mhurhangee/ep-ind-claims huggingface dataset:
A power source control apparatus for a rotating electrical machine, the control apparatus comprising: a plurality of rotating electrical machine systems each of which is constituted by a rotating electrical machine and an energization control device that performs energization control of the rotating electrical machine; a target voltage setting unit that sets a target voltage commonly applied to the plurality of rotating electrical machine systems; a voltage control device that applies the target voltage set by the target voltage setting unit to the plurality of rotating electrical machine systems; an optimum voltage acquiring unit that acquires the optimum voltage of at least any one out of the rotating electrical machine and the energization control device in each of the plurality of rotating electrical machine systems; and a limiting unit that limits the voltage applied to the plurality of rotating electrical machine systems by the voltage control device, wherein the target voltage setting unit sets the target voltage based on a highest optimum voltage among a plurality of the optimum voltages acquired by the optimum voltage acquiring unit, and wherein the limiting unit computes a difference between the plurality of optimum voltages, and limits the voltage applied to the plurality of rotating electrical machine systems by the voltage control device to a value lower than the target voltage when the difference is equal to or greater than a predetermined value. a plurality of rotating electrical machine systems each of which is constituted by a rotating electrical machine and an energization control device that performs energization control of the rotating electrical machine; a target voltage setting unit that sets a target voltage commonly applied to the plurality of rotating electrical machine systems; a voltage control device that applies the target voltage set by the target voltage setting unit to the plurality of rotating electrical machine systems; an optimum voltage acquiring unit that acquires the optimum voltage of at least any one out of the rotating electrical machine and the energization control device in each of the plurality of rotating electrical machine systems; and a limiting unit that limits the voltage applied to the plurality of rotating electrical machine systems by the voltage control device, wherein the target voltage setting unit sets the target voltage based on a highest optimum voltage among a plurality of the optimum voltages acquired by the optimum voltage acquiring unit, and wherein the limiting unit computes a difference between the plurality of optimum voltages, and limits the voltage applied to the plurality of rotating electrical machine systems by the voltage control device to a value lower than the target voltage when the difference is equal to or greater than a predetermined value.
Method for flue gas denitrification in an incineration plant, wherein nitrogen oxides NO x are removed from the waste gas of the incineration plant, wherein a fluid mixture of an admixed fluid and an active fluid comprising an active agent, which is or contains ammonia or urea, is injected by means of compressed gas through a plurality of nozzles or nozzle lances into a common waste gas chamber of the incineration plant, wherein a temperature in the waste gas chamber is measured and an amount or concentration of the active agent in the atomized fluid mixture is set or controlled depending on the measured temperature, characterized in that as the temperature increases, the amount or concentration of the active agent is increased in a first temperature range between approximately 800 °C and approximately 980 °C, and is kept at least substantially constant in a second temperature range between approximately 980 °C and approximately 1040 °C. wherein a temperature in the waste gas chamber is measured and an amount or concentration of the active agent in the atomized fluid mixture is set or controlled depending on the measured temperature, characterized in that as the temperature increases, the amount or concentration of the active agent is increased in a first temperature range between approximately 800 °C and approximately 980 °C, and is kept at least substantially constant in a second temperature range between approximately 980 °C and approximately 1040 °C.
A nutritional composition comprising lipid in the form of lipid globules, wherein a. the lipid contains at least 0.5 wt.% alpha-linolenic acid based on total fatty acids and at least 5 wt.% linoleic acid based on total fatty acids, and b. the lipid contains at least 10 wt.% palmitic acid based on total fatty acids and at least 15 wt.% of palmitic acid, based on total palmitic acid, is located at the sn-2 position of a triglyceride, and c. the lipid globules have a mode diameter based on volume of at least 1 μm and/or at least 45 vol.% have a diameter of 2-12 μm, and d. the lipid comprises at least 0.5 wt.% phospholipid based on total lipid and either wherein the nutritional composition is not human milk or wherein the nutritional composition comprises vegetable lipid, for use in improving cognitive performance and/or improving cognitive development and/or preventing cognitive impairment in a human subj ect. a. the lipid contains at least 0.5 wt.% alpha-linolenic acid based on total fatty acids and at least 5 wt.% linoleic acid based on total fatty acids, and b. the lipid contains at least 10 wt.% palmitic acid based on total fatty acids and at least 15 wt.% of palmitic acid, based on total palmitic acid, is located at the sn-2 position of a triglyceride, and c. the lipid globules have a mode diameter based on volume of at least 1 μm and/or at least 45 vol.% have a diameter of 2-12 μm, and d. the lipid comprises at least 0.5 wt.% phospholipid based on total lipid and
A polypeptide comprising Short Consensus Repeats (SCRs) 1 to 4 of Factor H, SCR1 and SCR2 of Factor H-related protein 1, and a domain that is capable of binding to cellular surfaces.
