mhurhangee/ep-ind-claims huggingface dataset:
A crystallization precipitation reactor including a media therein comprising: a vessel including a top portion and a bottom portion; a solid discharge port defined in the vessel between the top and bottom portion; a media inlet port defined in the vessel between the top and bottom portion to allow for recharging or addition of 'clean' media to keep the process with sufficient media to provide effective treatment; an effluent discharge port defined in the vessel proximate the top portion of the vessel; an influent input port defined in the bottom portion of the vessel and in fluid communication with the media; and a recycled effluent port defined in the bottom portion of the vessel and in fluid communication with the media, wherein the influent input port and the recycled effluent port are concentric, wherein the flows of influent and recycled effluent are not in fluid communication prior to entering the vessel, thereby eliminating a need for pH adjustment or carbonate stripping of the recycled effluent, and the flow of recycled effluent provides consistent hydraulic loading to the reactor. a vessel including a top portion and a bottom portion; a solid discharge port defined in the vessel between the top and bottom portion; a media inlet port defined in the vessel between the top and bottom portion to allow for recharging or addition of 'clean' media to keep the process with sufficient media to provide effective treatment; an effluent discharge port defined in the vessel proximate the top portion of the vessel; an influent input port defined in the bottom portion of the vessel and in fluid communication with the media; and a recycled effluent port defined in the bottom portion of the vessel and in fluid communication with the media, wherein the influent input port and the recycled effluent port are concentric, wherein the flows of influent and recycled effluent are not in fluid communication prior to entering the vessel, thereby eliminating a need for pH adjustment or carbonate stripping of the recycled effluent, and the flow of recycled effluent provides consistent hydraulic loading to the reactor.
A method for an audio/video (A/V) recording and communication doorbell system comprising an A/V recording and communication doorbell comprising a camera, a speaker, a microphone, a power manager, a battery, an AC/DC rectifier, and a DC/DC converter, the A/V recording and communication doorbell connected to an external AC power source through the AC/DC rectifier and the DC/DC converter, the method comprising: the power manager drawing power, up to a threshold power as measured at an output of the DC/DC converter, from the external AC power source; determining that the power drawn from the external AC power source has reached the threshold power; and characterised by the power manager drawing supplemental power from the battery such that the power drawn from the external AC power source does not exceed the threshold power as measured at the output of the DC/DC converter. the power manager drawing power, up to a threshold power as measured at an output of the DC/DC converter, from the external AC power source; determining that the power drawn from the external AC power source has reached the threshold power; and characterised by the power manager drawing supplemental power from the battery such that the power drawn from the external AC power source does not exceed the threshold power as measured at the output of the DC/DC converter.
Clutch for a drivetrain of a motor vehicle, having a carrier lamella with at least one friction lining (4, 5), wherein the at least one friction lining (4, 5) has an inner edge and an outer edge in a radial direction of the carrier lamella, and has a leading edge and a trailing edge in a circumferential direction of the carrier lamella, wherein a first length of the leading edge in the radial direction is greater than a second length of the trailing edge in the radial direction, and wherein the inner edge forms an angle α with the circumferential direction, characterized in that the inner edge at least partially has a first embossment or the outer edge at least partially has a second embossment.
An electronic device, comprising: a display panel, wherein the display panel comprises a plurality of pixels configured to display an image and configured to operate at multiple refresh rates; and a processor communicatively coupled to the display panel, wherein the processor is configured to: determine a motion speed of at least part of the image; determine whether a touch indication is detected during display of the image; and characterised in that the processor is further configured to: instruct the display panel to transition from a second refresh rate to a first refresh rate greater than the second refresh rate in response to the motion speed being greater than a first image velocity threshold; and subsequently instruct the display panel to transition from the first refresh rate to the second refresh rate less than the first refresh rate in response to the motion speed being less than a particular value, wherein the particular value is a third velocity threshold when the touch indication is not detected and a second velocity threshold less than the third velocity threshold when the touch indication is detected. instruct the display panel to transition from a second refresh rate to a first refresh rate greater than the second refresh rate in response to the motion speed being greater than a first image velocity threshold; and subsequently instruct the display panel to transition from the first refresh rate to the second refresh rate less than the first refresh rate in response to the motion speed being less than a particular value, wherein the particular value is a third velocity threshold when the touch indication is not detected and a second velocity threshold less than the third velocity threshold when the touch indication is detected.
