mhurhangee/ep-ind-claims huggingface dataset:
A hybrid module for a drive train of a motor vehicle, comprising an electric machine, a clutch device and a separating clutch, wherein the separating clutch is coupled, on the one hand, to a dual mass flywheel and, on the other hand, to an intermediate shaft and has a frictionally engaging package comprising a pressure plate, a counter plate and at least one intermediate plate and clutch discs (43, 44) engaging between these plates, wherein the pressure plate, the intermediate plate and the clutch discs (43, 44) are axially movable, the counter plate being fixedly connected to an outer disc support, characterized in that the intermediate plate and the pressure plate on the outer disc support are guided non-rotatably, but axially movably via a toothing engagement, wherein the outer disc support is coupled to the dual mass flywheel via a toothing engagement, wherein one or more spring elements are provided that pretension the toothing engagement between the outer disc support and the dual mass flywheel in the circumferential direction, wherein at least one tensioning element is provided that engages between an external toothing of the outer plate support and an internal toothing of the dual mass flywheel, which mesh together, wherein the or each spring element is arranged between the tensioning element and the outer plate support, wherein the or each tensioning element has an inwardly extending radial flange on which one or a plurality of support sections are provided on which the spring element(s) bear at one end, wherein the outer plate support also has one or a plurality of support sections on which the spring element(s) bear at the other end.
Composition comprising at least one cocoa polyphenol and at least one soluble dietary fiber for use in the prevention or treatment of a disorder associated with an above-normal number of granulocytes in a tissue, wherein the disorder associated with an above-normal number of granulocytes in a tissue is an eosinophilic gastrointestinal disorder, an allergy, in particular, a food allergy, an gastrointestinal syndrome, allergy associated with aeroallergen including asthma and allergic rhinithis, lung allergic inflammation or skin atopic dermatitis.
Method for determining constituents of a gas mixture, in particular of an exhaust gas of internal combustion engines, having a sensor element with at least two first measuring electrodes (14, 16) applied to a ceramic solid electrolyte material, wherein the two first measuring electrodes (14, 16) are provided for determining the concentration of particles in a gas mixture, and wherein two further measuring electrodes (28, 56) are provided for determining the concentration of at least one gaseous component of the gas mixture, and wherein the solid electrolyte material at least regionally comprises a material component which reduces the electrical conductivity of the solid electrolyte material, wherein the determination of the concentration of particles is performed by determination of electrical resistance between the first measuring electrodes (14, 16), wherein, offset in terms of time, the concentration of particles and the concentration of at least one gaseous component of the gas mixture are determined using the same sensor element, and the determination of the concentration of the gaseous component is performed by determination of an electrical potential prevailing at the further measuring electrodes (28, 56) of the sensor element, wherein the determination of the concentration of particles is performed in a first time period, and the determination of the at least one gaseous component of the gas mixture is performed in a second time period, and in the first time period, the sensor element is kept at the temperature of the gas mixture to be measured, and in the second time period, the sensor element is heated to a temperature of at least 450°C.
An imaging device comprising: an imaging element that generates an analog image signal and outputs the analog image signal in a nondestructive manner; an image processor that performs predetermined processing on a digital image signal, obtained by converting the analog image signal, to generate digital image data; and a controller that controls the image processor, characterized by wherein, under control of the controller, the image processor reads out digital image signals from the imaging element a plurality of times within one exposure period, calculates for the digital image signal a target gain value based on a target level and an added signal, and multiplies the added signal by the target gain value to generate the digital image data, the target level being calculated based on a signal level of a last readout digital image signal in the one exposure period, the added signal being obtained by adding up digital image signals read out the plurality of times. an imaging element that generates an analog image signal and outputs the analog image signal in a nondestructive manner; an image processor that performs predetermined processing on a digital image signal, obtained by converting the analog image signal, to generate digital image data; and a controller that controls the image processor, characterized by wherein, under control of the controller, the image processor reads out digital image signals from the imaging element a plurality of times within one exposure period, calculates for the digital image signal a target gain value based on a target level and an added signal, and multiplies the added signal by the target gain value to generate the digital image data, the target level being calculated based on a signal level of a last readout digital image signal in the one exposure period, the added signal being obtained by adding up digital image signals read out the plurality of times.
