mhurhangee/patent-ind-claim-en huggingface dataset:
A wind power generation system, comprising: a wind turbine configured to generate mechanical energy; a generator configured to convert the mechanical energy into electrical energy; a converter connected between the generator and a grid , wherein a rotor of the generator is connected to the converter , an output of a stator of the generator and an output of the converter are both connected to the grid ; a controller configured to control the converter to absorb rotor-side reactive power (Q rotor ) and to increase line-side reactive power (Q line ), so as to meet a reactive power demand of the grid , when a rotor speed is less than a predetermined value, wherein the controller comprises a management module configured to obtain a stator-side target reactive current (I y ∗ ) according to a maximum withstand voltage value of the rotor-side voltage, a rotor-side voltage sampling value (R_V fbk ), and a grid-side target reactive current (I y0 ∗ ), when the rotor speed is less than the predetermined value, wherein the controller is configured to manage the rotor-side reactive power (Q rotor ) and the line-side reactive power (Q line ) according to the stator-side target reactive current. a wind turbine configured to generate mechanical energy; a generator configured to convert the mechanical energy into electrical energy; a converter connected between the generator and a grid , wherein a rotor of the generator is connected to the converter , an output of a stator of the generator and an output of the converter are both connected to the grid ; a controller configured to control the converter to absorb rotor-side reactive power (Q rotor ) and to increase line-side reactive power (Q line ), so as to meet a reactive power demand of the grid , when a rotor speed is less than a predetermined value, wherein the controller comprises a management module configured to obtain a stator-side target reactive current (I y ∗ ) according to a maximum withstand voltage value of the rotor-side voltage, a rotor-side voltage sampling value (R_V fbk ), and a grid-side target reactive current (I y0 ∗ ), when the rotor speed is less than the predetermined value, wherein the controller is configured to manage the rotor-side reactive power (Q rotor ) and the line-side reactive power (Q line ) according to the stator-side target reactive current.
An assembly comprising a rack and a plurality of electric battery cell modules, each electric battery cell module comprising at least one electric battery cell and a module antenna, the plurality of electric battery cell modules not being operatively connected together as an electric battery, the rack being configured to support the plurality of electric battery cell modules; and wherein the rack comprises a transmission line operative as an antenna, having an elongate shape and configured to provide near field radio wave coupling of data with each of the plurality of electric battery cell modules spaced apart along its length, the near field radio wave coupling being provided by the transmission line with the module antenna of each one of the plurality of electric battery cell modules.
Cooking enclosure intended to be inserted into a cooking appliance in order to carry out steam cooking, the enclosure comprising a vessel having a bottom , a side wall , and an opening opposite the bottom , characterised in that the enclosure further comprises a steam flow duct extending between a first opening intended to be placed in fluid communication with a steam generation system of the cooking appliance, and a second opening forming a steam injection nozzle, the steam injection nozzle being designed to emerge at the bottom of the vessel for a flow of steam (V) from the bottom of the vessel to the opening of the vessel .
An injectable elastin-like recombinamer (ELR) hydrogel, for use in a method of treating a mammal that has suffered a myocardial infarction to modulate the response of cardiac muscle damaged by the infarct, in which the hydrogel is injected into the cardiac muscle damaged by the infarct at least two days after the myocardial infarction, and in an amount sufficient to modulate the response of cardiac muscle damaged by the infarct.
