mhurhangee/ep-ind-claims huggingface dataset:
A charging device adapted for being connected on the one hand to a battery of a first electric vehicle, and on the other hand to a battery of a second electric vehicle, for being supplied with direct input current by the battery of the first electric vehicle, and for supplying the battery of the second electric vehicle with a direct output current, the charging device including a control system adapted for adjusting the parameters of the power supply of the battery of the second vehicle and adapted for exchanging information and instructions with the first vehicle and/or with the second vehicle, characterized in that the control system is provided with auxiliary power supply means, comprising an auxiliary converter adapted for receiving a direct or alternating external current and converting it into direct power supply current for the control system.
A herbal composition comprising: extracts of Curcuma longa in an amount of 5 to 15%; extracts of Glycyrrhiza glabra in an amount of 2 to 30%; extracts of Hamiltonia suaveolens in an amount of 2 to 50 %; extracts of Typha angustifolia in an amount of 1 to 50%; extracts of Azadirachta indica in an amount of 0.5 to 30% of the total composition; Sesamum indicum oil as a base in an amount of 20 to 60% of the total composition; and, optionally, Pig fat in an amount of 2% to 30% of the total composition. extracts of Curcuma longa in an amount of 5 to 15%; extracts of Glycyrrhiza glabra in an amount of 2 to 30%; extracts of Hamiltonia suaveolens in an amount of 2 to 50 %; extracts of Typha angustifolia in an amount of 1 to 50%; extracts of Azadirachta indica in an amount of 0.5 to 30% of the total composition; Sesamum indicum oil as a base in an amount of 20 to 60% of the total composition; and, optionally, Pig fat in an amount of 2% to 30% of the total composition.
A device for the measurement and display of the payload of a goods vehicle by means of measuring sensors, wherein the goods vehicle has a pivoting bogie (17; 25, 29) with two axles, wherein the axles are connected with one another by means of longitudinal beams (34 - 37), characterised in that, strain gauge sensors (14; 22, 24, 26, 27) are arranged by means of bending beams centrally between the axles on the longitudinal beams (34 - 37), in that each strain gauge sensor (14; 22, 24, 26, 27) is connected with an evaluation electronics system (13; 30 - 33), in that the evaluation electronics system (13; 30 - 33) consists of at least one measurement amplifier, one display and one radio module, and in that the evaluation electronics system (13; 30 - 33) associated with a strain gauge sensor (14; 22, 24, 26, 27) is mounted on the associated longitudinal beam (34 - 37).
A method for the acquisition of optical coherence tomography image data of retina tissue of an eye of a human subject using an acquisition device comprising an imaging optics, comprising the steps of: a) at a first point in time acquiring a first image associated with a baseline relative positioning of the eye of the human subject with respect to the imaging optics; b) storing the baseline relative positioning; c) at a second point in time being different from the first point in time, re-establishing the baseline relative positioning of the same eye of the same human subject with respect to the imaging optics, and acquiring a second image, where d) for re-establishing the positioning, a present relative positioning of the eye of the human subject with respect to the imaging optics is determined based on a video image of an iris region of the eye, e) the re-establishing step includes displaying a target image to the human subject, the target image indicating a direction of a line of vision to be assumed by the human subject, characterized in that f) a present relative positioning of the eye of the human subject with respect to the imaging optics is compared to the stored baseline relative positioning, the displayed target image is affected as long as the present relative positioning does not correspond to the stored baseline relative positioning, and the second image is acquired when the present relative positioning corresponds to the baseline relative positioning. a) at a first point in time acquiring a first image associated with a baseline relative positioning of the eye of the human subject with respect to the imaging optics; b) storing the baseline relative positioning; c) at a second point in time being different from the first point in time, re-establishing the baseline relative positioning of the same eye of the same human subject with respect to the imaging optics, and acquiring a second image, where d) for re-establishing the positioning, a present relative positioning of the eye of the human subject with respect to the imaging optics is determined based on a video image of an iris region of the eye, e) the re-establishing step includes displaying a target image to the human subject, the target image indicating a direction of a line of vision to be assumed by the human subject, characterized in that f) a present relative positioning of the eye of the human subject with respect to the imaging optics is compared to the stored baseline relative positioning, the displayed target image is affected as long as the present relative positioning does not correspond to the stored baseline relative positioning, and the second image is acquired when the present relative positioning corresponds to the baseline relative positioning.
