mhurhangee/ep-ind-claims huggingface dataset:
An accelerator reaction force control apparatus comprising: an accelerator position detecting device that detects an accelerator position; a reaction force varying device that varies a reaction force of the accelerator so as to increase a reaction force of the accelerator by a prescribed increase amount with respect to a base reaction force when the accelerator position is equal to or larger than an accelerator position threshold value; and a threshold value setting device that sets the accelerator position threshold value based on at least one of a vehicle operating state and an engine operating state related to a fuel consumption rate, the reaction force varying device being further configured to vary a reaction force increase rate at which the reaction force of the accelerator is increased by the prescribed increase amount beyond the base reaction force, the reaction force increase rate including a first increase rate that is used during a first reaction force increase period of the increase of the reaction force and a second increase rate that is used during a second reaction force increase period of the increase of the reaction force, with the second reaction force increase period being subsequent to the first reaction force increase period, the second increase rate being larger during the second reaction force increase period than during the first reaction force increase period. an accelerator position detecting device that detects an accelerator position; a reaction force varying device that varies a reaction force of the accelerator so as to increase a reaction force of the accelerator by a prescribed increase amount with respect to a base reaction force when the accelerator position is equal to or larger than an accelerator position threshold value; and a threshold value setting device that sets the accelerator position threshold value based on at least one of a vehicle operating state and an engine operating state related to a fuel consumption rate, the reaction force varying device being further configured to vary a reaction force increase rate at which the reaction force of the accelerator is increased by the prescribed increase amount beyond the base reaction force, the reaction force increase rate including a first increase rate that is used during a first reaction force increase period of the increase of the reaction force and a second increase rate that is used during a second reaction force increase period of the increase of the reaction force, with the second reaction force increase period being subsequent to the first reaction force increase period, the second increase rate being larger during the second reaction force increase period than during the first reaction force increase period.
Electrical contact element (11, 21) for a plug-in connector (10, 20), having a metallic base body (111, 211), a metallic intermediary layer (112, 212) applied to the base body (111, 211), which has a thickness (d 112, d 212) ranging from 1.5 μm to 4.0 μm, and a wear layer (113, 213) applied to the intermediate layer (112, 212), wherein the wear layer (113, 213) consists of the following alloy elements: 50 - 100 % w/w ruthenium 0 - 30 % w/w nickel 0 - 20 % w/w chromium 0 - 20 % w/w cobalt 0 - 20 % w/w platinum 0 - 1 % w/w further alloy elements, wherein the sum of the alloy elements is 100 % w/w, characterised in that either a metallic and organic slide layer (114, 214) or an organic slide layer (114, 214) is arranged on the wear layer (113, 213).
An electrical drive, with components (3, 4) which are connected together via at least one snap connection with a deflectable latching means which is arranged projecting on an outer region of the electrical drive, which means is protected against unintentional deflection of the latching means and hence release of the snap connection by a protection means, wherein the protection means is in one piece with one of the components (3, 4) which are to be connected together, wherein the deflectable latching means forms with a brush rocker of a commutator motor and a plug or plug housing a one-piece injection-moulded plastics material part, characterised in that the protection means is in one piece with a fixed latching means and a shaped diecast metal housing part or a shaped stamped-and-bent housing part.
A power module, comprising a printed circuit board core, which contains at least one electronic power component (7, 17, 20) embedded in an insulating layer, the core being arranged between two heat dissipation plates (2, 3), wherein each heat dissipation plate has a metal exterior layer (2a, 3a) and a metal interior layer (2i, 3i) electrically isolated from the metal exterior layer by a heat-conducting, electrically insulating intermediate layer (2z, 3z), and electrode terminals of the at least one power component are guided out of the core via terminal lines, and at least one power terminal of the at least one power component is connected via a contact-making means, a portion of a structured conductor layer and a conductive, metal intermediate ply to at least a portion of the metal interior layer of the heat dissipation plate, which forms part of the terminal line to the electrode terminal, wherein at least the metal interior layers (2i, 3i) of the heat dissipation plates (2, 3) consist of copper, characterised in that the printed circuit board core has a conductor layer (5, 6) on both sides of the insulating layer, at least one conductor layer is structured at least in portions, and each conductor layer (5, 6) is connected, at least in portions, to a metal interior layer (2i, 3i) of the heat dissipation plate (2, 3) via a conductive, metal intermediate ply (16o, 16u), contact-making means run from the structured conductor layer to the electrode terminals of the at least one power component (7, 17, 20), and the insulating layer of the printed circuit board core and insulating material for filling or covering intermediate spaces of the conductor structures are made of the same insulating material.
