mhurhangee/ep-ind-claims huggingface dataset:
A conductive ring assembly, comprising: a sun gear, a ring gear, and one or more planetary gears, wherein the sun gear is located in the ring gear, and the sun gear is arranged coaxially with the ring gear, and the one or more planetary gears are located between the sun gear and the ring gear, and meshed with the sun gear and the ring gear, the planetary gears are electrically connected to both the sun gear and the ring gear, which allows electrical signals to be transmitted between the sun gear and the ring gear via the one or more planetary gears, characterized in that, the tooth surfaces of the sun gear, the ring gear and the planetary gears are each provided with two or more conductive bands which are arranged around the gears in a circumferential direction of the gears, and adjacent two conductive bands are insulated from each other, and when the sun gear and the ring gear mesh with the planetary gears, the conductive bands on the planetary gears are connected in one-to-one correspondence to the conductive bands on the sun gear and the conductive bands on the ring gear, an isolation band is provided between adjacent two conductive bands of each of the sun gear, the ring gear and the planetary gear to be arranged around the gears in a circumferential direction of the gears, and the isolation band is made of insulation material, which insulates the adjacent two conductive bands from each other. a sun gear, a ring gear, and one or more planetary gears, wherein the sun gear is located in the ring gear, and the sun gear is arranged coaxially with the ring gear, and the one or more planetary gears are located between the sun gear and the ring gear, and meshed with the sun gear and the ring gear, the planetary gears are electrically connected to both the sun gear and the ring gear, which allows electrical signals to be transmitted between the sun gear and the ring gear via the one or more planetary gears, characterized in that, the tooth surfaces of the sun gear, the ring gear and the planetary gears are each provided with two or more conductive bands which are arranged around the gears in a circumferential direction of the gears, and adjacent two conductive bands are insulated from each other, and when the sun gear and the ring gear mesh with the planetary gears, the conductive bands on the planetary gears are connected in one-to-one correspondence to the conductive bands on the sun gear and the conductive bands on the ring gear, an isolation band is provided between adjacent two conductive bands of each of the sun gear, the ring gear and the planetary gear to be arranged around the gears in a circumferential direction of the gears, and the isolation band is made of insulation material, which insulates the adjacent two conductive bands from each other.
A fabric having a first side and a second side, the fabric comprising weft yarns (2, 3) and warp yarns woven together in pattern, wherein at least some of the weft and/or warp, yarns (2, 3, 4) float over a number of warp yarns, or weft yarns (2, 3), and below a number of warp yarns, or weft yarns, (2, 3) to provide weft, or warp, over portions (2a, 3a) in said first side and under portions (2b, 3b) in said second side, whereby said under portions (2b, 3b) and/or over portions (2a, 3a) of the yarns provide loops, characterized in that weft and/or warp yarns comprise conjugate yarns and standard yarns, wherein said conjugate yarns comprise a plurality of splittable filaments consisting of sub-filaments, possibly including a support sub-filament, said filaments being splittable into sub-filaments (6a, 6b); wherein the standard yarns are yarns that are not conjugate yarns, wherein at least some of said yarns (2, 3, 4) providing loops are conjugate yarns; and wherein said loops of the conjugated yarns extend for a length of at least three adjacent warp, or weft, yarns, wherein said standard yarns and the said conjugate yarns are arranged in a predetermined arrangement, comprising at least one conjugate yarn alternately arranged with at least one standard yarn.
A vehicle driveline system configured to form part of an all wheel drive system of a vehicle, said system comprising a pinion configured to provide driving torque to a differential, and an electrical motor being connected to the pinion via a reduction gearing, characterised in that the system further comprises an all wheel drive clutch being provided on the pinion, longitudinally between the differential and the position where the electrical motor connects with the pinion.
A capillary dispenser having at least one plunger-cylinder unit consisting of a cylinder module with an inner cylinder (1.1) and a plunger module having a plunger that are arranged together on an axis, wherein the inner cylinder (1.1) is pneumatically connected to at least one capillary, wherein the plunger is sealed off with respect to the inner cylinder (1.1) and is configured as a hollow plunger that is open on both sides, the plunger being movable in the inner cylinder (1.1) along the axis between an upper end position and a lower end position of the plunger module, and wherein the plunger is closable on one side, so as to close the plunger on one side during the movement towards the lower end position of the plunger module.
Tool attachment having a fastening unit for fastening on a fastening interface of a hand-held power tool, wherein a centring aid is provided on the fastening unit for the purpose of centring the fastening unit axially on the fastening interface, characterized in that the fastening unit has a main body, on the outer circumference of which are provided at least two retaining members (398, 399), which are designed in the manner of bayonets for forming a bayonet connection, and also has a centring member, which is arranged on the main body, in an interior of the main body, and has the at least partially conical centring aid on an outer circumference, wherein the centring aid is formed at an axial end region of the fastening unit.