A floorcovering composite comprising a fabric face layer joined to a cushioning layer with adhesive partially penetrating both layers forming an adhesive composite layer, wherein the surfaces of the face fabric are formed with yarns reciprocating from one surface to the other surface forming peak loops and trough loops, and wherein the yarns forming peak loops descend from the peaks into adhesive within a lateral distance X, wherein a first ratio of X to a first thickness of the face fabric above the adhesive composite layer is less than 1.0, wherein a void percentage of the adhesive composite layer is greater than 15%; and wherein the fabric face layer comprises a shrinkable thermoplastic planar sublayer rendered discontinuous by heating the fabric face layer under restraint.
A method for securing communication across an in-vehicle bus, the in-vehicle bus having a non-trusted side on one side of a root of trust and a trusted side on the other side of the root of trust, comprising: establishing a connection between a gateway in a vehicle and the in-vehicle bus, the gateway being on the non-trusted side; generating a session key at the gateway within the vehicle, the session key being a key that is used during a single ignition cycle or power cycle and then the session key is discarded; transmitting a public key certificate and an ephemeral key to the gateway and an electronic control unit, ECU, of the vehicle (304 and 306) to provide authentication, wherein the electronic control unit being on the trusted side; generating a shared secret at the gateway and the electronic control unit, respectively; encrypting the session key with the shared secret at the gateway; receiving the encrypted session key through the in-vehicle bus at the electronic control unit; and decrypting the encrypted session key based on the shared secret generated at the electronic control unit. establishing a connection between a gateway in a vehicle and the in-vehicle bus, the gateway being on the non-trusted side; generating a session key at the gateway within the vehicle, the session key being a key that is used during a single ignition cycle or power cycle and then the session key is discarded; transmitting a public key certificate and an ephemeral key to the gateway and an electronic control unit, ECU, of the vehicle (304 and 306) to provide authentication, wherein the electronic control unit being on the trusted side; generating a shared secret at the gateway and the electronic control unit, respectively; encrypting the session key with the shared secret at the gateway; receiving the encrypted session key through the in-vehicle bus at the electronic control unit; and decrypting the encrypted session key based on the shared secret generated at the electronic control unit.
A housing sheet comprising a housing portion for housing a microneedle sheet in which a plurality of microneedles are disposed on one face of a sheet-like substrate, wherein the housing sheet further comprises: concave portions having inverted shapes of shapes of the microneedles formed in the housing portion, characterised in that the housing portion includes a notch.
An amide compound production catalyst for producing an amide compound through reaction of a nitrile compound and water, which comprises a manganese oxide catalyst containing bismuth and further containing yttrium or vanadium.
A retransmission method in a mobile communication system comprising: performing a transmission of data from a first wireless communication apparatus to a second wireless communication apparatus through a first route that passes through at least one relay station by wireless relaying; upon receipt of a negative acknowledge (Nack) signal from the second wireless communication apparatus, performing a retransmission of the data from the first wireless communication apparatus to the second wireless communication apparatus by retransmitting the data through a second route that passes through fewer relay stations than the first route or does not pass through any relay station; and receiving the retransmitted data at the second wireless communication apparatus; the method further comprising: when there is an error in the data transmitted through the first route, transmitting from the second wireless communication apparatus to the first wireless communication apparatus the negative acknowledge (Nack) signal through the second route, while transmitting from the second wireless communication apparatus to the at least one relay station an acknowledge (Ack) signal through the first route. performing a transmission of data from a first wireless communication apparatus to a second wireless communication apparatus through a first route that passes through at least one relay station by wireless relaying; upon receipt of a negative acknowledge (Nack) signal from the second wireless communication apparatus, performing a retransmission of the data from the first wireless communication apparatus to the second wireless communication apparatus by retransmitting the data through a second route that passes through fewer relay stations than the first route or does not pass through any relay station; and receiving the retransmitted data at the second wireless communication apparatus; the method further comprising: when there is an error in the data transmitted through the first route, transmitting from the second wireless communication apparatus to the first wireless communication apparatus the negative acknowledge (Nack) signal through the second route, while transmitting from the second wireless communication apparatus to the at least one relay station an acknowledge (Ack) signal through the first route. when there is an error in the data transmitted through the first route, transmitting from the second wireless communication apparatus to the first wireless communication apparatus the negative acknowledge (Nack) signal through the second route, while transmitting from the second wireless communication apparatus to the at least one relay station an acknowledge (Ack) signal through the first route.