A multilayer structure comprising: - a first security element, notably a watermark or pseudo-watermark (55, 110a; 204), - a diffusing structure (11; 201), comprising a diffusing region being at least partially superposed onto the first security element - a first luminescent layer (38, 130a; 210) being at least partially superposed onto the first security element and capable of emitting, when it is subjected to a predefined type of exciting radiation, visible light of a first color, the first luminescent layer extending at least partially between the first security element and said diffusing structure or the diffusing structure extending at least partially between the first security element and the first luminescent layer, characterized in that the first security element only being observable in transmitted light, through the structure, when it is subjected to the predefined type of exciting radiation and/or white light, from the face of the structure situated on the same side as this first security element. - a first security element, notably a watermark or pseudo-watermark (55, 110a; 204), - a diffusing structure (11; 201), comprising a diffusing region being at least partially superposed onto the first security element - a first luminescent layer (38, 130a; 210) being at least partially superposed onto the first security element and capable of emitting, when it is subjected to a predefined type of exciting radiation, visible light of a first color, the first luminescent layer extending at least partially between the first security element and said diffusing structure or the diffusing structure extending at least partially between the first security element and the first luminescent layer, characterized in that the first security element only being observable in transmitted light, through the structure, when it is subjected to the predefined type of exciting radiation and/or white light, from the face of the structure situated on the same side as this first security element.
An oral cavity washing device comprising: a body unit including a tank which stores a washing liquid, a pump from which the washing liquid stored in the tank is discharged, and a case formed by joining a plurality of parts to each other so as to accommodate the pump; a tube connected to the body unit so as to make the discharged washing liquid flow through the tube; a washing unit connected to the tube so as to discharge the washing liquid; and characterized in that the oral cavity washing device further comprises a seal structure having at least a first seal portion including a first seal member which seals a joint portion between the plurality of parts on an outer shell of the case; and an operation part mounted on the case, wherein the seal structure further includes a second seal portion which seals a joint portion between the case and the operation part. a body unit including a tank which stores a washing liquid, a pump from which the washing liquid stored in the tank is discharged, and a case formed by joining a plurality of parts to each other so as to accommodate the pump; a tube connected to the body unit so as to make the discharged washing liquid flow through the tube; a washing unit connected to the tube so as to discharge the washing liquid; and characterized in that the oral cavity washing device further comprises a seal structure having at least a first seal portion including a first seal member which seals a joint portion between the plurality of parts on an outer shell of the case; and an operation part mounted on the case, wherein the seal structure further includes a second seal portion which seals a joint portion between the case and the operation part.
A method comprising: Imaging and mapping a reference surface of a sample; exposing a subsequent surface of the sample by removing a layer of material from the sample; acquiring an image of the subsequent surface; comparing the image of the subsequent surface to the image of the reference surface; based on the comparison exceeding a threshold, acquiring a compositional or crystalline map of the subsequent surface; and based on the comparison not exceeding the threshold, exposing a next surface by removing a next layer of material from the sample. Imaging and mapping a reference surface of a sample; exposing a subsequent surface of the sample by removing a layer of material from the sample; acquiring an image of the subsequent surface; comparing the image of the subsequent surface to the image of the reference surface; based on the comparison exceeding a threshold, acquiring a compositional or crystalline map of the subsequent surface; and based on the comparison not exceeding the threshold, exposing a next surface by removing a next layer of material from the sample.
Circuit breaker comprising a circuit breaker housing and at least one contact for tapping a voltage from a primary conductor, on which at least one spring element (7, 20) is provided for making contact with the primary conductor, wherein a voltage divider for reducing the voltage tapped from the primary conductor is arranged between the spring element (7, 20) and a circuit breaker electronics unit on a printed circuit board, wherein the spring element is articulated on the printed circuit board, characterised in that the printed circuit board is arranged on a side wall of the circuit breaker housing.
