mhurhangee/ep-ind-claims huggingface dataset:
A connecting tab for connecting a plurality of battery cells of a battery module, the connecting tab including: a main body part formed in a plate shape; a cell bonding part formed in the main body part that contacts the plurality of battery cells; a hole that is formed in a central portion of the main body surrounded by the cell bonding part; and a bending part that crosses the hole and is folded in half, wherein at least one bending groove is formed in the bending part in a straight line. a main body part formed in a plate shape; a cell bonding part formed in the main body part that contacts the plurality of battery cells; a hole that is formed in a central portion of the main body surrounded by the cell bonding part; and a bending part that crosses the hole and is folded in half, wherein at least one bending groove is formed in the bending part in a straight line.
A method of making a multi-section composite tank, comprising: aligning two mating sections (32a, 32b) of a soluble tool; applying a composite material between and around the two mating sections, composite material having a hole; placing a spacer in the central hole; curing the composite material and the spacer around the soluble tool, such that the spacer adheres to the composite material; and washing out the soluble tool to form a blind hole between mating sections of the tank. aligning two mating sections (32a, 32b) of a soluble tool; applying a composite material between and around the two mating sections, composite material having a hole; placing a spacer in the central hole; curing the composite material and the spacer around the soluble tool, such that the spacer adheres to the composite material; and washing out the soluble tool to form a blind hole between mating sections of the tank.
A method for characterising at least one sample, comprising: a) illuminating said or each sample to be analysed with N≥1 light rays (LE 1 - LE 3) at respective wavelengths of light (λE 1 - λE 3); b) acquiring, for each said light ray, of at least one fluorescent light intensity and at least one elastic scattering light intensity emitted by said or each sample; c) for said or each sample, determining a vector indicator from said fluorescence and elastic scattering light intensities; d) determining at least one scalar or vector parameter characterising each sample, or a method to which said sample has been subjected, from the corresponding vector indicator, the method being characterised in that said step b) comprises, for said or each sample, the acquisition of at least one fluorescence spectrum and in that said step c) comprises, also for said or each sample: - calculating a vector of scores by applying a multivariate or multipath statistical model to said or each fluorescence spectrum, said statistical model being defined by a vector of illumination loadings and by a vector of fluorescence loadings; and - concatenating said vector of scores with at least one elastic scattering intensity value or characteristic parameter of at least one elastic scattering spectrum, thereby obtaining said vector indicator. a) illuminating said or each sample to be analysed with N≥1 light rays (LE 1 - LE 3) at respective wavelengths of light (λE 1 - λE 3); b) acquiring, for each said light ray, of at least one fluorescent light intensity and at least one elastic scattering light intensity emitted by said or each sample; c) for said or each sample, determining a vector indicator from said fluorescence and elastic scattering light intensities; d) determining at least one scalar or vector parameter characterising each sample, or a method to which said sample has been subjected, from the corresponding vector indicator, the method being characterised in that said step b) comprises, for said or each sample, the acquisition of at least one fluorescence spectrum and in that said step c) comprises, also for said or each sample: - calculating a vector of scores by applying a multivariate or multipath statistical model to said or each fluorescence spectrum, said statistical model being defined by a vector of illumination loadings and by a vector of fluorescence loadings; and - concatenating said vector of scores with at least one elastic scattering intensity value or characteristic parameter of at least one elastic scattering spectrum, thereby obtaining said vector indicator. - calculating a vector of scores by applying a multivariate or multipath statistical model to said or each fluorescence spectrum, said statistical model being defined by a vector of illumination loadings and by a vector of fluorescence loadings; and - concatenating said vector of scores with at least one elastic scattering intensity value or characteristic parameter of at least one elastic scattering spectrum, thereby obtaining said vector indicator.
