mhurhangee/ep-ind-claims huggingface dataset:
A method of operation of a node (34, 83) to monitor for faults in a receiver subsystem of the node (34, 83), comprising: estimating a noise floor for each receiver chain of a plurality of receiver chains (38-1,..., 38-N) in the receiver subsystem of the node (34, 83) for each of one or more carrier branches (56-1,..., 56-1,..., 56-N,..., 56-N) to thereby provide a plurality of noise floor estimates ( x k, B 1, C 1 thermal,..., x k, B 1, CM thermal,..., x k, BN, C 1 thermal,..., x k, BN, CM thermal); determining average received signal power for each receiver chain of the plurality of receiver chains in the receiver subsystem of the node (34, 83) for each of one or more carrier branches to thereby provide a plurality of average received signal power measurements (AVG POWER B1,C1,..., AVG POWER BN,C1,..., AVG POWER B1,CM,..., AVG POWER BN,CM); and determining (104, 108) that there is a fault in the receiver subsystem of the node (34, 83) based on at least one of (a) a subset of the plurality of noise floor estimates and (b) a subset of the plurality of average received signal power measurements. estimating a noise floor for each receiver chain of a plurality of receiver chains (38-1,..., 38-N) in the receiver subsystem of the node (34, 83) for each of one or more carrier branches (56-1,..., 56-1,..., 56-N,..., 56-N) to thereby provide a plurality of noise floor estimates ( x k, B 1, C 1 thermal,..., x k, B 1, CM thermal,..., x k, BN, C 1 thermal,..., x k, BN, CM thermal); determining average received signal power for each receiver chain of the plurality of receiver chains in the receiver subsystem of the node (34, 83) for each of one or more carrier branches to thereby provide a plurality of average received signal power measurements (AVG POWER B1,C1,..., AVG POWER BN,C1,..., AVG POWER B1,CM,..., AVG POWER BN,CM); and determining (104, 108) that there is a fault in the receiver subsystem of the node (34, 83) based on at least one of (a) a subset of the plurality of noise floor estimates and (b) a subset of the plurality of average received signal power measurements.
An assembly for a turbine engine, the assembly comprising: a combustor wall (76,78) including a shell, a heat shield and an annular body that at least partially defines a first aperture through the shell and the heat shield; wherein the body further defines one or more second apertures through which air is directed into the first aperture and provides non-uniform cooling to the body.; and the body defines each of the second apertures with a respective path therethrough; wherein a geometry of the path of one of the second apertures is different than a geometry of the path of another one of the second apertures, characterised in that: respective outlets of the second apertures are disposed around and fluidly coupled with the first aperture; a first of the outlets is between and adjacent to a second and a third of the outlets; and a distance between the first and the second of the outlets is different than a distance between the first and the third of the outlets. a combustor wall (76,78) including a shell, a heat shield and an annular body that at least partially defines a first aperture through the shell and the heat shield; wherein the body further defines one or more second apertures through which air is directed into the first aperture and provides non-uniform cooling to the body.; and the body defines each of the second apertures with a respective path therethrough; wherein a geometry of the path of one of the second apertures is different than a geometry of the path of another one of the second apertures, characterised in that: respective outlets of the second apertures are disposed around and fluidly coupled with the first aperture; a first of the outlets is between and adjacent to a second and a third of the outlets; and a distance between the first and the second of the outlets is different than a distance between the first and the third of the outlets. respective outlets of the second apertures are disposed around and fluidly coupled with the first aperture; a first of the outlets is between and adjacent to a second and a third of the outlets; and a distance between the first and the second of the outlets is different than a distance between the first and the third of the outlets.
