mhurhangee/ep-ind-claims huggingface dataset:
A method for real-time measuring and modulating power consumption of a plurality of electrical appliances (30 1, 30 n) supplied from at least one power line of a power distribution network providing a supply signal at a nominal voltage and a nominal frequency, characterized in that it comprises the following steps: - real-time measuring of current drawn by each of the electrical appliances (30 1, 30 n) on each power line portion where each electrical appliance (30 1, 30 n) is located; - extracting the frequency and voltage of the electrical signal on each power line portion where each electrical appliance (30 1, 30 n) is located; - calculating the frequency offset in terms of absolute value between the extracted frequency and the nominal frequency of the distribution network and/or the voltage offset in terms of absolute value between the extracted voltage and the nominal voltage of the power distribution network for each power line portion; - generating (130, 140) an alarm signal associated with a power line portion provided that the frequency offset on this power line portion is greater than a predetermined frequency threshold value (f seuil) and/or the voltage offset on this power line portion is greater than a predetermined voltage threshold value (V seuil); - transmitting the electrical power drawn by each of the electrical appliances and the alarm signal to an external central platform; - sending by the external central platform selective shut-down orders to some of the electrical appliances, regardless of the position of said electrical appliances with respect to the power line portion for which the alarm signal has been generated, in order to locally adjust power consumption in real time with respect to production. - real-time measuring of current drawn by each of the electrical appliances (30 1, 30 n) on each power line portion where each electrical appliance (30 1, 30 n) is located; - extracting the frequency and voltage of the electrical signal on each power line portion where each electrical appliance (30 1, 30 n) is located; - calculating the frequency offset in terms of absolute value between the extracted frequency and the nominal frequency of the distribution network and/or the voltage offset in terms of absolute value between the extracted voltage and the nominal voltage of the power distribution network for each power line portion; - generating (130, 140) an alarm signal associated with a power line portion provided that the frequency offset on this power line portion is greater than a predetermined frequency threshold value (f seuil) and/or the voltage offset on this power line portion is greater than a predetermined voltage threshold value (V seuil); - transmitting the electrical power drawn by each of the electrical appliances and the alarm signal to an external central platform; - sending by the external central platform selective shut-down orders to some of the electrical appliances, regardless of the position of said electrical appliances with respect to the power line portion for which the alarm signal has been generated, in order to locally adjust power consumption in real time with respect to production.
A radiation-curable coating composition comprising at least one polyfunctional (meth)acrylate having a molecular weight of not more than 1000 g/mol and a functionality of at least four, at least one monofuctional alkyl (meth)acrylate which as a homopolymer has a glass transition temperature of not more than 0°C, at least one urethane (meth)acrylate which has at least one free isocyanate group and at least one (meth)acrylate group, at least one polyfunctional (meth)acrylate having a molecular weight of more than 1000 g/mol and a functionality of at least five, optionally at least one solvent selected from the group consisting of hydrocarbons, ketones, esters, alkoxylated alkanoic acid alkyl esters, ethers, and mixtures thereof, optionally at least one amine and/or alcohol, optionally at least one photoinitiator, and optionally at least one paint auxiliary. at least one polyfunctional (meth)acrylate having a molecular weight of not more than 1000 g/mol and a functionality of at least four, at least one monofuctional alkyl (meth)acrylate which as a homopolymer has a glass transition temperature of not more than 0°C, at least one urethane (meth)acrylate which has at least one free isocyanate group and at least one (meth)acrylate group, at least one polyfunctional (meth)acrylate having a molecular weight of more than 1000 g/mol and a functionality of at least five, optionally at least one solvent selected from the group consisting of hydrocarbons, ketones, esters, alkoxylated alkanoic acid alkyl esters, ethers, and mixtures thereof, optionally at least one amine and/or alcohol, optionally at least one photoinitiator, and optionally at least one paint auxiliary.
Method for creating a soldered connection, in which two layers (21; 21a to 21c, 22; 22a to 22c) are deposited onto a support element, wherein one layer (21; 21a to 21c) has at least metal particles and additives, in particular flux, and the other layer (22; 22a to 22c) has at least solder, wherein the support element and the two layers (21; 21a to 21c, 22; 22a to 22c) then undergo heat treatment in which the layer (22; 22a to 22c) with the solder is melted and penetrates into the structure of the layer (21; 21a to 21c) containing the metal particles, wherein in a first step the layer (21; 21a to 21c) containing at least the metal particles is deposited onto the support element, wherein in a subsequent second step the other layer (22; 22a to 22c) containing at least the solder is deposited so as to at least partially cover the layer (21; 21a to 21c) containing the metal particles, and wherein a third step involves carrying out the heat treatment, both layers (21; 21a to 21c, 22; 22a to 22c) being deposited on the support element, characterized in that the heat treatment first sinters the metal particles of the first layer (21; 21a to 21c), forming a lattice structure having cavities, and then melts the material of the second layer (22; 22a to 22c) such that it penetrates into the cavities or pores of the lattice structure of the first layer (21; 21a to 21c).
