mhurhangee/ep-ind-claims huggingface dataset:
Supporting structure (27, 37, 37') for a gas turbine engine, said structure comprising an inner ring, an outer ring, and a plurality of circumferentially spaced, load carrying radial elements connecting the inner and outer rings, said radial elements being configured to transfer loads between the inner ring and the outer ring, wherein a gas channel for a primary axial gas flow is defined between the inner and outer rings, wherein the supporting structure has an inlet side for primary gas flow entrance and an outlet side for primary gas outflow, wherein the radial elements have an airfoil shape with a leading edge directed towards the inlet side, a trailing edge directed towards the outlet side, and two opposite sides (123, 124) connecting the leading edge and the trailing edge, wherein the locus of points midway between the two opposite sides forms a mean camber line of each radial element, wherein at least one of the radial elements comprises a gas passage arrangement configured to lead a separate bleeding gas flow from the supporting structure, wherein the gas passage arrangement comprises a radially extending gas channel arranged inside the radial element and at least one opening in communication with said gas channel, wherein the at least one opening is arranged at one of the sides of the radial element, characterized in that the structure comprises an inner annular gas flow guiding member configured to define an inner radius for the primary axial gas flow, wherein the inner annular gas flow guiding member is arranged radially outwards of the inner ring, and wherein the at least one opening is arranged between the inner ring and the inner annular gas flow guiding member.
An apparatus for controlling an engine of a wheel loader, comprising: a sensor unit (120, 130, 140, 150) including a boom pressure sensor for sensing a pressure of a boom, and configured to sense vehicle information and working machine information; a vehicle control unit configured to select a working condition according to a priority of the vehicle information and the working machine information sensed by using the sensor unit (120, 130, 140, 150), select an engine mode corresponding to the selected working condition, and output an engine mode signal representing the selected engine mode; and an engine control unit configured to control the engine output according to the engine mode signal output from the vehicle control unit, wherein when the pressure of the boom sensed by the boom pressure sensor is smaller than a predetermined reference value, the vehicle control unit selects an economic mode as the engine mode, characterized in that the sensor unit (120, 130, 140, 150) further includes: a boom angle sensor configured to sense an angle of the boom; and a vehicle speed sensor configured to sense a speed of a vehicle, wherein the vehicle control unit is configured such that when the angle of the boom sensed by the boom angle sensor is smaller than a predetermined reference value, and the speed of the vehicle sensed by the vehicle speed sensor is smaller than a predetermined reference value, the vehicle control unit selects a power mode as the engine mode. a sensor unit (120, 130, 140, 150) including a boom pressure sensor for sensing a pressure of a boom, and configured to sense vehicle information and working machine information; a vehicle control unit configured to select a working condition according to a priority of the vehicle information and the working machine information sensed by using the sensor unit (120, 130, 140, 150), select an engine mode corresponding to the selected working condition, and output an engine mode signal representing the selected engine mode; and an engine control unit configured to control the engine output according to the engine mode signal output from the vehicle control unit, wherein when the pressure of the boom sensed by the boom pressure sensor is smaller than a predetermined reference value, the vehicle control unit selects an economic mode as the engine mode, a boom angle sensor configured to sense an angle of the boom; and a vehicle speed sensor configured to sense a speed of a vehicle, wherein the vehicle control unit is configured such that when the angle of the boom sensed by the boom angle sensor is smaller than a predetermined reference value, and the speed of the vehicle sensed by the vehicle speed sensor is smaller than a predetermined reference value, the vehicle control unit selects a power mode as the engine mode.
A mutant phosphodeoxyribosyltransferase enzyme, whose amino acid sequence is SEQ ID NO:1, in which the Aspartic acid at position 92 is replaced by a Serine or a Glycine, provided that, when the Aspartic acid at position 92 is replaced by a Glycine, the Valine amino acid at position 93 is replaced by a Threonine, or a Proline, or a Serine or a Glycine.
