mhurhangee/ep-ind-claims huggingface dataset:
Transmission which is provided, in particular, inside a single wheel drive unit and which has a transmission mounting, an input shaft, at least one planetary gear stage with a first externally toothed sun gear which can be driven via the input shaft, with an internally toothed internal gear which is mounted rotatably on the transmission mounting, and with a rotatably mounted planet spider, on which at least one externally toothed planetary gear which is in engagement both with the sun gear and with the internal gear is mounted rotatably, and a further gear stage which comprises at least one spur gear which is mounted rotatably on a bearing journal which is stationary with regard to the transmission mounting and is arranged with its axis at a spacing from the axis of the input shaft, and is in tooth engagement with the internal gear, and with a second externally toothed sun gear, characterized in that the second externally toothed sun gear can be displaced axially in the direction of the axis of the input shaft between a first position and a second position, and, in the first position which represents a coupled position, is in engagement both with the at least one spur gear and via a toothing system with the planet spider, and in that, in the second axial position of the second sun gear, which second axial position represents a decoupled position, the power flow between the at least one spur gear and the planet spider is interrupted.
Flow meter having a flange-type, ring-shaped carrier part and having at least two sensors arranged at a distance from one another (12, 14; 12a, 14a), wherein the flow meter can be placed between two tube segments (26, 28) of a conduit by means of the flange-type, ring-shaped carrier part, wherein the flange-type, ring-shaped carrier part is intended to be mounted on a flange face of a tube section of the conduit, - wherein the sensors (12, 14; 12a, 14a) are located in each case at a free end of an extension (30, 32; 30a, 32a) extending from the flange-type, ring-shaped carrier part, - wherein the extensions (30, 32; 30a, 32a) are aligned perpendicularly or at least substantially perpendicularly to a plane defined by the flange-type, ring-shaped carrier part, wherein the surface normal of this plane runs parallel to a tube axis of a tube segment (26, 28), and - wherein two sensors (12, 14; 12a, 14a) in each case define a signal path (34, 34a) and the signal path (34, 34a) comprises a component perpendicular to the plane defined by the flange-type, ring-shaped carrier part. - wherein the sensors (12, 14; 12a, 14a) are located in each case at a free end of an extension (30, 32; 30a, 32a) extending from the flange-type, ring-shaped carrier part, - wherein the extensions (30, 32; 30a, 32a) are aligned perpendicularly or at least substantially perpendicularly to a plane defined by the flange-type, ring-shaped carrier part, wherein the surface normal of this plane runs parallel to a tube axis of a tube segment (26, 28), and - wherein two sensors (12, 14; 12a, 14a) in each case define a signal path (34, 34a) and the signal path (34, 34a) comprises a component perpendicular to the plane defined by the flange-type, ring-shaped carrier part.
A modular compressed gas storage tank comprising a plurality of prestressed preformed ring elements, characterized in that each ring element comprises a concrete body and at least one tensioning tendon extending circumferentially within the concrete body, each tendon extending within a corresponding duct (30; 31).
A method for estimation of state of health of a rechargeable battery, the method comprising: obtaining input data of a set of predetermined battery features that jointly indicates State of Health of the battery, applying a plurality of machine learning algorithms to conduct state of health estimation of the battery, wherein each machine learning algorithm, based on obtained input data from the battery features, calculates an estimation of state of health of the battery, as well as quantitative estimation of a confidence interval/value of the state of health estimation of the battery, and applying a Kalman filter based fusion algorithm for combining the state of health estimations from all of said plurality of machine learning algorithms, for providing a fused state of health estimation. obtaining input data of a set of predetermined battery features that jointly indicates State of Health of the battery, applying a plurality of machine learning algorithms to conduct state of health estimation of the battery, wherein each machine learning algorithm, based on obtained input data from the battery features, calculates an estimation of state of health of the battery, as well as quantitative estimation of a confidence interval/value of the state of health estimation of the battery, and applying a Kalman filter based fusion algorithm for combining the state of health estimations from all of said plurality of machine learning algorithms, for providing a fused state of health estimation.