An apparatus comprising: (a) a catheter shaft assembly having a proximal end and a distal end, the catheter shaft assembly defining a longitudinal axis, the catheter shaft assembly including an outer sheath with a distal end; and (b) an end effector associated with the distal end of the catheter shaft assembly, the end effector comprising a plurality of leaflets, the leaflets being configured to transition between a first configuration and a second configuration, the leaflets being configured to fit within the outer sheath in the first configuration, the leaflets being configured to expand outwardly away from the longitudinal axis in the second configuration in response to being exposed distally relative to the distal end of the outer sheath, each leaflet comprising: (i) a flexible body defining a plurality of openings, and (ii) a plurality of electrodes (250, 260) positioned on the flexible body. (a) a catheter shaft assembly having a proximal end and a distal end, the catheter shaft assembly defining a longitudinal axis, the catheter shaft assembly including an outer sheath with a distal end; and (b) an end effector associated with the distal end of the catheter shaft assembly, the end effector comprising a plurality of leaflets, the leaflets being configured to transition between a first configuration and a second configuration, the leaflets being configured to fit within the outer sheath in the first configuration, the leaflets being configured to expand outwardly away from the longitudinal axis in the second configuration in response to being exposed distally relative to the distal end of the outer sheath, each leaflet comprising: (i) a flexible body defining a plurality of openings, and (ii) a plurality of electrodes (250, 260) positioned on the flexible body. (i) a flexible body defining a plurality of openings, and (ii) a plurality of electrodes (250, 260) positioned on the flexible body.
A system for sorting fish where the system comprises; a trawl consisting of at least one trawl bag (3, 3', 3"), and where the at least one trawl bag (3, 3', 3") has an opening which covers a part of an inflow area in the trawl, characterized i n that it further comprises; - at least one monitoring device arranged in connection with the inflow area and where signals can be transmitted to a processing unit from the at least one monitoring device, and - where a device, based on data from the processing unit, can move the opening in the at least one trawl bag (3, 3', 3") to a position where fish flow through the inflow area but on the outside of the at least one trawl bag (3, 3', 3"). - at least one monitoring device arranged in connection with the inflow area and where signals can be transmitted to a processing unit from the at least one monitoring device, and - where a device, based on data from the processing unit, can move the opening in the at least one trawl bag (3, 3', 3") to a position where fish flow through the inflow area but on the outside of the at least one trawl bag (3, 3', 3").
An electronically controlled throttle device, comprising: a throttle body; a throttle valve being fixed to a throttle valve shaft; a throttle valve driving unit for driving said throttle valve; a gear mechanism being configured with a plurality of gears and being arranged on said throttle body to transmit a driving power from said throttle valve driving unit to said throttle valve; a cover made of an insulating material and being attached on said throttle body, said throttle valve driving unit and said gear mechanism being arranged so as to be protected by said cover; and two inductances (45a, 45b) being installed on an inner surface of said cover, the two inductances being connected through conductors with said throttle valve driving unit and with a power supply terminal of an outer connector for external connection, wherein said outer connector is formed on an outer surface of said cover and said conductors are buried in said cover. a throttle body; a throttle valve being fixed to a throttle valve shaft; a throttle valve driving unit for driving said throttle valve; a gear mechanism being configured with a plurality of gears and being arranged on said throttle body to transmit a driving power from said throttle valve driving unit to said throttle valve; a cover made of an insulating material and being attached on said throttle body, said throttle valve driving unit and said gear mechanism being arranged so as to be protected by said cover; and two inductances (45a, 45b) being installed on an inner surface of said cover, the two inductances being connected through conductors with said throttle valve driving unit and with a power supply terminal of an outer connector for external connection, wherein said outer connector is formed on an outer surface of said cover and said conductors are buried in said cover.
