mhurhangee/ep-ind-claims huggingface dataset:
A vehicle, in particular an agricultural vehicle, with a main drive and with a chassis which has at least two chassis wheels which are opposite each other with respect to the longitudinal axis of the vehicle and which are connected together through a differential gear, wherein the chassis wheels can be driven from the main drive through a branched drive train with a mechanical branch and with a hydro-mechanical branch, wherein the opposing chassis wheels can be driven through the mechanical branch through the differential gear, wherein the hydro-mechanical branch has a hydrostatic assembly with a first hydrostatic unit, wherein with the hydrostatic assembly, a second hydrostatic unit and a third hydrostatic unit of the hydro-mechanical branch can be supplied with power, wherein by means of the second hydrostatic unit, one of the chassis wheels can be driven by missing out the differential gear, and by means of the third hydrostatic unit, the opposing chassis wheel can be driven by missing out the differential gear, characterized in that the vehicle can be operated in a first operational range and in the first operational range of the vehicle, the mechanical branch of the drive train and the hydro-mechanical branch of the drive train together provide a continuously variable transmission, wherein the drive train has a planetary gear assembly in which in at least one operational range the mechanical branch and a hydro-mechanical branch are branched. by means of the second hydrostatic unit, one of the chassis wheels can be driven by missing out the differential gear, and by means of the third hydrostatic unit, the opposing chassis wheel can be driven by missing out the differential gear, characterized in that the vehicle can be operated in a first operational range and in the first operational range of the vehicle, the mechanical branch of the drive train and the hydro-mechanical branch of the drive train together provide a continuously variable transmission, wherein the drive train has a planetary gear assembly in which in at least one operational range the mechanical branch and a hydro-mechanical branch are branched.
Composition comprising an alpha-1 adrenergic receptor agonist for use in a method of treating female sexual dysfunction, the method comprising applying a therapeutically effective amount of the composition topically to a nipple-areola complex of a female subject in need of such treatment.
A non-transitory computer-readable medium storing instructions that, when executed by a mobile device (120, 200), cause the mobile device (120, 200) to perform a method comprising: a. receiving a real time audio feed, receiving output from a motion sensor, determining the likelihood of the mobile device being in a motor vehicle, wherein said determining is based on the combination of the received real time audio feed and the received output from the motion sensor; b. using echolocation to determine a location of the mobile device (120, 200) within the motor vehicle, wherein using echolocation includes sending inaudible pings by the mobile device (120, 200) captured with an internal microphone of the mobile device to determine how far the mobile device (120, 200) is away from a plurality of objects within the motor vehicle; and c. controlling the mobile device (120, 200) based on at least the location of the mobile device (120, 200) within the motor vehicle, wherein controlling the mobile device (120, 200) includes disabling a set of functions of the mobile device (120, 200). a. receiving a real time audio feed, receiving output from a motion sensor, determining the likelihood of the mobile device being in a motor vehicle, wherein said determining is based on the combination of the received real time audio feed and the received output from the motion sensor; b. using echolocation to determine a location of the mobile device (120, 200) within the motor vehicle, wherein using echolocation includes sending inaudible pings by the mobile device (120, 200) captured with an internal microphone of the mobile device to determine how far the mobile device (120, 200) is away from a plurality of objects within the motor vehicle; and c. controlling the mobile device (120, 200) based on at least the location of the mobile device (120, 200) within the motor vehicle, wherein controlling the mobile device (120, 200) includes disabling a set of functions of the mobile device (120, 200).
A device for lateral sealing of a plant for casting a metal strip or metal strand, comprising the following: at least one chain which comprises at least two successive metal blocks for lateral sealing of the plant, which blocks form links of the at least one chain; at least one connecting part for connecting two successive metal blocks; and a channel which extends not only through the at least two metal blocks, but also through the at least one connecting part and which is fillable with a coolant, characterised in that the connecting part is formed from metal and the device additionally comprises ball joints for connecting the at least two metal blocks with the connecting part connecting them. at least one chain which comprises at least two successive metal blocks for lateral sealing of the plant, which blocks form links of the at least one chain; at least one connecting part for connecting two successive metal blocks; and a channel which extends not only through the at least two metal blocks, but also through the at least one connecting part and which is fillable with a coolant, characterised in that the connecting part is formed from metal and the device additionally comprises ball joints for connecting the at least two metal blocks with the connecting part connecting them.