A polyurethane-based composition having at least two components, comprising a) a polyurethane prepolymer as a constituent of a first component, which prepolymer is a mixture of reaction products of polyether polyols with an aromatic polyisocyanate and reaction products of polyester polyols with an aromatic polyisocyanate, b) a curing agent as a constituent of a second component that is physically separate from the first component, c) a solvent, and d) a plasticizer, wherein the curing agent comprises a mononuclear aromatic polyamine, wherein the amine functions are substituents of the same aromatic ring, and the curing agent is present in an amount such that the molar ratio of all amine functions in the polyamine to all isocyanate functions in the composition is at least 0.7 to 1. a) a polyurethane prepolymer as a constituent of a first component, which prepolymer is a mixture of reaction products of polyether polyols with an aromatic polyisocyanate and reaction products of polyester polyols with an aromatic polyisocyanate, b) a curing agent as a constituent of a second component that is physically separate from the first component, c) a solvent, and d) a plasticizer,
A passenger transport system (1, 31, 51) comprising a three-phase AC drive motor (11, 41, 61) and a control device (14, 46, 74), wherein the control device (14, 46, 74) processes operation signals (90, 91) of the passenger transport system (1, 31, 51) and controls the three-phase AC drive motor (11, 41, 61) taking into account the operation signals (90, 91), wherein the passenger transport system (1, 31, 51) comprises at least one inverter module (16, 45, 62) with power semiconductor switches (16.1 to 16.6, 62.1 to 62.6), wherein the gate electrodes (16.11 to 16.16, 62.11 to 62.16) of the power semiconductor switches (16.1 to 16.6, 62.1 to 62.6) are triggered directly by the control device (14, 46, 74) and the inverter module (16, 45, 62) is connected to a DC voltage source (15, 43, 75, 78, 80) on the input side and to the three-phase AC drive motor (11, 41, 61) on the output side, wherein there is a DC voltage circuit (19, 44, 63) between the DC voltage source (15, 43, 75, 78, 80) and the inverter module (16, 45, 62), characterized in that the control device (14, 46, 74) can generate trigger signals that can be modulated to the DC voltage circuit (19, 44, 63) and the inverter module (16, 45, 62) comprises a demodulator (18, 85), the demodulator (18, 85) being able to convert the trigger signals into control voltages that are assigned to the individual gate electrodes (16.11 to 16.16, 62.11 to 62.16) of the power semiconductor switches (16.1 to 16.6, 62.1 to 62.6).
A chamber suitable for use with a portable hyperbaric and/or hypoxic chamber system, the chamber being connectable to at least one source of gases for receiving a supply of gases during a treatment, characterized in that the chamber comprises: a) an open-ended tubular body sized to accommodate at least one occupant, the tubular body being made of a flexible and reinforced elastomeric material and comprising a first substantially spherical extremity having a first radius of curvature and comprising a first opening, a second substantially spherical extremity having a second radius of curvature and comprising a second opening. and a central axis; b) a first end member configured to be mounted substantially inside the tubular body at the first extremity of the tubular body to close off the first extremity of the tubular body, the first end member comprising a first substantially spherical periphery having a third radius of curvature, the third radius of curvature being substantially equal to the first radius of curvature; c) a second end member configured to be mounted substantially inside the tubular body at the second extremity of the tubular body to close off the second extremity of the tubular body, the second end member comprising a second substantially spherical periphery having a fourth radius of curvature, the fourth radius of curvature being substantially equal to the second radius of curvature; wherein at least one of the first and second end members comprises a door for providing access to an interior of the tubular body; and wherein when the chamber is supplied with gases, the first and second end members are respectively urged against the first and second extremities of the tubular body, thereby sealing the chamber. a) an open-ended tubular body sized to accommodate at least one occupant, the tubular body being made of a flexible and reinforced elastomeric material and comprising a first substantially spherical extremity having a first radius of curvature and comprising a first opening, a second substantially spherical extremity having a second radius of curvature and comprising a second opening. and a central axis; b) a first end member configured to be mounted substantially inside the tubular body at the first extremity of the tubular body to close off the first extremity of the tubular body, the first end member comprising a first substantially spherical periphery having a third radius of curvature, the third radius of curvature being substantially equal to the first radius of curvature; c) a second end member configured to be mounted substantially inside the tubular body at the second extremity of the tubular body to close off the second extremity of the tubular body, the second end member comprising a second substantially spherical periphery having a fourth radius of curvature, the fourth radius of curvature being substantially equal to the second radius of curvature;
A light emitting device comprising: a reflective layer comprising a first GaN-based semiconductor layer having a first refractive index, a second GaN-based semiconductor layer having a second refractive index less than the first refractive index, and a third GaN-based semiconductor layer having a third refractive index less than the second refractive index; and a light emitting structure layer comprising a first conductive type semiconductor layer, a second conductive type semiconductor layer, and an active layer disposed between the first conductive type semiconductor layer and the second conductive type semiconductor layer on the reflective layer, wherein the first GaN-based semiconductor layer and the second GaN-based semiconductor layer are alternately stacked in a vertical direction in a first region of the reflective layer, the second GaN-based semiconductor layer and the third GaN-based semiconductor layer are alternately stacked in the vertical direction in a second region of the reflective layer, the first GaN-based semiconductor layer and the third GaN-based semiconductor layer are alternately disposed in a horizontal direction in a third region of the reflective layer, and the second GaN-based semiconductor layer is disposed in a fourth region of the reflective layer. a reflective layer comprising a first GaN-based semiconductor layer having a first refractive index, a second GaN-based semiconductor layer having a second refractive index less than the first refractive index, and a third GaN-based semiconductor layer having a third refractive index less than the second refractive index; and a light emitting structure layer comprising a first conductive type semiconductor layer, a second conductive type semiconductor layer, and an active layer disposed between the first conductive type semiconductor layer and the second conductive type semiconductor layer on the reflective layer, wherein the first GaN-based semiconductor layer and the second GaN-based semiconductor layer are alternately stacked in a vertical direction in a first region of the reflective layer, the second GaN-based semiconductor layer and the third GaN-based semiconductor layer are alternately stacked in the vertical direction in a second region of the reflective layer, the first GaN-based semiconductor layer and the third GaN-based semiconductor layer are alternately disposed in a horizontal direction in a third region of the reflective layer, and the second GaN-based semiconductor layer is disposed in a fourth region of the reflective layer.
