mhurhangee/ep-ind-claims huggingface dataset:
A measurement method for determining the position of an omega profile component placed on a shell component, in which the ACTUAL position of the omega profile component relative to the shell component is optically acquired in a contactless manner, for comparing the ACTUAL position with a defined DESIRED position, characterized in that several adjacently spaced apart measuring points (6; 6') are established at two mutually opposing flank sides (7a, 7b; 7a', 7b') of the profile cross section of the omega profile component, through which respective regression lines (8a, 8b; 8a', 8b') are run so as to yield the smallest possible distances between the regression lines and the respective measuring points, whose point of intersection (9; 9') is drawn upon to determine the position of the omega profile component relative to the shell component, wherein a bisecting line is run through the point of intersection in the direction of the shell component, so as to mark an ACTUAL position point on the shell component in the profile cross section that corresponds to the ACTUAL position point of the omega profile component.
A light generating device comprising: a first layer; a plurality of light source devices disposed on the first layer and configured to emit light, at least one of the light source devices including a light emitting diode for generating the light; a reflection layer disposed on the first layer and configured to reflect the light emitted from the light source devices; a second layer covering the light source devices and the reflection layer; a diffusion layer disposed on the second layer and configured to diffuse the light emitted from the light source devices; and an auxiliary layer having a plurality of light shielding members placed between the second layer and the diffusion layer, the light shielding members placed at locations corresponding respectively to the light source devices, the auxiliary layer being separated from the second layer so as to create a first air space between a surface of the second layer and surfaces of the light shielding members, the first air space extending along the light source devices, characterized in that each of the plurality of light source devices has a light emitting surface at a side thereof and emits light in a lateral direction, and the reflection layer includes a pattern formed between adjacent light source devices and including a plurality of protrusions and a density of the protrusions of the reflection layer increases in the light emitting direction of the light source devices. a first layer; a plurality of light source devices disposed on the first layer and configured to emit light, at least one of the light source devices including a light emitting diode for generating the light; a reflection layer disposed on the first layer and configured to reflect the light emitted from the light source devices; a second layer covering the light source devices and the reflection layer; a diffusion layer disposed on the second layer and configured to diffuse the light emitted from the light source devices; and an auxiliary layer having a plurality of light shielding members placed between the second layer and the diffusion layer, the light shielding members placed at locations corresponding respectively to the light source devices, the auxiliary layer being separated from the second layer so as to create a first air space between a surface of the second layer and surfaces of the light shielding members, the first air space extending along the light source devices, characterized in that each of the plurality of light source devices has a light emitting surface at a side thereof and emits light in a lateral direction, and the reflection layer includes a pattern formed between adjacent light source devices and including a plurality of protrusions and a density of the protrusions of the reflection layer increases in the light emitting direction of the light source devices.
A method for compressing a broadband satellite radio navigation signal so that it can be transmitted on a narrowband channel, said method being characterised in that it comprises the following steps: a step of receiving a satellite radio navigation signal; a step of spectrally converting said signal into a plurality N of frequency channels with a reduced bandwidth; a step of time-shifting each of the channelled signals by a distinct predetermined delay, said delay being configured so as to be greater than the duration of the correlation support of the spreading code of a channelled signal; a step of accumulating time-shifted channelled signals so as to produce a compressed signal. a step of receiving a satellite radio navigation signal; a step of spectrally converting said signal into a plurality N of frequency channels with a reduced bandwidth; a step of time-shifting each of the channelled signals by a distinct predetermined delay, said delay being configured so as to be greater than the duration of the correlation support of the spreading code of a channelled signal; a step of accumulating time-shifted channelled signals so as to produce a compressed signal.
Process for the production of a thermally insulated pipe with at least one thermal insulation layer between at least one conveying pipe and one jacketing pipe made of a polymeric material, wherein a layered mineral is introduced into the polymeric material before and/or during processing to give the jacketing pipe, characterized in that the jacketing pipe is produced by extrusion of a granulate which is introduced and into which the layered mineral is mixed, and in that the layered mineral, following the main melt stream, is introduced into the same, in a manner such that the said mineral orientates itself in the resultant jacketing pipe in accordance with the longitudinal direction thereof and forms a layer which acts as gas permeation barrier.