A multilayer sheet for molding, comprising a first thermosetting transparent resin layer, a second thermoplastic transparent resin layer, a decorative layer, and a base sheet sequentially stacked in this order, wherein the second thermoplastic transparent resin layer comprises TPU, urethane resin, or glycol-modified PET resin.
A power contacting device, with a contact pin receptacle and at least one electrical terminal, wherein the contact pin receptacle is integrally comprised of two partial contacts (4, 5) that are arranged spaced apart one above the other and can move relative to each other, wherein each partial contact (4, 5) has an opening (6, 7) with contact arms (8, 9) that protrude into the opening (6, 7), wherein the two openings (6, 7) are arranged coaxially to each other, wherein the contact arms (8, 9) of an opening (6, 7) on the contact arms (8, 9) of the other opening are bent toward each other so as to intermesh, and wherein the contact arms (8, 9), proceeding from one opening edge, initially have a radially running section, wherein an axially running section follows the radially running section of the contact arms, characterized in that the partial contacts (4, 5) are designed so as to be movable toward each other in the operating state, wherein the two partial contacts are designed so as to be connected with each other on a base spaced a distance apart, and wherein the two partial contacts (4, 5) are designed so as to be connected to each other by means of at least one additional connecting device, and wherein the length of a latching arm of the connecting device corresponds to this distance.
A consumer product comprising the combination of a consumer product ingredient and microcapsules, the microcapsules having a wall with a surface charge, the microcapsules made by a process comprising: dispersing in one or more water phases an initiator, and a cross-linking functional monomer having one or more -OH, -NH 2, or -NH - groups, and a charge functional monomer having one or more anionic or cationic groups which may be selected from carboxy, sulfonic acid, quaternary ammonium groups, or other charged groups; prereacting the monomers in the one or more water phases and combining with a water dispersible multifunctional (meth)acrylate monomer; further prereacting the combined monomers; forming an emulsion by emulsifying into the water phase or phases, using high shear agitation, an oil phase comprising an isocyanate and a benefit agent core material; optionally adding in addition, an amine cross-linker; further reacting the combined emulsion of prereacted monomers, water dispersible multifunctional (meth)acrylate monomer, and emulsified oil phase by heating for a time and temperature, or actinic irradiation for a time, sufficient to form a microcapsule wall surrounding the benefit agent core material. dispersing in one or more water phases an initiator, and a cross-linking functional monomer having one or more -OH, -NH 2, or -NH - groups, and a charge functional monomer having one or more anionic or cationic groups which may be selected from carboxy, sulfonic acid, quaternary ammonium groups, or other charged groups; prereacting the monomers in the one or more water phases and combining with a water dispersible multifunctional (meth)acrylate monomer; further prereacting the combined monomers; forming an emulsion by emulsifying into the water phase or phases, using high shear agitation, an oil phase comprising an isocyanate and a benefit agent core material; optionally adding in addition, an amine cross-linker; further reacting the combined emulsion of prereacted monomers, water dispersible multifunctional (meth)acrylate monomer, and emulsified oil phase by heating for a time and temperature, or actinic irradiation for a time, sufficient to form a microcapsule wall surrounding the benefit agent core material.
Confocal chromatic device for inspecting the surface of an object such as a wafer, comprising: - a chromatic lens with an extended axial chromatism; - a light source for illuminating the object through the chromatic lens with a plurality of optical wavelengths being focused at different axial distances; - a plurality of optical measurement channels with collection apertures arranged for collecting the light reflected by the object through the chromatic lens at a plurality of measurement points; - a control and data processing unit; characterized in that the plurality of optical measurement channels comprise: - at least one optical measurement channel with an intensity detector for measuring a total intensity of the collected light; - at least one optical measurement channel with a spectral detector for measuring a spectral information of the collected light from measurement points of interest; wherein the control and data processing unit is configured - for providing an intensity 2D image information with extended depth of focus from the total intensity of the collected light, by scanning the surface of the object, and - for deducing an axial distance information at the measurement points of interest identified from the 2D image information; and wherein the measurement points measured by the optical measurement channel with an intensity detector and the measurement points measured by the optical measurement channel with a spectral detector are in a known fixed spatial relationship to each other. - a chromatic lens with an extended axial chromatism; - a light source for illuminating the object through the chromatic lens with a plurality of optical wavelengths being focused at different axial distances; - a plurality of optical measurement channels with collection apertures arranged for collecting the light reflected by the object through the chromatic lens at a plurality of measurement points; - a control and data processing unit; - at least one optical measurement channel with an intensity detector for measuring a total intensity of the collected light; - at least one optical measurement channel with a spectral detector for measuring a spectral information of the collected light from measurement points of interest; wherein the control and data processing unit is configured - for providing an intensity 2D image information with extended depth of focus from the total intensity of the collected light, by scanning the surface of the object, and - for deducing an axial distance information at the measurement points of interest identified from the 2D image information; and
Safinamide or a pharmaceutically acceptable salt thereof for use in the treatment of myotonic disorders wherein the myotonic disorder is a non-dystrophic myotonia.
