mhurhangee/ep-ind-claims huggingface dataset:
A turbine engine including a seal, the seal comprising: a plurality of rotating blades extending radially from a rotatable body and generally forming a row of rotating blades, the rotatable body having a rotational axis, the rotating blades of the row of rotating blades being spaced apart in the circumferential direction in the turbine engine; and a plurality of stationary blades extending radially from a stationary body towards the rotatable body and generally forming a row of stationary blades, the stationary blades of the row of stationary blades being spaced apart in the circumferential direction in the turbine engine, wherein the plurality of stationary blades are positioned proximate to the plurality of rotating blades and are nonparallel with the plurality of rotating blades, wherein the plurality of stationary blades are aligned at an angle (β) of between about 1 degree and about 89 degrees relative to the rotational axis, wherein the seal is disposed between low and high pressure gas regions (28, 30) in the turbine engine, the row of rotating blades being disposed between the low pressure gas region and the row of stationary blades, the row of stationary blades being disposed between the high pressure gas region and the row of rotating blades, wherein each rotating blade of the row of rotating blades is angled relative to the rotational axis such that a downstream edge of the rotating blade is more advanced in a direction of rotation of the rotatable body than an upstream edge of the rotating blade, whereby rotation of the row of rotating blades produces a force which opposes gas leakage from the high pressure gas region to the low pressure gas region. a plurality of rotating blades extending radially from a rotatable body and generally forming a row of rotating blades, the rotatable body having a rotational axis, the rotating blades of the row of rotating blades being spaced apart in the circumferential direction in the turbine engine; and a plurality of stationary blades extending radially from a stationary body towards the rotatable body and generally forming a row of stationary blades, the stationary blades of the row of stationary blades being spaced apart in the circumferential direction in the turbine engine,
A method performed by a first wireless device for requesting resources from a network node, wherein the first wireless device, one or more second wireless devices and the network node are operable in a wireless communication network, the method comprising: - receiving from the network node, a configuration that the first wireless device and one or more second wireless devices are part of a group, and that the first wireless device shall act as a coordinator for the group, wherein wireless devices in the group are capable of direct mode communication, D2D, - receiving one or more resource requests from respective one or more second wireless devices in the group, wherein each one of the resource requests are received over a D2D link, between the first wireless device and the respective one or more second wireless devices, and - transmitting a single random access request to the network node, which random access request relates to requested resources according to the received one or more resource requests from the group, wherein the random access request comprises aggregated resource requests from the one or more second wireless devices that have data to transmit. - receiving from the network node, a configuration that the first wireless device and one or more second wireless devices are part of a group, and that the first wireless device shall act as a coordinator for the group, wherein wireless devices in the group are capable of direct mode communication, D2D, - receiving one or more resource requests from respective one or more second wireless devices in the group, wherein each one of the resource requests are received over a D2D link, between the first wireless device and the respective one or more second wireless devices, and - transmitting a single random access request to the network node, which random access request relates to requested resources according to the received one or more resource requests from the group, wherein the random access request comprises aggregated resource requests from the one or more second wireless devices that have data to transmit.
A method for determining a need for contact point adaptation for a clutch of a vehicle, such that said clutch is intended to transmit driving power between a first power source in the form of an engine and at least one powered wheel (113, 114) characterized in that the method comprises - determining, at a first point in time, a first temperature of said clutch, - comparing said first temperature with a second temperature of said clutch determined at a second point in time which precedes said first point in time, and - determining a need for contact point adaptation when said first temperature differs from said second temperature by more than a first value (ΔT). - determining, at a first point in time, a first temperature of said clutch, - comparing said first temperature with a second temperature of said clutch determined at a second point in time which precedes said first point in time, and - determining a need for contact point adaptation when said first temperature differs from said second temperature by more than a first value (ΔT).
