mhurhangee/ep-ind-claims huggingface dataset:
A steering system comprising: a steered shaft that reciprocates in an axial direction; a housing that houses the steered shaft; tie rods provided at respective opposite ends of the steered shaft to couple the steered shaft and respective steered wheels together; boots each connected between the housing and the corresponding tie rod to seal the housing and the tie rod; a moisture sensor which is disposed in the lower portion of the housing, characterized in that the moisture sensor comprises a water battery configured to generate power when being internally supplied with water; and a transmission circuit configured to transmit a wireless signal by use of the water battery as a power supply source, wherein the wireless signal is received by a receiving circuit of an air pressure monitoring system in which information on the air pressures and temperatures of the steered wheels is detected. a steered shaft that reciprocates in an axial direction; a housing that houses the steered shaft; tie rods provided at respective opposite ends of the steered shaft to couple the steered shaft and respective steered wheels together; boots each connected between the housing and the corresponding tie rod to seal the housing and the tie rod; a moisture sensor which is disposed in the lower portion of the housing, characterized in that the moisture sensor comprises a water battery configured to generate power when being internally supplied with water; and a transmission circuit configured to transmit a wireless signal by use of the water battery as a power supply source, wherein the wireless signal is received by a receiving circuit of an air pressure monitoring system in which information on the air pressures and temperatures of the steered wheels is detected.
A multilayer blown film having an inner layer, a first outer layer, and a second outer layer, wherein: the inner layer comprises an ethylene-based composition comprising at least one ethylene-based polymer, wherein the ethylene-based composition has a MWCDI value greater than 0.9, and a melt index ratio (110/12) that meets the following equation: 110/12 ≥ 7.0 - 1.2 x log; and the first outer layer and the second outer layer independently comprise a polyethylene composition which comprises the reaction product of ethylene and, optionally, one or more alpha olefin comonomers, wherein the polyethylene composition is characterized by the following properties: (a) a melt index, I 2, of from 0.1 to 2.0 g/10 min; (b) a density of from 0.910 to 0.930 g/cc; (c) a melt flow ratio, I 10 /I 2, of from 6.0 to 7.6; and (d) a molecular weight distribution, (Mw/Mn) of from 2.5 to 4.0. the inner layer comprises an ethylene-based composition comprising at least one ethylene-based polymer, wherein the ethylene-based composition has a MWCDI value greater than 0.9, and a melt index ratio (110/12) that meets the following equation: 110/12 ≥ 7.0 - 1.2 x log; and the first outer layer and the second outer layer independently comprise a polyethylene composition which comprises the reaction product of ethylene and, optionally, one or more alpha olefin comonomers, wherein the polyethylene composition is characterized by the following properties: (a) a melt index, I 2, of from 0.1 to 2.0 g/10 min; (b) a density of from 0.910 to 0.930 g/cc; (c) a melt flow ratio, I 10 /I 2, of from 6.0 to 7.6; and (d) a molecular weight distribution, (Mw/Mn) of from 2.5 to 4.0. (a) a melt index, I 2, of from 0.1 to 2.0 g/10 min; (b) a density of from 0.910 to 0.930 g/cc; (c) a melt flow ratio, I 10 /I 2, of from 6.0 to 7.6; and (d) a molecular weight distribution, (Mw/Mn) of from 2.5 to 4.0.
A power tool comprising: a tool body, a motor that is housed within the tool body and drives a tool bit which is disposed in a front end region of the tool body, a motor cooling air passage that is provided within the tool body and through which cooling air for cooling the motor flows, a high-temperature region within the tool body, a heat pipe that connects the motor cooling air passage and the high-temperature region and cools the high-temperature region by transferring heat of the high-temperature region to the motor cooling air passage, and a first fin provided on the side of the motor cooling air passage and serving as a radiating fin for radiating heat of the heat pipe to the motor cooling air passage, characterized in that the power tool further comprises a second fin provided on the side of the high-temperature region and serving as a heat input fin for transferring heat of the high-temperature region to the heat pipe. a tool body, a motor that is housed within the tool body and drives a tool bit which is disposed in a front end region of the tool body, a motor cooling air passage that is provided within the tool body and through which cooling air for cooling the motor flows, a high-temperature region within the tool body, a heat pipe that connects the motor cooling air passage and the high-temperature region and cools the high-temperature region by transferring heat of the high-temperature region to the motor cooling air passage, and a first fin provided on the side of the motor cooling air passage and serving as a radiating fin for radiating heat of the heat pipe to the motor cooling air passage, characterized in that the power tool further comprises a second fin provided on the side of the high-temperature region and serving as a heat input fin for transferring heat of the high-temperature region to the heat pipe.
