mhurhangee/ep-ind-claims huggingface dataset:
A system for monitoring a switchboard and controlling a load, the system comprising: a gateway configured to: acquire temperature information of each of circuit breakers (11a,11b,11c) included in the switchboard, and current amount information of each of electrical lines corresponding to the circuit breakers; acquire capacity information of each of the circuit breakers based on the acquired temperature information; and detect a circuit breaker corresponding to an electrical line requiring adjustment of a load (30a, 30b, 30c) thereof, based on the acquired capacity information and current amount information; and a load control device configured to stop an operation of at least one apparatus among apparatuses connected to the detected circuit breaker, thereby to adjust the load of the electrical line corresponding to the detected circuit breaker. acquire temperature information of each of circuit breakers (11a,11b,11c) included in the switchboard, and current amount information of each of electrical lines corresponding to the circuit breakers; acquire capacity information of each of the circuit breakers based on the acquired temperature information; and detect a circuit breaker corresponding to an electrical line requiring adjustment of a load (30a, 30b, 30c) thereof, based on the acquired capacity information and current amount information; and a load control device configured to stop an operation of at least one apparatus among apparatuses connected to the detected circuit breaker, thereby to adjust the load of the electrical line corresponding to the detected circuit breaker.
A tool system comprising a holder and at least one tool support (103, 203, 303, 403, 503, 603, 703) for receiving a tool, in particular in the form of a diamond polishing tool, which has a receiving part which transitions into a shaft part in order to fix the tool support (103, 203, 303, 403, 503, 603, 703) to the holder of a machining unit, which shaft part has at least one bearing surface (111, 111a, 111b) extending at least along some sections in circumferential direction, which bearing surface tapers conically in the direction of the free end of the shaft part and is in contact with a holding surface in a recess of the holder when the shaft part is in the installed position in said holder, wherein a point of attachment for a tensioning means for fixing the tool support in the recess of the holder is provided at the free end face of the shaft part, characterised in that each conical bearing surface (111, 111a, 111b) has a half opening angle (β) which is less than 30°, preferably between 7.5° and 15°, with respect to the imaginary extension of the bearing surface relative to a longitudinal axis of the shaft part, and that the conical bearing surface (111, 111a, 111b) of the tool support (103, 203, 303, 403, 503, 603, 703) abuts against the holding surface of the holder with a small protrusion in the direction of the receiving part.
An adjustable backrest contouring system for use in a chair, the contouring system comprising: a support element comprising a contact surface comprising a plurality of hook or loop fasteners; and a set of at least two contouring units, each contouring unit comprising a body comprising a first surface and an opposing second surface, each of the first and second surfaces comprising hook or loop fasteners, and further comprising one or more sides that define a periphery of the contouring unit; wherein one side of at least one of the contouring units is attached to one side of at least one other contouring unit of the set by a perforated connection that allows the contouring units to be detached from each other; wherein the contouring units are each removably attachable to the contact surface at desired locations on the contact surface to form one or more layers of contouring units; characterized in that the contouring system also comprises at least one flexible stabiliser configured to be located between or across at least two of the contouring units and configured to attach to each of the at least two contouring units, wherein each stabiliser comprises a first surface and an opposing second surface and wherein the first surface comprises hook or loop fasteners and the second surface comprises hook or loop fasteners to removably attach one of the contouring units to another of the contouring units or to the contact surface in order to hold the layered contouring units in a desired position on the support element. a support element comprising a contact surface comprising a plurality of hook or loop fasteners; and a set of at least two contouring units, each contouring unit comprising a body comprising a first surface and an opposing second surface, each of the first and second surfaces comprising hook or loop fasteners, and further comprising one or more sides that define a periphery of the contouring unit; wherein one side of at least one of the contouring units is attached to one side of at least one other contouring unit of the set by a perforated connection that allows the contouring units to be detached from each other; wherein the contouring units are each removably attachable to the contact surface at desired locations on the contact surface to form one or more layers of contouring units; characterized in that the contouring system also comprises at least one flexible stabiliser configured to be located between or across at least two of the contouring units and configured to attach to each of the at least two contouring units, wherein each stabiliser comprises a first surface and an opposing second surface and wherein the first surface comprises hook or loop fasteners and the second surface comprises hook or loop fasteners to removably attach one of the contouring units to another of the contouring units or to the contact surface in order to hold the layered contouring units in a desired position on the support element.