An aircraft comprising at least one retractable landing gear, the aircraft comprising a fuselage, the structure thereof comprising a gear case intended to receive said landing gear when it is retracted, and wings, each comprising at least one longitudinal spar connected to a wing box being part of the structure of said fuselage, said landing gear comprising: - one leg being adapted to pivot, on its upper end, around a rotation axis (R-R) to occupy at least one extended position and one retracted position and which is provided, on its lower end, with rolling means, said leg being connected, at its upper end, to said longitudinal spar of said wing; and - at least one inclined front strut connected, on its lower end, to said leg and connected, on its upper end, to said structure of the fuselage thru connecting means (13, 17), characterized in that said connecting means comprise a sliding bearing mounted on said gear case and crossed by at least one part of the upper end of said strut. - one leg being adapted to pivot, on its upper end, around a rotation axis (R-R) to occupy at least one extended position and one retracted position and which is provided, on its lower end, with rolling means, said leg being connected, at its upper end, to said longitudinal spar of said wing; and - at least one inclined front strut connected, on its lower end, to said leg and connected, on its upper end, to said structure of the fuselage thru connecting means (13, 17),
A method for short detection in a battery pack, the battery pack comprising one or more cells, the method comprising: connecting a short detection module to the battery pack; determining by the short detection module that the battery pack is at rest; and selecting a first cell in the battery pack for testing for a short, wherein the testing comprises: measuring a voltage of the first cell, and storing the measured voltage; setting a voltage source to output the stored measured voltage; connecting the set voltage source to the first cell; measuring a current of the first cell; and determining based on the measured current of the first cell whether the first cell contains a short. connecting a short detection module to the battery pack; determining by the short detection module that the battery pack is at rest; and selecting a first cell in the battery pack for testing for a short, wherein the testing comprises: measuring a voltage of the first cell, and storing the measured voltage; setting a voltage source to output the stored measured voltage; connecting the set voltage source to the first cell; measuring a current of the first cell; and determining based on the measured current of the first cell whether the first cell contains a short. measuring a voltage of the first cell, and storing the measured voltage; setting a voltage source to output the stored measured voltage; connecting the set voltage source to the first cell; measuring a current of the first cell; and determining based on the measured current of the first cell whether the first cell contains a short.
A cable with extractable micromodules extending in a longitudinal direction, comprising an internal longitudinal compartmentalizing profile member and a plurality of micromodules each containing at least one optical fiber, and an outer sheath, the internal longitudinal compartmentalizing profile member delimiting, with the outer sheath, at least two compartments (4.1, 4.2, 4.3, 4.4), at least one of the compartments receiving at least one of the micromodules, the outer sheath forming one of the walls of this compartment, and in which the outer sheath comprises at least one identification marker (10, 11, 12, 13) making it possible to identify the longitudinal compartments (4.1, 4.2, 4.3, 4.4), the identification marker (10, 11, 12, 13) comprises at least one striation produced on the outer sheath, the outer sheath comprising at least one strip (15, 17) fixed removably onto the internal longitudinal compartmentalizing profile member.
Method for preparing a self-supporting flexible electrode comprising at least one active electrode material, and at least one binder, said method comprising at least the following steps: i) a step of preparation of an aqueous paste by the dispersion of a mixture of solid particles in an aqueous phase, said mixture of solid particles comprising: - at least one active electrode material, in a quantity varying from 50 to 98% by weight relative to the total weight of the mixture of solid particles, - at least one binder comprising refined cellulose fibres, in a quantity varying from 2 to 50% by weight relative to the total weight of the mixture of solid particles; said mixture of solid particles representing at least 0.02% by weight of the total weight of the aqueous paste; ii) a step of filtration of the aqueous paste obtained above in the step i) on a filtration cloth; iii) optionally, a step of pressing, in the wet state, of the aqueous paste followed by its transfer onto a drying felt; iv) a drying step to obtain a sheet of dry flexible electrode supported by the filtration cloth or by the drying felt when the step iii) has been carried out; v) a step of separation between the sheet of electrode and the filtration cloth or the drying felt when the step iii) has been carried out, to obtain the self-supporting flexible electrode. i) a step of preparation of an aqueous paste by the dispersion of a mixture of solid particles in an aqueous phase, said mixture of solid particles comprising: - at least one active electrode material, in a quantity varying from 50 to 98% by weight relative to the total weight of the mixture of solid particles, - at least one binder comprising refined cellulose fibres, in a quantity varying from 2 to 50% by weight relative to the total weight of the mixture of solid particles; said mixture of solid particles representing at least 0.02% by weight of the total weight of the aqueous paste; - at least one active electrode material, in a quantity varying from 50 to 98% by weight relative to the total weight of the mixture of solid particles, - at least one binder comprising refined cellulose fibres, in a quantity varying from 2 to 50% by weight relative to the total weight of the mixture of solid particles; ii) a step of filtration of the aqueous paste obtained above in the step i) on a filtration cloth; iii) optionally, a step of pressing, in the wet state, of the aqueous paste followed by its transfer onto a drying felt; iv) a drying step to obtain a sheet of dry flexible electrode supported by the filtration cloth or by the drying felt when the step iii) has been carried out; v) a step of separation between the sheet of electrode and the filtration cloth or the drying felt when the step iii) has been carried out, to obtain the self-supporting flexible electrode.