A shape memory alloy valve formed from a monolithic sheet of SMA, the SMA valve comprising: a stage (58, 204) formed from the monolithic sheet; characterized in that the SMA valve further comprises one or more SMA actuator segments (60, 202) formed from the monolithic sheet in the form of actuation patterns connected to the stage (58, 204) and configured to move the stage (58, 204) so that the stage seals or opens a flow of gas or liquid when the shape memory effect is activated. a stage (58, 204) formed from the monolithic sheet; characterized in that the SMA valve further comprises one or more SMA actuator segments (60, 202) formed from the monolithic sheet in the form of actuation patterns connected to the stage (58, 204) and configured to move the stage (58, 204) so that the stage seals or opens a flow of gas or liquid when the shape memory effect is activated.
A method for delivering an analyte to a transmembrane pore in a membrane, comprising: (a) providing the analyte attached to a microparticle; and (b) delivering the microparticle towards the membrane and thereby delivering the analyte to the transmembrane pore, wherein the method comprises allowing the microparticle to move (i) along a surface towards the membrane; (ii) along the membrane; and/or (iii) in parallel with the membrane. (a) providing the analyte attached to a microparticle; and (b) delivering the microparticle towards the membrane and thereby delivering the analyte to the transmembrane pore, wherein the method comprises allowing the microparticle to move (i) along a surface towards the membrane; (ii) along the membrane; and/or (iii) in parallel with the membrane.
A process comprising: contacting polymer particles having a one millimeter penetration temperature of less than 75°C as determined by thermal mechanical analysis or an unconfined yield strength of greater than 73 kilograms per square meter (15 pounds per square foot) with an effective amount of: (a) an anti-blocking; and (b) a binding agent capable of binding the anti-blocking agent to the polymer particles; wherein the polymer comprises an ethylene/alpha-olefin copolymer, wherein the alpha-olefin has from 3 to 8 carbon atoms; and wherein the binding agent is sprayed directly onto the polymer particles. (a) an anti-blocking; and (b) a binding agent capable of binding the anti-blocking agent to the polymer particles;
A method performed by a first node implementing a visited Network Repository Function, NRF, in a Visited Public Land Mobile Network, VPLMN, for communicating with a third node implementing a home NRF in a Home Public Land Mobile Network, HPLMN, the method comprises: - determining (400, 500) that the third node should be communicated with; - sending (402, 502) towards a second node implementing a visited Security Edge Protection Proxy, SEPP in the VPLMN, a GET request for a telescopic Fully Qualified Domain Name, FQDN, for the third node in the HPLMN to be used by the first node in the VPLMN to communicate with the third node in the HPLMN, which request comprises a FQDN of the third node in the HPLMN; - receiving (406, 506), from the second node, a telescopic FQDN for the third node wherein the FQDN for the third node in the HPLMN is flattened to a single label to be used by the first node to communicate with the third node. - determining (400, 500) that the third node should be communicated with; - sending (402, 502) towards a second node implementing a visited Security Edge Protection Proxy, SEPP in the VPLMN, a GET request for a telescopic Fully Qualified Domain Name, FQDN, for the third node in the HPLMN to be used by the first node in the VPLMN to communicate with the third node in the HPLMN, which request comprises a FQDN of the third node in the HPLMN; - receiving (406, 506), from the second node, a telescopic FQDN for the third node wherein the FQDN for the third node in the HPLMN is flattened to a single label to be used by the first node to communicate with the third node.
A trailer coupling for motor vehicles comprising a ball neck, a vehicle-side bearing unit, with which a first end of the ball neck is connected, and a coupling ball, which is connected with a second end of the ball neck and which has a cavity for a sensor system (210, 310, 370, 410), wherein the coupling ball has a cavity (134"") in which a sensor system is arranged, wherein the sensor system comprises a circuit board, characterised in that there is arranged on the circuit board at least one magnetic field sensor, which detects in a multi-dimensional manner magnetisable parts which are arranged in a surrounding space lying outside the coupling ball, in that there is arranged in the cavity (134"") at least one permanent magnet, the magnetic field of which permeates the magnetic field sensor, in that the magnetic field sensor is a multi-dimensional magnetic field sensor and in that the magnetic field sensor detects magnetisable elements lying in a two-dimensional surface region in front of this magnetic field sensor and extending transversely to the central axis by influencing a magnetic field, which spreads out from the permanent magnet into a surrounding space around the coupling ball and, due to a magnetisable element entering into the surrounding space, changes its course in the two-dimensional surface region in the two differing spatial directions, the magnetic field sensor detects the magnetisable element on the basis of this change, or in that the magnetic field sensor detects magnetisable elements lying in a three-dimensional space in front of this magnetic field sensor by influencing a magnetic field, which spreads out from the permanent magnet into the surrounding space around the coupling ball and, due to a magnetisable element entering into the surrounding space, changes its spatial course and its magnitude in the three different spatial directions, the magnetic field sensor detects the magnetisable element on the basis of this change.