A method for charging a lithium-sulphur cell, said method comprising: monitoring the voltage, V, of a cell during charge as a function of time, t, or capacity, Q, determining, in a voltage region in which the cell transitions between the first stage and second stage of charge, the reference capacity, Q ref, of the cell at which dV/dt or dV/dQ is at a maximum, terminating charge when the capacity of the cell reaches a.Q ref, where a is 1.1 to 1.4. monitoring the voltage, V, of a cell during charge as a function of time, t, or capacity, Q, determining, in a voltage region in which the cell transitions between the first stage and second stage of charge, the reference capacity, Q ref, of the cell at which dV/dt or dV/dQ is at a maximum, terminating charge when the capacity of the cell reaches a.Q ref, where a is 1.1 to 1.4.
A process for selective hydrogenation of polyunsaturated compounds into monounsaturated compounds which can jointly transform saturated light sulphur-containing compounds into heavier compounds by reaction with the unsaturated compounds contained in gasolines, said process employing a catalyst containing at least one metal from group VIB and at least one non-noble metal from group VIII deposited on a support, in which: • the amount, by weight of oxide, of the group VIB element is strictly greater than 12% by weight; • the amount, by weight of oxide, of the group VIII element is less than 15% by weight; • the degree of sulphurization of the constituent metals of said catalyst is at least 60%; • the mole ratio between the non-noble group VIII metal and the group VIB metal is in the range 0.2 to 0.5 mol/mol. • the amount, by weight of oxide, of the group VIB element is strictly greater than 12% by weight; • the amount, by weight of oxide, of the group VIII element is less than 15% by weight; • the degree of sulphurization of the constituent metals of said catalyst is at least 60%; • the mole ratio between the non-noble group VIII metal and the group VIB metal is in the range 0.2 to 0.5 mol/mol.
Method for operating a drive device, in particular of a motor vehicle, wherein the drive device has at least a first drive machine, at least a second drive machine and a double clutch transmission with a first and a second partial transmission (7, 8), wherein the first drive machine can be or is connected to a drive side (11, 12) of the first and of the second partial transmission (7, 8) via one clutch (9, 10) in each case, and the second drive machine can be or is connected to the drive side (11, 12) of the first or of the second partial transmission (7, 8) via a clutch device, and wherein both the clutches (9, 10) are opened in at least one driving state and owing to a change of drive gear no drive gear is engaged at least for the partial transmission which is connected to the second drive machine, characterized in that when an acceleration request occurs during the driving state the following steps are carried out: - a drive gear for the partial transmission, which is not connected to the second drive machine, is engaged or maintained, and - the first and the second clutches (9, 10) are closed. - a drive gear for the partial transmission, which is not connected to the second drive machine, is engaged or maintained, and - the first and the second clutches (9, 10) are closed.
Cosmetic preparation containing a) 2-ethylhexyl-2-cyano-3,3-diphenyl acrylate (octocrylene), b) ethanol and c) titanium dioxide in the rutile crystal structure with a primary particle size of 2-100 nm, wherein the preparation contains exclusively titanium dioxide in the rutile crystal structure, the titanium dioxide is coated with silica and the titanium dioxide coated with silica has a layer of dimethicone on the exterior side of the silica layer, characterized in that the preparation is free of propylparaben, butylparaben, methylisothiazolinone, chloromethylisothiazolinone, IPBC, DMDM hydantoin, dimethylol glycol, dimethylol urea, sodium hydroxymethyl glycinate, BHT, 3-(4-methyl-benzylidene)camphor and 2-hydroxy-4-methoxybenzophenone. a) 2-ethylhexyl-2-cyano-3,3-diphenyl acrylate (octocrylene), b) ethanol and c) titanium dioxide in the rutile crystal structure with a primary particle size of 2-100 nm, wherein the preparation contains exclusively titanium dioxide in the rutile crystal structure, the titanium dioxide is coated with silica and the titanium dioxide coated with silica has a layer of dimethicone on the exterior side of the silica layer, characterized in that the preparation is free of propylparaben, butylparaben, methylisothiazolinone, chloromethylisothiazolinone, IPBC, DMDM hydantoin, dimethylol glycol, dimethylol urea, sodium hydroxymethyl glycinate, BHT, 3-(4-methyl-benzylidene)camphor and 2-hydroxy-4-methoxybenzophenone.
