mhurhangee/ep-ind-claims huggingface dataset:
A fluid catalytic cracking reactor stripper, comprising: a) a plurality of stripping trays configured in a plurality of horizontal tray rows at differing elevations within the reactor stripper; wherein, b) each tray row is comprised of at least two chordal trays, wherein the longitudinal axes of all of the chordal trays in a row are parallel to a common centerline axis of the plan view cross-section of the reactor stripper, the tray internal angle, α, is from 45° to 150°, and each chordal tray comprises flux tubes, wherein the flux tubes penetrate the chordal tray surface and extend below the chordal tray surface; c) each tray row is comprised of a tray row open area; and d) at least one tray row is rotated such that the longitudinal axes of the tray row are at a different planar angle than the planar angle of the tray longitudinal axes of at least one other tray row in the reactor stripper; wherein the chordal tray has a straight configuration when viewed in plan, and the planar angle of the longitudinal axes of each tray row is the angle of rotation in the plan view of the common centerline axis of one tray row with respect to the common centerline axis of another tray row; wherein two or more adjoining tray rows in the reactor stripper have the same planar angle of tray longitudinal axes. a) a plurality of stripping trays configured in a plurality of horizontal tray rows at differing elevations within the reactor stripper; wherein, b) each tray row is comprised of at least two chordal trays, wherein the longitudinal axes of all of the chordal trays in a row are parallel to a common centerline axis of the plan view cross-section of the reactor stripper, the tray internal angle, α, is from 45° to 150°, and each chordal tray comprises flux tubes, wherein the flux tubes penetrate the chordal tray surface and extend below the chordal tray surface; c) each tray row is comprised of a tray row open area; and d) at least one tray row is rotated such that the longitudinal axes of the tray row are at a different planar angle than the planar angle of the tray longitudinal axes of at least one other tray row in the reactor stripper; wherein the chordal tray has a straight configuration when viewed in plan, and the planar angle of the longitudinal axes of each tray row is the angle of rotation in the plan view of the common centerline axis of one tray row with respect to the common centerline axis of another tray row; wherein two or more adjoining tray rows in the reactor stripper have the same planar angle of tray longitudinal axes.
A secondary battery-use active material comprising: a core section capable of inserting and extracting lithium ions; and a covering section provided in at least part of a surface of the core section and being a low-crystalline or a noncrystalline, wherein the core section includes Si and O as constituent elements, and an atom ratio x, O/Si, of O with respect to Si satisfies 0 ≤ x < 0.5, the covering section includes Si and O as constituent elements, and an atom ratio y, O/Si, of O with respect to Si satisfies 0.5 ≤ y ≤ 1.8, and the covering section has voids, and a carbon-containing material is provided in at least part of the voids characterized in that a ratio IG/ID between a G band peak intensity IG and a D band peak intensity ID of the carbon containing material measured by Raman spectrum method is from 0.3 to 3 both inclusive. a core section capable of inserting and extracting lithium ions; and a covering section provided in at least part of a surface of the core section and being a low-crystalline or a noncrystalline, wherein the core section includes Si and O as constituent elements, and an atom ratio x, O/Si, of O with respect to Si satisfies 0 ≤ x < 0.5, the covering section includes Si and O as constituent elements, and an atom ratio y, O/Si, of O with respect to Si satisfies 0.5 ≤ y ≤ 1.8, and the covering section has voids, and a carbon-containing material is provided in at least part of the voids characterized in that a ratio IG/ID between a G band peak intensity IG and a D band peak intensity ID of the carbon containing material measured by Raman spectrum method is from 0.3 to 3 both inclusive.
A method of assisting a full lane change process with the help of an augmented reality device, the method using at least five cameras (104a, 104b, 104c, 104d, 104e) provided on a vehicle, a computational device, and the augmented reality device, wherein the method comprises the steps of: a) capturing images with the at least five cameras (104a, 104b, 104c, 104d, 104e); b) generating lane change information from the captured images; c) displaying the lane change information with the augmented reality device; wherein the step of generating lane change information comprises the further steps of: b1) detecting lanes, b2) detecting the position and velocities of other vehicles (401, 402, 403, 404, 405) surrounding the vehicle, and b3) generating at least one lane change recommendation in a lane change recommendation unit. a) capturing images with the at least five cameras (104a, 104b, 104c, 104d, 104e); b) generating lane change information from the captured images; c) displaying the lane change information with the augmented reality device; wherein the step of generating lane change information comprises the further steps of: b1) detecting lanes, b2) detecting the position and velocities of other vehicles (401, 402, 403, 404, 405) surrounding the vehicle, and b3) generating at least one lane change recommendation in a lane change recommendation unit. b1) detecting lanes, b2) detecting the position and velocities of other vehicles (401, 402, 403, 404, 405) surrounding the vehicle, and b3) generating at least one lane change recommendation in a lane change recommendation unit.
