information relating to a result of the at least one read operation performed by the memory access logic ; and output logic for outputting the at least one memory content message.
A recoat assembly for an additive manufacturing system , the recoat assembly comprising: a base member that is movable in a lateral direction; a powder spreading member coupled to the base member , wherein the base member at least partially encapsulates the powder spreading member; and a vacuum in fluid communication with at least a portion of the base member , wherein the base member comprises a primary containment housing that at least partially encapsulates the powder spreading member, characterized in that the base member further comprises a secondary containment housing that at least partially encapsulates and is spaced apart from the primary containment housing , wherein the vacuum is in fluid communication with a cavity defined between the primary containment housing and the secondary containment housing and is operable to draw airborne build material from the intermediate cavity . a base member that is movable in a lateral direction; a powder spreading member coupled to the base member , wherein the base member at least partially encapsulates the powder spreading member; and a vacuum in fluid communication with at least a portion of the base member , wherein the base member comprises a primary containment housing that at least partially encapsulates the powder spreading member, characterized in that the base member further comprises a secondary containment housing that at least partially encapsulates and is spaced apart from the primary containment housing , wherein the vacuum is in fluid communication with a cavity defined between the primary containment housing and the secondary containment housing and is operable to draw airborne build material from the intermediate cavity .
An asymmetric aircraft having: - a fuselage - a first (3', 3") and a second wing , each wing (3', 3", 4) extending spanwise from a root section attached to the fuselage of the aircraft to a tip section extending outerwards from the root section, - a first engine , and - a second engine mounted on the rear end of the aircraft with its centerline aligned with a longitudinal axis of the aircraft, a rear end of the aircraft having a T tail , and the second engine having a casing defining a forward inlet designed to ingest air forming a boundary layer over the fuselage of the aircraft during the flight, and an aft outlet to allow the exhaust of the second engine , - and, a main landing gear assembly comprising a first landing gear and a second landing gear , characterized in that : - the first wing (3', 3") has a span larger than the second wing , - the first engine is mounted on the first wing (3', 3") of the aircraft, - the first landing gear is attached to the first wing (3', 3") and the second landing gear is attached to an area of the fuselage close to the second wing . - a fuselage - a first (3', 3") and a second wing , each wing (3', 3", 4) extending spanwise from a root section attached to the fuselage of the aircraft to a tip section extending outerwards from the root section, - a first engine , and - a second engine mounted on the rear end of the aircraft with its centerline aligned with a longitudinal axis of the aircraft, a rear end of the aircraft having a T tail , and the second engine having a casing defining a forward inlet designed to ingest air forming a boundary layer over the fuselage of the aircraft during the flight, and an aft outlet to allow the exhaust of the second engine , - and, a main landing gear assembly comprising a first landing gear and a second landing gear , - the first wing (3', 3") has a span larger than the second wing , - the first engine is mounted on the first wing (3', 3") of the aircraft, - the first landing gear is attached to the first wing (3', 3") and the second landing gear is attached to an area of the fuselage close to the second wing .
Fluid conduit having a base body and a chafe layer , the base body having at least one layer made of plastic and the chafe layer forming an outer layer of the fluid conduit , characterised in that the chafe layer comprises a layer thickness of at least 0.1 mm to at most 1.0 mm and consists of thermoplastic polyurethane which contains polyol present as polycarbonate polyol, diol as chain extender and isocyanate.
A container comprising: a container body ; a cap configured to seal the container body ; an identification code on a top surface of the cap ; and multiple concaves on the container body , wherein the multiple concaves on the container body forms a first image having a first area, the identification code on the cap forms a second image having a second area smaller than the first area, the container being characterized in that the container body has a first diffuse reflectance difference between the first image and a portion excluding the first image, and the identification code has a second diffuse reflectance difference between a code portion and a background portion excluding the code portion in the second image, the second diffuse reflectance difference being larger than the first diffuse reflectance difference. a container body ; a cap configured to seal the container body ; an identification code on a top surface of the cap ; and multiple concaves on the container body , wherein the multiple concaves on the container body forms a first image having a first area, the identification code on the cap forms a second image having a second area smaller than the first area, the container being characterized in that the container body has a first diffuse reflectance difference between the first image and a portion excluding the first image, and the identification code has a second diffuse reflectance difference between a code portion and a background portion excluding the code portion in the second image, the second diffuse reflectance difference being larger than the first diffuse reflectance difference.