A computer-implemented method for determining articulation parameters, the method comprising: receiving images of a patient's face, wherein the images are taken using a camera system having a depth sensor; determining fixed points (20,20a,20b,20c) and moving points in the patient's face based on the received images, calculating the articulator parameters based on the determined fixed and moving points, wherein the articulator parameters are chosen from the group consisting of (i) Sides of a Bonwill triangle, (ii) Balkwill angle and (iii) Sagittal condylar path inclination. receiving images of a patient's face, wherein the images are taken using a camera system having a depth sensor; determining fixed points (20,20a,20b,20c) and moving points in the patient's face based on the received images, calculating the articulator parameters based on the determined fixed and moving points, wherein the articulator parameters are chosen from the group consisting of (i) Sides of a Bonwill triangle, (ii) Balkwill angle and (iii) Sagittal condylar path inclination.
A liquid UV curable inkjet ink containing one or more free radical photoinitiators, an organic colour pigment, a surfactant and a polymerizable composition containing at least one monofunctional polymerizable compound and at least one polyfunctional polymerizable compound, characterized in that the organic colour pigment is present in an amount of 6.0 to 13.0 wt% based on the total weight of the liquid UV curable inkjet ink; the at least one polyfunctional polymerizable compound is present in an amount of at least 20.0 wt% based on the total weight of the polymerizable composition; the UV curable inkjet ink has a viscosity at 45°C and a shear rate of 10 s -1 of at least 16.0 mPa.s; and wherein liquid UV curable inkjet ink means that the UV curable inkjet ink is liquid at 25°C.
A manufacturing method of a pressure sensor comprising the following steps: assembling a support substrate with a deformable membrane on which strain gauges have been deposited, the deformable membrane comprising a thinned zone in its centre, the support substrate being arranged above the deformable membrane, the support substrate comprising an upper surface, a lower surface in contact with the deformable membrane, the support substrate further comprising lateral recesses arranged above the strain gauges and a central recess arranged above the thinned zone of the membrane, to obtain a micromechanical structure; and once the assembly is complete the method comprising the following step: depositing in a single step of at least one conductive material on the upper surface of the support and in the lateral recesses of the support, the conductive material extending into the recesses to be in contact with the strain gauges to form electrical contacts linked to the strain gauges.
A user equipment comprising: a receiver configured to receive a physical downlink control channel, PDCCH, wherein if a first possible starting position in a subframe of a downlink transmission and a second possible starting position in the subframe of the downlink transmission are indicated by higher layer, for a secondary cell with a frame structure type 3, the PDCCH is mapped based on one of the first possible starting position and the second possible starting position in the subframe; if the downlink transmission starts in the second possible starting position in the subframe, the PDCCH is mapped based on the second possible starting position in the subframe; if the downlink transmission starts in the first possible starting position in the subframe, the PDCCH is mapped based on the first possible starting position in the subframe; the first possible starting position is a first OFDM symbol in the subframe; and the second possible starting position is an eighth OFDM symbol in the subframe. a receiver configured to receive a physical downlink control channel, PDCCH, wherein if a first possible starting position in a subframe of a downlink transmission and a second possible starting position in the subframe of the downlink transmission are indicated by higher layer, for a secondary cell with a frame structure type 3, the PDCCH is mapped based on one of the first possible starting position and the second possible starting position in the subframe; if the downlink transmission starts in the second possible starting position in the subframe, the PDCCH is mapped based on the second possible starting position in the subframe; if the downlink transmission starts in the first possible starting position in the subframe, the PDCCH is mapped based on the first possible starting position in the subframe; the first possible starting position is a first OFDM symbol in the subframe; and the second possible starting position is an eighth OFDM symbol in the subframe.