System for simultaneous localisation and mapping, SLAM, of an object in an area, the system comprising: at least one base station; at least one user equipment, UE, configured to communicate with the at least one base station; at least one object to be localised, wherein the at least one object each comprises an identification, ID, tag, wherein the at least one UE is configured to localise the at least one object via the respective ID tag; wherein the at least one base station is configured to localise the at least one UE in the area based on 5G communication, wherein the at least one UE is configured to transmit a relative position of the at least one object with respect to the at least one UE to the base station; and wherein the system further comprises a control entity configured to communicate with the at least one UE and the at least one base station to receive the position of the at least one UE from the base station and the relative position of the at least one object from the at least one UE, wherein the control entity is further configured to generate a map of the received position of the at least one object in the area. at least one base station; at least one user equipment, UE, configured to communicate with the at least one base station; at least one object to be localised, wherein the at least one object each comprises an identification, ID, tag, wherein the at least one UE is configured to localise the at least one object via the respective ID tag; wherein the at least one base station is configured to localise the at least one UE in the area based on 5G communication, wherein the at least one UE is configured to transmit a relative position of the at least one object with respect to the at least one UE to the base station; and wherein the system further comprises a control entity configured to communicate with the at least one UE and the at least one base station to receive the position of the at least one UE from the base station and the relative position of the at least one object from the at least one UE, wherein the control entity is further configured to generate a map of the received position of the at least one object in the area.
A method in a mobile terminal connectable to a base station, the method comprising the steps of: receiving a number of transmission time intervals, TTIs, to be used in a first TTI bundle; transmitting information related to a single HARQ process to the base station as the first TTI bundle using the received number of TTIs starting with a first TTI, wherein a redundancy version of the information is sent in each TTI within the first TTI bundle without receiving a HARQ feedback; receiving the HARQ feedback sent from the base station only when the base station receives a last TTI within the first TTI bundle; and retransmitting the information as a second TTI bundle, starting two HARQ round trip times subsequent to the first TTI, said HARQ round trip times being defined as a time between HARQ transmission and retransmission for a HARQ operation mode that uses a single TTI for transmissions and retransmissions. receiving a number of transmission time intervals, TTIs, to be used in a first TTI bundle; transmitting information related to a single HARQ process to the base station as the first TTI bundle using the received number of TTIs starting with a first TTI, wherein a redundancy version of the information is sent in each TTI within the first TTI bundle without receiving a HARQ feedback; receiving the HARQ feedback sent from the base station only when the base station receives a last TTI within the first TTI bundle; and retransmitting the information as a second TTI bundle, starting two HARQ round trip times subsequent to the first TTI, said HARQ round trip times being defined as a time between HARQ transmission and retransmission for a HARQ operation mode that uses a single TTI for transmissions and retransmissions.
A measurement system comprising: a shaft (102, 902, 1004) extended in a longitudinal direction (126, 402); a target wheel (116, 118, 400, 800, 904, 906) configured to rotate with the shaft, wherein the target wheel comprises a plurality of sensor targets (120, 122, 124, 130a-h, 404, 406, 408) circumferentially distributed around the target wheel, and wherein the plurality of sensor targets includes a first plurality of targets (122, 124, 406, 408) that are slanted in the longitudinal direction (126, 402) and a second plurality of targets (120, 404) that are parallel to the longitudinal direction (126, 402); a sensor array (106, 108, 110, 112, 1002) comprising at least three sensors (114a-f) mounted radially around the shaft and configured to detect the plurality of sensor targets as the target wheel rotates with the shaft; and a controller configured to receive sensor signals from the at least three sensors and determine, based on the sensor signals, at least an axial displacement measurement of the shaft in the longitudinal direction and a radial displacement measurement of the shaft; characterized in that the first plurality of targets includes at least a first slanted target (122, 406) slanted in an opposite orientation, in the longitudinal direction, to at least a second slanted target (124, 408). a shaft (102, 902, 1004) extended in a longitudinal direction (126, 402); a target wheel (116, 118, 400, 800, 904, 906) configured to rotate with the shaft, wherein the target wheel comprises a plurality of sensor targets (120, 122, 124, 130a-h, 404, 406, 408) circumferentially distributed around the target wheel, and wherein the plurality of sensor targets includes a first plurality of targets (122, 124, 406, 408) that are slanted in the longitudinal direction (126, 402) and a second plurality of targets (120, 404) that are parallel to the longitudinal direction (126, 402); a sensor array (106, 108, 110, 112, 1002) comprising at least three sensors (114a-f) mounted radially around the shaft and configured to detect the plurality of sensor targets as the target wheel rotates with the shaft; and a controller configured to receive sensor signals from the at least three sensors and determine, based on the sensor signals, at least an axial displacement measurement of the shaft in the longitudinal direction and a radial displacement measurement of the shaft; characterized in that the first plurality of targets includes at least a first slanted target (122, 406) slanted in an opposite orientation, in the longitudinal direction, to at least a second slanted target (124, 408).