A nickel-based superalloy comprising, in weight percent, 4 to 6% aluminum, 5 to 8% cobalt, 6 to 9% chromium, 0.1 to 0.9% hafnium, 2 to 4% molybdenum, 5 to 7% rhenium, 5 to 7% tantalum, 2 to 5% tungsten, 0 to 0.1% silicon, the balance consisting of nickel and unavoidable impurities.
A skin care kit comprising: (a) a freeze-dried cosmetic composition comprising a cosmetic active; and (b) an aqueous cosmetic composition comprising an acrylic polymeric thickener, wherein the freeze-dried cosmetic composition comprises a polysaccharide. (a) a freeze-dried cosmetic composition comprising a cosmetic active; and (b) an aqueous cosmetic composition comprising an acrylic polymeric thickener,
A cigarette pack comprising: - a box body having an open upper end , a front wall , a rear wall , a pair of side walls and a bottom wall ; - an inner wrapper , comprising an aluminium layer, is arranged on the inside of the box body , suitable for wrapping around a bundle of cigarettes; - a lid connected to the box body by a hinge and capable of opening and closing the upper end of the box body, the lid having an open lower end , a front wall , a rear wall , a pair if side walls and a top wall having an outside and an inside , which inside faces against the open upper end and the inner wrapper when the lid is in a closed position; and - an RFID/NFC tag characterized in that the cigarette pack further comprising a distance layer , which is arranged on the inside of the top wall and that the RFID/NFC tag is arranged on the distance layer , such that the distance layer forces the RFID/NFC tag close to the wrapping material in the closed position, wherein the antenna of the RFID/NFC tag is interfered by the aluminium layer, when the lid is in a closed position such that the RFID/NFC tag is not enable to engage with an NFC equipped device. - a box body having an open upper end , a front wall , a rear wall , a pair of side walls and a bottom wall ; - an inner wrapper , comprising an aluminium layer, is arranged on the inside of the box body , suitable for wrapping around a bundle of cigarettes; - a lid connected to the box body by a hinge and capable of opening and closing the upper end of the box body, the lid having an open lower end , a front wall , a rear wall , a pair if side walls and a top wall having an outside and an inside , which inside faces against the open upper end and the inner wrapper when the lid is in a closed position; and - an RFID/NFC tag characterized in that the cigarette pack further comprising a distance layer , which is arranged on the inside of the top wall and that the RFID/NFC tag is arranged on the distance layer , such that the distance layer forces the RFID/NFC tag close to the wrapping material in the closed position, wherein the antenna of the RFID/NFC tag is interfered by the aluminium layer, when the lid is in a closed position such that the RFID/NFC tag is not enable to engage with an NFC equipped device.
A coil device for a wireless power transfer system comprising: a coil (C); and a holder holding the coil (C), wherein the coil (C) is formed by a conductive wire being wound in a wound wire direction and includes a plurality of turns (T) adjacent in a direction intersecting the wound wire direction, and wherein the holder includes: a plurality of first holding portions holding the conductive wire in such a way that the conductive wire passes along a plurality of first paths (R1) corresponding to the plurality of turns (T); and at least one second holding portion holding the conductive wire in such a way that the conductive wire passes along a second path (R2) extending in a direction intersecting the wound wire direction and connecting the first paths (R1), characterized by the coil device further comprising an electrically conductive nonmagnetic member disposed on a back surface side of the holder , wherein the electrically conductive nonmagnetic member includes a fourth holding portion holding the conductive wire on a back surface side of the electrically conductive nonmagnetic member . a coil (C); and a holder holding the coil (C), wherein the coil (C) is formed by a conductive wire being wound in a wound wire direction and includes a plurality of turns (T) adjacent in a direction intersecting the wound wire direction, and wherein the holder includes: a plurality of first holding portions holding the conductive wire in such a way that the conductive wire passes along a plurality of first paths (R1) corresponding to the plurality of turns (T); and at least one second holding portion holding the conductive wire in such a way that the conductive wire passes along a second path (R2) extending in a direction intersecting the wound wire direction and connecting the first paths (R1), characterized by the coil device further comprising an electrically conductive nonmagnetic member disposed on a back surface side of the holder , wherein the electrically conductive nonmagnetic member includes a fourth holding portion holding the conductive wire on a back surface side of the electrically conductive nonmagnetic member . a plurality of first holding portions holding the conductive wire in such a way that the conductive wire passes along a plurality of first paths (R1) corresponding to the plurality of turns (T); and at least one second holding portion holding the conductive wire in such a way that the conductive wire passes along a second path (R2) extending in a direction intersecting the wound wire direction and connecting the first paths (R1), characterized by the coil device further comprising an electrically conductive nonmagnetic member disposed on a back surface side of the holder , wherein the electrically conductive nonmagnetic member includes a fourth holding portion holding the conductive wire on a back surface side of the electrically conductive nonmagnetic member .