A photocurable liquid silicone composition, comprising: an organosilane or organopolysiloxane with 1 to 5 silicon atoms, having at least two alkenyl groups with 2 to 12 carbon atoms in a molecule, and at least two monovalent functional groups selected from aromatic groups with 6 to 12 carbon atoms and aralkyl groups with 7 to 12 carbon atoms; a compound having at least two mercapto groups in the molecule {at an amount where the mercapto groups in component are 0.2 to 3 mols relative to 1 mol of alkenyl groups in component}; and a photo-radical initiator; wherein with regards to 100 parts by mass of component, component, and component, the content of component is in a range of 10 to 99 parts by mass and the content of component is 0.01 to 3.0 parts by mass, and the refractive index of the entire liquid composition prior to curing, at 25°C, and at a wavelength of 847 nm is 1.48 or higher. an organosilane or organopolysiloxane with 1 to 5 silicon atoms, having at least two alkenyl groups with 2 to 12 carbon atoms in a molecule, and at least two monovalent functional groups selected from aromatic groups with 6 to 12 carbon atoms and aralkyl groups with 7 to 12 carbon atoms; a compound having at least two mercapto groups in the molecule {at an amount where the mercapto groups in component are 0.2 to 3 mols relative to 1 mol of alkenyl groups in component}; and a photo-radical initiator; wherein with regards to 100 parts by mass of component, component, and component, the content of component is in a range of 10 to 99 parts by mass and the content of component is 0.01 to 3.0 parts by mass, and the refractive index of the entire liquid composition prior to curing, at 25°C, and at a wavelength of 847 nm is 1.48 or higher.
A composite material comprising: a polymer material; and biologically- synthesized tellurium nanorods dispersed in the polymer material; wherein the biologically- synthesized tellurium nanorods have a non-linear optical limiting response, wherein the non-linear optical limiting response is non-linear scattering. a polymer material; and biologically- synthesized tellurium nanorods dispersed in the polymer material; wherein the biologically- synthesized tellurium nanorods have a non-linear optical limiting response, wherein the non-linear optical limiting response is non-linear scattering.
A water heating system comprising: - an outer casing, - an electrical heating device for heating water, - a battery electrically coupled to the electrical heating device for powering the electrical heating device, - a battery management system electrically coupled to the battery for charging the battery, - a heat sink arrangement thermally coupled to the battery and configured to store and release thermal energy, and - a thermally insulating shell housed within the outer casing, characterized in that the thermally insulating shell encloses the battery and the heat sink arrangement. - an outer casing, - an electrical heating device for heating water, - a battery electrically coupled to the electrical heating device for powering the electrical heating device, - a battery management system electrically coupled to the battery for charging the battery, - a heat sink arrangement thermally coupled to the battery and configured to store and release thermal energy, and - a thermally insulating shell housed within the outer casing, characterized in that the thermally insulating shell encloses the battery and the heat sink arrangement.
A silicon nanoparticle comprising an oxide film of Li x Si y O z where x>0, y>0, 0<z≤2(x+4y) disposed on a surface of the silicon nanoparticle and a carbon coating layer formed on the oxide film.
A catalyst composition for polyurethane resin production, which comprises an iron compound represented by the following formula and a tertiary amine compound represented by the following formula: Fe n+ n in the formula, each L independently is a β-diketonate ligand represented by the following formula, and n is 2 or 3, in the formula, each of R 1 and R 3 which are independent of each other, is a C 2-10 alkyl group, and R 2 is a hydrogen atom or a C 1-7 alkyl group, in the formula, each of R 4 to R 6 which are independent of one another, is a hydrogen atom or a C 1-10 alkyl group, and R 7 is a C 1-10 alkylene group.
An apparatus for electrically connecting a perforating gun comprising: a housing having a first portion having a first end and a first outer diameter, and having a second portion with a second end and a second outer diameter, and an outer circumferential groove proximate to the second end; a switch disposed within the housing; a retainer having a first end with a first bore with an inner circumferential groove proximate to the first end, a second end with a frusto conical shaped bore, a thru bore connecting the first bore with the frusto conical shaped bore, wherein the first bore is coupled to the second end of the housing and the inner circumferential groove of the retainer substantially align; and a snap ring disposed within the outer circumferential groove of the housing and the inner circumferential groove of the retainer. a housing having a first portion having a first end and a first outer diameter, and having a second portion with a second end and a second outer diameter, and an outer circumferential groove proximate to the second end; a switch disposed within the housing; a retainer having a first end with a first bore with an inner circumferential groove proximate to the first end, a second end with a frusto conical shaped bore, a thru bore connecting the first bore with the frusto conical shaped bore, wherein the first bore is coupled to the second end of the housing and the inner circumferential groove of the retainer substantially align; and a snap ring disposed within the outer circumferential groove of the housing and the inner circumferential groove of the retainer.