A modular system for a catalyst subassembly which is provided for a device for purifying exhaust from an internal combustion engine, especially a diesel engine, wherein the catalyst subassembly comprises a regeneratable particulate filter and a catalyst integrated on the particulate filter for the selective reduction of nitrogen oxides (SCRF catalyst), wherein a catalyst for the selective reduction of nitrogen oxides (SCR catalyst) is provided upstream from the SCRF catalyst, and the SCRF catalyst and the SCR catalyst are arranged in a common catalyst housing, characterised in that the modular system is provided for use for a plurality of variants of an internal combustion engine, especially a diesel engine, the modular system comprising a plurality of catalyst housings and SCRF catalysts which are of identical dimensions in each case for the plurality of variants of the internal combustion engine independently of the engine variant, and comprising a set of different SCR catalysts, which are dimensioned in each case dependent on the engine variant for the plurality of variants of the internal combustion engine and have different external dimensions.
A window assembly for being mounted in an aperture/opening in an offshore construction, the window assembly comprising - a window frame adapted to be attached to an outer part of said offshore construction, - a window box adapted to be attached to an inner part of said offshore construction, and - a membrane unit, where the membrane unit is adapted to connect the window frame with the window box, characterised in that, - said window frame, window box and membrane unit are three separate elements, and in that - the window frame and the window box each comprises an attachment means (21,22) for releasably receiving the membrane unit, wherein - the attachment means (21, 22) is adapted to adjust a distance between the window box and the window frame and wherein - the attachment means (21,22) comprises a first (27,29) and a second arm (28,30) adapted to receive or engage the membrane unit. - a window frame adapted to be attached to an outer part of said offshore construction, - a window box adapted to be attached to an inner part of said offshore construction, and - a membrane unit, where the membrane unit is adapted to connect the window frame with the window box, - said window frame, window box and membrane unit are three separate elements, and in that - the window frame and the window box each comprises an attachment means (21,22) for releasably receiving the membrane unit, wherein - the attachment means (21, 22) is adapted to adjust a distance between the window box and the window frame and wherein - the attachment means (21,22) comprises a first (27,29) and a second arm (28,30) adapted to receive or engage the membrane unit.
Combined gravitational-hydraulic electric energy storage system comprising a heavy piston, which is placed in a tank in shape of a cylinder, filled with water, the piston being provided with sliding gaskets to prevent leakage around it, and a vertical return pipe, which connects the water flow from the bottom of the tank to a turbine coupled to an electric machine, located at ground level whereby the piston is weighted with blocks of material of high volumetric mass density fixed symmetrically on the surface of the piston for uniform mass distribution, which has the role of accumulating potential gravitational energy by lifting it vertically inside the cylinder with reinforced concrete walls and having the inner face covered by a steel liner, the piston being guided on the wall of the cylinder by means of roller guides, and being provided, in the center, with a circular opening, in the axis of the cylinder being situated a high pressure channel, said piston being provided with insulation gaskets (32, 33), both with respect to said steel liner of the cylinder and with respect to said high pressure channel which passes through the center of the piston and which leads the pressurized water from the base of the cylinder to an electric power generation system using impulse water turbines, the high pressure channel being sealed at the top as well as de-aerated, the water used in the process of electricity production by the electric power generation system being discharged back into the cylinder, above the piston through a return channel at atmospheric pressure, and for the cycle of input and storage of electric energy from an electrical network, it also comprises an electrical energy input system comprising high pressure pumps with fixed and variable flow, which takes the water from above the piston, through the return channel, and introduces it into the high pressure channel, under the piston, causing the piston to rise.
