mhurhangee/ep-ind-claims huggingface dataset:
A method for generating sounds in a vehicle, comprising: receive a request to reproduce a turn indicator and hazard warning light sound, wherein the request to reproduce the turn indicator and hazard warning light sound is received while a turn indicator is active in the vehicle and/or after a turn indicator of the vehicle has been on for a threshold period of time; and responsive to receiving the request to reproduce the turn indicator and hazard warning light sound at a point in time at which reproduction of a second sound has already been requested, generating the turn indicator and hazard warning light sound via a first channel, wherein the first channel is only for generating the turn indicator and hazard warning light sound, and generating the second sound via a second channel, wherein the second channel is different than the first channel, and wherein the second sound includes a sound different from the turn indicator and hazard warning light sound, the turn indicator and hazard warning light sound is only generated via a first subset of speakers of the vehicle, and the second sound is only generated via a second subset of the speakers of the vehicle, the method being characterized in that the first subset of speakers are front speakers, and the second subset of speakers are rear speakers, and the turn indicator and hazard warning light sound is generated at a fixed gain, the fixed gain being a predetermined gain that is stored in memory of one or more computing systems of the vehicle. receive a request to reproduce a turn indicator and hazard warning light sound, wherein the request to reproduce the turn indicator and hazard warning light sound is received while a turn indicator is active in the vehicle and/or after a turn indicator of the vehicle has been on for a threshold period of time; and responsive to receiving the request to reproduce the turn indicator and hazard warning light sound at a point in time at which reproduction of a second sound has already been requested, generating the turn indicator and hazard warning light sound via a first channel, wherein the first channel is only for generating the turn indicator and hazard warning light sound, and generating the second sound via a second channel, wherein the second channel is different than the first channel, and wherein the second sound includes a sound different from the turn indicator and hazard warning light sound, the turn indicator and hazard warning light sound is only generated via a first subset of speakers of the vehicle, and the second sound is only generated via a second subset of the speakers of the vehicle, the method being characterized in that the first subset of speakers are front speakers, and the second subset of speakers are rear speakers, and the turn indicator and hazard warning light sound is generated at a fixed gain, the fixed gain being a predetermined gain that is stored in memory of one or more computing systems of the vehicle.
A mass flow controller thermal sensor comprising: a differential amplifier, a capillary flow tube having an upstream tube portion, a tube bend portion, and a downstream tube portion, wherein, the upstream tube portion comprises an upstream portion length, the downstream tube portion comprises a downstream portion length, the downstream portion length is substantially equal to the upstream portion length and the downstream tube portion is substantially parallel to the upstream tube portion, a distance between the upstream tube portion and the downstream tube portion being no greater than half the upstream portion and downstream portion lengths, such configuration seeking to cancel the effects of longitudinal thermal gradients produced by external thermal sources acting on the upstream and downstream tube portions (106, 108), wherein the longitudinal gradient is parallel to the fluid flow; a first pair of thermal sensing elements, adapted to output at least one signal comprising a sensing element voltage, coupled to the upstream tube portion, the first pair of thermal sensing elements including a first upstream element and a second upstream element (216"), wherein the second upstream element is arranged downstream of the first upstream element; a second pair of thermal sensing elements, adapted to output at least one signal comprising a sensing element voltage, coupled to the downstream tube portion, the second pair of thermal sensing elements including a first downstream element and a second downstream element (218"), wherein the second downstream element is arranged downstream of the first downstream element, the second pair of thermal sensing elements generally opposing the first pair of sensing elements; the sensing elements being configured to form a bridge circuit, the bridge circuit being arranged as part of a mass flow controller for voltage cancellation, using the signals output by the first and second pair of thermal sensing elements (116, 118), seeking to cancel the effects of orthogonal thermal gradients produced by external thermal sources acting on the upstream and downstream tube portions (106, 108), wherein the orthogonal gradient is perpendicular to the fluid flow, and wherein the first and second pairs of thermal sensing elements (116, 118) being coupled to form a bridge that includes a top node, a right node, a bottom node, and a left node, and the first upstream element is coupled between the left and bottom nodes, the second upstream element is coupled between the left and top nodes, the first downstream element is coupled between the top and right nodes, and the second downstream element is coupled between the right and bottom nodes; and wherein the differential amplifier is connected to the left and right node.