A process for preparing polyether alcohols by reaction of the following starting materials: a) one or more alkylene oxides and optionally carbon dioxide and also b) one or more H-functional starter substances, in the presence of a catalyst, to form a liquid reaction mixture, in a reaction unit, wherein the reaction unit has internals which form a multiplicity of microstructured flow channels, which effect multiple splitting of the liquid reaction mixture into component flow pathways and renewed recombining thereof in altered arrangement, the multiple splitting and renewed recombining being repeated 10 to 10 000 times, and the microstructured flow channels having a characteristic dimension, defined as the greatest possible distance of any particle in the liquid reaction mixture to the flow channel wall closest to the particle, in the range from 20 to 10 000 μm, so that the flow profile of the liquid reaction mixture through the microstructured flow channels away from a parabolic flow profile is approximate to an ideal plug flow. a) one or more alkylene oxides and optionally carbon dioxide and also b) one or more H-functional starter substances,
Duct system comprising conductors and a plurality of connections for energy consumers, wherein the duct system is in the shape of a longitudinal profile that comprises a housing having a plurality of ducts and at least one current conductor, one neutral wire and one earth wire, wherein the housing of the duct system consists of metal, the current conductor and the neutral wire are designed as bars that extend in parallel with one another and comprise plug contacts which extend, alternately, from the current conductor and the neutral wire, in a plane located therebetween, such that the plug contacts are arranged so as to be at equal mutual spacings, wherein the spacings correspond to the standard spacings of the wiring pins of conventional mains plugs, the current conductor and neutral wire are arranged in an insulated manner, in a first duct, the earth wire is arranged in a second duct and is designed as a bar and comprises contact elements at regular spacings, the positioning of which corresponds to the requirements of a conventional mains plug comprising an earthing contact, wherein the spacings between the plug contacts and between the contact elements are the same, and the first duct comprises guide elements for the wiring pins of a mains plug, and is protected towards the outside by means of at least one flexible cover strip.
Method for localizing an electrical fault in a modular submarine electrical distribution system, comprising a power line along which the following are arranged: - a submarine line head module comprising a circuit breaker and a protective relay configured in order to detect an electrical fault downstream of the circuit breaker on the line; - a submarine line termination module; - optionally, one or more intermediate submarine modules in series between the submarine line head module and the submarine line termination module; - a set of underwater-connectable electrical connectors (C1-C4), making it possible to electrically connect the submarine modules (M20, M30, M40) along the line, a male connector (C1, C3) and a female connector (C2, C4) providing the electrical connection between two consecutive submarine modules along the line, the method being characterized in that it comprises the following steps carried out after opening of the circuit breaker of the submarine line head module following the detection of an electrical fault downstream on the line: a) disconnection by a remotely operated submarine vehicle of the male connector and the female connector providing the electrical connection between two consecutive submarine modules along the line; b) fitting of a dielectric plug on the male connector disconnected from the female connector by a remotely operated submarine vehicle; c) closure of the circuit breaker of the submarine line head module; d) verification of detection of a fault on the line downstream of the circuit breaker of the line module. - a submarine line head module comprising a circuit breaker and a protective relay configured in order to detect an electrical fault downstream of the circuit breaker on the line; - a submarine line termination module; - optionally, one or more intermediate submarine modules in series between the submarine line head module and the submarine line termination module; - a set of underwater-connectable electrical connectors (C1-C4), making it possible to electrically connect the submarine modules (M20, M30, M40) along the line, a male connector (C1, C3) and a female connector (C2, C4) providing the electrical connection between two consecutive submarine modules along the line, a) disconnection by a remotely operated submarine vehicle of the male connector and the female connector providing the electrical connection between two consecutive submarine modules along the line; b) fitting of a dielectric plug on the male connector disconnected from the female connector by a remotely operated submarine vehicle; c) closure of the circuit breaker of the submarine line head module; d) verification of detection of a fault on the line downstream of the circuit breaker of the line module.
A hybrid guidewire device, comprising: a core comprising: a proximal section; a distal section; and a joint between the proximal and distal sections, wherein the joint comprises a distal end of the proximal section mechanically interlocked with a proximal end of the distal section; and a tube structure surrounding the joint, wherein the distal end of the proximal section comprises serrations, and wherein the proximal end of the distal section comprises complementary serrations configured to engage and interlock with the serrations of the distal end of the proximal section to form the joint, wherein the joint is tapered, and wherein the serrations and the complementary serrations are tapered to form the tapered joint. a core comprising: a proximal section; a distal section; and a joint between the proximal and distal sections, wherein the joint comprises a distal end of the proximal section mechanically interlocked with a proximal end of the distal section; and a proximal section; a distal section; and a joint between the proximal and distal sections, wherein the joint comprises a distal end of the proximal section mechanically interlocked with a proximal end of the distal section; and a tube structure surrounding the joint, wherein the distal end of the proximal section comprises serrations, and wherein the proximal end of the distal section comprises complementary serrations configured to engage and interlock with the serrations of the distal end of the proximal section to form the joint, wherein the joint is tapered, and wherein the serrations and the complementary serrations are tapered to form the tapered joint.