A method for adapting a bit interleaver to a binary LDPC code and to a high order modulation comprising: - calculating (42, 48, 54) bitwise capacities of Q non-uniform parallel AWGN sub-channels corresponding to the high order modulation, for a signal-to noise-ratio of an Additive White Gaussian Noise (AWGN) channel; - approximating (44, 48, 54) said Q AWGN sub-channels with a set of Q surrogate binary erasure channels of same respective capacities, and corresponding Q erasure probabilities; - determining a decoding threshold SNR (50, 56) for each of a plurality of bit interleaver configurations, the number of bit interleaver configurations depending on time constraints, by applying density evolution using the node degree distribution of the binary LDPC code as a function of each bit interleaver configuration and said erasure probabilities; - configuring the bit interleaver with the bit interleaver configuration having the lowest decoding threshold SNR amongst the plurality of bit interleaver configurations; and - bit interleaving the coded bits of the LDPC code with the configured bit interleaver. - calculating (42, 48, 54) bitwise capacities of Q non-uniform parallel AWGN sub-channels corresponding to the high order modulation, for a signal-to noise-ratio of an Additive White Gaussian Noise (AWGN) channel; - approximating (44, 48, 54) said Q AWGN sub-channels with a set of Q surrogate binary erasure channels of same respective capacities, and corresponding Q erasure probabilities; - determining a decoding threshold SNR (50, 56) for each of a plurality of bit interleaver configurations, the number of bit interleaver configurations depending on time constraints, by applying density evolution using the node degree distribution of the binary LDPC code as a function of each bit interleaver configuration and said erasure probabilities; - configuring the bit interleaver with the bit interleaver configuration having the lowest decoding threshold SNR amongst the plurality of bit interleaver configurations; and - bit interleaving the coded bits of the LDPC code with the configured bit interleaver.
A secondary battery, comprising: a cathode including a cathode current collector and a first cathode active material layer, the first cathode active layer provided on the cathode current collector; an anode including an anode current collector and a first anode active material layer, the first anode active material layer provided on the anode current collector to face the first cathode active material layer and including a titanium-containing compound; an intermediate electrode provided between the cathode and the anode and including an intermediate current collector, a second anode active material layer, and a second cathode active material layer, the second anode active material layer provided on the intermediate current collector to face the first cathode active material layer and including the titanium-containing compound, and the second cathode active material layer provided on the intermediate current collector to face the first anode active material layer; and an electrolytic solution including a solvent and an electrolyte salt and having a number of molecules of the electrolyte salt equal to or larger than the number of molecules of the solvent. a cathode including a cathode current collector and a first cathode active material layer, the first cathode active layer provided on the cathode current collector; an anode including an anode current collector and a first anode active material layer, the first anode active material layer provided on the anode current collector to face the first cathode active material layer and including a titanium-containing compound; an intermediate electrode provided between the cathode and the anode and including an intermediate current collector, a second anode active material layer, and a second cathode active material layer, the second anode active material layer provided on the intermediate current collector to face the first cathode active material layer and including the titanium-containing compound, and the second cathode active material layer provided on the intermediate current collector to face the first anode active material layer; and an electrolytic solution including a solvent and an electrolyte salt and having a number of molecules of the electrolyte salt equal to or larger than the number of molecules of the solvent.
Apparatus for generating an adapted audio stream, comprising an identification unit for supporting identification of a frequency range (fr) associated with an auditory disorder of a user of the apparatus, an adaptation unit for adapting a frequency characteristic of an audio file (af) representing a track of music, wherein the adaptation is subject to the identified frequency range (fr), and an audio player for playing the audio file (aaf), the audio player including an equalizer or a sound modifier, and configured to modify each audio stream generated out of the audio file on the fly, wherein the adaptation unit is adapted to determine a frequency characteristic based on the identified frequency range (fr) to be applied to the audio file (af) by applying corresponding equalizer or sound modifier settings to the equalizer or the sound modifier, for generating the adapted audio stream (aaf), which frequency characteristic represents a band elimination filter characteristic for filtering out the identified frequency range, and wherein the adaptation unit is adapted to accentuate frequencies at the edges of the subject band.
A bi-phase composition comprising an aqueous phase and an oily phase, wherein the composition comprises: (a) at least one semi-crystalline or crystalline lipophilic thickener selected from poly C 10- C 30 alkyl acrylate and crystalline apolar hydrocarbon-based waxes constituted solely of carbon and hydrogen atoms, (b) at least one UV filter, and (c) water, and wherein the aqueous phase and the oily phase are visually separated at rest. (a) at least one semi-crystalline or crystalline lipophilic thickener selected from poly C 10- C 30 alkyl acrylate and crystalline apolar hydrocarbon-based waxes constituted solely of carbon and hydrogen atoms, (b) at least one UV filter, and (c) water, and
An implantable medical device comprising: a plurality of components on a substrate, and a biocompatible multi-tayer coating applied at least in part by vapour deposition to conform to and sealingly cover at least a portion of the components and the substrate, the coating being applied in at least two sets of layers, wherein each of the sets has at least three layers, and diffusion through each layer differs from that of the other layers in the set and wherein each set has at least one layer formed by dissociation of a polymeric precursor and then deposition of that dissociated precursor, and another layer is a biocompatible liquid. a plurality of components on a substrate, and a biocompatible multi-tayer coating applied at least in part by vapour deposition to conform to and sealingly cover at least a portion of the components and the substrate, the coating being applied in at least two sets of layers, wherein each of the sets has at least three layers, and diffusion through each layer differs from that of the other layers in the set and wherein each set has at least one layer formed by dissociation of a polymeric precursor and then deposition of that dissociated precursor, and another layer is a biocompatible liquid.