A blow molded multilayer article comprising: a hollow body defined by a wall comprising an inner surface and an outer surface, wherein at least a first portion of the wall comprises at least five layers comprising at least two A-layers and at least two B-layers forming the outer surface and the inner surface; wherein the A-layers are transparent and optionally comprise a colored dye or pigment, wherein the A-layers have total luminous transmittance of 50% or more as measured in accordance with ASTM D1003 and reflected haze of less than 5 haze units as measured in accordance with ASTM E430; wherein the B-layers comprise an effect pigment or an effect pigment and an opacifying pigment; wherein the A-layers and B-layers comprise a thermoplastic resin; wherein the outer surface comprises an axial color gradient and/or an axial gloss gradient formed by constituents from the A-layers and B-layers; and wherein at least a second portion of the wall comprises at least three layers comprising: at least one B-layer located between the outer surface and the inner surface of the walls; and at least two A-layers forming the outer surface and inner surface of the wall; wherein the B-layer is located between the A-layers; wherein the effect pigment is visible through the A-layers. a hollow body defined by a wall comprising an inner surface and an outer surface, wherein at least a first portion of the wall comprises at least five layers comprising at least two A-layers and at least two B-layers forming the outer surface and the inner surface; wherein the A-layers are transparent and optionally comprise a colored dye or pigment, wherein the A-layers have total luminous transmittance of 50% or more as measured in accordance with ASTM D1003 and reflected haze of less than 5 haze units as measured in accordance with ASTM E430; wherein the B-layers comprise an effect pigment or an effect pigment and an opacifying pigment; wherein the A-layers and B-layers comprise a thermoplastic resin; wherein the outer surface comprises an axial color gradient and/or an axial gloss gradient formed by constituents from the A-layers and B-layers; and wherein at least a second portion of the wall comprises at least three layers comprising: at least one B-layer located between the outer surface and the inner surface of the walls; and at least two A-layers forming the outer surface and inner surface of the wall; wherein the B-layer is located between the A-layers; wherein the effect pigment is visible through the A-layers. at least one B-layer located between the outer surface and the inner surface of the walls; and at least two A-layers forming the outer surface and inner surface of the wall; wherein the B-layer is located between the A-layers; wherein the effect pigment is visible through the A-layers.
A shift control device of a transmission which changes a shift gear position by intermittently rotating a shift drum in response to an operation of a shift pedal, the shift control device comprising: a clutch which disengages or engages a drive force transmitted to a drive wheel from an engine; an actuator which generates power for engaging or disengaging the clutch; a control means which controls the actuator; a shift operation starting detection means which detects starting of a shift operation in response to the operation of the shift pedal; and a shift change completion detection means which detects the completion of a shift change by the shift operation, wherein the control means disengages the clutch by driving the actuator upon detection of starting of the shift operation by the shift operation starting detection means, and engages the clutch by driving the actuator upon detection of completion of a shift change by the shift change completion detection means, and wherein the shift control device further comprises a lost motion mechanism which is arranged between a shift spindle connected to the shift pedal and the shift drum for connecting the shift spindle and the shift drum by way of a resilient member, and wherein an operational force applied to the shift pedal is detected based on an operation quantity of the lost motion mechanism. a clutch which disengages or engages a drive force transmitted to a drive wheel from an engine; an actuator which generates power for engaging or disengaging the clutch; a control means which controls the actuator; a shift operation starting detection means which detects starting of a shift operation in response to the operation of the shift pedal; and a shift change completion detection means which detects the completion of a shift change by the shift operation, wherein the control means disengages the clutch by driving the actuator upon detection of starting of the shift operation by the shift operation starting detection means, and engages the clutch by driving the actuator upon detection of completion of a shift change by the shift change completion detection means, and wherein the shift control device further comprises a lost motion mechanism which is arranged between a shift spindle connected to the shift pedal and the shift drum for connecting the shift spindle and the shift drum by way of a resilient member, and wherein an operational force applied to the shift pedal is detected based on an operation quantity of the lost motion mechanism.
The use of a graft macromer comprising the reaction product of at least one macromer being at least one molecule which comprises in its structure one or more hydroxyl-terminated polyether and/or polyester chains, with at least one grafting compound which comprises in its structure at least one at least monoalkoxylated or at least monohalogenated silyl group and at least one alkyl, cycloalkyl or aryl containing group which is reactive towards the hydroxyl group of the macromer, as a stabilizer for oxidic silicon particles selected from the group consisting of silicon dioxide, silicates, silicic acid and mixtures thereof, in polyols, wherein the oxidic silicon particles have an arithmetic mean diameter (d) in the range of from 0.5 to 20 μm.