A gas turbine engine comprising: a first spool comprising a first compressor and a first turbine mounted to a first shaft; a second spool comprising a second compressor and a second turbine mounted to a second shaft; a third spool comprising a third compressor and a third turbine mounted to a third shaft; a plurality of engine accessories; an accessory gearbox comprising; a housing; a sun gear rotationally coupled to the third shaft; a ring gear rotationally coupled to the plurality of engine accessories; and a plurality of planet gears enmeshed with the sun gear and the ring gear and supported from a carrier, wherein the carrier is rotationally coupled to the second shaft; a primary combustor communicating with the first compressor and the first turbine; and a secondary combustor communicating with the second compressor and the second turbine, wherein a primary flow path includes, in axial flow series, the third compressor, the first compressor, the primary combustor, the first turbine, and the third turbine, a secondary flow path includes, in axial flow series, the second compressor, the secondary combustor, and the second turbine, and the secondary flow path intersects the primary flow path between the first compressor and the primary combustor. a first spool comprising a first compressor and a first turbine mounted to a first shaft; a second spool comprising a second compressor and a second turbine mounted to a second shaft; a third spool comprising a third compressor and a third turbine mounted to a third shaft; a plurality of engine accessories; an accessory gearbox comprising; a housing; a sun gear rotationally coupled to the third shaft; a ring gear rotationally coupled to the plurality of engine accessories; and a plurality of planet gears enmeshed with the sun gear and the ring gear and supported from a carrier, wherein the carrier is rotationally coupled to the second shaft; a housing; a sun gear rotationally coupled to the third shaft; a ring gear rotationally coupled to the plurality of engine accessories; and a plurality of planet gears enmeshed with the sun gear and the ring gear and supported from a carrier, wherein the carrier is rotationally coupled to the second shaft; a primary combustor communicating with the first compressor and the first turbine; and a secondary combustor communicating with the second compressor and the second turbine, wherein a primary flow path includes, in axial flow series, the third compressor, the first compressor, the primary combustor, the first turbine, and the third turbine, a secondary flow path includes, in axial flow series, the second compressor, the secondary combustor, and the second turbine, and the secondary flow path intersects the primary flow path between the first compressor and the primary combustor.
A metadata processing method in a storage device, wherein the method comprises: receiving, by a network interface card in the storage device, an input/output IO request, wherein the IO request comprises a data read request or a data write request; executing, by the network interface card, a metadata processing task corresponding to the IO request; and when the network interface card determines that the metadata processing task fails to be executed, requesting, by the network interface card, a central processing unit, CPU in the storage device to execute the metadata processing task; characterized in that when the IO request is a data read request, a case in which the metadata processing task fails to be executed comprises: an address length of a logical address carried in the data read request exceeds a length threshold. receiving, by a network interface card in the storage device, an input/output IO request, wherein the IO request comprises a data read request or a data write request; executing, by the network interface card, a metadata processing task corresponding to the IO request; and when the network interface card determines that the metadata processing task fails to be executed, requesting, by the network interface card, a central processing unit, CPU in the storage device to execute the metadata processing task; characterized in that when the IO request is a data read request, a case in which the metadata processing task fails to be executed comprises: an address length of a logical address carried in the data read request exceeds a length threshold.
A textured crumb product, formed by high pressure short time (HPST) extrusion, wherein the product comprises up to 20 wt% RS4 resistant starch, and a cereal base, and wherein the HPST method comprises: (a) mixing, compressing, melting and plasticizing the ingredients for producing the textured crumb product in the end part of an extruder; (b) forcing the mixed ingredients through openings in a perforated plate or die; and (c) cutting the product with a rotating knife; and wherein the textured crumb product exhibits: (i) a glass transition temperature from 50 to 60 °C at a moisture level of 44% using differential scanning calorimetry; and (ii) a predominantly gelled and amorphous matrix with intact resistant starch granules sitting on the matrix when examined under scanning electron microscopy with 500 to 1000 magnification. (a) mixing, compressing, melting and plasticizing the ingredients for producing the textured crumb product in the end part of an extruder; (b) forcing the mixed ingredients through openings in a perforated plate or die; and (c) cutting the product with a rotating knife; (i) a glass transition temperature from 50 to 60 °C at a moisture level of 44% using differential scanning calorimetry; and (ii) a predominantly gelled and amorphous matrix with intact resistant starch granules sitting on the matrix when examined under scanning electron microscopy with 500 to 1000 magnification.