An apparatus for a user equipment, UE (100, 400), comprising: memory and processing circuitry configured to: encode uplink control information, UCI, multiplexed with uplink shared channel, UL-SCH, data for transmission over a shared orthogonal frequency division multiple access, OFDMA, channel in physical resource blocks, PRBs, of a subframe containing a plurality of time-frequency resource elements, REs; map a first type of UCI comprising hybrid automatic request repeat acknowledgement, HARQ-ACK, signals to REs of OFDM symbols of the subframe that also contain demodulation reference signal, DMRS, REs; and, map a second type of UCI distinct from the first type comprising channel state information, CSI, signals to REs of OFDM symbols of the subframe that do not contain demodulation reference signal, DMRS, REs, wherein the memory and processing circuitry are further configured to map HARQ-ACK signals to REs of OFDM symbols of the subframe that do not contain DMRS REs and to map rank indicator, RI, signals to REs of OFDM symbols of the subframe that also contain DMRS REs. encode uplink control information, UCI, multiplexed with uplink shared channel, UL-SCH, data for transmission over a shared orthogonal frequency division multiple access, OFDMA, channel in physical resource blocks, PRBs, of a subframe containing a plurality of time-frequency resource elements, REs; map a first type of UCI comprising hybrid automatic request repeat acknowledgement, HARQ-ACK, signals to REs of OFDM symbols of the subframe that also contain demodulation reference signal, DMRS, REs; and, map a second type of UCI distinct from the first type comprising channel state information, CSI, signals to REs of OFDM symbols of the subframe that do not contain demodulation reference signal, DMRS, REs, wherein the memory and processing circuitry are further configured to map HARQ-ACK signals to REs of OFDM symbols of the subframe that do not contain DMRS REs and to map rank indicator, RI, signals to REs of OFDM symbols of the subframe that also contain DMRS REs.
A manufacturing method, comprising: receiving model data indicative of a solid model of a rotor blade (30,50) of a gas turbine engine having a rotational axis; and determining a center of gravity distance of the rotor blade (30,50) using the model data, wherein the center of gravity distance is a distance between the rotational axis and a center of gravity point of the rotor blade (30, 50), characterized in that the method further comprises: determining a moment weight of the rotor blade (30,50) based on the center of gravity distance of the rotor blade (30,50) and a measured weight of the rotor blade (30,50); determining a location for the rotor blade (30,50) to be connected to a rotor hub based on the moment weight; and connecting the rotor blade (30,50) to the rotor hub at the location. receiving model data indicative of a solid model of a rotor blade (30,50) of a gas turbine engine having a rotational axis; and determining a center of gravity distance of the rotor blade (30,50) using the model data, wherein the center of gravity distance is a distance between the rotational axis and a center of gravity point of the rotor blade (30, 50), determining a moment weight of the rotor blade (30,50) based on the center of gravity distance of the rotor blade (30,50) and a measured weight of the rotor blade (30,50); determining a location for the rotor blade (30,50) to be connected to a rotor hub based on the moment weight; and connecting the rotor blade (30,50) to the rotor hub at the location.
An apparatus to provide input current to a motor winding of a respective motor, the apparatus comprising: a TRIAC TRIode for Alternating Current to control the input current to the motor winding; a control PTC Positive Temperature Coefficient thermistor, the control PTC thermistor coupled to a gate of the TRIAC to control a magnitude of the input current passing through the TRIAC to the motor winding; a start PTC thermistor disposed in series with the control PTC thermistor, the start PTC thermistor in thermal communication with the control PTC thermistor, heat generated by the start PTC thermistor flowing to the control PTC thermistor, the flowing heat controlling a temperature of the control PTC thermistor, the temperature of the control PTC thermistor controlling the magnitude of the input current passing from a first winding L1 through the start PTC thermistor and then through the TRIAC to the motor winding. a TRIAC TRIode for Alternating Current to control the input current to the motor winding; a control PTC Positive Temperature Coefficient thermistor, the control PTC thermistor coupled to a gate of the TRIAC to control a magnitude of the input current passing through the TRIAC to the motor winding; a start PTC thermistor disposed in series with the control PTC thermistor, the start PTC thermistor in thermal communication with the control PTC thermistor, heat generated by the start PTC thermistor flowing to the control PTC thermistor, the flowing heat controlling a temperature of the control PTC thermistor, the temperature of the control PTC thermistor controlling the magnitude of the input current passing from a first winding L1 through the start PTC thermistor and then through the TRIAC to the motor winding.