A method, comprising: sending from a first medical device to a second medical device a request for real-time data using a non-real-time communication protocol that comprises messages for conveying medical measurement results, wherein the first medical device comprises a position tracking system, wherein the second medical device comprises a fluoroscopic imaging system, wherein the non-real-time communication protocol comprises a Digital Imaging and Communications in Medicine (DICOM) protocol and wherein the medical measurement results comprise an image; and in response to the request, producing in the second medical device at least one message that comprises the requested real-time data and a dummy payload instead of the medical measurement results to reduce the overall size of the message, wherein the dummy payload comprises a dummy image, and sending the at least one message from the second medical device to the first medical device using the non-real-time communication protocol, wherein sending the at least one message comprises sending one or more messages that report respective spatial positions of the fluoroscopic imaging system. sending from a first medical device to a second medical device a request for real-time data using a non-real-time communication protocol that comprises messages for conveying medical measurement results, wherein the first medical device comprises a position tracking system, wherein the second medical device comprises a fluoroscopic imaging system, wherein the non-real-time communication protocol comprises a Digital Imaging and Communications in Medicine (DICOM) protocol and wherein the medical measurement results comprise an image; and in response to the request, producing in the second medical device at least one message that comprises the requested real-time data and a dummy payload instead of the medical measurement results to reduce the overall size of the message, wherein the dummy payload comprises a dummy image, and sending the at least one message from the second medical device to the first medical device using the non-real-time communication protocol, wherein sending the at least one message comprises sending one or more messages that report respective spatial positions of the fluoroscopic imaging system.
Arrangement consisting of a controller arranged or to be arranged on a hydraulic lifting device and a mobile control module via which the controller can be remote-controlled, wherein it is possible to feed sensor data to the controller via signal inputs (6, 7) and a processor of the controller is formed to calculate, from these sensor data and from stored data specific to the lifting device, information which is characteristic of the current lifting load situation and/or the allowability of work processes on the lifting device - optionally in the given current lifting load situation - wherein the controller has a mode in which it transmits to the mobile control module, via a transmitting and receiving module, the information which is characteristic of the current lifting load situation and/or the allowability of work processes on the lifting device - optionally in the given current lifting load situation - to a transmitting and receiving module of the mobile control module, and in that a processor of the mobile control module calculates from this information graph data for a display which can be displayed to a user via a display unit.
Method for operating a motor vehicle diesel engine with an exhaust emission control system comprising an oxidising converter, a particulate filter and an SCR converter, wherein the exhaust gas emitted by the diesel engine is conducted through the oxidising converter before passing through the particulate filter and the SCR converter, characterised in that the particulate filter is occasionally regenerated with a thermal particulate burn-off, wherein the diesel engine is, during the regeneration of the particulate filter, operated with an air-to-fuel ratio with a lambda value (λ) of approximately 1.0 and air is added to the exhaust gas after it leaves the oxidising converter and before it enters the particulate filter, so that a burn-off of particulates accumulated on the particulate filter is facilitated.
An electronic device for a user equipment, the electronic device comprising circuitry configured to: communicate with a base station via a plurality of component carriers with carrier aggregation, each component carrier corresponding to a cell in a plurality of cells, a first cell among the plurality of the cells is providing security input and non access stratum, NAS, mobility information to the user equipment and other cells among the plurality of the cells, to which the user equipment is connected, are providing uplink and/or downlink resources to the user equipment; and receive, when there is a change in system information of a second cell among the plurality of cells and that is already activated for the user equipment, first information which comprises updated system information of the second cell via a dedicated signaling through a dedicated channel of the first cell, wherein the electronic device is configured to need not listen to the second cell for broadcast system information. communicate with a base station via a plurality of component carriers with carrier aggregation, each component carrier corresponding to a cell in a plurality of cells, a first cell among the plurality of the cells is providing security input and non access stratum, NAS, mobility information to the user equipment and other cells among the plurality of the cells, to which the user equipment is connected, are providing uplink and/or downlink resources to the user equipment; and receive, when there is a change in system information of a second cell among the plurality of cells and that is already activated for the user equipment, first information which comprises updated system information of the second cell via a dedicated signaling through a dedicated channel of the first cell, wherein the electronic device is configured to need not listen to the second cell for broadcast system information.