A control device (10, 10A) comprising: a filter (15, 15A) in which a measurement value of a control object is input, which performs filtering processing of cutting off a high frequency component of the measurement value, and outputs a result; an input unit which outputs an actual measurement value corresponding to the measurement value subjected to the filtering processing; a control unit which calculates an operation amount with respect to the control object such that the actual measurement value approximates a target value with respect to the control object; and a setting unit (11, 11A) which acquires the operation amount and adjusts a filter time constant for the filter (15, 15A) in accordance with the operation amount, the control device (10, 10A) being characterized in that the setting unit (11, 11A) monitors the operation amount and increases the filter time constant when the setting unit (11, 11A) detects that the operation amount is an abnormal value; and that the setting unit (11, 11A) determines the abnormal value based on when the operation amount is saturated. a filter (15, 15A) in which a measurement value of a control object is input, which performs filtering processing of cutting off a high frequency component of the measurement value, and outputs a result; an input unit which outputs an actual measurement value corresponding to the measurement value subjected to the filtering processing; a control unit which calculates an operation amount with respect to the control object such that the actual measurement value approximates a target value with respect to the control object; and a setting unit (11, 11A) which acquires the operation amount and adjusts a filter time constant for the filter (15, 15A) in accordance with the operation amount, the control device (10, 10A) being characterized in that the setting unit (11, 11A) monitors the operation amount and increases the filter time constant when the setting unit (11, 11A) detects that the operation amount is an abnormal value; and that the setting unit (11, 11A) determines the abnormal value based on when the operation amount is saturated.
A rubber composition comprising: a rubber component comprising a natural rubber, a polybutadiene rubber, and a styrene-butadiene copolymer rubber, more than 60 parts by mass of a filler relative to 100 parts by mass of the rubber component, and at least one selected from the group consisting of a liquid polymer and an acrylic resin, wherein, the mass n of the natural rubber in the rubber component is 40% by mass or more, the mass n, a mass b of the polybutadiene rubber, and a mass s of the styrene-butadiene copolymer rubber satisfy the relation: s ≤ b ≤ n, provided that when n = b, s < b, the ratio of the mass b to the mass s (b/s) is from 1.0 to 2.0, the ratio of the vinyl bond content vi (%) of the rubber component, as measured by an infrared method, to the content a of the rubber component [vi/a] is 8 or more, as calculated according to the method as disclosed in the present description, and as vulcanized rubber properties, the elastic modulus at -20°C is from 3.5 to 7.8 MPa, and tanδ at -20°C is from 0.250 to 0.350, as measured according to the methods as described in the present description. a rubber component comprising a natural rubber, a polybutadiene rubber, and a styrene-butadiene copolymer rubber, more than 60 parts by mass of a filler relative to 100 parts by mass of the rubber component, and at least one selected from the group consisting of a liquid polymer and an acrylic resin, wherein, the mass n of the natural rubber in the rubber component is 40% by mass or more, the mass n, a mass b of the polybutadiene rubber, and a mass s of the styrene-butadiene copolymer rubber satisfy the relation: s ≤ b ≤ n, provided that when n = b, s < b, the ratio of the mass b to the mass s (b/s) is from 1.0 to 2.0, the ratio of the vinyl bond content vi (%) of the rubber component, as measured by an infrared method, to the content a of the rubber component [vi/a] is 8 or more, as calculated according to the method as disclosed in the present description, and as vulcanized rubber properties, the elastic modulus at -20°C is from 3.5 to 7.8 MPa, and tanδ at -20°C is from 0.250 to 0.350, as measured according to the methods as described in the present description.
A sub-assembly for an electronic vapour provision system comprising: a source of liquid for vaporisation; and a vaporizer for vaporising a portion of the liquid for inhalation by a user, the vaporizer comprising: a wick component; and an electrical heating element in the form of a metallic wire embedded in the wick component so that at each cross-sectional position along the wire the material of the wick component is in contact with the wire around its full circumference; wherein the wick component is a planar sheet of a porous electrically-insulating material, the porous electrically-insulating material being a porous ceramic, and is arranged to wick liquid from the source of liquid to a surface of the wick component adjacent to the embedded electrical heating element for vaporisation. a source of liquid for vaporisation; and a vaporizer for vaporising a portion of the liquid for inhalation by a user, the vaporizer comprising: a wick component; and an electrical heating element in the form of a metallic wire embedded in the wick component so that at each cross-sectional position along the wire the material of the wick component is in contact with the wire around its full circumference; a wick component; and an electrical heating element in the form of a metallic wire embedded in the wick component so that at each cross-sectional position along the wire the material of the wick component is in contact with the wire around its full circumference; wherein the wick component is a planar sheet of a porous electrically-insulating material, the porous electrically-insulating material being a porous ceramic, and is arranged to wick liquid from the source of liquid to a surface of the wick component adjacent to the embedded electrical heating element for vaporisation.
