mhurhangee/ep-ind-claims huggingface dataset:
Method for determining at least one circumference value characterizing a circumference of a wheel of a vehicle, in which: - a rotational speed of the wheel is detected; - as a first speed a wheel speed of the wheel is calculated as a function of the rotational speed; - as a second speed a reference speed of the vehicle is determined in a satellite-based manner by means of a navigational system of the vehicle; and - the circumference value is determined as a function of the wheel speed and the reference speed; wherein at least one dynamic value is determined which characterizes a dynamic of at least one of the speeds, wherein the determination of the circumference value is carried out as a function of the dynamic value, characterised in that several speed values characterizing the at least one speed are determined, wherein for the speed values which characterize the at least one speed, a regression line is determined, and on the basis of the regression line the dynamic value is determined as an average of the quadratic residues. - a rotational speed of the wheel is detected; - as a first speed a wheel speed of the wheel is calculated as a function of the rotational speed; - as a second speed a reference speed of the vehicle is determined in a satellite-based manner by means of a navigational system of the vehicle; and - the circumference value is determined as a function of the wheel speed and the reference speed; wherein at least one dynamic value is determined which characterizes a dynamic of at least one of the speeds, wherein the determination of the circumference value is carried out as a function of the dynamic value, characterised in that several speed values characterizing the at least one speed are determined, wherein for the speed values which characterize the at least one speed, a regression line is determined, and on the basis of the regression line the dynamic value is determined as an average of the quadratic residues.
An applicator tip assembly (44, 74, 91) for use in an appliance for applying skin formulations, comprising: a base portion (52, 76, 92), sufficiently rigid to be insertable onto and removable from a drive end member of a motor for the appliance and to move with the action of the motor drive end member; and a tip portion (46, 72, 90), wherein the base portion and the tip portion are securely mated so that they move together by action of the motor, characterised in that the tip portion has a flexibility similar to that of human skin and is sufficiently soft to provide comfortable contact with the facial skin of a user, and wherein the action of the motor drive end member is oscillating in a linear direction, toward and away from the skin of a user, and wherein the tip portion includes a single concave forward surface for receiving skin formulations. a base portion (52, 76, 92), sufficiently rigid to be insertable onto and removable from a drive end member of a motor for the appliance and to move with the action of the motor drive end member; and a tip portion (46, 72, 90), wherein the base portion and the tip portion are securely mated so that they move together by action of the motor, characterised in that the tip portion has a flexibility similar to that of human skin and is sufficiently soft to provide comfortable contact with the facial skin of a user, and wherein the action of the motor drive end member is oscillating in a linear direction, toward and away from the skin of a user, and wherein the tip portion includes a single concave forward surface for receiving skin formulations.
A solar cell module structured by laminating a plurality of layers including a cell arrangement layer, on which a plurality of solar battery cells are arranged, wherein in a blank region other than where the solar battery cells of the cell arrangement layer are arranged, a thin plate having a color tone same as that of the solar battery cells is arranged, characterized in that the cell arrangement layer is formed by being sandwiched by layers made of a transparent substrate and a bottom surface film, a color tone of the bottom surface film being bright, and color tones of the solar battery cells and the thin plate being dark, wherein the thin plate is arranged such that the thin plate is sandwiched by a sealing resin layer (32, 34) between layers made of the transparent substrate and the bottom surface film, and surface processing being applied on a top surface of the thin plate to improve a bonding force between the top surface and the sealing resin layer (32, 34), and wherein in the sealing resin layer (32, 34) between the thin plate and the transparent substrate, a wire extending to the solar battery cells is provided.
A pneumatic fire detector comprising: first and second electrical terminals; and a deformable diaphragm configured to deform between first, second and third positions, wherein in said first position, said first and second terminals are open, in said second position, said first terminal is open and said second terminal is closed, and in said third position, said first and second terminals are closed and wherein said detector is configured such that a first alarm is activated when said first terminal is closed and a second alarm is activated when said second terminal is opened, said diaphragm is secured to said housing to define first and second plenums therein, at a first pressure in said first plenum, said diaphragm is in said first position, at a second pressure in said first plenum, said diaphragm is in said second position, at a third pressure in said first plenum, said diaphragm is in said third position and said second pressure is higher than said first pressure and lower than said third pressure, and said housing has a gas inlet for connection to a sensor tube, said first plenum is in fluid communication with said gas inlet and said second plenum comprises said first and second terminals, wherein said first alarm constitutes a fire alarm and said second alarm constitutes an integrity alarm. first and second electrical terminals; and a deformable diaphragm configured to deform between first, second and third positions, wherein in said first position, said first and second terminals are open, in said second position, said first terminal is open and said second terminal is closed, and in said third position, said first and second terminals are closed and wherein said detector is configured such that a first alarm is activated when said first terminal is closed and a second alarm is activated when said second terminal is opened, said diaphragm is secured to said housing to define first and second plenums therein, at a first pressure in said first plenum, said diaphragm is in said first position, at a second pressure in said first plenum, said diaphragm is in said second position, at a third pressure in said first plenum, said diaphragm is in said third position and said second pressure is higher than said first pressure and lower than said third pressure, and said housing has a gas inlet for connection to a sensor tube, said first plenum is in fluid communication with said gas inlet and said second plenum comprises said first and second terminals, wherein said first alarm constitutes a fire alarm and said second alarm constitutes an integrity alarm.