A method of communication, comprising: determining, at a first apparatus, a communication schedule of a first transceiver, the communication schedule associated with a first technology comprising a wireless wide area, WWAN, technology; communicating with a second apparatus to determine at least one communication control parameter for communicating via a second technology comprising a wireless local area network, WLAN, technology, wherein the determination of the at least one communication control parameter is based on the determined communication schedule, determining, for each directional antenna sector of a plurality of directional antenna sectors associated with the second technology, an amount of interference between communication associated with the first technology and communication associated with the second technology; and the determination of the at least one communication control parameter comprises selecting one of the directional antenna sectors that is associated with a lowest amount of interference between communication associated with the first technology and communication associated with the second technology. determining, at a first apparatus, a communication schedule of a first transceiver, the communication schedule associated with a first technology comprising a wireless wide area, WWAN, technology; communicating with a second apparatus to determine at least one communication control parameter for communicating via a second technology comprising a wireless local area network, WLAN, technology, wherein the determination of the at least one communication control parameter is based on the determined communication schedule, determining, for each directional antenna sector of a plurality of directional antenna sectors associated with the second technology, an amount of interference between communication associated with the first technology and communication associated with the second technology; and the determination of the at least one communication control parameter comprises selecting one of the directional antenna sectors that is associated with a lowest amount of interference between communication associated with the first technology and communication associated with the second technology.
A scheduling method, wherein the method comprises: when a first preset condition is met, controlling, by a terminal, a scheduling speed of broadcast scheduling events, wherein the first preset condition comprises that a quantity of broadcast scheduling events in a preset time window is greater than or equal to a first preset value, the broadcast scheduling event is distributing a broadcast to a receiver, and the receiver comprises at least one of software, a component, or a program, wherein the broadcast is a parallel broadcast in an Android system, wherein the controlling, by a terminal, a scheduling speed of broadcast scheduling events comprises: grouping, by the terminal, the broadcast scheduling events into at least two groups; and for each of the at least two groups, scheduling, by the terminal, a broadcast scheduling event in the group based on one scheduling speed or at least one scheduling interval corresponding to the group. when a first preset condition is met, controlling, by a terminal, a scheduling speed of broadcast scheduling events, wherein the first preset condition comprises that a quantity of broadcast scheduling events in a preset time window is greater than or equal to a first preset value, the broadcast scheduling event is distributing a broadcast to a receiver, and the receiver comprises at least one of software, a component, or a program, wherein the broadcast is a parallel broadcast in an Android system, wherein the controlling, by a terminal, a scheduling speed of broadcast scheduling events comprises: grouping, by the terminal, the broadcast scheduling events into at least two groups; and for each of the at least two groups, scheduling, by the terminal, a broadcast scheduling event in the group based on one scheduling speed or at least one scheduling interval corresponding to the group. grouping, by the terminal, the broadcast scheduling events into at least two groups; and for each of the at least two groups, scheduling, by the terminal, a broadcast scheduling event in the group based on one scheduling speed or at least one scheduling interval corresponding to the group.
A directly compressible tableting composition, comprising an agglomerated product comprising: (a) erythritol from 80 to 95 percent, based on the dry weight of the composition; and (b) from 5 to 20 percent, based on the dry weight of the composition, of an agglomeration liquid, wherein the agglomeration liquid is a binder solution comprising a waxy maltodextrin, the agglomerated product being prepared in a fluid bed by a process which comprises: a) providing erythritol particles to be agglomerated into a fluid bed; b) atomizing or spraying the agglomeration liquid on the erythritol particles; c) agglomerating the erythritol particles; and d) drying the agglomerated product. (a) erythritol from 80 to 95 percent, based on the dry weight of the composition; and (b) from 5 to 20 percent, based on the dry weight of the composition, of an agglomeration liquid, wherein the agglomeration liquid is a binder solution comprising a waxy maltodextrin, the agglomerated product being prepared in a fluid bed by a process which comprises: a) providing erythritol particles to be agglomerated into a fluid bed; b) atomizing or spraying the agglomeration liquid on the erythritol particles; c) agglomerating the erythritol particles; and d) drying the agglomerated product. a) providing erythritol particles to be agglomerated into a fluid bed; b) atomizing or spraying the agglomeration liquid on the erythritol particles; c) agglomerating the erythritol particles; and d) drying the agglomerated product.
