mhurhangee/ep-ind-claims huggingface dataset:
Method for preventing the output of collision warnings and/or distance warnings in the case of motor vehicles having collision warning output means and/or distance warning output means, wherein the method comprises the following steps: a) a monitoring step, in which values of one or more predefined vehicle parameters are captured, b) an evaluation step, in which either a presumed tow-away situation or normal travel ahead is assigned or in each case to each of the vehicle parameters on the basis of the captured value (s) of the respective vehicle parameter, and c) a shutdown step, in which the output of collision warnings from the collision warning output means and/or of distance warnings from the distance warning output means is prevented if a presumed tow-away situation is assigned to either one, more or all vehicle parameters. a) a monitoring step, in which values of one or more predefined vehicle parameters are captured, b) an evaluation step, in which either a presumed tow-away situation or normal travel ahead is assigned or in each case to each of the vehicle parameters on the basis of the captured value (s) of the respective vehicle parameter, and c) a shutdown step, in which the output of collision warnings from the collision warning output means and/or of distance warnings from the distance warning output means is prevented if a presumed tow-away situation is assigned to either one, more or all vehicle parameters.
A micro-electrical-mechanical system (MEMS) resonator device comprising: a substrate; a bulk acoustic wave resonator structure arranged over at least a portion of the substrate, the bulk acoustic wave resonator structure including a piezoelectric material, a top side electrode arranged over a portion of the piezoelectric material, and a bottom side electrode arranged between the piezoelectric material and the substrate, wherein a portion of the piezoelectric material is arranged between the top side electrode and the bottom side electrode to form an active region, the top side electrode comprises an active area portion that overlaps the bottom side electrode and is coincident with the active region, the active area portion includes an active area width, and the active area portion includes an active area length extending perpendicular to the active area width; and at least one functionalization material arranged over at least a central portion of the top side electrode, wherein the at least one functionalization material extends a maximum length in a range of from about 50% to about 90% of the active area length and extends a maximum width in a range of from about 60% to 100% of the active area width. a substrate; a bulk acoustic wave resonator structure arranged over at least a portion of the substrate, the bulk acoustic wave resonator structure including a piezoelectric material, a top side electrode arranged over a portion of the piezoelectric material, and a bottom side electrode arranged between the piezoelectric material and the substrate, wherein a portion of the piezoelectric material is arranged between the top side electrode and the bottom side electrode to form an active region, the top side electrode comprises an active area portion that overlaps the bottom side electrode and is coincident with the active region, the active area portion includes an active area width, and the active area portion includes an active area length extending perpendicular to the active area width; and at least one functionalization material arranged over at least a central portion of the top side electrode, wherein the at least one functionalization material extends a maximum length in a range of from about 50% to about 90% of the active area length and extends a maximum width in a range of from about 60% to 100% of the active area width.
A flame retardant polypropylene composition comprising a polypropylene-based polymer, a first flame retardant in an amount of 15 to 40 wt% of the total composition, wherein the first flame retardant is in the form of particles comprising ammonium polyphosphate and at least one phosphate selected from the group consisting of melamine phosphate, melamine polyphosphate, melamine pyrophosphate, piperazine phosphate, piperazine polyphosphate, piperazine pyrophosphate, 2-methylpiperazine monophosphate and a second flame retardant in an amount of 0.1 to 15 wt% of the total composition, wherein the second flame retardant comprises an aromatic phosphate ester. a polypropylene-based polymer, a first flame retardant in an amount of 15 to 40 wt% of the total composition, wherein the first flame retardant is in the form of particles comprising ammonium polyphosphate and at least one phosphate selected from the group consisting of melamine phosphate, melamine polyphosphate, melamine pyrophosphate, piperazine phosphate, piperazine polyphosphate, piperazine pyrophosphate, 2-methylpiperazine monophosphate and a second flame retardant in an amount of 0.1 to 15 wt% of the total composition, wherein the second flame retardant comprises an aromatic phosphate ester.