A computing platform comprising: one or more computing systems configured to: receive a data stream of one or more digital documents; retrieve a collection of secret data in a repository, the secret data comprising a plurality of secrets, wherein each secret in the plurality of secrets is associated with one or more entities in communication with the one or more computing systems; detect, based on a comparison of the data stream with the secret data, a presence of one or more secrets in the data stream, wherein the data stream and the plurality of secrets are encoded as strings; and wherein in detecting the one or more secrets, the one or more computing systems are further configured to: index the plurality of secrets in the repository, identify one or more potential secrets in the data stream based on predetermined false-positive probabilities that the one or more potential secrets are in the repository, and identify the one or more secrets from the one or more potential secrets in the data stream; and in response to the detection, send an indication of the presence of the detected secrets to the one or more entities associated with the detected secrets. one or more computing systems configured to: receive a data stream of one or more digital documents; retrieve a collection of secret data in a repository, the secret data comprising a plurality of secrets, wherein each secret in the plurality of secrets is associated with one or more entities in communication with the one or more computing systems; detect, based on a comparison of the data stream with the secret data, a presence of one or more secrets in the data stream, wherein the data stream and the plurality of secrets are encoded as strings; and receive a data stream of one or more digital documents; retrieve a collection of secret data in a repository, the secret data comprising a plurality of secrets, wherein each secret in the plurality of secrets is associated with one or more entities in communication with the one or more computing systems; detect, based on a comparison of the data stream with the secret data, a presence of one or more secrets in the data stream, wherein the data stream and the plurality of secrets are encoded as strings; and wherein in detecting the one or more secrets, the one or more computing systems are further configured to: index the plurality of secrets in the repository, identify one or more potential secrets in the data stream based on predetermined false-positive probabilities that the one or more potential secrets are in the repository, and identify the one or more secrets from the one or more potential secrets in the data stream; and in response to the detection, send an indication of the presence of the detected secrets to the one or more entities associated with the detected secrets. index the plurality of secrets in the repository, identify one or more potential secrets in the data stream based on predetermined false-positive probabilities that the one or more potential secrets are in the repository, and identify the one or more secrets from the one or more potential secrets in the data stream; and
A composition for use in treating a neuron mediated disorder, said composition comprising an expression vector comprising a polynucleotide that encodes an amino acid sequence at least 90% identical to a sequence selected from the group consisting of SEQ ID NO: 1, SEQ ID NO: 3, and SEQ ID NO: 13, which encodes a rhodopsin domain of an anion-conducting channelrhodopsin, and said composition providing membrane hyperpolarization in a cell of a subject to be treated. said composition comprising an expression vector comprising a polynucleotide that encodes an amino acid sequence at least 90% identical to a sequence selected from the group consisting of SEQ ID NO: 1, SEQ ID NO: 3, and SEQ ID NO: 13, which encodes a rhodopsin domain of an anion-conducting channelrhodopsin, and said composition providing membrane hyperpolarization in a cell of a subject to be treated.
A turbine engine assembly, comprising: a turbine engine shaft (44, 45) extending along an axis; a bearing including an inner race and an outer race, wherein the inner race is mounted on the shaft (44, 45) and is separated from the outer race by a gap; and a rotor seal element mounted on the shaft (44, 45), said rotor seal element preferably including a seal surface that faces away from the bearing; characterized in that the assembly further comprises a shield substantially blocking an axial line of sight between the gap and the rotor seal element. a turbine engine shaft (44, 45) extending along an axis; a bearing including an inner race and an outer race, wherein the inner race is mounted on the shaft (44, 45) and is separated from the outer race by a gap; and a rotor seal element mounted on the shaft (44, 45), said rotor seal element preferably including a seal surface that faces away from the bearing; characterized in that the assembly further comprises a shield substantially blocking an axial line of sight between the gap and the rotor seal element.