Exhaust gas aftertreatment system for an internal combustion engine, comprising a catalytic converter, a particle filter and a first exhaust pipe and a second exhaust pipe, characterized in that the first exhaust pipe is contacted by the catalytic converter orthogonally with respect to the main flow direction of an exhaust gas, the catalytic converter is contacted by the particle filter, and the particle filter is contacted by the second exhaust pipe, wherein the first exhaust pipe and the catalytic converter, the catalytic converter and the particle filter, and the particle filter and the second exhaust pipe are formed adjacent to one another in such a manner that an exhaust gas can be transported from the first exhaust pipe to the second exhaust pipe or vice versa, wherein the first exhaust pipe, the catalytic converter, the particle filter and the second exhaust pipe are of plate-like design and are arranged in a layered manner.
A power transmitting device mounted on a vehicle and comprising: an input shaft to which a rotational force of a drive source is inputted; an output shaft to output the rotational force to a to-be-driven unit; a plurality of speed change gear pairs to transmit the rotational force from the input shaft to the output shaft; a plurality of slider members supported by the output shaft to transmit the rotational force from the input shaft to the output shaft upon an axial movement; a shifter mechanism to move the slider member in an axial direction, including a change drum; and a non-speed change shaft to which the rotational force is transmitted from the input shaft, the non-speed change shaft being disposed between the input shaft and the shifter mechanism in a circumferential direction of the output shaft, wherein all slider members are supported solely by the output shaft, and the non-speed change shaft is disposed in a vehicle direction at a location forwardly of the shifter mechanism and below the output shaft, characterised in that a distance from an axis of the input shaft to an axis of the non-speed change shaft is smaller than a distance from the axis of the input shaft to a rotary shaft of the change drum. an input shaft to which a rotational force of a drive source is inputted; an output shaft to output the rotational force to a to-be-driven unit; a plurality of speed change gear pairs to transmit the rotational force from the input shaft to the output shaft; a plurality of slider members supported by the output shaft to transmit the rotational force from the input shaft to the output shaft upon an axial movement; a shifter mechanism to move the slider member in an axial direction, including a change drum; and a non-speed change shaft to which the rotational force is transmitted from the input shaft, the non-speed change shaft being disposed between the input shaft and the shifter mechanism in a circumferential direction of the output shaft, wherein all slider members are supported solely by the output shaft, and the non-speed change shaft is disposed in a vehicle direction at a location forwardly of the shifter mechanism and below the output shaft, characterised in that a distance from an axis of the input shaft to an axis of the non-speed change shaft is smaller than a distance from the axis of the input shaft to a rotary shaft of the change drum.
Device for keeping an accelerator handle, which accelerator handle is mounted on a steering bar, in position by means of friction against a bearing surface secured to said steering bar, the device comprising mechanical means having a disc that can rotate about a Z axis and has an inner face, an outer face and a central hole placed in parallel with and against a radial surface, assembly means, guide means, positioning means, and locking means that can move in translation along the Z axis and comprise a ring having an inner face and an outer face; the positioning means comprising at least three magnets, one of the at least three magnets being placed on the outer face of the disc, its visible part being a north pole, and the other of the at least three magnets being placed on the inner face of the ring, its visible part being a south pole; the outer face of the disc and the inner face of the ring facing one another. the positioning means comprising at least three magnets, one of the at least three magnets being placed on the outer face of the disc, its visible part being a north pole, and the other of the at least three magnets being placed on the inner face of the ring, its visible part being a south pole; the outer face of the disc and the inner face of the ring facing one another.
Solid particulate material containing a) at least one compound containing carbamoylsulphonate groups and b) at least one emulsifier. characterized • in that reaction products formed from organic polyisocyanates and bisulphite and/or disulphite are used as the component a) compounds containing carbamoylsulphonate groups, and • in that at least one nonionic alkoxylated polyol containing ester groups and having an HLB value of at least 13 and/or an alkylglycoside and/or a nonionic alkoxylated alcohol free of ester groups is included as emulsifier of component b). a) at least one compound containing carbamoylsulphonate groups and b) at least one emulsifier. • in that reaction products formed from organic polyisocyanates and bisulphite and/or disulphite are used as the component a) compounds containing carbamoylsulphonate groups, and • in that at least one nonionic alkoxylated polyol containing ester groups and having an HLB value of at least 13 and/or an alkylglycoside and/or a nonionic alkoxylated alcohol free of ester groups is included as emulsifier of component b).