A gas turbine engine cooling system for deployment within a gas turbine engine, the gas turbine engine cooling system comprising: a centrifugal compressor having a hub, a plurality of hub flow paths, and a rotational axis, the centrifugal compressor comprising: an inducer piece; an exducer piece joined to the inducer piece along a split line; and a plurality of blades projecting from an outer circumferential surface of the hub; a plurality of hub bleed air passages having inlets and outlets; and a central bleed air conduit fluidly coupled to the outlets of the plurality of hub bleed air passages and configured to conduct bleed air discharged by the plurality of hub bleed air passages to a section of the gas turbine engine downstream of the centrifugal compressor to provide cooling air thereto, wherein: the inlets of the plurality of hub bleed air passages are formed in the outer circumferential surface of the hub to extract air flowing along the plurality of hub flow paths; and the inlets of the plurality of hub bleed air passages are located adjacent the split line of the centrifugal compressor and interspersed with the plurality of blades (54, 56), as taken around the rotational axis. a centrifugal compressor having a hub, a plurality of hub flow paths, and a rotational axis, the centrifugal compressor comprising: an inducer piece; an exducer piece joined to the inducer piece along a split line; and a plurality of blades projecting from an outer circumferential surface of the hub; an inducer piece; an exducer piece joined to the inducer piece along a split line; and a plurality of blades projecting from an outer circumferential surface of the hub; a plurality of hub bleed air passages having inlets and outlets; and a central bleed air conduit fluidly coupled to the outlets of the plurality of hub bleed air passages and configured to conduct bleed air discharged by the plurality of hub bleed air passages to a section of the gas turbine engine downstream of the centrifugal compressor to provide cooling air thereto, wherein: the inlets of the plurality of hub bleed air passages are formed in the outer circumferential surface of the hub to extract air flowing along the plurality of hub flow paths; and the inlets of the plurality of hub bleed air passages are located adjacent the split line of the centrifugal compressor and interspersed with the plurality of blades (54, 56), as taken around the rotational axis. the inlets of the plurality of hub bleed air passages are formed in the outer circumferential surface of the hub to extract air flowing along the plurality of hub flow paths; and the inlets of the plurality of hub bleed air passages are located adjacent the split line of the centrifugal compressor and interspersed with the plurality of blades (54, 56), as taken around the rotational axis.
Drive device for a vehicle, having a transmission drive shaft and having an electric machine with a rotor shaft, wherein the rotor shaft is designed as a hollow shaft with internal toothing, into which the transmission drive shaft that is coaxial therewith and has external toothing is inserted, specifically forming a torque-transmitting spline, wherein the rotor shaft is led to the outside through a bearing opening of an electric machine housing with the interposition of a rotor shaft rotary bearing, wherein the transmission drive shaft has a centring seat, which is in contact with a clearance fit with the internal circumference of the rotor shaft, wherein, during driving operation, the transmission drive shaft is subjected to bending stress on account of radially acting operating forces (F R), characterized in that to reduce the bending stress, the centring seat of the transmission drive shaft is arranged to be axially flush with the rotor shaft rotary bearing without any axial offset relative to the rotor shaft rotary bearing, in that the transmission drive shaft projects into the rotor shaft with its shaft end face on the electric machine side, and in that the centring seat adjoins the shaft end face on the electric machine side directly, which means without the interposition of the external toothing, and in that the centring seat merges in the direction of a shaft end face on the transmission side into a reduced-diameter shaft section and, in the further axial course, into the larger-diameter external toothing.
An apparatus including: a computing system including one or more nodes (152;121), the computing system configured to execute a plurality of data processing programs that each process at least one stream of data units; and at least one data storage system accessible to at least one of the one or more nodes, the data storage system, in use, storing shared data accessible by at least two of the plurality of data processing programs; wherein processing at least one stream of data units using at least a first data processing program of the plurality of data processing programs includes: processing a first stream of data units that includes a plurality of subsets of contiguous data units; initiating termination of processing within the first data processing program, between processing a first subset of contiguous data units and processing a second subset of contiguous data units units adjacent to the first subset of contiguous data units within the first stream of data units; durably storing at least some changes to the shared data caused by processing the first subset of contiguous data units after determining that the termination of processing within the first data processing program has completed; and resuming processing within the first data processing program before all of the changes have completed being durably stored. computing system configured to execute a plurality of data processing programs that each process at least one stream of data units; and at least one data storage system accessible to at least one of the one or more nodes, the data storage system, in use, storing shared data accessible by at least two of the plurality of data processing programs; wherein processing at least one stream of data units using at least a first data processing program of the plurality of data processing programs includes: processing a first stream of data units that includes a plurality of subsets of contiguous data units; initiating termination of processing within the first data processing program, between processing a first subset of contiguous data units and processing a second subset of contiguous data units units adjacent to the first subset of contiguous data units within the first stream of data units; durably storing at least some changes to the shared data caused by processing the first subset of contiguous data units after determining that the termination of processing within the first data processing program has completed; and resuming processing within the first data processing program before all of the changes have completed being durably stored.