A diagnosis imaging apparatus comprising: an image processing apparatus for automatically detecting a first point and a second point on a heart wall of a valve of interest in a 3D volume data of a heart of a subject, rotating the 3D volume data to make a virtual line connecting the first point and the second point be parallel with a datum plane representing a plane based on two axes in a 3D coordinate system which is determined depending on the type of the valve of interest, and acquiring a 3D standard view of the valve of interest based on the rotated 3D volume data; and a display apparatus for displaying the 3D standard view, wherein the datum plane is a predefined virtual plane based on the 3D volume data, wherein the image processing apparatus determines a bi-plane image of the valve of interest based on the rotated 3D volume data, changes a current mode to a 3D mode to acquire a 3D image corresponding to the bi-plane image, and rotates the 3D image in a predetermined specific direction by a predetermined specific angle, thereby automatically acquiring the 3D standard view, wherein the specific direction and the specific angle are determined depending on the type of the valve of interest. an image processing apparatus for automatically detecting a first point and a second point on a heart wall of a valve of interest in a 3D volume data of a heart of a subject, rotating the 3D volume data to make a virtual line connecting the first point and the second point be parallel with a datum plane representing a plane based on two axes in a 3D coordinate system which is determined depending on the type of the valve of interest, and acquiring a 3D standard view of the valve of interest based on the rotated 3D volume data; and a display apparatus for displaying the 3D standard view, wherein the datum plane is a predefined virtual plane based on the 3D volume data, wherein the image processing apparatus determines a bi-plane image of the valve of interest based on the rotated 3D volume data, changes a current mode to a 3D mode to acquire a 3D image corresponding to the bi-plane image, and rotates the 3D image in a predetermined specific direction by a predetermined specific angle, thereby automatically acquiring the 3D standard view, wherein the specific direction and the specific angle are determined depending on the type of the valve of interest.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving, from a base station, BS, by the UE, configuration information related to a measurement gap comprising a time period during which the UE does not perform an uplink transmission and a downlink reception; identifying a first subframe included in the measurement gap based on the configuration information; starting, by the UE, measurements corresponding to the measurement gap at an ending boundary of a subframe occurring immediately before the identified first subframe included in the measurement gap; and in case that the UE is in a Time Division Duplexing, TDD, mode, blocking an uplink transmission in a subframe immediately after the measurement gap, in response to identifying that the subframe occurring immediately before the identified first subframe included in the measurement gap is a downlink subframe. receiving, from a base station, BS, by the UE, configuration information related to a measurement gap comprising a time period during which the UE does not perform an uplink transmission and a downlink reception; identifying a first subframe included in the measurement gap based on the configuration information; starting, by the UE, measurements corresponding to the measurement gap at an ending boundary of a subframe occurring immediately before the identified first subframe included in the measurement gap; and in case that the UE is in a Time Division Duplexing, TDD, mode, blocking an uplink transmission in a subframe immediately after the measurement gap, in response to identifying that the subframe occurring immediately before the identified first subframe included in the measurement gap is a downlink subframe.
A triblock copolymer comprising the following structure: Polylactic acid - X - polylactic acid wherein X is an unsaturated polymacrolactone or a copolymer containing the PML and a polyester.