Power detection device comprising, - an image acquisition unit arranged to capture images of a counter disc of a counter of a consumption quantity meter, - a processor arranged to evaluate the aquired images such that at least two images following one another in time are correlated in order to acquire movement information along an axis, and arranged to calculate an instantaneous power of the consumption quantity meter as a function of the movement information, the movement information being a velocity, wherein - the processor is calibrated in such a way that a distance per revolution of the counter disc is detected and that a defined active energy is assigned to this distance per revolution, the processor being set up to integrate the detected velocity over a complete revolution for calibration, to determine the distance per revolution therefrom and finally to calculate an active energy per distance from this distance per revolution and the defined active energy per revolution. - an image acquisition unit arranged to capture images of a counter disc of a counter of a consumption quantity meter, - a processor arranged to evaluate the aquired images such that at least two images following one another in time are correlated in order to acquire movement information along an axis, and arranged to calculate an instantaneous power of the consumption quantity meter as a function of the movement information, the movement information being a velocity, - the processor is calibrated in such a way that a distance per revolution of the counter disc is detected and that a defined active energy is assigned to this distance per revolution, the processor being set up to integrate the detected velocity over a complete revolution for calibration, to determine the distance per revolution therefrom and finally to calculate an active energy per distance from this distance per revolution and the defined active energy per revolution.
A method of uplink reference signal transmission in a user equipment comprising: maintaining a definition of an available set of uplink reference signal transmission opportunities starting uplink reference signal transmission in anticipation of transmitting uplink data; transmitting uplink data after starting uplink reference signal transmission; continuing uplink reference signal transmission until completion of transmission of the uplink data, said continuing uplink reference signal transmission comprising transmitting uplink reference signal transmissions until a last of the available set of uplink reference signal transmission opportunities that occurs during the uplink data transmission, and then discontinuing uplink reference signal transmission. maintaining a definition of an available set of uplink reference signal transmission opportunities starting uplink reference signal transmission in anticipation of transmitting uplink data; transmitting uplink data after starting uplink reference signal transmission; continuing uplink reference signal transmission until completion of transmission of the uplink data, said continuing uplink reference signal transmission comprising transmitting uplink reference signal transmissions until a last of the available set of uplink reference signal transmission opportunities that occurs during the uplink data transmission, and then discontinuing uplink reference signal transmission.
System for optimising the attack strategy of at least one target by at least one underwater weapon launched from a carrier, the system consisting of at least one underwater weapon and a carrier capable of launching the or each underwater weapon and of at least one learning artificial intelligence module, characterised in that the or each weapon and the carrier comprise means (3, 4) for acquiring behaviour data from the said at least one target, the said at least one weapon and the carrier, and means for transmitting this information to the said at least one learning artificial intelligence module adapted to deliver attack strategy optimisation information to the said at least one weapon.
Compound derived from isatin, characterized in that it has a Formulae I, II or III structure, as shown below: whereby in Formulae I, II and III: R 1 is selected from H, CH 3 or Cl R 2 is selected from one of the following radicals: zidovudine, amprenavir or an acyclic phosphonate chain, as shown below. zidovudine amprenavir acrylic phosphonate chain R 1 is selected from H, CH 3 or Cl R 2 is selected from one of the following radicals: zidovudine, amprenavir or an acyclic phosphonate chain, as shown below. zidovudine amprenavir acrylic phosphonate chain
Heat storage device open to the atmosphere for storing and providing by means of a fluid thermal energy arising during power generation, with at least one first and one second chamber, wherein the first chamber is arranged above the second chamber and a line arranged substantially in the chambers (2, 3) connects an upper region of the first chamber with a lower region of the second chamber, such that there are no temperature differences between end points of the line during operation and thus also no buoyancy forces, characterized in that a third, bottom chamber is provided, wherein a line is arranged between the second chamber and the bottom chamber, which line connects an upper region of the second chamber with a lower region of the bottom chamber, wherein the lines are thermally insulated and wherein any two adjacent chambers (2, 3), (3, 17) are separated from one another by an insulated intermediate bottom.
Selector mechanism housing for receiving a portion of a selector lever for a vehicle, wherein the selector mechanism housing has the following features: a base part having at least one base latching element; and a cover part for closing the base part, wherein the cover part has at least one cover latching element which is able to latch to the base latching element so as to be able to fasten the cover part to the base part without screws, characterized in that the base part has at least one base projection having a penetration opening for penetration by a screw, and the cover part has at least one cover projection having a penetration opening for penetration by the screw, wherein the penetration opening of the base projection and the penetration opening of the cover projection are mutually opposite when the cover part is fastened to the base part, and wherein the base projection is configured as a detent for assembling the selector mechanism housing in a vehicle console. a base part having at least one base latching element; and a cover part for closing the base part, wherein the cover part has at least one cover latching element which is able to latch to the base latching element so as to be able to fasten the cover part to the base part without screws, characterized in that the base part has at least one base projection having a penetration opening for penetration by a screw, and the cover part has at least one cover projection having a penetration opening for penetration by the screw, wherein the penetration opening of the base projection and the penetration opening of the cover projection are mutually opposite when the cover part is fastened to the base part, and wherein the base projection is configured as a detent for assembling the selector mechanism housing in a vehicle console.