Combined hyperosmolar solution for infusion comprising polyol, sodium chloride, potassium chloride, calcium chloride, magnesium chloride, sodium lactate and water for injection, characterized in that it further comprises sodium acetate and L-malate, at the following component ratio by dry weight, wt. %: polyol 4-7 sodium chloride 0,54 - 0,66 potassium chloride 0,027 - 0,033 calcium chloride 0,008 - 0,012 magnesium chloride 0,017 - 0,023 sodium lactate 1,35 - 1,65 sodium acetate 0,234 - 0,286 L-malate 0,120 - 0,145 water for injections remainder up to 100%
A method comprising: a processor of a surveillance system detecting selection of at least one portion of a secured area via a drawing around the at least one portion made by an operator on a diagram of the secured area, wherein the processor also detects the remaining portion of the secured area as an unselected zone; the processor identifying at least one camera within the selected at least one portion of the secured area; the processor adjusting a relative level of picture quality for each of the at least one camera ; and the processor recording video with the adjusted level of picture quality from each of the identified at least one camera for a predetermined time period where the picture quality is adjusted by changing any camera parameter that increases or decreases video quality or by performing one or more of increasing or decreasing image resolution, increasing or decreasing frames per second, decreasing or increasing a group of pictures (GOP) value, decreasing or increasing a compression ratio and increasing or decreasing a bit rate. a processor of a surveillance system detecting selection of at least one portion of a secured area via a drawing around the at least one portion made by an operator on a diagram of the secured area, wherein the processor also detects the remaining portion of the secured area as an unselected zone; the processor identifying at least one camera within the selected at least one portion of the secured area; the processor adjusting a relative level of picture quality for each of the at least one camera ; and the processor recording video with the adjusted level of picture quality from each of the identified at least one camera for a predetermined time period where the picture quality is adjusted by changing any camera parameter that increases or decreases video quality or by performing one or more of increasing or decreasing image resolution, increasing or decreasing frames per second, decreasing or increasing a group of pictures (GOP) value, decreasing or increasing a compression ratio and increasing or decreasing a bit rate.
Milling blank for producing an indirect dental restoration, composed of resin or a resin-based composite, comprising water in an amount of at least 25% of the water sorption W sp , wherein water sorption (W sp ) is determined analogously to EN ISO 4049:2009 [D] [7.12]; there follows a summary of the determination method and specification of the departures from the procedure according to EN ISO 4049:2009 [D]: A high-speed saw is used to produce specimens with a length of 14.7 mm, a width of 14.7 mm and a thickness of 0.5 mm from composite blocks produced, and these test specimens are deburred, ground, and polished; the specimens [analogously to 7.12.3.1] are dried in a desiccator at 37°C to constant mass and the mass (m 1 ) is determined accurately to 0.1 mg, and [analogously to 7.12.3.2] the length, the width and the thickness are determined accurately to 0.01 mm; the volume V in cubic millimetres is determined from this; subsequently, the test specimens [analogously to 7.12.3.3] are stored for 7 days at 37°C in water; after 7 days, the test specimens are removed, rinsed with water, blotted, waved back and forth in the air for 15 sec and, 1 min after removal from the water, weighed accurately to 0.1 mg (m 2 ); after this weighing [analogously to 7.12.3.4], the test specimens are dried in a desiccator at 37°C to constant mass, and the mass (m 3 ) is determined accurately to 0.1 mg; water sorption is calculated according to Equation given under 7.12.4.1.
- A temperature compensation method in a current measuring device comprising: a power component configured to be incorporated in series in an electric power circuit (C) and having an internal resistance R on in the on state; an amplifier stage whose input is connected to one of the terminals of the power component , the amplifier stage being configured such that the output voltage V s of the amplifier stage is a function of the current I at the terminals of the power component , the amplifier stage comprising an operational amplifier associated with a gain adjustment circuit; and a calculator coupled to a temperature sensor configured to measure the temperature of the power component and to a digital variable resistor R v of the gain adjustment circuit of the amplifier stage , the calculator being configured to carry out the following steps iteratively: - receiving a measured temperature value originating from the temperature sensor ; - correcting the measured temperature value as a function of the output voltage V s of the amplifier stage , according to a first law or table incorporated into the calculator ; - calculating the value of the internal resistance R on of the power component as a function of the corrected temperature value, according to a second law or table incorporated into the calculator ; - calculating the resistance value to be applied to the digital variable resistor R v as a function of the calculated value of R on , according to a third law or table incorporated into the calculator , such that the ratio K = Vs/I is constant over the entire usage temperature range of the electric circuit (C); and - applying the calculated resistance value to the digital variable resistor R v . - receiving a measured temperature value originating from the temperature sensor ; - correcting the measured temperature value as a function of the output voltage V s of the amplifier stage , according to a first law or table incorporated into the calculator ; - calculating the value of the internal resistance R on of the power component as a function of the corrected temperature value, according to a second law or table incorporated into the calculator ; - calculating the resistance value to be applied to the digital variable resistor R v as a function of the calculated value of R on , according to a third law or table incorporated into the calculator , such that the ratio K = Vs/I is constant over the entire usage temperature range of the electric circuit (C); and - applying the calculated resistance value to the digital variable resistor R v .