A method for surface-modifying an object made of a rubber vulcanizate or a thermoplastic resin, the method comprising: a step 1 of forming polymerization initiation points on a surface of the object; and a step 2 of radically polymerizing a hydrophilic monomer starting from the polymerization initiation points by irradiation with UV light having a wavelength of 300 to 400 nm in the presence of an alkali metal salt to grow polymer chains on the surface of the object, wherein the alkali metal salt is at least one of sodium chloride or potassium chloride.
A negative electrode for a lithium ion battery, the negative electrode comprising: a negative electrode current collector; a negative electrode active material layer formed on a surface of the negative electrode current collector; and a non-aqueous liquid electrolyte including an electrolyte containing lithium ions and a non-aqueous solvent, wherein the negative electrode active material layer includes a negative electrode active material and voids, the voids are filled with the non-aqueous liquid electrolyte, a proportion of a battery capacity based on a total amount of lithium ions in the non-aqueous liquid electrolyte existing in the negative electrode active material layer with respect to a battery capacity based on a total amount of the negative electrode active material is 5 to 17%, the battery capacity based on a total amount of the negative electrode active material being measured as a discharged capacity at the time of discharging from 0.0 V to 1.5 V and a discharging rate of 1/20 C, the film thickness of the negative electrode active material layer is more than or equal to 150 μm to less than or equal to 1,500 μm, and the content of a binder in the negative electrode active material layer is 1% by weight or less. a negative electrode current collector; a negative electrode active material layer formed on a surface of the negative electrode current collector; and a non-aqueous liquid electrolyte including an electrolyte containing lithium ions and a non-aqueous solvent, wherein the negative electrode active material layer includes a negative electrode active material and voids, the voids are filled with the non-aqueous liquid electrolyte, a proportion of a battery capacity based on a total amount of lithium ions in the non-aqueous liquid electrolyte existing in the negative electrode active material layer with respect to a battery capacity based on a total amount of the negative electrode active material is 5 to 17%, the battery capacity based on a total amount of the negative electrode active material being measured as a discharged capacity at the time of discharging from 0.0 V to 1.5 V and a discharging rate of 1/20 C, the film thickness of the negative electrode active material layer is more than or equal to 150 μm to less than or equal to 1,500 μm, and the content of a binder in the negative electrode active material layer is 1% by weight or less.
A supporting structure, comprising at least three bars formed by hollow profiles, which are connected at a junction point via a connecting element which has a base element with holes and nuts provided at these holes, wherein at least one hollow profile has on an upper side a recess formed by laser cutting through which the connecting element projects into the at least one hollow profile, wherein the connecting element is connected to the hollow profiles by screws, which screws extend through through-holes which are arranged in side faces of the hollow profiles and correspond to bores and nuts on the connecting element and are connected to the nuts at the holes of the base element, wherein through-holes and holes are formed by laser cutting, wherein at least two connecting elements are provided on opposite side faces of the hollow profile, which connecting elements project into the hollow profile and are each connected to the hollow profile in a force-fitting manner via screws.
A base station apparatus comprising: a memory; and processor circuitry coupled to the memory, wherein the processor circuitry is configured to: execute notification processing that comprises transmitting a notification signal to a terminal, the notification signal including a reliability that is to be satisfied for signal transmission to the terminal, execute transmission processing that comprises transmitting a reference signal in two or more frequency bands, and execute reception processing that comprises receiving channel state information, CSI, from the terminal, the CSI including a channel quality information of the frequency bands, the channel quality information being acquired by the terminal in accordance with the reliability a memory; and processor circuitry coupled to the memory, wherein the processor circuitry is configured to: execute notification processing that comprises transmitting a notification signal to a terminal, the notification signal including a reliability that is to be satisfied for signal transmission to the terminal, execute transmission processing that comprises transmitting a reference signal in two or more frequency bands, and execute reception processing that comprises receiving channel state information, CSI, from the terminal, the CSI including a channel quality information of the frequency bands, the channel quality information being acquired by the terminal in accordance with the reliability execute notification processing that comprises transmitting a notification signal to a terminal, the notification signal including a reliability that is to be satisfied for signal transmission to the terminal, execute transmission processing that comprises transmitting a reference signal in two or more frequency bands, and execute reception processing that comprises receiving channel state information, CSI, from the terminal, the CSI including a channel quality information of the frequency bands, the channel quality information being acquired by the terminal in accordance with the reliability