A process for manufacturing a branched aromatic polycarbonate resin having a desired degree of branching which comprises a process wherein an aromatic polycarbonate prepolymer having a branched structure introduced by using a predetermined amount of a branching agent is subjected to linking and highly-polymerizing reaction under reduced pressure with an aliphatic diol compound having aliphatic hydrocarbon groups bonding to terminal OH groups.
A device comprising: a binary convolutional coder (110, 122, 134) operable to output a binary code stream based on a source data stream; and a continuous phase modulator (502, 508, 514) operable to output a modulated signal based on the binary code stream, characterized in that the modulated signal has a continuous phase modulation phase response q av as a function of time that is based on a weighted average of q rc and q re as specified below, q av t = α re * q re t + α rc * q rc t, wherein q rc is a continuous phase modulation phase response of raised-cosine-shaped pulses as a function of time, wherein q re is a continuous phase modulation phase response of rectangular-shaped pulses as a function of time, wherein α re and α rc are selected to ensure that q av (t) is continuous, monotonous between 0 ≤ t ≤ LT such that q av t = { 0, t ≤ 0 0.5, t > LT, and wherein LT = 1 for a full-response continuous phase modulation and LT > 1 for partial-response continuous phase modulation. a binary convolutional coder (110, 122, 134) operable to output a binary code stream based on a source data stream; and a continuous phase modulator (502, 508, 514) operable to output a modulated signal based on the binary code stream, characterized in that the modulated signal has a continuous phase modulation phase response q av as a function of time that is based on a weighted average of q rc and q re as specified below, q av t = α re * q re t + α rc * q rc t, wherein q rc is a continuous phase modulation phase response of raised-cosine-shaped pulses as a function of time, wherein q re is a continuous phase modulation phase response of rectangular-shaped pulses as a function of time, wherein α re and α rc are selected to ensure that q av (t) is continuous, monotonous between 0 ≤ t ≤ LT such that q av t = { 0, t ≤ 0 0.5, t > LT, and wherein LT = 1 for a full-response continuous phase modulation and LT > 1 for partial-response continuous phase modulation. wherein q rc is a continuous phase modulation phase response of raised-cosine-shaped pulses as a function of time, wherein q re is a continuous phase modulation phase response of rectangular-shaped pulses as a function of time, wherein α re and α rc are selected to ensure that q av (t) is continuous, monotonous between 0 ≤ t ≤ LT such that q av t = { 0, t ≤ 0 0.5, t > LT, and wherein LT = 1 for a full-response continuous phase modulation and LT > 1 for partial-response continuous phase modulation.
A clamp apparatus (5A, 5B) for wax mold injection molding comprising: a mounting table to mount a rubber mold; a clamp plate; and a clamp force generator for changing a vertical position of the clamp plate relative to the mounting table, the clamp apparatus (5A, 5B) being configured to clamp a rubber mold between the mounting table and the clamp plate, characterized in that: the clamp apparatus (5A, 5B) further comprises a lock mechanism (20A-20D) capable of fixing a vertical position of the clamp plate relative to the mounting table. a mounting table to mount a rubber mold; a clamp plate; and a clamp force generator for changing a vertical position of the clamp plate relative to the mounting table, the clamp apparatus (5A, 5B) being configured to clamp a rubber mold between the mounting table and the clamp plate, characterized in that: the clamp apparatus (5A, 5B) further comprises a lock mechanism (20A-20D) capable of fixing a vertical position of the clamp plate relative to the mounting table.
Method for determining which one of a plurality of cameras of a camera system of a vehicle an image signal comes from, the cameras being arranged on the vehicle and having different mounting positions and/or orientations, the method comprising - capturing images by the plurality of cameras; and - the mounting positions and/or orientations of the cameras are determined by means of image processing of the captured images - determining which one of the plurality of cameras a captured image comes from by (i) evaluating an optical flow within the captured images wherein the captured images are taken during a movement of the vehicle and/or (ii) by evaluating overlapping regions of the fields of view of the cameras. - capturing images by the plurality of cameras; and - the mounting positions and/or orientations of the cameras are determined by means of image processing of the captured images - determining which one of the plurality of cameras a captured image comes from by (i) evaluating an optical flow within the captured images wherein the captured images are taken during a movement of the vehicle and/or (ii) by evaluating overlapping regions of the fields of view of the cameras.