A disposable liquid aerosol generating article comprising: an aerosol generating substrate portion; and a filter portion (22, 24, 26), wherein the aerosol generating substrate portion includes an absorber impregnated with a liquid substance for forming an aerosol, and wherein an amount of the liquid substance corresponds to 10 to 30 times of inhalation, characterised in that the liquid substance for forming the aerosol is impregnated in a ratio of 0.05 g to 0.8 g of the liquid substance per 1 g of the absorber. an aerosol generating substrate portion; and a filter portion (22, 24, 26), wherein the aerosol generating substrate portion includes an absorber impregnated with a liquid substance for forming an aerosol, and wherein an amount of the liquid substance corresponds to 10 to 30 times of inhalation, characterised in that the liquid substance for forming the aerosol is impregnated in a ratio of 0.05 g to 0.8 g of the liquid substance per 1 g of the absorber.
Application of bearing comprising a shaft, a housing, a first bath containing oil and arranged inside the housing, and a collar connected to the shaft, characterized in that the application of bearing comprises a second bath containing a fluid and so arranged that the fluid contained therein wets both a part of the collar and a part of the housing and wherein a part of the collar is immersed in the fluid when the shaft rotates so as to seal the half-space located axially beyond the collar against oil vapour from the first bath.
A vegetable-based food product comprising at least 50 wt% protein, wherein the protein is gluten or is a protein mixture or extract comprising at least 80% of a gluten fraction obtained from wheat, barley, rice, rye or a combination thereof after starch extraction, in form of extruded pellets, and has been fermented with a mould, and wherein the product has the texture of minced meat.
A user equipment, comprising: means for determining, by the user equipment, that the user equipment does not need gaps to perform measurements; and means for performing, by the user equipment, gapless measurements based on the determination, wherein the determination comprises identifying that the user equipment is not configured to perform intra-frequency neighbor cell measurements based on an identified reporting configuration. means for determining, by the user equipment, that the user equipment does not need gaps to perform measurements; and means for performing, by the user equipment, gapless measurements based on the determination, wherein the determination comprises identifying that the user equipment is not configured to perform intra-frequency neighbor cell measurements based on an identified reporting configuration.
A system for a secure and valid configuration of network elements (101, 102, 103) of a communications network, the system comprising an artificial intelligence and at least one configuration verifier layer which is configured to be installed and sandwiched between a user layer of the communications network and the network elements (101, 102, 103) of the communications network and which is configured to evaluate one or more configurations commands for the network elements (101, 102, 103), the one or more configurations commands being supplied via the user layer and comprising known and new configurations commands wherein the user layer comprises at least one human machine interface and at least one machine-to-machine interface and wherein the evaluation is performed using the artificial intelligence which is implemented and executed by at least one computing device and in operative conjunction with and accessible to the configuration verifier layer wherein the artificial intelligence is based on machine learning wherein a data model is designed which corresponds to a basic configuration of the network elements (101, 102, 103) and which is dynamically trained by daily routine of operation and routine maintenance of the network elements (101, 102, 103) wherein the artificial intelligence is configured to decide whether a configurations command and/or a series of configurations commands is malicious or destructive or not, and to map a state of the communications network both before and after the respective configurations command and/or the series of configurations commands has been issued, in order to be able to make a decision based on a comparison between the state of the communications network before the respective configurations command and/or the respective series of configurations commands has been issued and the state of the communications network after the respective configurations command and/or the respective series of configurations commands has been issued wherein the configuration verifier layer is configured to not only check a respective one of the one or more configurations commands itself, but also checks combinations of two or more configurations commands where each configurations command alone is harmless, wherein, if one or more configurations commands are malicious, the artificial intelligence automatically requests a human authority via the configuration verifier layer and the user layer.
A hot melt adhesive composition comprising: a. from 50 % by weight to 95 % by weight of a non-single site catalyzed amorphous poly alpha-olefin copolymer derived from propylene and at least one monomer selected from the group consisting of butene and hexene and having a viscosity determined in accordance with ASTM D-3236 of no greater 10,000 mPa·s (cP) at190°C; and b. from 5 % by weight to 45 % by weight of a polybutene-1 homopolymer or copolymer, wherein the hot melt adhesive composition comprises no greater than 10 % by weight of an oil. a. from 50 % by weight to 95 % by weight of a non-single site catalyzed amorphous poly alpha-olefin copolymer derived from propylene and at least one monomer selected from the group consisting of butene and hexene and having a viscosity determined in accordance with ASTM D-3236 of no greater 10,000 mPa·s (cP) at190°C; and b. from 5 % by weight to 45 % by weight of a polybutene-1 homopolymer or copolymer,
A biodegradable sheet comprising three polymer layers, wherein said first polymer layer comprises a mixture consisting of PBSA at a concentration of from about 65 to about 85% (w/w) of said mixture and PLA at a concentration of from about 15 to about 35% (w/w) of said mixture; wherein said second layer comprises PBSA; and wherein said third layer comprises PBAT, wherein said third polymer layer is situated between said first polymer layer and said second polymer layer.