A method, comprising: receiving, at a device, information from a remote server, the received information including at least one location reference enhanced by at least one focusing factor, the focusing factor being computed at the remote server and based upon encoded information corresponding to at least one path between at least a pair of points of the at least one location reference; and reconstructing the at least one path of the at least one location reference at the device, based upon the received at least one location reference enhanced by the at least one focusing factor; characterised in that the method further comprises determining a route search area, by using the at least one location reference enhanced by the at least one focusing factor, and using the route search area in reconstructing the at least one path of the at least one location reference; wherein the focusing factor is a relative measure of a path distance between path routing points to a straight line distance between said path routing points. receiving, at a device, information from a remote server, the received information including at least one location reference enhanced by at least one focusing factor, the focusing factor being computed at the remote server and based upon encoded information corresponding to at least one path between at least a pair of points of the at least one location reference; and reconstructing the at least one path of the at least one location reference at the device, based upon the received at least one location reference enhanced by the at least one focusing factor; characterised in that the method further comprises determining a route search area, by using the at least one location reference enhanced by the at least one focusing factor, and using the route search area in reconstructing the at least one path of the at least one location reference; wherein the focusing factor is a relative measure of a path distance between path routing points to a straight line distance between said path routing points.
A mapping method comprising (a) operating at least one mobile robot comprising at least two cameras (10, 20, 30, 40, 50, 60, 70, 80, 90) and at least one processing component, wherein the at least one mobile robot is wheeled and adapted to move in unstructured areas; and (b) taking visual images with the at least two cameras; and (c) extracting at least straight lines from the visual images by applying an edge detection algorithm followed by a line extractor algorithm with at least one processing component; (d) generating map data using at least the extracted straight lines from the visual images; wherein step (d) comprises using an iterative algorithm to at least associate the extracted straight lines with physical objects; and wherein the iterative algorithm comprises at least combining lines belonging to the same physical object from images taken by different cameras. (a) operating at least one mobile robot comprising at least two cameras (10, 20, 30, 40, 50, 60, 70, 80, 90) and at least one processing component, wherein the at least one mobile robot is wheeled and adapted to move in unstructured areas; and (b) taking visual images with the at least two cameras; and (c) extracting at least straight lines from the visual images by applying an edge detection algorithm followed by a line extractor algorithm with at least one processing component; (d) generating map data using at least the extracted straight lines from the visual images;
A refrigerator having a slide rail cabling mechanism, comprising a compartment opened forward and a drawer-type door which is movable back and forth to open or close the compartment, the compartment having a bottom wall, a rear wall and two sidewalls, the drawer-type door being provided with an electrical component, a support frame movably mounted on the sidewall in a front-rear direction being further disposed on a rear side of the drawer-type door, the support frame being used to support a drawer box, wherein the slide rail cabling mechanism comprises a cable for powering the electrical component, a first cabling box fixed on an inner side of the compartment and a second cabling box fixed on the support frame, the first cabling box is formed with a first receiving portion and a second receiving portion below the drawer box, the cable having a fixed section fixed in the first receiving portion and a movable section extending from the fixed section towards the second cabling box, the second receiving portion being used to receive part of the movable section, the second cabling box is formed with a fixed receiving section extending in the front-rear direction.