A method of detecting failure of an actuated component, the method comprising the steps of: • determining a calibration step response for the actuated component, characterised in that the method further comprises the steps of: • calculating a calibration inertia from the calibration step response; • determining an in-use step response for the actuated component, • calculating an in-use inertia from the in-use step response; • calculating a change in the inertia between the calibration inertia and the in-use inertia, and • automatically comparing the change in inertia to a pre-determined threshold indicating failure of the actuated component. • determining a calibration step response for the actuated component, characterised in that the method further comprises the steps of: • calculating a calibration inertia from the calibration step response; • determining an in-use step response for the actuated component, • calculating an in-use inertia from the in-use step response; • calculating a change in the inertia between the calibration inertia and the in-use inertia, and • automatically comparing the change in inertia to a pre-determined threshold indicating failure of the actuated component. • calculating a calibration inertia from the calibration step response; • determining an in-use step response for the actuated component, • calculating an in-use inertia from the in-use step response; • calculating a change in the inertia between the calibration inertia and the in-use inertia, and • automatically comparing the change in inertia to a pre-determined threshold indicating failure of the actuated component.
Aqueous cleansing composition for keratin fibres especially for human hair characterised in that it comprises at least one amino acid surfactant of the following structure wherein R 1 is a saturated or unsaturated, straight or branched alkyl chain with 7 to 17 C atoms, R 2 is H or a methyl, R 3 is H, COO - M +, CH 2 COO - M + or COOH, n is 0 to 2, X is COO - or SO 3 - and M is independent from each other H, sodium or potassium and a cationic polymer consisting of a copolymer of vinylpyrrolidone and vinylimidazole and a homopolymer of dimethyl dially ammonium chloride, with the condition that composition does not comprise a surfactant according to the above formula wherein R 1 is coco alkyl chain, R 2 is H, R 3 is COO - M +, n is 2, X is COO - and M is sodium.
Drive machine for a lift, comprising - an electric motor, - a drive shaft which can be driven by means of the electric motor and is supported on both sides in respective bearings (4a, 4b), - in particular wherein the drive shaft is designed to drive at least one belt, in particular a flat belt or a profiled belt, - wherein a rotor of the electric motor is connected in a gearless and rotationally fixed manner to the drive shaft via a releasable coupling, characterized - in that an angular position of a housing of the electric motor is fixed in relation to an axis of rotation of the electric motor by means of a torque support and - in that the electric motor is freely suspended in space at the drive shaft by means of the coupling, - preferably so that the drive shaft carries the electric motor. - an electric motor, - a drive shaft which can be driven by means of the electric motor and is supported on both sides in respective bearings (4a, 4b), - in particular wherein the drive shaft is designed to drive at least one belt, in particular a flat belt or a profiled belt, - in particular wherein the drive shaft is designed to drive at least one belt, in particular a flat belt or a profiled belt, - wherein a rotor of the electric motor is connected in a gearless and rotationally fixed manner to the drive shaft via a releasable coupling, characterized - in that an angular position of a housing of the electric motor is fixed in relation to an axis of rotation of the electric motor by means of a torque support and - in that the electric motor is freely suspended in space at the drive shaft by means of the coupling, - preferably so that the drive shaft carries the electric motor.
A wiper module assembly for a vehicle liftgate comprising: a carrier defining a removable module for connection to a vehicle liftgate; a motor connected to the carrier and having a drive assembly driven by the motor; a spindle rotatably extending from and driven by the drive assembly; and a wiper connected to the spindle and configured to move between a retracted position and an extended position; the wiper module assembly being characterized in that it further comprises: a recess formed in the carrier, the recess having a lock aperture and a connector; and a center high mount stop lamp having a tab configured to slide into and connect the center high mount stop lamp to the lock aperture and a plug configured to slide into the connector and electrically connect the center high mount stop lamp to the carrier. a carrier defining a removable module for connection to a vehicle liftgate; a motor connected to the carrier and having a drive assembly driven by the motor; a spindle rotatably extending from and driven by the drive assembly; and a wiper connected to the spindle and configured to move between a retracted position and an extended position; a recess formed in the carrier, the recess having a lock aperture and a connector; and a center high mount stop lamp having a tab configured to slide into and connect the center high mount stop lamp to the lock aperture and a plug configured to slide into the connector and electrically connect the center high mount stop lamp to the carrier.