A compressor protection module, comprising: a signal processing means; a first connecting means adapted to couple the signal processing means to a compressor of a refrigerant system such as to have the signal processing means provide the compressor with at least one protection function; and a second connecting means adapted to receive and operate at least one extension module, wherein the extension module provides the compressor with at least one optional function; characterized in that the extension module is a plug-in module. a signal processing means; a first connecting means adapted to couple the signal processing means to a compressor of a refrigerant system such as to have the signal processing means provide the compressor with at least one protection function; and a second connecting means adapted to receive and operate at least one extension module, wherein the extension module provides the compressor with at least one optional function; characterized in that the extension module is a plug-in module.
Electrochemical storage device which, when in ordinary operation, has an anode compartment filled with an anode material and a cathode compartment filled with a cathode material, wherein the anode compartment is separated from the cathode compartment by an ion-conductive solid electrolyte, and wherein the anode compartment is delimited on one side at least in part by the solid electrolyte and on another side at least in part by a wall which surrounds the solid electrolyte at least in part, wherein the electrochemical storage device has a top part, at which electrical energy may be fed in or out, a bottom part arranged opposite the top part, and at least one side part which comprises the at least one wall and is arranged between the top part and bottom part, wherein there are provided between the wall and solid electrolyte at least one first region and one second region, which two regions (50, 60) differ by the respective spacing of the wall from the solid electrolyte, characterized in that the first region is arranged closer to the bottom part and the second region is arranged closer to the top part and in the second region the wall is spaced further from the solid electrolyte than in the first region, and in that the first region has a substantially uniform spacing between the wall and the solid electrolyte.
Inner lighting corrector for motor vehicle lighting and/or signalling device, comprising a manual adjustment system, a corrector housing comprising: - a longitudinal rod having a first end outside said corrector casing, arranged on a front face of said corrector housing, and - an electromechanical module capable of moving said rod, said corrector comprises a fastening element arranged on a rear face of the corrector housing, said fastening element being a bayonet element intended to be located outside of the outer housing of said lighting and/or signalling device, said fastening element comprising a cylindrical wall equipped, on the outer face thereof, with at least two locking lugs, characterised in that said fastening element includes a sprocket of the manual adjustment system mechanically connected to the longitudinal rod in order to drive said rod in rotation. - a longitudinal rod having a first end outside said corrector casing, arranged on a front face of said corrector housing, and - an electromechanical module capable of moving said rod,
Nuclear plant having a containment shell and having at least one pressure relief line, which passes out of the containment shell and can be sealed by a shut-off valve, and through which a pressure relief flow can flow during relief operation when the shut-off valve is open, wherein a gas flow treatment device, located within the containment shell, is provided upstream from the respective pressure relief line on the inlet side, and comprises a chimney-like flow duct, which is enclosed by a lateral casing and which has a lower inflow opening and an upper inflow and outflow opening, wherein a first group of catalytic elements for eliminating hydrogen (H 2) and/or carbon monoxide are arranged in the flow duct above or in the region of the lower inflow opening, and wherein the pressure relief line has an inlet mouth which is arranged above the first group of catalytic elements and below the upper inflow and outflow opening in the casing in such a way that in the event of a critical fault or emergency with release of hydrogen (H 2) and/or carbon monoxide in the containment shell, during convection operation preceding the relief operation, when the shut-off valve is closed the flow duct is flowed through from bottom to top by a gas mixture present in the containment shell by the principle of natural convection, and during relief operation the gas mixture flows into the flow duct from below and preferably also from above by the principle of forced overflow and flows away via the pressure relief line as a pressure relief flow.