A system comprising: a hydroprocessing zone configured to remove impurities from crude oil; a first separation unit configured to separate a liquid output from the hydroprocessing zone into a light fraction and a heavy fraction; an aromatic extraction subsystem configured to extract aromatic petrochemicals from the light fraction, wherein the aromatic extraction subsystem comprises an aromatic extraction unit configured to separate aromatic petrochemicals of the light fraction from non-aromatic components of the light fraction by one or more of solvent extraction and extractive distillation and wherein the system is configured to route the non-aromatic components of the light fraction to the hydroprocessing zone; and a fluid catalytic cracking unit configured to crack the heavy fraction into multiple products. a hydroprocessing zone configured to remove impurities from crude oil; a first separation unit configured to separate a liquid output from the hydroprocessing zone into a light fraction and a heavy fraction; an aromatic extraction subsystem configured to extract aromatic petrochemicals from the light fraction, wherein the aromatic extraction subsystem comprises an aromatic extraction unit configured to separate aromatic petrochemicals of the light fraction from non-aromatic components of the light fraction by one or more of solvent extraction and extractive distillation and wherein the system is configured to route the non-aromatic components of the light fraction to the hydroprocessing zone; and a fluid catalytic cracking unit configured to crack the heavy fraction into multiple products.
A method for genetically modifying a Trichoderma host for increased protein production or activity of CBHI, EGI or xylanase, which comprises genetically modifying the host to overexpress of gene tre122523 having SEQ ID NO:4 or a coding region of the gene or a nucleotide sequence hybridizing under stringent conditions to said gene, said host being capable of increased production of CBHI, EGI or xylanase as compared to the parental strain.
A method for operating an electrical installation of a vehicle with a camping body, wherein the vehicle comprises an electrical installation having an energy distribution network, wherein the electrical installation uses control and/or monitoring means which are combined with each other to form a central module as well as operating elements and display units provided at any places of the vehicle, characterized in that a terminal point of the energy distribution network will be centrally controlled by the control means and the power absorbed by a towing vehicle via the energy distribution network will be limited, for which purpose the energy distribution network of the vehicle ensures itself a limitation of the maximum power that can be drawn by the towing vehicle.
A method of manufacturing a semiconductor laser element, the method including: a cleaning process of holding a semiconductor light emission element having a configuration that emits light from a facet (BE1, BE2) thereof in a plasma sputtering device (10, 10A) with a target and cleaning the facet (BE1, BE2) by irradiating the facet (BE1, BE2) with plasma in the plasma sputtering device (10, 10A); and a dielectric film formation process for forming a dielectric film (RC1, RC2) on the cleaned facet (BE1, BE2) in the deposition device, wherein in the dielectric film formation process the cleaned semiconductor light emission element is transported to a deposition device without exposing the semiconductor light emission element to an atmosphere, characterized by the following feature: in the plasma sputtering device (10, 10A) the target is covered with quartz. a cleaning process of holding a semiconductor light emission element having a configuration that emits light from a facet (BE1, BE2) thereof in a plasma sputtering device (10, 10A) with a target and cleaning the facet (BE1, BE2) by irradiating the facet (BE1, BE2) with plasma in the plasma sputtering device (10, 10A); and a dielectric film formation process for forming a dielectric film (RC1, RC2) on the cleaned facet (BE1, BE2) in the deposition device, wherein in the dielectric film formation process the cleaned semiconductor light emission element is transported to a deposition device without exposing the semiconductor light emission element to an atmosphere, characterized by the following feature: in the plasma sputtering device (10, 10A) the target is covered with quartz.
Method for the detection of incompletely hardened coatings on a surface to be checked, comprising the following steps: (a) pressing a film onto the surface to be checked with a predefined contact pressure, the film having a relative movement in relation to the surface to be checked, (b) pulling the film off the surface to be checked, (c) determining whether some of the still liquid or soft coating material is adhering to the film. (a) pressing a film onto the surface to be checked with a predefined contact pressure, the film having a relative movement in relation to the surface to be checked, (b) pulling the film off the surface to be checked, (c) determining whether some of the still liquid or soft coating material is adhering to the film.
A nozzle for a plasma arc torch, the nozzle comprising: a nozzle body including a substantially hollow interior and a substantially conical exterior portion, the substantially conical exterior portion having a nozzle half-cone angle (a), the nozzle body defining an exit orifice disposed on an end face of the nozzle for discharging a plasma arc, the exit orifice being defined by an orifice diameter, an orifice length, and a nozzle end face diameter (φ1), wherein the L to D ratio is greater than or equal to 2.4, the nozzle half cone angle is from 20 degrees to 60 degrees, and the Φ1 to D ratio is from about 1.9 to about 2.5. a nozzle body including a substantially hollow interior and a substantially conical exterior portion, the substantially conical exterior portion having a nozzle half-cone angle (a), the nozzle body defining an exit orifice disposed on an end face of the nozzle for discharging a plasma arc, the exit orifice being defined by an orifice diameter, an orifice length, and a nozzle end face diameter (φ1), wherein the L to D ratio is greater than or equal to 2.4, the nozzle half cone angle is from 20 degrees to 60 degrees, and the Φ1 to D ratio is from about 1.9 to about 2.5.