Method for laminating a flexible material layer having an upper side and a rear side onto a dimensionally stable substrate having a three-dimensional surface contour, comprising the steps: providing the dimensionally stable substrate; laying the rear side of the flexible material layer onto the surface contour of the dimensionally stable substrate, wherein a thermally activated adhesive being applied to the rear side of the flexible material layer and/or to the surface contour of the dimensionally stable substrate; irradiating the upper side of the flexible material layer with NIR radiation to activate the adhesive; characterized by pressing together the flexible material layer and the dimensionally stable substrate after and/or during the activation of the adhesive, wherein the flexible material layer and the dimensionally stable substrate being pressed together by closing a first mould half, holding the dimensionally stable substrate, and a second mould half, providing a contour, of a press laminating tool, wherein the second mould half being at least partially NIR transparent and the irradiation of the upper side of the flexible material layer laid on being carried out through the second mould half. providing the dimensionally stable substrate; laying the rear side of the flexible material layer onto the surface contour of the dimensionally stable substrate, wherein a thermally activated adhesive being applied to the rear side of the flexible material layer and/or to the surface contour of the dimensionally stable substrate; irradiating the upper side of the flexible material layer with NIR radiation to activate the adhesive; characterized by pressing together the flexible material layer and the dimensionally stable substrate after and/or during the activation of the adhesive, wherein the flexible material layer and the dimensionally stable substrate being pressed together by closing a first mould half, holding the dimensionally stable substrate, and a second mould half, providing a contour, of a press laminating tool, wherein the second mould half being at least partially NIR transparent and the irradiation of the upper side of the flexible material layer laid on being carried out through the second mould half.
Method for controlling the stopping of a motor for a covering device, the motor being a brushless DC synchronous motor driven by a control device via a control circuit, the brushless DC synchronous motor comprising coils, each coil having a first and a second end, the first ends being connected to one another and the second ends being supplied with energy so as to cause the motor to rotate, characterized in that the method comprises the steps, carried out by the control device, of: - detecting a command to stop the covering device, - interrupting the delivery of control signals to the control circuit, - determining the stopping of the motor, - controlling a switching device to connect the second ends of the coils only when the motor is determined as having stopped. - detecting a command to stop the covering device, - interrupting the delivery of control signals to the control circuit, - determining the stopping of the motor, - controlling a switching device to connect the second ends of the coils only when the motor is determined as having stopped.
An ex vivo process for stimulating the production of hyaluronic acid, comprising: a step of reacting fibroblast cells with 3-O-alkyl ascorbic acid derivatives, wherein the general formula of said 3-O-alkyl ascorbic acid derivatives is as the following: wherein R 1 is H atom, and R 2 is C2-C10 alkyl group. a step of reacting fibroblast cells with 3-O-alkyl ascorbic acid derivatives, wherein the general formula of said 3-O-alkyl ascorbic acid derivatives is as the following: wherein R 1 is H atom, and R 2 is C2-C10 alkyl group.
A particle characterization system comprising: an optical particle counter (120; 220) configured to receive an aerosol sample at a first flow rate and adapted to use light scattering to measure the particles in the aerosol sample to count and size the particles in the aerosol sample; and a spectral measurement device (140; 240) configured to receive the aerosol sample at a second flow rate and adapted to spectrally measure light emitted or absorbed by the particles in the aerosol sample, characterized by an aerosol particle concentrator (130; 230), an inlet of which is coupled to an outlet of the optical particle counter to be adapted to receive the aerosol sample at the first flow rate from the optical particle counter (120; 220) and an outlet of which is coupled to an inlet of the spectral measurement device (140; 240) to emit a portion of the aerosol sample with an increased concentration of particles therein at the second flow rate, wherein the first flow rate is sufficient to sample one cubic meter of the aerosol sample in less than one hour, and wherein the second flow rate is lower than the first flow rate. an optical particle counter (120; 220) configured to receive an aerosol sample at a first flow rate and adapted to use light scattering to measure the particles in the aerosol sample to count and size the particles in the aerosol sample; and a spectral measurement device (140; 240) configured to receive the aerosol sample at a second flow rate and adapted to spectrally measure light emitted or absorbed by the particles in the aerosol sample, characterized by an aerosol particle concentrator (130; 230), an inlet of which is coupled to an outlet of the optical particle counter to be adapted to receive the aerosol sample at the first flow rate from the optical particle counter (120; 220) and an outlet of which is coupled to an inlet of the spectral measurement device (140; 240) to emit a portion of the aerosol sample with an increased concentration of particles therein at the second flow rate, wherein the first flow rate is sufficient to sample one cubic meter of the aerosol sample in less than one hour, and wherein the second flow rate is lower than the first flow rate.