A mobile device comprising: a first baseband module; an electronic card slot to be connected to an electronic card; and a control module including a first input/output (I/O) port coupled to said first baseband module, a second I/O port coupled to said electronic card slot, a switching unit connected electrically to said first and second I/O ports (31, 32), a control unit coupled to said switching unit, and a storage unit coupled to said control unit and having at least one executable program stored therein, characterized in that said control unit is configured to control said switching unit to operate in a first transmission mode, in which said first I/O port and said second I/O port are electrically interconnected such that said first baseband module is able to communicate with the electronic card that is connected to said electronic card slot, based on a baseband signal received from said first baseband module via said first I/O port and said switching unit; further characterized in that said control unit is further configured to control said switching unit to operate in a second transmission mode, in which said second I/O port and said control unit are electrically interconnected such that said control unit that executes said at least one executable program stored in said storage unit is able to communicate with the electronic card that is connected to said electronic card slot. a first baseband module; an electronic card slot to be connected to an electronic card; and a control module including a first input/output (I/O) port coupled to said first baseband module, a second I/O port coupled to said electronic card slot, a switching unit connected electrically to said first and second I/O ports (31, 32), a control unit coupled to said switching unit, a first input/output (I/O) port coupled to said first baseband module, a second I/O port coupled to said electronic card slot, a switching unit connected electrically to said first and second I/O ports (31, 32), a control unit coupled to said switching unit, and a storage unit coupled to said control unit and having at least one executable program stored therein,
An abrasion resistant steel plate having excellent impact toughness, comprising in wt%, • C: not less than 0.10% and not more than 0.35; • Si: not less than 0.10% but less than 0.50; • Mn: not less than 0.8% and not more than 1.8, and preferably not more than 1.6%; • Cr: not less than 0.1% and not more than 1.0%; • Mo: not less than 0.05% and not more than 0.70%; • P: not more than 0.020%; • S: not more than 0.010%; • Nb: not more than 0.08%; • Ti: not more than 0.10%; • V: not more than 0.20% • B: not less than 0.0005% and not more than 0.0030% • Al: not less than 0.01% and not more than 0.20%; • Ca: not less than 0.0005% and not more than 0.0030%; • N: not more than 0.010%; • Cu: not more than 1.5%; • wherein S + P + N + Al + Nb + Ca is not more than 0.09%; • wherein Al:N has a value of 8 or more and/or wherein the steel plate comprises Nb in an amount of greater than 0.03%; • with a remainder being Fe and unavoidable impurities • C: not less than 0.10% and not more than 0.35; • Si: not less than 0.10% but less than 0.50; • Mn: not less than 0.8% and not more than 1.8, and preferably not more than 1.6%; • Cr: not less than 0.1% and not more than 1.0%; • Mo: not less than 0.05% and not more than 0.70%; • P: not more than 0.020%; • S: not more than 0.010%; • Nb: not more than 0.08%; • Ti: not more than 0.10%; • V: not more than 0.20% • B: not less than 0.0005% and not more than 0.0030% • Al: not less than 0.01% and not more than 0.20%; • Ca: not less than 0.0005% and not more than 0.0030%; • N: not more than 0.010%; • Cu: not more than 1.5%; • wherein S + P + N + Al + Nb + Ca is not more than 0.09%; • wherein Al:N has a value of 8 or more and/or wherein the steel plate comprises Nb in an amount of greater than 0.03%; • with a remainder being Fe and unavoidable impurities
An electric vacuum cleaner, comprising: a main body case; a dust collection port provided on a lower part of the main body case; an autonomous traveling driving part provided on the lower part of the main body case; and a turn cleaning part including a cleaning member that comes into contact with a surface to be cleaned, and provided in front of the dust collection port on the lower part of the main body case so as to turn on the surface to be cleaned; wherein the electric vacuum cleaner cleans the surface to be cleaned while autonomously traveling on the surface to be cleaned, characterized in that the electric vacuum cleaner further includes: an obstacle detecting unit that detects that the cleaning member of the turn cleaning part has extended under an obstacle; and a control unit that controls the driving part to change the autonomous traveling state so as to avoid an obstacle when the obstacle detecting unit detects that the cleaning member of the turn cleaning part has extended under the obstacle. a main body case; a dust collection port provided on a lower part of the main body case; an autonomous traveling driving part provided on the lower part of the main body case; and a turn cleaning part including a cleaning member that comes into contact with a surface to be cleaned, and provided in front of the dust collection port on the lower part of the main body case so as to turn on the surface to be cleaned; wherein the electric vacuum cleaner cleans the surface to be cleaned while autonomously traveling on the surface to be cleaned, characterized in that the electric vacuum cleaner further includes: an obstacle detecting unit that detects that the cleaning member of the turn cleaning part has extended under an obstacle; and a control unit that controls the driving part to change the autonomous traveling state so as to avoid an obstacle when the obstacle detecting unit detects that the cleaning member of the turn cleaning part has extended under the obstacle. an obstacle detecting unit that detects that the cleaning member of the turn cleaning part has extended under an obstacle; and a control unit that controls the driving part to change the autonomous traveling state so as to avoid an obstacle when the obstacle detecting unit detects that the cleaning member of the turn cleaning part has extended under the obstacle.
A structural bearing having at least one sliding element (6, 7) made of a sliding material that contains at least one polymeric plastic, wherein the sliding material has a melting point temperature of more than 210°C and a modulus of elasticity in tension according to DIN ISO 527-2 of less than 1800 MPa, characterized in that the sliding material further has a characteristic compressive strength of at least 250 MPa at 48°C and/or at least 220 MPa at 70°C and/or at least 200 MPa at 80°C and wherein the sliding material contains a polyketone as the polymeric plastic.