A method for masking an interfering audio signal comprising: reproducing in a first location a desired signal having a level, the desired signal also having a first frequency range (f 1), determining a masking threshold corresponding to the desired signal as a function of frequency associated with the desired signal in the first location, identifying a level of an interfering signal present in the first location, the interfering signal having a second frequency range (f 2) different from the first frequency range (f 1), comparing the level of the interfering signal present in the first location to the masking threshold, characterized by adjusting the relative levels of the desired signal and the interfering signal by increasing a gain applied to the first frequency range (f 1) of the desired signal to raise the masking threshold above the level of the interfering signal within the second frequency range (f 2). reproducing in a first location a desired signal having a level, the desired signal also having a first frequency range (f 1), determining a masking threshold corresponding to the desired signal as a function of frequency associated with the desired signal in the first location, identifying a level of an interfering signal present in the first location, the interfering signal having a second frequency range (f 2) different from the first frequency range (f 1), comparing the level of the interfering signal present in the first location to the masking threshold, adjusting the relative levels of the desired signal and the interfering signal by increasing a gain applied to the first frequency range (f 1) of the desired signal to raise the masking threshold above the level of the interfering signal within the second frequency range (f 2).
Method for carrying out an emergency braking operation by means of a braking assistant system in a vehicle, in which a braking activation which is predefined by the driver is boosted by the braking assistant system, characterized in that the brake boosting is switched off after the braking assistant system has been switched on for a defined activation time period (t act), wherein the activation time period (tact) is determined as a function of the vehicle speed.
A semiconductor die comprising a via realised in a bulk material, the via having an inner metallic conductor isolated from a surrounding conductive area by a first dielectric layer and a second dielectric layer, wherein the bulk material is chosen in a set of doped semiconductor materials containing p-type materials, wherein the surrounding conductive area is in contact with the bulk material, wherein the surrounding conductive area is made from a material chosen in a set of doped semiconductor materials containing n-type materials, wherein the surrounding conductive area is formed by a diffused doped layer, the bulk material is doped silicon and the surrounding conductive area is doped with phosphorus, the concentration of dopants being more than 10 15 atoms per cubic centimetre (>E15 a.cm -3). and wherein the semiconductor die further comprises a third conductive layer formed by a polysilicon layer, this polysilicon layer is between the inner metallic conductor and the conductive area, and the polysilicon layer is isolated from the conductive area by the first dielectric layer and from the inner metallic conductor by the second dielectric layer.
A heating device for a motor vehicle, comprising an electric generator, which has a regulating element for regulating a voltage generated by the generator, a coolant circuit, wherein heat dissipated by the regulating element can be carried off by a coolant of the cooling circuit, and a heater core, through which the coolant flows, for heating air that can be fed to a passenger compartment, in particular, characterized in that a heat store is provided, wherein a quantity of heat that is carried away from the regulating element by the coolant can be stored in the heat store and the stored quantity of heat can be selectively released, wherein the heat store is designed as a latent store, wherein an operating means of the latent store receives the heat quantity from the coolant or transfers the heat quantity to the coolant, with an at least partial phase conversion, and the heat store is designed as a thermally insulated storage volume for the coolant.
A method of managing a network apparatus (F nc T) of a telecommunication network, wherein the network apparatus does not expose management interfaces sufficient to allow managing at least one operational parameter thereof of interest for the managing, the method comprising: - collecting data about the network apparatus to be managed by making requests to the network apparatus to be managed and to at least one other network apparatus (F nc, F c) in operating relationships with the network apparatus to be managed; - based on the collected data, generating a behavioral model of the network apparatus to be managed, the behavioral model being an inferred logical and mathematical model of the behavior of the network apparatus to be managed with respecttothe operational parameter thereof of interest for the managing, and - managing the network apparatus to be managed exploiting the generated behavioral model thereof, wherein said generating the behavioral model of the network apparatus to be managed comprises classifying the collected data in data classes, said data classes comprising: - a first class of data indicative of the context in which the network apparatus to be managed operates; - a second class of data indicative of the internal state of the network apparatus to be managed; - a third class of data indicative of actions performed by the network apparatus to be managed - collecting data about the network apparatus to be managed by making requests to the network apparatus to be managed and to at least one other network apparatus (F nc, F c) in operating relationships with the network apparatus to be managed; - based on the collected data, generating a behavioral model of the network apparatus to be managed, the behavioral model being an inferred logical and mathematical model of the behavior of the network apparatus to be managed with respecttothe operational parameter thereof of interest for the managing, and - managing the network apparatus to be managed exploiting the generated behavioral model thereof, - a first class of data indicative of the context in which the network apparatus to be managed operates; - a second class of data indicative of the internal state of the network apparatus to be managed; - a third class of data indicative of actions performed by the network apparatus to be managed
A system for marking a coated optical article having at least one first mark on a surface of a substrate of the coated optical article, the system comprising: at least one mark identification device comprising: at least one electromagnetic radiation source configured to irradiate at least a portion of the surface of the substrate having the at least one first mark with electromagnetic radiation (119a, 119b); and at least one imaging device configured to receive a portion of the electromagnetic radiation (119a, 119b) reflected from the surface of the substrate having the at least one first mark and determine a position of the at least one first mark on the surface of the substrate; and at least one marking device configured for marking the coated optical article with at least one second mark based on the position of the at least one first mark. at least one mark identification device comprising: at least one electromagnetic radiation source configured to irradiate at least a portion of the surface of the substrate having the at least one first mark with electromagnetic radiation (119a, 119b); and at least one imaging device configured to receive a portion of the electromagnetic radiation (119a, 119b) reflected from the surface of the substrate having the at least one first mark and determine a position of the at least one first mark on the surface of the substrate; and at least one electromagnetic radiation source configured to irradiate at least a portion of the surface of the substrate having the at least one first mark with electromagnetic radiation (119a, 119b); and at least one imaging device configured to receive a portion of the electromagnetic radiation (119a, 119b) reflected from the surface of the substrate having the at least one first mark and determine a position of the at least one first mark on the surface of the substrate; and at least one marking device configured for marking the coated optical article with at least one second mark based on the position of the at least one first mark.