A road roller comprising a seat, movable on a seating carriage, for a driver of a construction machine, said seat comprising an electric seat adjustment device for adjustment in at least one shifting direction via a drive motor coupled to the seating carriage via a transmission element, and comprising a control device for the seat adjustment device, wherein a steering column movable together with the seat and having a control device is fastened to the seat, characterized in that the seat adjustment device comprises a manual quick adjustment device of the seating carriage for a large moving path between a leftmost and a rightmost position of the seating carriage in driving direction, wherein the drive motor and/or the seating carriage are decouplable from the transmission element.
A method of determining an indication of the quality of a quadrature amplitude modulated, QAM, digital signal on a cable network with forward error correction, FEC, comprising the steps of: a) determining a first bit error rate, BER, of the QAM digital signal prior to FEC; b) determining a second BER of the QAM digital signal after FEC; c) determining a digital quality index, DQI, of the QAM digital signal on a predetermined scale on the basis of the first BER and the second BER; and d) displaying the DQI to provide an indication of the quality of the QAM digital signal on the cable network; characterized in that step a) comprises: i) obtaining a QAM decode error voltage, V ERR, of the QAM digital signal from a QAM demodulator; and ii) determining the first BER from a scaled value of the V ERR, x, by using a modified exponential equation, f x = c 1 + ae − bx wherein a, b, and c are constants based on decoding hardware, and wherein a>0, b>0, and 0<c<1, wherein the QAM decode error voltage, V ERR, is the root mean square of the amplitude of the error vector of a received constellation point with respect to a closest valid constellation point. a) determining a first bit error rate, BER, of the QAM digital signal prior to FEC; b) determining a second BER of the QAM digital signal after FEC; c) determining a digital quality index, DQI, of the QAM digital signal on a predetermined scale on the basis of the first BER and the second BER; and d) displaying the DQI to provide an indication of the quality of the QAM digital signal on the cable network; characterized in that step a) comprises: i) obtaining a QAM decode error voltage, V ERR, of the QAM digital signal from a QAM demodulator; and ii) determining the first BER from a scaled value of the V ERR, x, by using a modified exponential equation, f x = c 1 + ae − bx wherein a, b, and c are constants based on decoding hardware, and wherein a>0, b>0, and 0<c<1, wherein the QAM decode error voltage, V ERR, is the root mean square of the amplitude of the error vector of a received constellation point with respect to a closest valid constellation point. i) obtaining a QAM decode error voltage, V ERR, of the QAM digital signal from a QAM demodulator; and ii) determining the first BER from a scaled value of the V ERR, x, by using a modified exponential equation, f x = c 1 + ae − bx wherein a, b, and c are constants based on decoding hardware, and wherein a>0, b>0, and 0<c<1, wherein the QAM decode error voltage, V ERR, is the root mean square of the amplitude of the error vector of a received constellation point with respect to a closest valid constellation point.
A method comprising: introducing a fluid that comprises cement, water, and a dual oil/water-swellable particle in an amount of 1% to 50% by weight of the cement, wherein the dual oil/water-swellable particle comprises an oil swellable material and a water swellable material in a single particle into a subterranean formation, wherein the dual oil/water swellable particle has a particle size in the range of 1 micrometer to 1500 micrometers, wherein the cement composition is introduced into a space between a pipe string and a subterranean formation; and the cement composition is allowed to set in the space, wherein the dual oil/water- swellable particle comprises an ethylene propylene rubber and a bentonite or a butyl rubber and sodium bentonite; and allowing the cement composition to set in the subterranean formation. introducing a fluid that comprises cement, water, and a dual oil/water-swellable particle in an amount of 1% to 50% by weight of the cement, wherein the dual oil/water-swellable particle comprises an oil swellable material and a water swellable material in a single particle into a subterranean formation, wherein the dual oil/water swellable particle has a particle size in the range of 1 micrometer to 1500 micrometers, wherein the cement composition is introduced into a space between a pipe string and a subterranean formation; and the cement composition is allowed to set in the space, wherein the dual oil/water- swellable particle comprises an ethylene propylene rubber and a bentonite or a butyl rubber and sodium bentonite; and allowing the cement composition to set in the subterranean formation.