A method of operating a mobile communication terminal for a handover rejection in a portable Internet system, said method comprising: transmitting a handover request message to a serving base station and receiving a response message corresponding to the handover request message from the serving base station, said handover request message requesting a handover operation to at least one target base station; checking whether the received response message includes contents regarding the handover rejection; extracting at least one terminal action instruction information and a rejection reason information corresponding to the handover rejection from the response message according to a result of the checking step; and executing by the terminal an action according to the extracted terminal action instruction information based on the extracted rejection reason information. transmitting a handover request message to a serving base station and receiving a response message corresponding to the handover request message from the serving base station, said handover request message requesting a handover operation to at least one target base station; checking whether the received response message includes contents regarding the handover rejection; extracting at least one terminal action instruction information and a rejection reason information corresponding to the handover rejection from the response message according to a result of the checking step; and executing by the terminal an action according to the extracted terminal action instruction information based on the extracted rejection reason information.
Hydrogenated glucose polymer composition having a total fibre content, determined in accordance with AOAC method 2001.03, greater than 50% and a quantity of reducing sugars by dry weight SR of less than 800 ppm.
Plug contact having an electric conductor for insertion into a mating connector, the conductor comprising - a plug-in section for insertion into the mating connector along an insertion direction, - a connecting section facing away from the plug-in section for an electrically conductive connection to an electrical or electronic component, - a barrier section, which is arranged along an extension direction of the conductor between the plug-in section and the connecting section, wherein the plug-in section has a first coating of a noble metal or tin on the surface, wherein, in the plug-in section, a second coating of a first material is applied to the first coating, wherein the first material is an organic material which contains at least one thiol group (-SH), wherein the barrier section has a silver coating on the surface, wherein a second material, which differs from the first material and forms a chemical bond with the silver coating, is applied to the silver coating of the barrier section. - a plug-in section for insertion into the mating connector along an insertion direction, - a connecting section facing away from the plug-in section for an electrically conductive connection to an electrical or electronic component, - a barrier section, which is arranged along an extension direction of the conductor between the plug-in section and the connecting section,
An information processing apparatus comprising: an analysis unit that analyzes, as at least input information, an image in which vegetation corresponding to a target of management is captured; and a determination unit that determines work contents to be performed for the vegetation, according to an analysis result output from the analysis unit; wherein the analysis unit outputs, as the analysis result, a vegetation index associated with grass that is the vegetation; characterised in that the vegetation index includes a grass damage ratio that is calculated, for each of divisional regions that are plural divisions of a grass surface, as a ratio of an integrated value of periods in which a detection target stays in the corresponding divisional region to a total period of a moving image in which the grass surface is captured. an analysis unit that analyzes, as at least input information, an image in which vegetation corresponding to a target of management is captured; and a determination unit that determines work contents to be performed for the vegetation, according to an analysis result output from the analysis unit;
Process for making a spreadable, edible water-in-oil emulsion comprising fat in an amount of from 15% to 50%, by weight based on the total emulsion and water in an amount of from 50 to 85%, by weight based on the total emulsion, which process comprises the steps of: a. preparing an aqueous phase comprising at least water, b. preparing a fat phase comprising vegetable oil, hardstock fat and fatty acid monoglyceride emulsifier, which fat phase is at a temperature such that the whole fat phase is liquid, and wherein the temperature is below 60°C, preferably below 50°C, c. combining the aqueous phase and the fat phase, and d. subject such to a high shear mixing process in a high shear mixer having a rotor and a stator, with a residence time of less than 3 seconds, and sufficient shear to effect emulsification of water droplets in oil having a droplet size d 3,3 of less than 15 micrometer, wherein the product exiting the high shear mixing process the product is packed without having been subject to any further mixing or working process. a. preparing an aqueous phase comprising at least water, b. preparing a fat phase comprising vegetable oil, hardstock fat and fatty acid monoglyceride emulsifier, which fat phase is at a temperature such that the whole fat phase is liquid, and wherein the temperature is below 60°C, preferably below 50°C, c. combining the aqueous phase and the fat phase, and d. subject such to a high shear mixing process in a high shear mixer having a rotor and a stator, with a residence time of less than 3 seconds, and sufficient shear to effect emulsification of water droplets in oil having a droplet size d 3,3 of less than 15 micrometer,