Hydraulic valve having at least two switching positions (S1, S2, S3), comprising - a valve housing with a bore which has sections (24, 26) with different diameters along its longitudinal direction, - a supply connector for feeding in a hydraulic fluid, - at least one first working connector and one second working connector, - at least one first tank outlet and one second tank outlet for discharging the hydraulic fluid, - a piston which is arranged in the bore in its longitudinal direction, is supported on the valve housing at one end by means of a spring which applies a spring force, and is coupled longitudinally displaceably to a magnet actuator which is provided for applying a magnetic force, - a first control groove connecting the first working connector selectively to the first tank outlet or to the supply connector, - and a second control groove connecting the second working connector selectively to the second tank outlet or to the supply connector, characterized in that the hydraulic valve comprises - a pin which is arranged in the longitudinal direction of the piston such that it can be displaced longitudinally with respect to the latter, which pin interacts with the spring in at least one switching position (S1, S2, S3) and is connected hydraulically to the second control groove, the first control groove being delimited by way of first active faces (28, 30) of different size, and the larger of the first active faces being arranged in a first section with a greater diameter, and the smaller of the first active faces being arranged in a second section with a smaller diameter than in the first section, and the second control groove being delimited by way of second active faces (42, 43) which are arranged in the section of the bore with a smaller diameter. - a valve housing with a bore which has sections (24, 26) with different diameters along its longitudinal direction, - a supply connector for feeding in a hydraulic fluid, - at least one first working connector and one second working connector, - at least one first tank outlet and one second tank outlet for discharging the hydraulic fluid, - a piston which is arranged in the bore in its longitudinal direction, is supported on the valve housing at one end by means of a spring which applies a spring force, and is coupled longitudinally displaceably to a magnet actuator which is provided for applying a magnetic force, - a first control groove connecting the first working connector selectively to the first tank outlet or to the supply connector, - and a second control groove connecting the second working connector selectively to the second tank outlet or to the supply connector, - a pin which is arranged in the longitudinal direction of the piston such that it can be displaced longitudinally with respect to the latter, which pin interacts with the spring in at least one switching position (S1, S2, S3) and is connected hydraulically to the second control groove,
Disc brake for a vehicle, in particular a commercial vehicle, having a brake disc with a brake disc axis of rotation, at least one application-side and one rear-side brake pad (3, 4) with a backing plate (3a, 4a) each, an adapter accommodating the at least two brake pads (3, 4) in a respective pad shaft (10, 10a) between a leading edge-side and a trailing edge-side adapter horn (11, 11'; 12, 12') and a bridge section, wherein one of the at least two brake pads (3, 4) is held in the associated pad shaft (10, 10a) in positive-locking holder to at least one of the adapter horns (11, 11'; 12, 12') in the radial direction with respect to the brake disc axis of rotation and spring-loaded with a preloading force (Fv) pressing the one of the at least two brake discs (3, 4) away from the bridge section of the adapter in the radial direction with respect to the brake disc axis of rotation against the positive-locking holder of the at least one adapter horn (11, 11'; 12, 12'), and having a brake calliper overlapping the brake disc, wherein at the leading edge-side adapter horn and the trailing edge-side adapter horn a positive-locking holder of at least the application-side brake pad in the pad shaft is provided, wherein the positive-locking holder forms an oblique wear compensation device with noses (20, 20') with undercuts (27, 27'), projections (30, 30') of the backing plate and the preloading force (Fv), wherein the disc brake further has a pad retaining bracket, which is releasably attached to the brake calliper and by which the rear-side brake pad is held under spring load in the adapter, characterised in that the application-side brake pad is joined with its backing plate to an application-side anti-rattle spring mounted at the pad retaining bracket and the application-side brake pad in such a way that the application-side anti-rattle spring applies a tensile force to the application-side brake pad and generates the preloading force (Fv).
A microfluidic assay device that defines a micro-fluidic flow channel having a flow axis, in which a series of discrete, axially-spaced apart, transparent hollow flow elements are secured in fixed position, each flow element having at least one axially-extending flow passage through its interior, assay capture agent fixed to the interior surface of the elements for capture of an analyte in liquid flowing through the interior of the flow elements, the device constructed to enable light to be transmitted out of the elements for reading of fluorescence from captured analyte, wherein the exterior axially-extending surfaces of the flow elements are free of active capture agent, while at least part of the interior surfaces carry deposits of active capture agent exposed to flow through the elements; wherein at least one flow path extends along the axially-extending exterior of each element; and wherein the at least one flow path has an aggregate by-pass flow cross-section area at least as great as the aggregate flow cross-section through the interior of the element; characterized in that the hollow elements are batch-coated to coat the elements with the capture agent, and the hollow elements are aggressively agitated, preferably by vortexing, in a fluid suspension to impart disrupting shear forces to the exterior surface of the elements, the shear forces acting to make the exterior axially-extending surfaces of the elements free of active capture agent. wherein at least one flow path extends along the axially-extending exterior of each element; and wherein the at least one flow path has an aggregate by-pass flow cross-section area at least as great as the aggregate flow cross-section through the interior of the element; characterized in that the hollow elements are batch-coated to coat the elements with the capture agent, and the hollow elements are aggressively agitated, preferably by vortexing, in a fluid suspension to impart disrupting shear forces to the exterior surface of the elements, the shear forces acting to make the exterior axially-extending surfaces of the elements free of active capture agent.