A method for controlling a manipulator for driving a railway vehicle with force feedback, the manipulator comprising a handle maneuverable by the driver, at least one sensor for measuring at least one dynamic parameter of the handle, and at least one actuator configured to exert a force on the handle so as to generate a force feedback, the control method comprising: - calculating a force feedback setpoint (F C) as a function of the dynamic parameter and at least one contextual parameter (P eco) received by the manipulator so as to send a first haptic signal as a function of the dynamic parameter and independent of the contextual parameter (P eco), and a second haptic signal as a function of the contextual parameter (P eco), and - controlling the actuator as a function of the force feedback setpoint, characterized in that the first haptic signal and the second haptic signal are superimposed, the at least one contextual parameter being determined from at least one datum chosen from among the speed of the vehicle and the load of the vehicle. - calculating a force feedback setpoint (F C) as a function of the dynamic parameter and at least one contextual parameter (P eco) received by the manipulator so as to send a first haptic signal as a function of the dynamic parameter and independent of the contextual parameter (P eco), and a second haptic signal as a function of the contextual parameter (P eco), and - controlling the actuator as a function of the force feedback setpoint,
A method for non-PMI feedback reporting of channel quality information of a Multiple-Input Multiple-Output, MIMO, transmission, the method comprising: measuring, by a User Equipment, UE, a Channel-State Information-Reference Signal, CSI-RS, according to configuration information of the CSI-RS, to acquire a downlink channel transmission matrix; determining, by the UE, a Channel Quality Indicator, CQI, of a frequency domain reporting unit according to the transmission scheme of Physical Downlink Shared Channel, PDSCH, and the downlink channel transmission matrix acquired by measurement, wherein: the transmission scheme of PDSCH includes an assumption that a base station maps data of the PDSCH to the number P of CSI-RS ports as per a rule of y 0 M y P − 1 = W ⋅ s; W represents a P×1 dimension matrix and is known to the UE and network side before reporting CQI; and the method comprises reporting, by the UE, the determined CQI to the network side. measuring, by a User Equipment, UE, a Channel-State Information-Reference Signal, CSI-RS, according to configuration information of the CSI-RS, to acquire a downlink channel transmission matrix; determining, by the UE, a Channel Quality Indicator, CQI, of a frequency domain reporting unit according to the transmission scheme of Physical Downlink Shared Channel, PDSCH, and the downlink channel transmission matrix acquired by measurement, wherein: the transmission scheme of PDSCH includes an assumption that a base station maps data of the PDSCH to the number P of CSI-RS ports as per a rule of y 0 M y P − 1 = W ⋅ s; W represents a P×1 dimension matrix and is known to the UE and network side before reporting CQI; and the method comprises reporting, by the UE, the determined CQI to the network side.
A maneuvering drive (24, 30) for a trailer, comprising a control unit and a plurality of drive units which are associated with wheels of the trailer, the drive units being adjustable between an inactive state, in which they do not engage the wheels of the trailer, and a maneuvering state, in which they engage the wheels of the trailer, the control unit including a monitoring module which monitors at least one status parameter and generates a warning when at least one drive unit is in the maneuvering state and the status parameter suggests that the trailer is to be moved by means of a towing vehicle, characterized in that the status parameter is a signal from a drawbar socket that a drawbar plug has been removed from the drawbar socket, and/or is a switch-off of a remote control for controlling the maneuvering drive (24, 30).
Pneumatic vehicle tyre having a tread, a belt assembly, a radial carcass, and having sidewalls which in each case in their radially outer region have at least two rows (9, 9') of parallelogram-shaped elevations (8, 8') with a height (h) of 0.80 mm to 1.50 mm, determined in relation to the remaining level of the sidewall, said rows (9, 9') running so as to be concentric with the annular shape of the sidewall, wherein intermediate spaces (11, 11', 12, 12') having in each case in particular constant widths (a 1, a 2, a 1 ', a 2 ') are present between the elevations (8, 8') within one row (9, 9') and between mutually adjacent rows (9, 9'), characterized in that the rows (9, 9') of elevations (8, 8') are mutually offset in the circumferential direction of the sidewall, with the elevations (8, 8') overlapping one another, wherein the intermediate spaces (11, 11') between the elevations (8, 8') are also mutually offset in the circumferential direction from row (9, 9') to row (9, 9'), so as not to be co-aligned.