Method for attaching counterweights to a shaft, comprising at least one balancing device that is movable longitudinally to the shaft that is arranged in a device for measuring imbalance, and a fastening device for fastening the counterweights to the shaft, comprising the steps of: a. receiving the shaft in bearing means of the device for measuring imbalance, which bearing means is arranged on a machine bed, such that said shaft is rotatable about an axis of rotation; b. rotating the shaft about the axis of rotation, determining the imbalance of the shaft, and calculating, by means of an evaluation unit, balancing masses and angular positions for at least two balancing planes associated with a specified balancing region (30, 31) in each case; c. displaying a position of at least one balancing device relative to the balancing planes associated with the balancing regions (30, 31) on a display unit that is connected, for data exchange, to a control unit, a sensor that is fixed to the balancing device detecting position data and routing the position data to the control unit which determines the position of the balancing device relative to the balancing regions (30, 31); d. moving the balancing device into one of the displayed balancing regions (30, 31), and displaying, on the display unit, the balancing region (30, 31) approached by the balancing device and the balancing mass associated with said region; e. fitting the fastening device with a counterweight corresponding to the displayed balancing mass; and f. initiating the process for fastening the counterweight to the shaft. a. receiving the shaft in bearing means of the device for measuring imbalance, which bearing means is arranged on a machine bed, such that said shaft is rotatable about an axis of rotation; b. rotating the shaft about the axis of rotation, determining the imbalance of the shaft, and calculating, by means of an evaluation unit, balancing masses and angular positions for at least two balancing planes associated with a specified balancing region (30, 31) in each case; c. displaying a position of at least one balancing device relative to the balancing planes associated with the balancing regions (30, 31) on a display unit that is connected, for data exchange, to a control unit, a sensor that is fixed to the balancing device detecting position data and routing the position data to the control unit which determines the position of the balancing device relative to the balancing regions (30, 31); d. moving the balancing device into one of the displayed balancing regions (30, 31), and displaying, on the display unit, the balancing region (30, 31) approached by the balancing device and the balancing mass associated with said region; e. fitting the fastening device with a counterweight corresponding to the displayed balancing mass; and f. initiating the process for fastening the counterweight to the shaft.
Method for detecting a security thread in a value document, wherein magnetic data for locations on the value document are used that represent a magnetic property of the value document at the location, check locations on the value document are defined using the locations, a set of cells is provided that represent a division of at least one predefined part of a parameter space for straight line parameters into cells, each of the cells being assigned a cell sum that is initially set to an identical initial value for all the cells (S23 22-25), for the check locations respectively cells of the set are ascertained within which lie respectively straight line parameters of a straight line extending through the respective check location, and a cell sum for the respective cell is increased by an increment value, and the cell with the highest cell sum is sought and a straight line given by straight line parameters assigned to the cell is ascertained as the position of the security thread. magnetic data for locations on the value document are used that represent a magnetic property of the value document at the location, check locations on the value document are defined using the locations, a set of cells is provided that represent a division of at least one predefined part of a parameter space for straight line parameters into cells, each of the cells being assigned a cell sum that is initially set to an identical initial value for all the cells (S23 22-25), for the check locations respectively cells of the set are ascertained within which lie respectively straight line parameters of a straight line extending through the respective check location, and a cell sum for the respective cell is increased by an increment value, and the cell with the highest cell sum is sought and a straight line given by straight line parameters assigned to the cell is ascertained as the position of the security thread.
Liquid acetyl radicals generator composition comprising N-acetylcaprolactam and an organic solvent, characterized in that the organic solvent is selected from propylene glycol ethers and that the solvent content is from 20 % to 60 % by weight relative to the total weight of the composition, and characterized in that the composition is free of aliphatic alcohol.
A hand pushed lawn mower, comprising: a power unit comprising a circuit board and a motor having a motor housing; a support device for supporting the power unit; and a fan that rotates about a rotating axis (c); wherein the power unit is connected with the support device and comprises a power unit housing, the power unit housing comprising: a containing chamber for containing said circuit board and the motor having said motor housing; an air inlet allowing an air flow to flow into the containing chamber; wherein, when said fan is rotated, said air flow which flows into said containing chamber from said air inlet of said power unit housing at least passes in contact with said circuit board; characterized in that said power unit is detachably connected with said support device; a housing base of said power unit housing has a circular opening forming a ring-shaped air outlet bounded by a flange inserted into said circular opening, said flange being a flange of said motor, said air outlet allowing the air flow to flow out of the containing chamber; wherein, when the fan is rotated, said air flow flows out of said containing chamber through said air outlet after at least passing in contact with the circuit board. a power unit comprising a circuit board and a motor having a motor housing; a support device for supporting the power unit; and a fan that rotates about a rotating axis (c); wherein the power unit is connected with the support device and comprises a power unit housing, the power unit housing comprising: a containing chamber for containing said circuit board and the motor having said motor housing; an air inlet allowing an air flow to flow into the containing chamber; a containing chamber for containing said circuit board and the motor having said motor housing; an air inlet allowing an air flow to flow into the containing chamber; wherein, when said fan is rotated, said air flow which flows into said containing chamber from said air inlet of said power unit housing at least passes in contact with said circuit board; characterized in that said power unit is detachably connected with said support device; a housing base of said power unit housing has a circular opening forming a ring-shaped air outlet bounded by a flange inserted into said circular opening, said flange being a flange of said motor, said air outlet allowing the air flow to flow out of the containing chamber; wherein, when the fan is rotated, said air flow flows out of said containing chamber through said air outlet after at least passing in contact with the circuit board.