A cooling tube assembly for use in thermally strengthening a glass container, comprising: a cylindrical cooling tube (106, 406) extending from a first cooling tube end to a second cooling tube end, the cooling tube (106, 406) having an inner surface, an outer surface, an inner diameter, and an outer diameter, the cooling tube (106, 406) including a first plurality of throughbores and a second plurality of throughbores located axially between the first plurality of throughbores and the second end of the cooling tube(106, 406), each of the second plurality of throughbores being circumferentially offset from each of the first plurality of throughbores; and characterised by a nozzle (108, 408) located at the second end of the cooling tube (106, 406) and extending from a first nozzle end to a second nozzle end, the first end of the nozzle being located inside the cooling tube (106, 406) with the first plurality of throughbores being located axially between the second end of the cooling tube (106,406) and the first end of the nozzle (108, 408). a cylindrical cooling tube (106, 406) extending from a first cooling tube end to a second cooling tube end, the cooling tube (106, 406) having an inner surface, an outer surface, an inner diameter, and an outer diameter, the cooling tube (106, 406) including a first plurality of throughbores and a second plurality of throughbores located axially between the first plurality of throughbores and the second end of the cooling tube(106, 406), each of the second plurality of throughbores being circumferentially offset from each of the first plurality of throughbores; and characterised by a nozzle (108, 408) located at the second end of the cooling tube (106, 406) and extending from a first nozzle end to a second nozzle end, the first end of the nozzle being located inside the cooling tube (106, 406) with the first plurality of throughbores being located axially between the second end of the cooling tube (106,406) and the first end of the nozzle (108, 408).
Container for agricultural spreading machines, having at least one safeguarding device, which prevents access to moving parts within the container, wherein the safeguarding device is assigned at least one locking element for locking the safeguarding device in the safeguarding position, wherein, on the one side, the safeguarding device is fastened on container parts such that it can be pivoted by means of articulations and, on the other side, at a distance apart from the articulations, it butts against container parts by means of bearing elements, characterized in that on that side of the safeguarding device on which the latter is fitted on the container part by means of articulations, resilient intermediate elements, which move the safeguarding device in the opening direction, are arranged between the safeguarding device and the container parts.
A compound of formula (Ia) or (Ib) a stereoisomeric form, a pharmaceutically acceptable salt, solvate or polymorph thereof; said compound is selected from the group wherein: R 1 is CF 3 or OCF 3, R 2 is H or OCH 3 or F, R 3 is H; and when R 2 is H than R 3 can also be CH 3. R 1 is CF 3 or OCF 3, R 2 is H or OCH 3 or F, R 3 is H; and when R 2 is H than R 3 can also be CH 3.
An induction hob comprising a cover plate with an inductor, said inductor comprised of an induction coil, spacers for enabling an air gap between the induction coil and the cover plate, and a temperature probe, characterized in that a spacer comprises, either at its side that cooperates with a cover plate and, respectively, with an electrical insulation means by means of which an inductor is tightly connected to the lower surface of the cover plate, and/or at its side that cooperates with an induction coil which is arranged with a spacing (t) from the cover plate and, respectively, from said insulation means, wherein a temperature probe is arranged in the central region of the induction coil to which is connected an element for transfer of heat from a container with medium to be heated, wherein said element for heat transfer is formed as an element comprising one or several legs, at least one groove configured to accommodate the leg of the element which is connected to a temperature probe arranged in the central region of the induction coil.