A computer implemented method for platform-independent rendering of a document in a web browser supporting a two-dimensional canvas, comprising: obtaining the document, wherein the document includes text characters, text elements, and associated style information including at least one font; parsing the document to identify at least one tag that groups a segment of text characters; determining that font metrics for the at least one font do not exist, and obtaining from a font system the font metrics for the at least one font, wherein the font metrics identify at least a rendering position and a width of the segment of text characters; using the font metrics and the text elements to determine how the document is divided into page criteria, wherein the page criteria at least includes lines and pages, wherein each text character of the segment of text characters is converted into a corresponding glyph, wherein a position of each of the corresponding glyphs within the lines and the pages on the 2D canvas is calculated; determining a font file for the at least one font does not exist, and obtaining from the font system the font file for the at least one font; and rendering the document by drawing glyphs associated with the text characters in the 2D canvas in the calculated positions, using the font file for the at least one font obtained from the font system and the page criteria, so that the at least one font and the page criteria are platform-independent. obtaining the document, wherein the document includes text characters, text elements, and associated style information including at least one font; parsing the document to identify at least one tag that groups a segment of text characters; determining that font metrics for the at least one font do not exist, and obtaining from a font system the font metrics for the at least one font, wherein the font metrics identify at least a rendering position and a width of the segment of text characters; using the font metrics and the text elements to determine how the document is divided into page criteria, wherein the page criteria at least includes lines and pages, wherein each text character of the segment of text characters is converted into a corresponding glyph, wherein a position of each of the corresponding glyphs within the lines and the pages on the 2D canvas is calculated; determining a font file for the at least one font does not exist, and obtaining from the font system the font file for the at least one font; and rendering the document by drawing glyphs associated with the text characters in the 2D canvas in the calculated positions, using the font file for the at least one font obtained from the font system and the page criteria, so that the at least one font and the page criteria are platform-independent.
An elevator control apparatus comprising: at least one processor; and at least one memory comprising computer program code for one or more programs, the at least one memory and the computer program code operating together with the at least one processor to cause the apparatus to: control an elevator group comprising at least a first elevator and a second elevator determine threshold loads for the first and second elevator separately for up and down direction for each elevator, a threshold load being dependent of a counterweight balance of the corresponding elevator and being a load for which consumed energy per up-down run is approximately zero; and control, when allocating an elevator in response to a destination call, route determination for the first and second elevators by minimizing a load difference of the first and second elevators from the threshold loads; characterized in that the counterweight balance of the first elevator differs from a counterweight balance of the second elevator. at least one processor; and at least one memory comprising computer program code for one or more programs, the at least one memory and the computer program code operating together with the at least one processor to cause the apparatus to: control an elevator group comprising at least a first elevator and a second elevator determine threshold loads for the first and second elevator separately for up and down direction for each elevator, a threshold load being dependent of a counterweight balance of the corresponding elevator and being a load for which consumed energy per up-down run is approximately zero; and control, when allocating an elevator in response to a destination call, route determination for the first and second elevators by minimizing a load difference of the first and second elevators from the threshold loads; control an elevator group comprising at least a first elevator and a second elevator determine threshold loads for the first and second elevator separately for up and down direction for each elevator, a threshold load being dependent of a counterweight balance of the corresponding elevator and being a load for which consumed energy per up-down run is approximately zero; and control, when allocating an elevator in response to a destination call, route determination for the first and second elevators by minimizing a load difference of the first and second elevators from the threshold loads; characterized in that the counterweight balance of the first elevator differs from a counterweight balance of the second elevator.
A polymer composition, comprising an immiscible blend of: (i) a first component comprising at least one thermoplastic polymer selected from polyesters, polycarbonates, polyarylates, and homogeneous blends thereof; and (ii) a second component comprising a homogeneous, transamidized blend of at least 2 polyamides; wherein said second component (ii) and said first component (i) have a difference in refractive index, RI(second component) - RI(first component), of 0.006 to -0.0006, and said immiscible blend has a percent transmittance of at least 75%, and a haze of 10% or less, wherein said refractive index of components (i) and (ii) is determined at a wavelength of 633 nm using a Metricon Prism Coupler TM Model 2010 refractometer based on the average of the refractive indices measured in 3 orthogonal directions (extrusion or stretch, transverse, and thickness), and wherein said haze and transmittance are measured according to ASTM Method D1003 on a film, sheet, plaque, or a 1 X 1 cm section of an article made from the composition having a thickness of 3.175 mm (1/8 inch) or less. (i) a first component comprising at least one thermoplastic polymer selected from polyesters, polycarbonates, polyarylates, and homogeneous blends thereof; and (ii) a second component comprising a homogeneous, transamidized blend of at least 2 polyamides;