Line connector, with - at least one first line and one second line, each with a core that is surrounded by an insulating jacket, wherein the core has at least one conductor, wherein a sealing element is slid onto the respective line (4a, 4b) in an end region, - a connecting region, in which the cores of the lines (4a, 4b) are electrically contacted, as well as - a respective prefabricated sleeve that is respectively attached around one of the sealing elements and exerts a radial contact force on the sealing element, and that has a front partial region, wherein the connecting region is surrounded by a casting compound, in which the respective sleeve is embedded with the front partial region only. - at least one first line and one second line, each with a core that is surrounded by an insulating jacket, wherein the core has at least one conductor, - a connecting region, in which the cores of the lines (4a, 4b) are electrically contacted, as well as - a respective prefabricated sleeve that is respectively attached around one of the sealing elements and exerts a radial contact force on the sealing element, and that has a front partial region,
A method of fabricating nonwoven fabric having enhanced abrasion resistance of a surface of the nonwoven fabric, comprising - providing a nonwoven fabric comprising thermoplastic bicomponent sheath/core filaments with a polyethylene sheath and a polyethylene terephthalate core and having a thickness to basis weight ratio of at least 5 μm/gsm, - applying heat and pressure on one surface of a portion of said nonwoven fabric so that at least one side of said nonwoven fabric comprises thermoplastic filaments which are at least partially flattened, said one side having an average weight loss not greater than 0,62% calculated based on weight loss measured by a Taber shaving weight loss test method as indicated in the description while not applying any heat or pressure on the other surface of said portion of the nonwoven fabric. - providing a nonwoven fabric comprising thermoplastic bicomponent sheath/core filaments with a polyethylene sheath and a polyethylene terephthalate core and having a thickness to basis weight ratio of at least 5 μm/gsm, - applying heat and pressure on one surface of a portion of said nonwoven fabric so that at least one side of said nonwoven fabric comprises thermoplastic filaments which are at least partially flattened, said one side having an average weight loss not greater than 0,62% calculated based on weight loss measured by a Taber shaving weight loss test method as indicated in the description while not applying any heat or pressure on the other surface of said portion of the nonwoven fabric.
A method of predicting network throughputs in a telecommunication network for a user terminal device, UE, to be connected to the telecommunication network for predetermined future geo-coordinates and a predetermined future time at which the UE will be located at the predetermined future geo-coordinates, the method comprising the steps of: A) receiving a user data set comprising information about the predetermined future time, the predetermined future geo-coordinates and an LTE category of the UE; B) determining an LTE band prediction for an LTE band to which the UE will be connected at the predetermined future time; and C) calculating a prediction of download, DL, and upload, UL, network throughputs between the telecommunication network and the user terminal device, in a machine learning, ML, system trained on historical data sets, based on the user data set and the LTE band prediction; wherein the prediction for an LTE band in step B) to which the UE will be connected at the predetermined future time is determined from a) a first data set relating to the bands available at the predetermined future geo-coordinates, wherein an average is subsequently formed; and/or b) a second data set relating to the band with the highest frequency available at the predetermined future geo-coordinates. A) receiving a user data set comprising information about the predetermined future time, the predetermined future geo-coordinates and an LTE category of the UE; B) determining an LTE band prediction for an LTE band to which the UE will be connected at the predetermined future time; and C) calculating a prediction of download, DL, and upload, UL, network throughputs between the telecommunication network and the user terminal device, in a machine learning, ML, system trained on historical data sets, based on the user data set and the LTE band prediction; wherein the prediction for an LTE band in step B) to which the UE will be connected at the predetermined future time is determined from a) a first data set relating to the bands available at the predetermined future geo-coordinates, wherein an average is subsequently formed; and/or b) a second data set relating to the band with the highest frequency available at the predetermined future geo-coordinates. a) a first data set relating to the bands available at the predetermined future geo-coordinates, wherein an average is subsequently formed; and/or b) a second data set relating to the band with the highest frequency available at the predetermined future geo-coordinates.