An active noise reduction circuit adapted to be used in a personal ANR device comprising: a digital feed-forward ANR pathway coupled to a feed-forward microphone adapted to detect environmental sounds in an environment external to a casing, and coupled to a first acoustic driver adapted to output sounds within the casing; wherein the digital feed-forward ANR pathway is adapted to apply a filter using a first set of coefficients to convert signals from the feed-forward microphone to feed-forward anti-noise sounds to reduce environmental sounds within the casing, and the digital feed-forward ANR pathway is adapted to apply the filter using a second set of coefficients in response to activation by a user of a manually-operable talk-through control coupled to the ANR circuit, the second set of coefficients reducing the degree of feed-forward ANR to enable human speech sounds in the environment external to the casing to be conveyed from the feed-forward microphone to the acoustic driver with less reduction than provided by the first set of coefficients. a digital feed-forward ANR pathway coupled to a feed-forward microphone adapted to detect environmental sounds in an environment external to a casing, and coupled to a first acoustic driver adapted to output sounds within the casing; wherein the digital feed-forward ANR pathway is adapted to apply a filter using a first set of coefficients to convert signals from the feed-forward microphone to feed-forward anti-noise sounds to reduce environmental sounds within the casing, and the digital feed-forward ANR pathway is adapted to apply the filter using a second set of coefficients in response to activation by a user of a manually-operable talk-through control coupled to the ANR circuit, the second set of coefficients reducing the degree of feed-forward ANR to enable human speech sounds in the environment external to the casing to be conveyed from the feed-forward microphone to the acoustic driver with less reduction than provided by the first set of coefficients.
A data collection device comprising: a first portion having one or more features configured for attaching the data collection device to a dosage knob of an injection device; a second portion rotatably attached to the first portion, the second portion configured to engage with a dose button of the injection device, wherein the second portion is arranged to press on the dose button when pressure is applied to the second portion, and wherein at least part of the second portion is movable axially relative to the first portion; a sensor arrangement configured to detect rotation of the first portion relative to the second portion during expulsion of a medicament by the injection device; and a processor arrangement configured to, based on said detected movement, determine a medicament amount expelled by the injection device. a first portion having one or more features configured for attaching the data collection device to a dosage knob of an injection device; a second portion rotatably attached to the first portion, the second portion configured to engage with a dose button of the injection device, wherein the second portion is arranged to press on the dose button when pressure is applied to the second portion, and wherein at least part of the second portion is movable axially relative to the first portion; a sensor arrangement configured to detect rotation of the first portion relative to the second portion during expulsion of a medicament by the injection device; and a processor arrangement configured to, based on said detected movement, determine a medicament amount expelled by the injection device.
A liquid discharge head comprising: a pressure chamber configured to store a liquid to be discharged from a nozzle, the nozzle disposed at a leading end (6e1) or in a vicinity of the leading end (6e1) of the pressure chamber in a longitudinal direction of the pressure chamber; and a deformable portion defining a part of a first wall (6f1) of the pressure chamber, the first wall (6f1) opposed to a second wall (6f2) of the pressure chamber, the deformable portion having a first end closer to the nozzle and a second end farther from the nozzle than the first end in the longitudinal direction, wherein a first distance (Z1; X1) between the deformable portion and the second wall (6f2) at the first end or in a vicinity of the first end is larger than a second distance (Z2; X2) between the deformable portion and the second wall (6f2) at the second end, and characterised in that: wherein the pressure chamber has a volume of 35 nL or less, and a ratio of the second distance (Z2; X2) to the first distance (Z1; X1) is within a range of 1:1.25 to 1:1.4. a pressure chamber configured to store a liquid to be discharged from a nozzle, the nozzle disposed at a leading end (6e1) or in a vicinity of the leading end (6e1) of the pressure chamber in a longitudinal direction of the pressure chamber; and a deformable portion defining a part of a first wall (6f1) of the pressure chamber, the first wall (6f1) opposed to a second wall (6f2) of the pressure chamber, the deformable portion having a first end closer to the nozzle and a second end farther from the nozzle than the first end in the longitudinal direction, wherein a first distance (Z1; X1) between the deformable portion and the second wall (6f2) at the first end or in a vicinity of the first end is larger than a second distance (Z2; X2) between the deformable portion and the second wall (6f2) at the second end, and characterised in that: wherein the pressure chamber has a volume of 35 nL or less, and a ratio of the second distance (Z2; X2) to the first distance (Z1; X1) is within a range of 1:1.25 to 1:1.4.