A catalysed membrane comprising a proton exchange membrane and an electrocatalyst layer deposited on the membrane, wherein the electrocatalyst layer comprises a PdRuPt alloy electrocatalyst comprising (i) an alloy having a single crystalline phase, wherein the alloy consists of 5-49at% palladium, 51-95at% ruthenium and less than 10at% platinum, and (ii) a high surface area support material which is carbon black, wherein the alloy is supported on the high surface area support material.
Artificial breakwater reef comprising: - At least a foundation bench; - At least one tout-venant core placed on the foundation bench comprising gravel and a geotextile substrate; - A plurality of natural stones placed on the tout-venant core; and - At least one artificial matrix alternated to layers of the natural stones; wherein the artificial matrix comprises an overwrap made of a permeable and biodegradable material, containing an aggregating mixture comprising at least a hydraulic binder, configured to solidify rapidly in seawater, characterised in that the aggregating mixture is added with dyes, and comprises inorganic solid waste classified as non-toxic. - At least a foundation bench; - At least one tout-venant core placed on the foundation bench comprising gravel and a geotextile substrate; - A plurality of natural stones placed on the tout-venant core; and - At least one artificial matrix alternated to layers of the natural stones;
Agglomerate consisting of at least one lactose component, at least one cellulose component, at least one starch component and a total amount of water of less than 9% by weight, based on the total amount of the agglomerate. wherein the lactose component is selected from anhydrous lactose and lactose monohydrate and is present in an amount of 55-90% by weight based on the total mass of the agglomerate, wherein the starch component is selected from native starch and is present in an amount of 5-25% by weight based on the total mass of the agglomerate, and wherein the cellulose component is present in an amount of 5-30% by weight based on the total mass of the agglomerate.
A compound of the formula wherein X 1 represents wherein y represents 0, 1, 2, 3, 4, 5, 6, 7 or 8; wherein Z represents O (oxygen); when y is 1 or 2, then R 1 independently represents deuterium; halogen; hydroxyl; cyano; oxo (=O); mercapto; or C 1-3 -alkyl; which C 1-3 -alkyl is optionally substituted with at least one substituent selected from halogen, hydroxyl, cyano and mercapto; or when y represents 3, 4, 5, 6, 7 or 8, then R 1 represents deuterium; wherein R 2 represents -C 3-6 -cycloalkyl, -C 1-3 -alkyl-C 3-6 -cycloalkyl or -C 1-6 -alkyl, which -C 1-6 -alkyl is optionally substituted with at least one substituent selected from hydroxyl, cyano or amino; as well as pharmaceutically-acceptable salts thereof. wherein X 1 represents wherein y represents 0, 1, 2, 3, 4, 5, 6, 7 or 8; wherein Z represents O (oxygen); when y is 1 or 2, then R 1 independently represents deuterium; halogen; hydroxyl; cyano; oxo (=O); mercapto; or C 1-3 -alkyl; which C 1-3 -alkyl is optionally substituted with at least one substituent selected from halogen, hydroxyl, cyano and mercapto; or when y represents 3, 4, 5, 6, 7 or 8, then R 1 represents deuterium; wherein R 2 represents -C 3-6 -cycloalkyl, -C 1-3 -alkyl-C 3-6 -cycloalkyl or -C 1-6 -alkyl, which -C 1-6 -alkyl is optionally substituted with at least one substituent selected from hydroxyl, cyano or amino; as well as pharmaceutically-acceptable salts thereof.
An intramedullary nail comprising: - a posterior side; - an anterior side; - a proximal portion; - a distal portion; and - a transverse bore arranged in the proximal portion and configured to receive a bone engagement member, wherein the transverse bore includes at least two recesses formed at an inner wall of the transverse bore, wherein the transverse bore has an inlet opening and wherein each of the at least two recesses opens out into the inlet opening of the transverse bore, wherein one recess is arranged on the posterior side and the other recess is arranged on the anterior side of the transverse bore of the intramedullary nail, and wherein the transverse bore has a bore axis and a length along the bore axis, wherein each of the at least two recesses has a length (Ir) along the inner wall in a direction of the bore axis of the transverse bore and wherein the length (Ir) of each recess is less than the length of the transverse bore, characterised in that each of that least two recesses has a conical shape in the direction of the bore axis. - a posterior side; - an anterior side; - a proximal portion; - a distal portion; and - a transverse bore arranged in the proximal portion and configured to receive a bone engagement member,