Caterpillar casting machine for producing a cast material from liquid metal, comprising two guide rails by which two oppositely arranged endless horizontal circulation tracks (U) are formed; a plurality of support elements , which, with cooling blocks mounted thereon, are each so guided on the guide rails that a continuous chain of support elements moved in a transport direction (T) along the circulation tracks (U) is formed, wherein a moving casting mould for the cast material is constructed between the cooling blocks which come into juxtaposition in straight sections of the circulation tracks (U) of the guide rails , and a cooling device , characterised in that the cooling device has separate cooling zones each with at least one cooling nozzle , wherein the cooling zones are individually activatable along the transport direction (T) and/or transversely to the transport direction (T) so as to set an opening or closing of the cooling nozzles , wherein cooling for the cooling blocks is adaptable to a predetermined casting width in that cooling zones with the cooling nozzles thereof are activated in an edge region (R) transversely to the transport direction (T) and/or wherein cooling for the cooling blocks is adaptable to at least one predetermined process parameter formed by the metal type, a predetermined metal alloy, the casting width, the casting speed or the casting profile in that cooling zones with the cooling nozzles thereof are activated along the transport direction (T).
A dispensing device for modifying a treating surface , comprising: an angled cartridge assembly for modifying the treating surface, having a reservoir for storing a treatment composition, the treatment composition configured for application to the treating surface and for being dispensed onto the treating surface by a dispensing mechanism of the device, and a body portion coupled to the reservoir , wherein the body portion comprises a base surface and a dispensing surface, wherein the dispensing surface is disposed opposite the base surface on the angled cartridge assembly, and wherein the dispensing surface is disposed in a nonparallel configuration relative to the base surface; wherein the angled cartridge assembly is inserted into the device so that at least a portion of the angled cartridge assembly is disposed at a cartridge assembly angle that is neither parallel nor perpendicular to the treating surface; and an image capture device for capturing unwanted variations in the treating surface, which image capture device is disposed at an image capture device angle and the cartridge assembly angle is different than the image capture device angle. an angled cartridge assembly for modifying the treating surface, having a reservoir for storing a treatment composition, the treatment composition configured for application to the treating surface and for being dispensed onto the treating surface by a dispensing mechanism of the device, and a body portion coupled to the reservoir , wherein the body portion comprises a base surface and a dispensing surface, wherein the dispensing surface is disposed opposite the base surface on the angled cartridge assembly, and wherein the dispensing surface is disposed in a nonparallel configuration relative to the base surface; wherein the angled cartridge assembly is inserted into the device so that at least a portion of the angled cartridge assembly is disposed at a cartridge assembly angle that is neither parallel nor perpendicular to the treating surface; and an image capture device for capturing unwanted variations in the treating surface, which image capture device is disposed at an image capture device angle and the cartridge assembly angle is different than the image capture device angle.
Orodispersible tablet, characterized in that it contains burlulipase.
An absorbent-article container comprising: a containing member having an outermost surface, at least a part of the outermost surface being formed of paper ; and an absorbent article that is contained in the containing member , and that has an outermost surface, at least a part of the outermost surface being formed of nonwoven fabric, characterized in that a minimum value of dynamic friction coefficient on an innermost surface of the containing member is less than dynamic friction coefficient on the outermost surface of the containing member formed of the paper. a containing member having an outermost surface, at least a part of the outermost surface being formed of paper ; and an absorbent article that is contained in the containing member , and that has an outermost surface, at least a part of the outermost surface being formed of nonwoven fabric, that is contained in the containing member , and that has an outermost surface, at least a part of the outermost surface being formed of nonwoven fabric, characterized in that a minimum value of dynamic friction coefficient on an innermost surface of the containing member is less than dynamic friction coefficient on the outermost surface of the containing member formed of the paper.
Method for allocating elevator calls in an elevator system comprising at least one elevator (12a-12c), which elevator system is controlled by an elevator control comprising a destination call allocation control, wherein passenger IDs are inputted into at least one I/O-device of the elevator system , whereafter based on the passenger ID a destination call is issued comprising the floor of the I/O-device as departure floor and a preset or inputted destination floor as destination floor of the elevator call, characterized in that when a new destination call is issued, it is checked whether or not a destination call is still pending under the same passenger ID, and if a destination call of said person is still pending, either the new call or the pending call is cancelled, and that the passenger is prompted to confirm the new call, and only if this confirmation is given, the new call is entered to call allocation, whereas if the confirmation is not given the new claim is cancelled whereas the pending call is kept in call allocation or the new call and the pending call are displayed on the I/O-device and the passenger is prompted to select between the new call and the pending call whereafter the selected call is entered to call allocation whereas the not selected call is cancelled.