A thermo-optically addressed spatial light modulator for continuously modulating the phase and/or polarization of a reading optical beam, comprising: - a layer of thermotropic nematic phase liquid crystal with a thickness greater than or equal to 20 micrometers, the liquid crystal layer being between a first anchoring element and a second anchoring element; - a first layer, disposed against the second anchoring element, having light reflecting properties having a wavelength belonging to a first range of wavelengths; - a second layer, disposed against the first layer, having light absorbing properties having a wavelength included in a second range of wavelengths. - a layer of thermotropic nematic phase liquid crystal with a thickness greater than or equal to 20 micrometers, the liquid crystal layer being between a first anchoring element and a second anchoring element; - a first layer, disposed against the second anchoring element, having light reflecting properties having a wavelength belonging to a first range of wavelengths; - a second layer, disposed against the first layer, having light absorbing properties having a wavelength included in a second range of wavelengths.
An in vitro method for the diagnosis of Alzheimer's disease, comprising measuring the level of expression of monoamine oxidase type B, identified by Swiss Prot Accession No P27338 wherein the monoamine oxidase type B has a molecular weight of 62 kDa and an isoelectric point of 7.22, in a sample of non-activated platelets isolated from a person suspected of having Alzheimer's disease, and determining whether the level of expression is altered compared to a control, wherein an increased expression level when compared to a healthy non-diseased control of monoamine oxidase type B indicates the presence of Alzheimer's disease.
An exhaust system for an internal combustion engine, the exhaust system comprising - a high-pressure turbocharger, - means (2, 7) for establishing flow communication between the cylinders of the engine and the turbine of the high-pressure turbocharger for introducing high-pressure exhaust gases into the turbine, - a heat exchanger that is arranged between the engine and the turbine of the high-pressure turbocharger and comprises a cooling medium duct, and - means (6, 11) for guiding exhaust gases from the downstream side of the high-pressure turbocharger into the cooling medium duct of the heat exchanger for reducing the temperature of the high-pressure exhaust gases in the heat exchanger, characterized in that the exhaust system comprises - a low-pressure turbocharger, - means for establishing flow communication between the turbine of the high-pressure turbocharger and the turbine of the low-pressure turbocharger, wherein the means are connected to the cooling medium duct of the heat exchanger, and - a low-pressure exhaust duct for guiding exhaust gases away from the turbine of the low-pressure turbocharger. - a high-pressure turbocharger, - means (2, 7) for establishing flow communication between the cylinders of the engine and the turbine of the high-pressure turbocharger for introducing high-pressure exhaust gases into the turbine, - a heat exchanger that is arranged between the engine and the turbine of the high-pressure turbocharger and comprises a cooling medium duct, and - means (6, 11) for guiding exhaust gases from the downstream side of the high-pressure turbocharger into the cooling medium duct of the heat exchanger for reducing the temperature of the high-pressure exhaust gases in the heat exchanger, - a low-pressure turbocharger, - means for establishing flow communication between the turbine of the high-pressure turbocharger and the turbine of the low-pressure turbocharger, wherein the means are connected to the cooling medium duct of the heat exchanger, and - a low-pressure exhaust duct for guiding exhaust gases away from the turbine of the low-pressure turbocharger.
A method of preparing a maleimide-based copolymer, comprising: adding a monomer mixture including an aromatic vinyl-based monomer and a maleimide-based monomer to an aqueous solution consisting of an aqueous solvent and a first vinyl cyanide-based monomer and performing polymerization.