A process for the manufacture of a particle provided in the form of a microcapsule comprising a solid casing including a fluid or solid phase in which at least one active agent is present, characterized in that the process comprises: (i) - forming an emulsion from an oily phase containing a fluorinated oil, at least one active agent having a solubility in water at 20°C of 0.1% to 60% by weight, preferably of 0.1% to 30% by weight, and from an aqueous phase containing monomers capable of being condensed; and (ii) - carrying out the polycondensation of the monomers in order to form a membrane defining a microcapsule, the oily phase comprising a fluorinated oil being chosen so that the active agent exhibits a partition coefficient between this oily phase and the aqueous phase higher than or equal to 1, the partition coefficient being defined as the ratio of the concentration of the active agent in the oily phase to the concentration of the active agent in the aqueous phase. (i) - forming an emulsion from an oily phase containing a fluorinated oil, at least one active agent having a solubility in water at 20°C of 0.1% to 60% by weight, preferably of 0.1% to 30% by weight, and from an aqueous phase containing monomers capable of being condensed; and (ii) - carrying out the polycondensation of the monomers in order to form a membrane defining a microcapsule, the oily phase comprising a fluorinated oil being chosen so that the active agent exhibits a partition coefficient between this oily phase and the aqueous phase higher than or equal to 1, the partition coefficient being defined as the ratio of the concentration of the active agent in the oily phase to the concentration of the active agent in the aqueous phase. (i) - forming an emulsion from an oily phase containing a fluorinated oil, at least one active agent having a solubility in water at 20°C of 0.1% to 60% by weight, preferably of 0.1% to 30% by weight, and from an aqueous phase containing monomers capable of being condensed; and (ii) - carrying out the polycondensation of the monomers in order to form a membrane defining a microcapsule, the oily phase comprising a fluorinated oil being chosen so that the active agent exhibits a partition coefficient between this oily phase and the aqueous phase higher than or equal to 1, the partition coefficient being defined as the ratio of the concentration of the active agent in the oily phase to the concentration of the active agent in the aqueous phase.
A method of erecting a wind power installation which has an aerodynamic rotor blade having rotor blade connections, comprising the steps: fixing a ballast unit to a lifting beam, fixing the lifting beam with the ballast unit to a crane hook of a crane, fixing a rotor blade by means of lifting cables to a second crane hook at an underside of the ballast unit, and lifting the lifting beam with the ballast unit and the rotor blade by the crane for mounting the rotor blade at one of the rotor blade connections, wherein the ballast unit has at least one ballast weight and the ballast weight is so selected that the ratio in m 2 /t between the wind attack area of the rotor blade and the sum of the ballast weight and the weight of the rotor blade is < 1. fixing a ballast unit to a lifting beam, fixing the lifting beam with the ballast unit to a crane hook of a crane, fixing a rotor blade by means of lifting cables to a second crane hook at an underside of the ballast unit, and lifting the lifting beam with the ballast unit and the rotor blade by the crane for mounting the rotor blade at one of the rotor blade connections, wherein the ballast unit has at least one ballast weight and the ballast weight is so selected that the ratio in m 2 /t between the wind attack area of the rotor blade and the sum of the ballast weight and the weight of the rotor blade is < 1.
A method of forming a superconducting structure, the method comprising: forming a superconducting element in a first dielectric layer; forming a protective pad formed from a resistive material over at least a portion of the superconducting element; forming a second dielectric layer overlying the first dielectric layer; etching an opening through the second dielectric layer to the protective pad, such that no portion of the superconducting element is exposed in the opening; performing a cleaning process on the superconducting structure; and performing a contact material fill with a resistive material to fill the opening and form a resistive element in contact with the superconducting element through the protective pad. forming a superconducting element in a first dielectric layer; forming a protective pad formed from a resistive material over at least a portion of the superconducting element; forming a second dielectric layer overlying the first dielectric layer; etching an opening through the second dielectric layer to the protective pad, such that no portion of the superconducting element is exposed in the opening; performing a cleaning process on the superconducting structure; and performing a contact material fill with a resistive material to fill the opening and form a resistive element in contact with the superconducting element through the protective pad.
A dental prosthesis, which is produced in particular by a material-removing processing of a blank, comprising a tooth element imitating at least one tooth, and a jaw element connected with the tooth element, characterized in that the tooth element and the jaw element are formed as a single piece und the tooth element and the jaw element are substantially made from the same material which, however, is colored differently, so that a dividing line is formed between the tooth element and the jaw element, wherein the tooth element and/or the jaw element have a receiving portion for arranging a gingiva element therein, and wherein a gingiva element at least partially covers the dividing line. a tooth element imitating at least one tooth, and a jaw element connected with the tooth element, characterized in that the tooth element and the jaw element are formed as a single piece und the tooth element and the jaw element are substantially made from the same material which, however, is colored differently, so that a dividing line is formed between the tooth element and the jaw element, wherein the tooth element and/or the jaw element have a receiving portion for arranging a gingiva element therein, and wherein a gingiva element at least partially covers the dividing line.