A machine for producing and dispensing liquid or semi-liquid food products, comprising: - a food product container ; - a food product feeding and treating circuit ; - dispensing means located at an outlet end of the feeding and treating circuit ; - a device for detecting the bacterial charge in the liquid or semi-liquid food product, comprising a main containment body , an analysis chamber , located inside the containment body and designed to contain a certain quantity of product to be examined, one or more heating means designed to heat the product inside the analysis chamber , at least one temperature sensor designed to monitor the temperature of the product inside the analysis chamber , sensor means designed to detect the impedance in the product inside the analysis chamber , the analysis chamber having an elongate shape and extending along a vertical principal axis , the sensor means comprising a pair of electrodes facing each other inside the analysis chamber , the electrodes promoting the circulation of electric current within the product to be analysed; the electrodes being positioned in the side wall of the cartridge , wherein said one or more heating means are symmetrical about a plane at right angles to the axis , and positioned only on a side of the analysis chamber in such a way as to create a cool wall and a warm wall in the analysis chamber , wherein the maximum steady-state speed of the convective motion is registered in proximity of the warm wall, in the upper zone of the analysis chamber , and wherein the electrodes are arranged so that the speed of the convective motion is low in the zone between them. - a food product container ; - a food product feeding and treating circuit ; - dispensing means located at an outlet end of the feeding and treating circuit ; - a device for detecting the bacterial charge in the liquid or semi-liquid food product, comprising a main containment body , an analysis chamber , located inside the containment body and designed to contain a certain quantity of product to be examined, one or more heating means designed to heat the product inside the analysis chamber , at least one temperature sensor designed to monitor the temperature of the product inside the analysis chamber , sensor means designed to detect the impedance in the product inside the analysis chamber , the analysis chamber having an elongate shape and extending along a vertical principal axis , the sensor means comprising a pair of electrodes facing each other inside the analysis chamber , the electrodes promoting the circulation of electric current within the product to be analysed;
A glass-based article comprising: a first surface and a second surface opposing the first surface defining a thickness (t); a thermally strengthened region extending from the first surface to a DOC, the thermally strengthened region comprising a chemically strengthened region extending from the first surface to a depth of layer (DOL); wherein the DOC is greater than the DOL and the DOC is greater than or equal to 0.17t; and wherein the thickness t is less than 2 mm. a first surface and a second surface opposing the first surface defining a thickness (t); a thermally strengthened region extending from the first surface to a DOC, the thermally strengthened region comprising a chemically strengthened region extending from the first surface to a depth of layer (DOL); wherein the DOC is greater than the DOL and the DOC is greater than or equal to 0.17t; and wherein the thickness t is less than 2 mm.
Lightweight aircraft passenger seat assembly , comprising: at least one seat shell having a seat pan and a seat back which are rigidly connected with each other, wherein the lightweight aircraft passenger seat assembly further comprises a backrest portion which is movable in relation to the seat shell , and a supporting portion for supporting the at least one seat shell and the backrest portion relative to an aircraft structure, the supporting portion comprising at least one cross beam and at least one leg portion for attaching the at least one cross beam to the aircraft structure; characterized in that the backrest portion is hinged to the at least one cross beam of the supporting portion , wherein the backrest portion extends into and/or penetrates the seat shell for being hinged to the supporting portion .