Location determination apparatus for two components (10, 11), mobile relative to one another, of a coordinate measuring machine (1, 2) or of a geodetic surveying system, for determining a location of the two components (10, 11) relative to one another, wherein the location determination apparatus comprises at least one location encoder (60, 80) having a read head (71, 84), arranged at one of the two components (10, 11), in cooperation with a code (61, 62, 63, 82), arranged at the other of the two components (11, 10), for generating first position determination data with respect to the location at a first measurement rate, wherein the location determination apparatus comprises • at least one inertial measurement unit (51, 52, 53, 54, 55, 56, 57, 58, 59, 59', 59") for determining translational and/or rotational accelerations of at least one of the two components and, moreover, for generating second position determination data with respect to the location at a second measurement rate, and • an evaluation unit, which is embodied and configured to acquire the first position determination data generated by the at least one location encoder (60, 80) and the second position determination data generated by the at least one inertial measurement unit (51, 52, 53, 54, 55, 56, 57, 58, 59, 59', 59"), correlate said position determination data with one another and determine the location therefrom at a third measurement rate, characterized in that the second measurement rate is higher than the first measurement rate, and that the third measurement rate is at least higher than the first measurement rate. • at least one inertial measurement unit (51, 52, 53, 54, 55, 56, 57, 58, 59, 59', 59") for determining translational and/or rotational accelerations of at least one of the two components and, moreover, for generating second position determination data with respect to the location at a second measurement rate, and • an evaluation unit, which is embodied and configured to acquire the first position determination data generated by the at least one location encoder (60, 80) and the second position determination data generated by the at least one inertial measurement unit (51, 52, 53, 54, 55, 56, 57, 58, 59, 59', 59"), correlate said position determination data with one another and determine the location therefrom at a third measurement rate,
A body composition measurement device comprising: a current electrode pair configured to apply current; a plurality of voltage electrode pairs (40A-40E) configured to measure voltages at a plurality of measurement points; and a control unit configured to perform an integration using measurement values of the measurement points measured by the voltage electrode pairs (40A-40E) and calculate a body fat amount based on the result of the integration; and characterized by a plurality of electrode seats respectively connected to electrodes (31, 32, 41-46) forming the current electrode pair and the plurality of voltage electrode pairs (40A-40E); a plurality of connection portions each including a variable length structure (13A, 13B, 13C) formed by a set of interconnecting pipes each movable in the axial direction and each said connection portion connecting two adjacent ones of the plurality of electrode seats so that the plurality of electrode seats are arranged in series. a current electrode pair configured to apply current; a plurality of voltage electrode pairs (40A-40E) configured to measure voltages at a plurality of measurement points; and a control unit configured to perform an integration using measurement values of the measurement points measured by the voltage electrode pairs (40A-40E) and calculate a body fat amount based on the result of the integration; and characterized by a plurality of electrode seats respectively connected to electrodes (31, 32, 41-46) forming the current electrode pair and the plurality of voltage electrode pairs (40A-40E); a plurality of connection portions each including a variable length structure (13A, 13B, 13C) formed by a set of interconnecting pipes each movable in the axial direction and each said connection portion connecting two adjacent ones of the plurality of electrode seats so that the plurality of electrode seats are arranged in series.
A battery module comprising: a plurality of cells; and a frame assembly comprising a lower plate configured to support lower end surfaces of the plurality of cells, a pair of side plates extending perpendicularly from opposite edge ends of the lower plate and placed adjacent to an outermost side of the cells, and an upper plate coupled to the upper ends of the side plates to cover an upper portion of the cells, wherein opposite edge portions of the upper plate are respectively welded to the upper ends of the side plates, wherein the battery module further comprises first guide plates extending perpendicularly from other opposite edge ends of the lower plate to prevent separation of the plurality of cells, and characterized in that the first guide plates are bent from the lower plate in one piece with the lower plate. a plurality of cells; and a frame assembly comprising a lower plate configured to support lower end surfaces of the plurality of cells, a pair of side plates extending perpendicularly from opposite edge ends of the lower plate and placed adjacent to an outermost side of the cells, and an upper plate coupled to the upper ends of the side plates to cover an upper portion of the cells, wherein opposite edge portions of the upper plate are respectively welded to the upper ends of the side plates, wherein the battery module further comprises first guide plates extending perpendicularly from other opposite edge ends of the lower plate to prevent separation of the plurality of cells, and characterized in that the first guide plates are bent from the lower plate in one piece with the lower plate.
A process for producing a gasoline boiling range product from a mixed light olefinic feed stream including ethylene and propylene and a liquid aromatic feed stream including single ring aromatic compounds, which process comprises: passing the olefinic feed to a fixed bed of an olefin condensation catalyst comprising as the active catalytic component, an MWW zeolitic material to form a polymeric gasoline boiling range product; alkylating the aromatics in the aromatic feed stream with the olefinic feed over a fixed bed of a solid molecular sieve alkylation catalyst, to form a gasoline boiling range product containing alkylaromatics, combining the polymeric gasoline boiling range product and the gasoline boiling range product containing alkylaromatics to form a gasoline boiling range product. passing the olefinic feed to a fixed bed of an olefin condensation catalyst comprising as the active catalytic component, an MWW zeolitic material to form a polymeric gasoline boiling range product; alkylating the aromatics in the aromatic feed stream with the olefinic feed over a fixed bed of a solid molecular sieve alkylation catalyst, to form a gasoline boiling range product containing alkylaromatics, combining the polymeric gasoline boiling range product and the gasoline boiling range product containing alkylaromatics to form a gasoline boiling range product.