System for production of a sterilising solution, comprising an electrolytic cell containing an anode compartment and a cathode compartment separated by a porous ion-exchange membrane, the system further comprising a ion-exchange water softener (10, 15) arranged to supply the electrolytic cell with deionized water and a brine tank arranged to supply the electrolytic cell with a sodium chloride brine solution, the system being arranged for conducting a regeneration of the water softener (10, 15) by use of a sodium chloride brine solution from the brine tank, characterized by the system comprising only one common positive displacement pump controlled by a control unit of the system to selectively supply a sodium chloride brine solution from the brine tank to the electrolytic cell and to the water softener (10, 15) for regeneration thereof.
A central power supply member for supplying power to windings of a stator of a motor, wherein: a plurality of busbars each including a power supply terminal and one or more connecting terminals to the windings are arranged at least partly one over the other and at least partly accommodated in a holder while being insulated from each other, and power-supply side terminals drawn out from a power supply are to be individually placed on the power supply terminal(s) of the respective busbars and connected by one or more respective fastening members; the holder is formed with one or more displacement preventing portions for preventing the power supply terminals from being displaced as the fastening members are fastened by being engaged with base end sides (22; 27) of the power supply terminals; and one or more covers are mounted to at least partly cover the upper opening of the holder; and characterized in that the cover is formed with one or more resiliently displaceable lock frame pieces and one or more lock projections are formed at the mounting position of the cover in the holder; at least one pressing plate is formed in an intermediate part of the straight portion of the cover; and one or more pressing protrusions are formed along the width direction on the lower surface of the central part of the straight portion of the cover. a plurality of busbars each including a power supply terminal and one or more connecting terminals to the windings are arranged at least partly one over the other and at least partly accommodated in a holder while being insulated from each other, and power-supply side terminals drawn out from a power supply are to be individually placed on the power supply terminal(s) of the respective busbars and connected by one or more respective fastening members; the holder is formed with one or more displacement preventing portions for preventing the power supply terminals from being displaced as the fastening members are fastened by being engaged with base end sides (22; 27) of the power supply terminals; and one or more covers are mounted to at least partly cover the upper opening of the holder; and characterized in that the cover is formed with one or more resiliently displaceable lock frame pieces and one or more lock projections are formed at the mounting position of the cover in the holder; at least one pressing plate is formed in an intermediate part of the straight portion of the cover; and one or more pressing protrusions are formed along the width direction on the lower surface of the central part of the straight portion of the cover.
Floor lamp or desk lamp that has a lamp head, a support arm for supporting the lamp head as well as a foot arrangement for bearing the support arm, wherein the lamp head comprises: - a housing, - a direct light arrangement connected to the housing that at least comprises a direct light lighting means with an associated light guide plate for providing a direct light component, wherein light emitted by the direct light lighting means can be fed to a front side of the light guide plate and can be output at a main side of the light guide plate, - an indirect light arrangement connected to the housing that comprises an indirect light lighting means with an associated light directing structure for providing an indirect light component, characterized in that the direct light arrangement is rotatably arranged to the housing and to the indirect light arrangement and the axis of rotation is approximately perpendicular to the light guide plate. - a housing, - a direct light arrangement connected to the housing that at least comprises a direct light lighting means with an associated light guide plate for providing a direct light component, wherein light emitted by the direct light lighting means can be fed to a front side of the light guide plate and can be output at a main side of the light guide plate, - an indirect light arrangement connected to the housing that comprises an indirect light lighting means with an associated light directing structure for providing an indirect light component, characterized in that the direct light arrangement is rotatably arranged to the housing and to the indirect light arrangement and the axis of rotation is approximately perpendicular to the light guide plate.
A method comprising: receiving an input data; performing, by a processing device, a portion of a cryptographic operation with the received input data at a first function component; and during the performance of the cryptographic operation at the first function component, performing a pre-charge operation at a second function component that is to perform another portion of the cryptographic operation with a result of the portion of the cryptographic operation performed at the first function component. receiving an input data; performing, by a processing device, a portion of a cryptographic operation with the received input data at a first function component; and during the performance of the cryptographic operation at the first function component, performing a pre-charge operation at a second function component that is to perform another portion of the cryptographic operation with a result of the portion of the cryptographic operation performed at the first function component.