A deburring tool for deburring abutting edges on orthogonal and diagonal cross bores in a component, such as an engine block, an injection system for internal combustion engines, a valve block, and a crank or transmission shaft, which is moved rotationally and/or translationally in use, including a tool shank, which has a clamping end and a tool-side shank end with a support body arranged as a fixed bearing, and a tubular shank piece, which is connected to the tool shank and holds one or several blade bodies having a blade, each of said blade bodies being movably mounted in an aperture, such that a material which is pressed into a through bore of the tool shank under pressure moves the blade(s) outward, said blades having shoulders arranged at a shoulder angle of 5 to 45 degrees and defining lateral boundaries, and having surfaces (F1; F2; F3) arranged parallel to a transversely running x-axis and with a clearance angle of zero degrees, characterized in that the contour of the blade on the blade body from the lateral perspective is a cyclical camming surface with a straight line (s) finishing toward the blade body, a flat surface runs parallel to the blade body at a distance (c), the length of said flat surface being determined by the distances (m; n) of the construction points of the cyclical camming surface and a further cyclical camming surface from the center of the blade and by the blade height (c), and the further cyclical camming surface presents a circular sector (r) finishing towards the blade body, wherein the cyclical camming surfaces (F2; F1) are the active cutting part.
Device connection system with integrated protective conductor terminal for electrical devices, which is suitable for various supply voltages, wherein a device housing has a housing insertion opening for the correspondingly designed device connection system, wherein the device connection system has at least one power contact clamping spring and the at least one power contact clamping spring, which is arranged on the outer contour of the device connection system and forms the protective conductor terminal, is mechanically and hence also electrically operatively connectable directly to the device housing and the power contact clamping spring is formed as a single piece and is U-shaped, characterised in that the end of one leg of the power contact clamping spring is indented so as to project away from the device housing in such a way that the front end forms a lead-in chamfer and the opposite end forms a removal prevention claw, wherein in the operatively connected state the two legs of the power contact clamping spring clampingly enclose the wall of the device housing and form a clamping spring, such that contact is established between a power cable protective conductor and the device housing when the device connection system is fitted into the housing insertion opening, without an additional operational step and without a use of additional connecting devices.
Method for operating a pump with which an emulsion is circulated in a machine tool and which has a housing which has a pump chamber and a suction port for the process liquid, characterized in that the pump has a shaft rotatably mounted in the housing, an impeller (28, 30) arranged in the pump chamber on the shaft, and a sealing arrangement for sealing the shaft in the housing on the side of the pump chamber opposite the suction port, the sealing arrangement having a sealing chamber in which two shaft seals (38, 40) are arranged at an axial distance on the shaft so that an emulsion, which is the same liquid as is circulated in the machine tool, but not the liquid that was sucked via the suction port, but fresh emulsion, is pumped with an auxiliary pump into a section of the sealing chamber located between the shaft seals (38, 40), whereby a counter pressure is generated in this section, which counteracts the penetration of contaminated, pressurized emulsion from the pump chamber into the sealing arrangement, and that the fresh emulsion passes as a leakage through a sealing gap in the shaft seal located closer to the pump chamber, mixes with the emulsion in the pump chamber and with this is pumped to the tool.
A terminal comprising: - an encoding means adapted to encode parts of a sampled audio stream to encoded parts; - means (1400, 1450) adapted to transmit encoded parts to a network in data packets for being transmitted to a destination terminal; and - a discarding means adapted, responsively to receiving a control message from the network or from the destination terminal, to start discarding encoded parts or data packets; characterized in that: the discarding means is adapted to perform the discarding of an encoded part (12 i) or of a data packet (13 i) comprising an encoded part (12 i) responsive to perceptual importance of the encoded part (12 i). - an encoding means adapted to encode parts of a sampled audio stream to encoded parts; - means (1400, 1450) adapted to transmit encoded parts to a network in data packets for being transmitted to a destination terminal; and - a discarding means adapted, responsively to receiving a control message from the network or from the destination terminal, to start discarding encoded parts or data packets; characterized in that: the discarding means is adapted to perform the discarding of an encoded part (12 i) or of a data packet (13 i) comprising an encoded part (12 i) responsive to perceptual importance of the encoded part (12 i). the discarding means is adapted to perform the discarding of an encoded part (12 i) or of a data packet (13 i) comprising an encoded part (12 i) responsive to perceptual importance of the encoded part (12 i).