A method for manufacturing a road pavement comprising at least one pipe of a device for a heat exchanger, comprising the following steps of: a) digging a course of the road pavement to create grooves extending in a same direction without crossing each other, and strips connecting the grooves two by two, the grooves having a width ranging from 0.8d to 2.5d and a depth ranging from 0.8d to 3d, d being the diameter of the at least one pipe of the device for a heat exchanger; and then b) laying the at least one pipe into the grooves and the strips created in step a) thereby forming sections connected by bends, the grooves receiving the sections and the strips receiving the bends, the at least one pipe having a crushing strength higher than 2,000N per linear metre of pipe at 100°C; and then c) filling the empty space left free by the at least one pipe in the grooves with an asphalt mix based on: - a hydrocarbon binder, - at least 90% by weight, with respect to the total weight of the asphalt mix, of an aggregate fraction the elements of which have dimensions between 0 mm and 10 mm, said aggregate fraction comprising from 30% to 60% by weight, with respect to the total weight of the aggregate fraction, of elements having dimensions between 0 mm and 2 mm, said asphalt mix has a working temperature lower than 160°C, d) applying a surface course for a road pavement, in particular a wearing course. a) digging a course of the road pavement to create grooves extending in a same direction without crossing each other, and strips connecting the grooves two by two, the grooves having a width ranging from 0.8d to 2.5d and a depth ranging from 0.8d to 3d, d being the diameter of the at least one pipe of the device for a heat exchanger; and then b) laying the at least one pipe into the grooves and the strips created in step a) thereby forming sections connected by bends, the grooves receiving the sections and the strips receiving the bends, the at least one pipe having a crushing strength higher than 2,000N per linear metre of pipe at 100°C; and then c) filling the empty space left free by the at least one pipe in the grooves with an asphalt mix based on: - a hydrocarbon binder, - at least 90% by weight, with respect to the total weight of the asphalt mix, of an aggregate fraction the elements of which have dimensions between 0 mm and 10 mm, said aggregate fraction comprising from 30% to 60% by weight, with respect to the total weight of the aggregate fraction, of elements having dimensions between 0 mm and 2 mm, said asphalt mix has a working temperature lower than 160°C, - a hydrocarbon binder, - at least 90% by weight, with respect to the total weight of the asphalt mix, of an aggregate fraction the elements of which have dimensions between 0 mm and 10 mm, said aggregate fraction comprising from 30% to 60% by weight, with respect to the total weight of the aggregate fraction, of elements having dimensions between 0 mm and 2 mm, said asphalt mix has a working temperature lower than 160°C, d) applying a surface course for a road pavement, in particular a wearing course.
A manufacturing method for decorating natural leather with a decorative image including the steps of: - applying on a crusted leather a base coat containing a pigment for providing an achromatic colour different from black; - inkjet printing a colour image on the base coat using one or more pigmented UV curable inkjet inks; - optionally applying a protective top coat on the image; and - optionally applying a heat pressing or embossing step; wherein the achromatic colour different from black of the base coat and the inkjet printed colour image are used in combination to provide the decorative image. - applying on a crusted leather a base coat containing a pigment for providing an achromatic colour different from black; - inkjet printing a colour image on the base coat using one or more pigmented UV curable inkjet inks; - optionally applying a protective top coat on the image; and - optionally applying a heat pressing or embossing step;