A method for detecting swell noise in seismic data using a programmable computer programmed to perform the operations of: incrementally advancing a sliding window through the seismic data , wherein each incremental advancement of the sliding window includes: collecting a subset (Gj)of the seismic data that lies within the sliding window; generating a local signal mask (Lj) by assigning amplitudes in the power spectrum that are greater than a first threshold a first value and assigning amplitudes in the power spectrum that are less than the first threshold a second value; and adding the local signal mask to a previously accumulated local signal mask to form an updated accumulated signal mask; calculating an average signal mask (L ave ) from the updated accumulated signal mask; and generating a final signal mask (F SM ) by assigning amplitudes in the average signal mask that are greater than a second threshold a third value and assigning amplitudes in the average signal mask that are less than the second threshold a fourth value, wherein the final signal mask identifies frequencies and traces of the seismic data contaminated with swell noise. incrementally advancing a sliding window through the seismic data , wherein each incremental advancement of the sliding window includes: collecting a subset (Gj)of the seismic data that lies within the sliding window; generating a local signal mask (Lj) by assigning amplitudes in the power spectrum that are greater than a first threshold a first value and assigning amplitudes in the power spectrum that are less than the first threshold a second value; and adding the local signal mask to a previously accumulated local signal mask to form an updated accumulated signal mask; collecting a subset (Gj)of the seismic data that lies within the sliding window; generating a local signal mask (Lj) by assigning amplitudes in the power spectrum that are greater than a first threshold a first value and assigning amplitudes in the power spectrum that are less than the first threshold a second value; and adding the local signal mask to a previously accumulated local signal mask to form an updated accumulated signal mask; calculating an average signal mask (L ave ) from the updated accumulated signal mask; and generating a final signal mask (F SM ) by assigning amplitudes in the average signal mask that are greater than a second threshold a third value and assigning amplitudes in the average signal mask that are less than the second threshold a fourth value, wherein the final signal mask identifies frequencies and traces of the seismic data contaminated with swell noise.
Method for producing magnesium hydroxide by rehydration of caustic magnesium oxide, comprising the steps of a) adding the magnesium oxide to an aqueous medium with stirring; b) continuing the stirring after addition of the magnesium oxide has taken place, without further adding; c) removing the magnesium hydroxide obtained; d) drying the magnesium hydroxide; characterized in that the adding takes place with a rate of addition of at most 500 g of MgO/(litre × hour). a) adding the magnesium oxide to an aqueous medium with stirring; b) continuing the stirring after addition of the magnesium oxide has taken place, without further adding; c) removing the magnesium hydroxide obtained; d) drying the magnesium hydroxide;
An apparatus for decoding an image, the apparatus comprising: an entropy decoding unit configured to receive intra prediction information and one-dimensional, 1D, quantized transform coefficients from an image encoding device, and restore a quantized transform block using the 1D quantized transform coefficients; an intra prediction unit configured to restore an intra prediction mode from the intra prediction information and generate a prediction block according to the intra prediction mode; an inverse quantization/transform unit configured to inversely quantize and inversely transform the quantized block to generate a residual block; and an adding unit configured to add the residual block and the prediction block to generate an original block, characterized in that : the entropy decoding unit restores a plurality of sub-blocks by applying a first scan pattern determined according to the intra prediction mode to the 1D quantized transform coefficients and restores the quantized transform block by applying a second scan pattern determined according to the intra prediction mode to the plurality of sub-blocks if it is determined that a size of the quantized block is equal to or larger than 8x8, wherein the first scan pattern is a scan order applied to the 1D quantized coefficients within a sub-block, and the second scan pattern is a scan order applied to the plurality of sub-blocks, wherein the first scan pattern is the same as the second scan pattern. the entropy decoding unit restores a plurality of sub-blocks by applying a first scan pattern determined according to the intra prediction mode to the 1D quantized transform coefficients and restores the quantized transform block by applying a second scan pattern determined according to the intra prediction mode to the plurality of sub-blocks if it is determined that a size of the quantized block is equal to or larger than 8x8, wherein the first scan pattern is a scan order applied to the 1D quantized coefficients within a sub-block, and the second scan pattern is a scan order applied to the plurality of sub-blocks, wherein the first scan pattern is the same as the second scan pattern.