Method for producing a ceramic brake disc for a disc brake of a motor vehicle, having a shaping step in which a starting material of a fibre-reinforced composite ceramic is preformed to make a preform, having a carbonisation step in which the preform is carbonised during exposure to heat, having an interconnection step in which the carbonised preform as a support body with friction discs made of a ceramic starting material are interconnected to form a composite disc, having a siliconisation step, in which the pore structure of the composite disc is infiltrated with a silicon melt under high processing temperature, wherein by reason of the high heat exposure in the siliconisation step, in particular during the cooling-off, a fissure structure is formed in the friction discs, and wherein after the siliconisation step a silicon layer forms on the friction surface of the friction discs, and having a first grinding step, in which the friction surfaces of the friction discs are ground, characterised in that in the first grinding step is carried out a first material removal (Δx 1) in which the silicon layer is removed from the friction discs, exposing the fissure structure and without grinding the brake disc to a final dimension, and that after the grinding step follows a reworking step, in which an open fissure structure exposed in the friction surface of the friction discs is closed with a filling material and that the filling material is silicon or an alloy thereof, and that in the reworking step a resiliconisation takes place, in which during high exposure to heat a silicon melt is infiltrated into the open fissure structure, and that downstream from the resiliconisation follows a second grinding step, in which a second material removal (Δx 2) is carried out to a final dimension of the brake disc.
A detector assembly for measuring flux in a nuclear reactor core comprising a plurality of self-powered in-core detector arrangements (16, 17, 18, 19) each for measuring flux at a different one of a plurality of axial locations in the nuclear reactor core; and an assembly connector configured to be connected to a power plant connector, the assembly connector comprising a plurality flux signal terminals each connected to one of self-powered in-core detector arrangements, at least one of the self-powered in-core detector arrangements comprising a set of at least two self-powered in-core detectors (16a, 16b) for measuring flux at a same one of the axial locations in the nuclear reactor core, each of the at least two self-powered in-core detectors including a sheath, a detector material section inside the sheath, an insulator between the sheath and the detector material, and a flux signal output line (39a, 39b), characterized in that the flux signal output lines of the at least two self-powered in-core detectors are joined together to provide a combined flux signal. a plurality of self-powered in-core detector arrangements (16, 17, 18, 19) each for measuring flux at a different one of a plurality of axial locations in the nuclear reactor core; and an assembly connector configured to be connected to a power plant connector, the assembly connector comprising a plurality flux signal terminals each connected to one of self-powered in-core detector arrangements, at least one of the self-powered in-core detector arrangements comprising a set of at least two self-powered in-core detectors (16a, 16b) for measuring flux at a same one of the axial locations in the nuclear reactor core, each of the at least two self-powered in-core detectors including a sheath, a detector material section inside the sheath, an insulator between the sheath and the detector material, and a flux signal output line (39a, 39b), characterized in that the flux signal output lines of the at least two self-powered in-core detectors are joined together to provide a combined flux signal.
A polysaccharide obtained from sugar cane which is suitable for activating a Peyer's patch, wherein the polysaccharide contains α-glucan as a main component, wherein the polysaccharide has a peak molecular weight within a range of 720,000 to 1,080,000, wherein the proportion of glucose in all component sugars of the polysaccharide is 80% or more, wherein the proportion of nonreducing terminal glucose of the polysaccharide is 20 to 30%, and wherein the proportion of α-1,6-linked glucose of the polysaccharide is 15 to 25%.
A protection switching method for an Ethernet Automatic Protection Switching, EAPS, ring network, comprising: in the condition of a link quality reduction, and of a message transmission with a time delay, after receiving a ring network health detection message at a secondary port of a master node, upon judging that the ring network in which the master node is located is in a failed state currently, the master node starting to count a number of the ring network health detection messages received by the secondary port in a preset period, and upon the counted number being greater than or equal to a preset threshold, performing a restoration switching operation; wherein a value of the preset period is greater than or equal to a sending period of the ring network health detection message and is less than or equal to a detection fail-period and a pre-forward period of a transmitting node. in the condition of a link quality reduction, and of a message transmission with a time delay, after receiving a ring network health detection message at a secondary port of a master node, upon judging that the ring network in which the master node is located is in a failed state currently, the master node starting to count a number of the ring network health detection messages received by the secondary port in a preset period, and upon the counted number being greater than or equal to a preset threshold, performing a restoration switching operation; wherein a value of the preset period is greater than or equal to a sending period of the ring network health detection message and is less than or equal to a detection fail-period and a pre-forward period of a transmitting node.