A method for producing a catalyst, which is obtained by mixing - a compound expressed by the following Structural Formula, - a nitroalkane compound, represented by the following General Formula: R 1 -CH 2 -NO 2 General Formula where R 1 represents an alkyl group which has 1 to 20 carbon atoms and may have a substituent selected from the group consisting of alkoxy groups, a carboxyl group, a hydroxyl group and halogen atoms, - a neodymium-containing compound - a sodium-containing compound, and - a carbon structure, wherein the carbon structure is carbon nanotube, carbon nanohorn or graphen wherein the catalyst is obtained by: mixing the compound expressed by the Structural Formula, the neodymium-containing compound, the sodium-containing compound, and the carbon structure; and after the mixing, further mixing the nitroalkane compound. - a compound expressed by the following Structural Formula, - a nitroalkane compound, represented by the following General Formula: R 1 -CH 2 -NO 2 General Formula where R 1 represents an alkyl group which has 1 to 20 carbon atoms and may have a substituent selected from the group consisting of alkoxy groups, a carboxyl group, a hydroxyl group and halogen atoms, - a neodymium-containing compound - a sodium-containing compound, and - a carbon structure, wherein the carbon structure is carbon nanotube, carbon nanohorn or graphen
A composition comprising: a) an effective amount of an extract of Cyperus esculentus peel, Cyperus esculentus rhizomes, or a combination thereof; and b) an effective amount of mangiferin, norathyriol, or an extract comprising mangiferin or norathyriol, wherein said extract comprising mangiferin or norathyriol is a mangiferin-containing extract of a plant species in a genus selected from the group consisting of Mangifera, Salacia, Cyclopia, Canscora, Fagraea, Gentiana, Hoppea, Swertia, Hypericum, Polygala, Zizyphus, and mixtures thereof wherein the ratio of (a) to (b) is between 1:1 and 50:1. a) an effective amount of an extract of Cyperus esculentus peel, Cyperus esculentus rhizomes, or a combination thereof; and b) an effective amount of mangiferin, norathyriol, or an extract comprising mangiferin or norathyriol, wherein said extract comprising mangiferin or norathyriol is a mangiferin-containing extract of a plant species in a genus selected from the group consisting of Mangifera, Salacia, Cyclopia, Canscora, Fagraea, Gentiana, Hoppea, Swertia, Hypericum, Polygala, Zizyphus, and mixtures thereof
An out-of-synchronization determining method, comprising: receiving, by a control network element, interference metrics sent by N base stations, wherein the interference metrics comprise first interference and noise, second interference and noise, and third interference and noise, and the first interference and noise, the second interference and noise, and the third interference and noise are interference received in different uplink sub frame symbols; determining, based on the interference metrics, by the control network element, M first to-be-inspected base stations in the N base stations and/or neighboring stations of the N base stations; determining, by the control network element, P second to-be-inspected base stations, wherein the P second to-be-inspected base stations meet a detection condition that are selected from the M first to-be-inspected base stations, wherein the detection condition is that a characteristic sequence broadcast by the first to-be-inspected base station at a specified position in a radio frame is not received by any neighboring station at the specified position; and determining, by the control network element, an out-of-synchronization base station in the P second to-be-inspected base stations; wherein N and M are positive integers, P is an integer, and P is less than or equal to M. receiving, by a control network element, interference metrics sent by N base stations, wherein the interference metrics comprise first interference and noise, second interference and noise, and third interference and noise, and the first interference and noise, the second interference and noise, and the third interference and noise are interference received in different uplink sub frame symbols; determining, based on the interference metrics, by the control network element, M first to-be-inspected base stations in the N base stations and/or neighboring stations of the N base stations; determining, by the control network element, P second to-be-inspected base stations, wherein the P second to-be-inspected base stations meet a detection condition that are selected from the M first to-be-inspected base stations, wherein the detection condition is that a characteristic sequence broadcast by the first to-be-inspected base station at a specified position in a radio frame is not received by any neighboring station at the specified position; and determining, by the control network element, an out-of-synchronization base station in the P second to-be-inspected base stations; wherein N and M are positive integers, P is an integer, and P is less than or equal to M.