Continuously variable transmission with a drive belt and with two pulleys (1, 2), each provided with two pulley discs (4, 5) with a running surface that is in friction contact with a lateral side face of the drive belt, wherein the running surfaces of the pulleys (1, 2) and the lateral side face of the drive belt are made of steel and wherein, during operation of the transmission, the said friction contact is cooled by means of lubrication oil, characterized in that at least one of the running surfaces is an essentially smooth surface characterized by an (ISO-standard) Ra-surface roughness value of less than 0.1 micrometer that is interrupted by several dimples for accommodating lubrication oil during operation of the transmission and which dimples each cover a surface area in the running surface of at least 40 square micrometer and at most 500 square micrometer.
Latch lock consisting of two lock housings (2, 3), wherein one lock housing is screwed on a frame or the like and has a rear grip for locking reception of a catch of a second lock housing, wherein the catch is actuable by a grip which is pivotable in a pivot axis in spring-loaded manner against the force of a spring and wherein the second lock housing is screwed on a movable component, characterised in that the catch is mounted to be pivotable in spring-loaded manner in the pivot axis of the grip and in that a closing bar in the closed position of a closing cylinder rests on the rear side of the catch.
A method of operation of a navigation system comprising: generating candidate routes from a start location to a destination; calculating a route travel fuel cost with a vehicle fuel consumption rate of a vehicle; calculating a route acceleration fuel cost from an acceleration of the vehicle; calculating a route idle fuel cost from a vehicle idle instance of the vehicle, wherein calculating the route idle fuel cost includes calculating a vehicle idle time based on a turn angle of the vehicle following the vehicle idle instance by utilizing information correlating a time the vehicle is at an idle state with an angle of a turn following the idle state; calculating a route fuel cost for the candidate routes with the route travel fuel cost, the route idle fuel cost and the route acceleration fuel cost; and selecting an ecological route from the candidate routes having the lowest value of the route fuel cost for displaying on a device. generating candidate routes from a start location to a destination; calculating a route travel fuel cost with a vehicle fuel consumption rate of a vehicle; calculating a route acceleration fuel cost from an acceleration of the vehicle; calculating a route idle fuel cost from a vehicle idle instance of the vehicle, wherein calculating the route idle fuel cost includes calculating a vehicle idle time based on a turn angle of the vehicle following the vehicle idle instance by utilizing information correlating a time the vehicle is at an idle state with an angle of a turn following the idle state; calculating a route fuel cost for the candidate routes with the route travel fuel cost, the route idle fuel cost and the route acceleration fuel cost; and selecting an ecological route from the candidate routes having the lowest value of the route fuel cost for displaying on a device.
A method for producing one or more electrolysis products, wherein one or more electrolytic cells are used, wherein a hydrogen-rich cathode extraction gas is extracted on the cathode side of the one or more electrolytic cells, wherein an anode extraction gas is extracted on the anode side of the one or more electrolytic cells, wherein the anode extraction gas is extracted from the one or more electrolytic cells as part of a two-phase flow, wherein the two-phase flow comprises the anode extraction gas and a water phase, and wherein the two-phase flow or part thereof is separated into the anode extraction gas and the water phase in a separator arrangement, characterized in that the separator arrangement used is a separator arrangement having a first portion, which has a first gas chamber and a first liquid chamber, and having a second portion, which has a second gas chamber and a second liquid chamber, wherein the separator arrangement is designed such that, when the first liquid chamber and the second liquid chamber are filled, a liquid seal is formed which interrupts gas contact between the first gas chamber and the second gas chamber, and in particular liquid contact between the first liquid chamber and the second liquid chamber is additionally prevented by the second gas chamber by means of a correspondingly controlled liquid level in the second portion.