A dispersion-retaining agent for a hydraulic composition, comprising a copolymer obtained by polymerizing monomers comprising monomer 1 represented by formula: wherein R 1 to R 3 each represent a hydrogen atom or a methyl group, AO represents an oxyalkylene group having 2 to 4 carbon atoms, n represents the number of AO units added on the average per molecule and is a number of 5 to 150, R 4 represents a hydrogen atom or an alkyl group having 1 to 4 carbon atoms, q represents an integer of 0 to 2, and p represents 0 or 1, with monomer 2 represented by formula: wherein R 5 represents a hydrocarbon group having 1 to 4 carbon atoms optionally containing a heteroatom, wherein: in the constituent monomers of the copolymer, the proportion of the monomer 1 is 28 to 80% by weight when n in formula is 5 to 150, in the constituent monomers of the copolymer, the total proportion of the monomer 1 and 2 is 90% by weight or more, at least a part of the monomer 2 are monomer 2 wherein R 5 represents a hydrocarbon group having 2 or 3 carbon atoms optionally containing a heteroatom and has an OH group at the β-position of R 5, in the constituent monomers of the copolymer, the proportion of monomers having at least one group selected from the group consisting of a carboxylic acid group, a phosphoric acid group and a neutralized group thereof is 5% by weight or less, and in the constituent monomers of the copolymer, the proportion of the monomer 2 is 20 to 72% by weight. in the constituent monomers of the copolymer, the proportion of the monomer 1 is 28 to 80% by weight when n in formula is 5 to 150, in the constituent monomers of the copolymer, the total proportion of the monomer 1 and 2 is 90% by weight or more, at least a part of the monomer 2 are monomer 2 wherein R 5 represents a hydrocarbon group having 2 or 3 carbon atoms optionally containing a heteroatom and has an OH group at the β-position of R 5, in the constituent monomers of the copolymer, the proportion of monomers having at least one group selected from the group consisting of a carboxylic acid group, a phosphoric acid group and a neutralized group thereof is 5% by weight or less, and in the constituent monomers of the copolymer, the proportion of the monomer 2 is 20 to 72% by weight.
A formed article formed of a single steel sheet, comprising: a top sheet portion; a pair of standing wall portions; and a protrusion portion which connects the top sheet portion to the standing wall portion and protrudes outward from the top sheet portion, characterized in that the formed article is a hot-stamping formed article, the protrusion portion includes an inner wall portion which stands upright from the top sheet portion, and an outer wall portion which is folded outward from an end edge of the inner wall portion, an angle between the top sheet portion and the protrusion portion is 80° to 90°, and a martensite fraction of the protrusion portion is 90% or more. a top sheet portion; a pair of standing wall portions; and a protrusion portion which connects the top sheet portion to the standing wall portion and protrudes outward from the top sheet portion, characterized in that the formed article is a hot-stamping formed article, the protrusion portion includes an inner wall portion which stands upright from the top sheet portion, and an outer wall portion which is folded outward from an end edge of the inner wall portion, an inner wall portion which stands upright from the top sheet portion, and an outer wall portion which is folded outward from an end edge of the inner wall portion, an angle between the top sheet portion and the protrusion portion is 80° to 90°, and a martensite fraction of the protrusion portion is 90% or more.
Method for operating a motor vehicle which has a drive train with an internal combustion engine and a manual transmission as operating devices which can be actuated, wherein the manual transmission can be uncoupled from the internal combustion engine or coupled to the internal combustion engine by activating a clutch, and a brake device and a steering device, wherein, in order to carry out a parking process, at least some of the operating devices are actuated automatically, and having an electric drive machine which is intermediately connected between the clutch and the internal combustion engine or is arranged directly on the internal combustion engine and operatively connected thereto, characterized in that, in order to carry out a fully automatic parking process, the electric drive machine is actuated in order to drive the vehicle in a forward movement and in a rearward movement, wherein the clutch is closed and the internal combustion engine is switched off so that the internal combustion engine is entrained in both directions by the electric drive machine.
A method for wireless communication, comprising: identifying a radio frame structure that includes a high efficiency -HE-signal field and an HE data field for communication; applying a phase rotation to a set of symbols of the HE signal field, wherein the HE signal field comprises data tones, wherein the phase rotation for every kth data tone of the HE signal field comprises: 1 for 0 ≤ k < 26 − 1 k for 26 ≤ k < 52; and transmitting a radio frame with the HE signal field that includes the set of symbols having the phase rotation. identifying a radio frame structure that includes a high efficiency -HE-signal field and an HE data field for communication; applying a phase rotation to a set of symbols of the HE signal field, wherein the HE signal field comprises data tones, wherein the phase rotation for every kth data tone of the HE signal field comprises: 1 for 0 ≤ k < 26 − 1 k for 26 ≤ k < 52; and transmitting a radio frame with the HE signal field that includes the set of symbols having the phase rotation.