An optical fiber expanded beam connector kit, comprising: a first lens assembly having a front and rear orientation and comprising at least: a first base having a first interengagement mechanism for interengaging with a second interengagement mechanism of a first ferrule assembly; a first inner sleeve extending from said first base; a first lens disposed at least partially in said first inner sleeve such that said first lens is axially aligned in said first inner sleeve, the expanded beam connector kit further comprising: a first ferrule assembly, said first ferrule assembly comprising at least: a first ferrule holder; said second interengagement mechanism at a forward end of said first ferrule holder; and a first optical fiber ferrule extending forward from said first ferrule holder and having a first end face, wherein said first lens and said first ferrule have essentially the same outside diameter such that when said first lens assembly is interengaged with said first ferrule assembly said first ferrule and said first lens are held in axial optical alignment in said first inner sleeve, wherein said first interengagement mechanism is a first threaded portion, which is integral with said first base, and wherein said second interengagement mechanism is a second threaded portion integral with said first ferrule holder and at a forward end of said first ferrule holder and encircling a rear portion of said first ferrule. a first base having a first interengagement mechanism for interengaging with a second interengagement mechanism of a first ferrule assembly; a first inner sleeve extending from said first base; a first lens disposed at least partially in said first inner sleeve such that said first lens is axially aligned in said first inner sleeve, the expanded beam connector kit further comprising: a first ferrule assembly, said first ferrule assembly comprising at least: a first ferrule holder; said second interengagement mechanism at a forward end of said first ferrule holder; and a first optical fiber ferrule extending forward from said first ferrule holder and having a first end face, wherein said first lens and said first ferrule have essentially the same outside diameter such that when said first lens assembly is interengaged with said first ferrule assembly said first ferrule and said first lens are held in axial optical alignment in said first inner sleeve, wherein said first interengagement mechanism is a first threaded portion, which is integral with said first base, and wherein said second interengagement mechanism is a second threaded portion integral with said first ferrule holder and at a forward end of said first ferrule holder and encircling a rear portion of said first ferrule.
Hair removal device, such as an electric shaver or epilator, comprising a hair cutting unit, a motor for driving the hair cutting unit, a measurement unit for measuring motor current and/or induced voltage and a cutting activity determinator for determining cutting activity from the signal of said measurement unit, characterized in that a wear determination unit is provided for determining wear of the hair cutting unit from the cutting activity signal of said cutting activity determinator.
A method of decoding video data, the method comprising: reconstructing, by a computing device, one or more blocks of a current picture of the video data, the one or more blocks of the current picture comprising N×N reconstructed samples of the current picture, wherein each of the one or more blocks belongs to a class of a plurality of classes, wherein the one or more blocks are categorized in accordance with Geometric Transformation based Adaptive Loop Filtering, GALF, such that categorization into the plurality of classes is based on a directionality and a quantized value of activity of the block, and wherein each class, or each merged group of classes, of the plurality of classes has a corresponding filter, such that each block of the one or more blocks of the current picture is associated with a filter; obtaining, by the computing device, from a bitstream, data including a plurality of weighting factors; and after reconstructing the one or more blocks of the current picture, applying, by the computing device, a function of multiple filters to a current block of the current picture, the current block comprising reconstructed samples of the current picture, wherein the multiple filters include the filter associated with each block of a plurality of neighboring blocks of the current picture that neighbor the current block, wherein the plurality of neighboring blocks that neighbor the current block are defined by a template, and wherein applying the function of multiple filters to the current block comprises applying the weighting factors to the filters. reconstructing, by a computing device, one or more blocks of a current picture of the video data, the one or more blocks of the current picture comprising N×N reconstructed samples of the current picture, wherein each of the one or more blocks belongs to a class of a plurality of classes, wherein the one or more blocks are categorized in accordance with Geometric Transformation based Adaptive Loop Filtering, GALF, such that categorization into the plurality of classes is based on a directionality and a quantized value of activity of the block, and wherein each class, or each merged group of classes, of the plurality of classes has a corresponding filter, such that each block of the one or more blocks of the current picture is associated with a filter; obtaining, by the computing device, from a bitstream, data including a plurality of weighting factors; and after reconstructing the one or more blocks of the current picture, applying, by the computing device, a function of multiple filters to a current block of the current picture, the current block comprising reconstructed samples of the current picture, wherein the multiple filters include the filter associated with each block of a plurality of neighboring blocks of the current picture that neighbor the current block, wherein the plurality of neighboring blocks that neighbor the current block are defined by a template, and wherein applying the function of multiple filters to the current block comprises applying the weighting factors to the filters.
A split mechanical seal for mounting to a housing containing a rotating shaft, comprising a gland assembly configured for mounting to the housing and forming a chamber, a holder assembly disposed in the chamber and positioned so as to be in a cooperative sealing relationship with the gland assembly, the holder assembly defining a space and capable of rotating with the shaft, a rotary seal ring disposed within the space of the holder assembly and is coupled thereto, a stationary seal ring seated within the chamber of the gland assembly and coupled thereto, the stationary seal ring having a sealing surface, an axially outer top surface disposed opposite to the sealing surface, an inner surface, characterized by a groove formed in the inner surface, wherein the groove is continuous, and wherein the groove is sized and configured for receiving a portion of a biasing clip assembly for mounting and retaining the stationery seal ring to the gland assembly.