A charging case for an electronic vaping device , the charging case comprising: a sensor configured to obtain authentication information from an identification label of a cartridge of an electronic vaping device; and processing circuitry coupled to the sensor, the processing circuitry configured to perform authentication of the cartridge based on the authentication information, and determine whether to unlock a battery section of the electronic vaping device to power the cartridge based on a result of the authentication of the cartridge. a sensor configured to obtain authentication information from an identification label of a cartridge of an electronic vaping device; and processing circuitry coupled to the sensor, the processing circuitry configured to perform authentication of the cartridge based on the authentication information, and determine whether to unlock a battery section of the electronic vaping device to power the cartridge based on a result of the authentication of the cartridge. perform authentication of the cartridge based on the authentication information, and determine whether to unlock a battery section of the electronic vaping device to power the cartridge based on a result of the authentication of the cartridge.
A negative electrode active material comprising: a core comprising artificial graphite; and a carbon coating layer disposed on the core, wherein the artificial graphite is a secondary particle formed of a plurality of primary particles, wherein an edge plane of the negative electrode active material has a specific surface area, measured according to the description, of 1.0 m 2 /g to 1.9 m 2 /g. a core comprising artificial graphite; and a carbon coating layer disposed on the core, wherein the artificial graphite is a secondary particle formed of a plurality of primary particles, wherein an edge plane of the negative electrode active material has a specific surface area, measured according to the description, of 1.0 m 2 /g to 1.9 m 2 /g.
A method of segmenting a video recording into a plurality of viewing segments, the method comprising: recording a video with a camera ; the method characterized by : detecting movement of the camera during the recording of the video based on motion data received from a motion sensor in the camera ; comparing the motion data to one or more criteria; and if the motion data meets the one or more criteria, associating a segment divider with the video to coincide with a time of the detected movement. recording a video with a camera ; the method characterized by : detecting movement of the camera during the recording of the video based on motion data received from a motion sensor in the camera ; comparing the motion data to one or more criteria; and if the motion data meets the one or more criteria, associating a segment divider with the video to coincide with a time of the detected movement. detecting movement of the camera during the recording of the video based on motion data received from a motion sensor in the camera ; comparing the motion data to one or more criteria; and if the motion data meets the one or more criteria, associating a segment divider with the video to coincide with a time of the detected movement.
A washcoat showerhead for depositing a liquid washcoat onto a face of a substrate located below the washcoat showerhead , the washcoat showerhead comprising: a housing having an inlet for receiving the liquid washcoat; a showerhead plate ; and a baffle ; the housing and showerhead plate defining a showerhead cavity and the baffle being located within the showerhead cavity ; the showerhead plate comprising a plurality of nozzle apertures for discharging the liquid washcoat towards the face of the substrate ; characterised by the baffle comprising an impermeable central body and a plurality of arms extending from the impermeable central body , the plurality of arms defining a plurality of flow apertures circumferentially arranged around the impermeable central body ; the baffle being mounted in the showerhead cavity such that the impermeable central body is spaced from the showerhead plate ; the impermeable central body being aligned below the inlet of the housing such that liquid washcoat entering the showerhead cavity through the inlet is diverted to flow around the impermeable central body and through the plurality of flow apertures before being discharged through the nozzle apertures of the showerhead plate . a housing having an inlet for receiving the liquid washcoat; a showerhead plate ; and a baffle ; the housing and showerhead plate defining a showerhead cavity and the baffle being located within the showerhead cavity ; the showerhead plate comprising a plurality of nozzle apertures for discharging the liquid washcoat towards the face of the substrate ; characterised by the baffle comprising an impermeable central body and a plurality of arms extending from the impermeable central body , the plurality of arms defining a plurality of flow apertures circumferentially arranged around the impermeable central body ; the baffle being mounted in the showerhead cavity such that the impermeable central body is spaced from the showerhead plate ; the impermeable central body being aligned below the inlet of the housing such that liquid washcoat entering the showerhead cavity through the inlet is diverted to flow around the impermeable central body and through the plurality of flow apertures before being discharged through the nozzle apertures of the showerhead plate .