Saddle for equestrian use and comprising: - a central part having: ∘ a top surface for providing a seat to a rider; ∘ a lower surface having a curvature for adapting to a back of a horse; ∘ flexibility for allowing modifying said curvature; - two side panels located at two opposite sides of said central part; - elongated pad members coupled to said central part for forming a cushion on at least a portion of the lower surface of said central part; - connecting places for mechanically coupling a reinforcing member to said central part for imposing a given curvature to said lower surface; characterized in that: - said saddle further comprises a hinge, mechanically coupled to the lower surface of said central part, for facilitating a modification of said curvature, and for coupling a reinforcing member to said central part, and in that - said connecting places are located on a portion of said hinge that is accessible from the lower surface of the central part. - a central part having: ∘ a top surface for providing a seat to a rider; ∘ a lower surface having a curvature for adapting to a back of a horse; ∘ flexibility for allowing modifying said curvature; ∘ a top surface for providing a seat to a rider; ∘ a lower surface having a curvature for adapting to a back of a horse; ∘ flexibility for allowing modifying said curvature; - two side panels located at two opposite sides of said central part; - elongated pad members coupled to said central part for forming a cushion on at least a portion of the lower surface of said central part; - connecting places for mechanically coupling a reinforcing member to said central part for imposing a given curvature to said lower surface; - said saddle further comprises a hinge, mechanically coupled to the lower surface of said central part, for facilitating a modification of said curvature, and for coupling a reinforcing member to said central part, and in that - said connecting places are located on a portion of said hinge that is accessible from the lower surface of the central part.
A clearing blade for arrangement at the front of a snow groomer, comprising a middle part and two side parts swivelably movable relative to the middle part, wherein the middle part is provided, in the region of a lower rear edge facing towards the driver's cab, with a rearward projecting cutting and shaping profile extending over an entire length of the middle part, wherein the side parts are each provided, in the region of a lower rear edge facing towards the driver's cab, with a rearward projecting cutting and shaping profile which, with the side parts in a position aligned relative to the middle part, are continued in one line with the cutting and shaping profile of the middle part.
Crane support for supporting from a ship structure a derrick type crane for offshore emergency unloading of container cargo, the derrick type crane having a nodal base supporting a vertical mast and first and second sill beams extending horizontally from the nodal base in substantially perpendicular directions, characterised in that the crane support includes: a main strut having downwardly diverging first and second legs, (5a, 5b) each leg having upper and lower ends and being arranged for supporting a nodal base of a derrick type crane from the upper ends; a first auxiliary strut having upper and lower ends adapted to support from its upper end a first sill beam of a derrick type crane at a location of the first sill beam remote from the nodal base; and a second auxiliary strut having upper and lower ends and adapted to support from its upper end a second sill beam of a derrick type crane at a location of the second sill beam remote from the nodal base, wherein the lower ends of the main, first auxiliary, and second auxiliary struts are adapted to be attached to a ship structure, and wherein an upper end of at least one of the main, first auxiliary, and second auxiliary struts is adapted to be rigged to at least one of a ship structure, and a container cargo attached to the ship structure. a main strut having downwardly diverging first and second legs, (5a, 5b) each leg having upper and lower ends and being arranged for supporting a nodal base of a derrick type crane from the upper ends; a first auxiliary strut having upper and lower ends adapted to support from its upper end a first sill beam of a derrick type crane at a location of the first sill beam remote from the nodal base; and a second auxiliary strut having upper and lower ends and adapted to support from its upper end a second sill beam of a derrick type crane at a location of the second sill beam remote from the nodal base, wherein the lower ends of the main, first auxiliary, and second auxiliary struts are adapted to be attached to a ship structure, and wherein an upper end of at least one of the main, first auxiliary, and second auxiliary struts is adapted to be rigged to at least one of a ship structure, and a container cargo attached to the ship structure.
Temperature sensor of a cooking appliance for contactlessly acquiring a temperature of a cooking utensil, which has at least one infrared sensor, wherein the at least one infrared sensor has a multi-channel pyrometer with at least two sensitivity ranges varying from one another for acquiring at least two different wavelength ranges emitted by the cooking utensil, which are spaced apart from one another, characterised in that the wavelength ranges have a width of at least 5 to 2 μm, wherein the same thermal energy quantities are essentially assigned to each of the wavelength ranges.