A method for producing a plug for use in a piercing-rolling mill for producing a seamless steel tube/pipe, the plug having a bullet shape and including a body portion and a tip end portion, the method for producing the plug for piercing-rolling comprising an arc-spraying step of melting iron wires, and spraying molten material thereof onto a surface of a base metal of a plug by use of an arc-spray gun, so as to form a film containing Fe oxide and Fe on the surface of the base metal of the plug, characterized in that in the arc-spraying step, the surface of the base metal of the plug is divided into plural sections along an axial direction of the plug, and, sequentially, the arc-spraying is separately carried out in each of the plural sections while an intersection angle θ between the center line (Ac) of a spraying stream from the arc-spray gun and the surface of the plug base metal is maintained within a range of 35 degrees to 90 degrees, wherein the arc-spraying is performed in air, the plural sections comprise a region of the body portion and a region of the tip end portion, and when the film is formed on the region of the body portion, the arc-spray gun is moved along the surface of the region of the body portion only, and when the film is formed on the region of the tip end portion, the arc-spray gun is moved along the surface of the region of the tip end portion only.
Covering consisting of mechanically interconnectable panels (1a-d, 2a-d) which can be locked together mechanically at their end faces (6, 9) by locking elements (3a-d), with the following features: a) located in an end face of a first panel (1a-d) is an undercut retaining groove (3a-d) for receiving a locking element (5a-d) which extends in the longitudinal direction of the retaining groove (3a-d); b) the locking element (5a-d) protrudes with a plurality of mutually spaced apart tongues from the end face in order to engage in pockets of an undercut locking groove (4a-d) in the opposite end face of an adjacent panel (2a-d); c) the pockets are open towards an underside and towards the end face of the adjacent panel (2a-d); d) the locking element (5a-d) is provided to be moved at least to some extent out of the pockets towards the locking groove (4a-d) by moving one end of the locking element (5a-d) into the retaining groove (3a-d), to secure the panels (1a-d, 2a-d) against a tensile force which acts in the direction of the laying plane of the panels (1a-d, 2a-d), characterised in that e) on its side facing the underside of the panel (2e-g), the locking groove has a groove flank which is formed by a blocking body which is held on the panel (2e-g) and in which recesses corresponding to the pockets are formed. a) located in an end face of a first panel (1a-d) is an undercut retaining groove (3a-d) for receiving a locking element (5a-d) which extends in the longitudinal direction of the retaining groove (3a-d); b) the locking element (5a-d) protrudes with a plurality of mutually spaced apart tongues from the end face in order to engage in pockets of an undercut locking groove (4a-d) in the opposite end face of an adjacent panel (2a-d); c) the pockets are open towards an underside and towards the end face of the adjacent panel (2a-d); d) the locking element (5a-d) is provided to be moved at least to some extent out of the pockets towards the locking groove (4a-d) by moving one end of the locking element (5a-d) into the retaining groove (3a-d), to secure the panels (1a-d, 2a-d) against a tensile force which acts in the direction of the laying plane of the panels (1a-d, 2a-d), characterised in that e) on its side facing the underside of the panel (2e-g), the locking groove has a groove flank which is formed by a blocking body which is held on the panel (2e-g) and in which recesses corresponding to the pockets are formed.
An attachment for a vacuum cleaning appliance, the attachment comprising: a first part comprising a crevice nozzle, a brush section which is moveable relative to the crevice nozzle between a retracted position and a deployed position, and a first connector for releasably connecting the first part to a body of the appliance; characterized in that the attachment further comprises a second part comprising a suction inlet and a second connector for releasably connecting the second part to the first part, and wherein the second part is arranged to be push-fitted over the first part so that the crevice nozzle and the brush section are stored within the second part when the second part is connected to the first part. a first part comprising a crevice nozzle, a brush section which is moveable relative to the crevice nozzle between a retracted position and a deployed position, and a first connector for releasably connecting the first part to a body of the appliance; characterized in that the attachment further comprises a second part comprising a suction inlet and a second connector for releasably connecting the second part to the first part, and wherein the second part is arranged to be push-fitted over the first part so that the crevice nozzle and the brush section are stored within the second part when the second part is connected to the first part.