The compound N-[5-(3,5-difluorobenzyl)-1H-indazol-3-yl]-4-(4-methyl-piperazin-1-yl)-2-(tetrahydro-2H-pyran-4-ylamino) benzamide, or a pharmaceutically acceptable salt thereof, for use in treating cancer in a patient, wherein said cancer patient has at least one genetic alteration in at least one target gene selected from ROS1, NTRK1, NTRK2, and NTRK3.
Gas turbine having at least one inner casing part and at least one outer casing part, between which both casing parts (2, 3) is at least partially arranged an annular passage which circumferentially encloses the useful flow of the working fluid, which prevails during operation of the gas turbine, and the gas turbine rotor, wherein the annular passage is designed to direct a cooling fluid, especially compressor air, in the circumferential direction, wherein the annular passage is fluidically subdivided into annulus sectors in the circumferential direction by means of partitions, designed as separating plates, which can prevent a free, unhindered fluid exchange between the individual annulus sectors, characterized in that provision is made at least partially in the annular passage for a pipe which fluidically interconnects individual annulus sectors, wherein the pipe is designed as a distribution pipe which is fluidically connected to at least one cooling fluid feed line for cooling fluid feed and has at least one outlet opening, preferably a multiplicity of outlet openings, which is, or are, designed for the transfer of cooling fluid from the pipe into the annulus sectors.
A therapeutically effective amount of an agent that disrupts TBL1 interaction with a coactivator molecule for use in treating and/or preventing myeloproliferative neoplasia or chronic myeloid leukemia, said agent having the formula: or a pharmaceutically acceptable salt thereof.
Vacuum interrupter (1, 1') comprising a housing, which is formed from housing components (3, 4, 5, 6, 7, 20), and also parts (8, 9, 10, 12) which are arranged in the interior of the housing and carry current in a closed state of a contact system of the vacuum interrupter (1, 1'), characterized in that the current-carrying parts (8, 9, 10, 12) are surface-treated in such a way that they exhibit increased thermal irradiation, wherein the surface-treatment is performed by roughening or coating the surfaces, wherein the thermal irradiation of the current-carrying parts (8, 9, 10, 12) is increased by the surface-treatment by means of roughening or coating because the surface properties are increased in comparison to untreated surfaces of the current-carrying parts (8, 9, 10, 12) either by increasing the size of the surface during the roughening or by using a material with a higher coefficient of thermal irradiation.
A method for revamping an HF or sulphuric acid alkylation unit to an ionic liquid alkylation unit, wherein the HF or sulphuric acid alkylation unit comprise at least: - a reactor unit for contacting catalyst and hydrocarbon reactants; - a separator unit for separating a reactor effluent into a catalyst phase and an alkylate-comprising hydrocarbon phase; - a fractionator unit for fractionating the alkylate-comprising hydrocarbon phase into at least one stream comprising alkylate; and which method includes: - providing one or more cyclone units downstream of the reactor unit to separate at least part of the reactor effluent in a catalyst phase and a alkylate-comprising hydrocarbon phase. - a reactor unit for contacting catalyst and hydrocarbon reactants; - a separator unit for separating a reactor effluent into a catalyst phase and an alkylate-comprising hydrocarbon phase; - a fractionator unit for fractionating the alkylate-comprising hydrocarbon phase into at least one stream comprising alkylate; and which method includes: - providing one or more cyclone units downstream of the reactor unit to separate at least part of the reactor effluent in a catalyst phase and a alkylate-comprising hydrocarbon phase.
A method for controlling a subject vehicle travelling along a road behind a vehicle transmitting wireless signals representative of the velocity and/or acceleration of the transmitting vehicle or at least one parameter affecting the velocity and/or acceleration of the transmitting vehicle, the method comprising - receiving said wireless signals from the transmitting vehicle via means for wireless communication of the subject vehicle, and - controlling the velocity and/or acceleration of the subject vehicle in dependence on the received signals, - during said control in dependence on the received signals, monitoring by means of the subject vehicle other than the means for wireless communication a distance between the subject vehicle and a further vehicle travelling between the subject vehicle and the transmitting vehicle, wherein the monitoring of the distance between the subject vehicle and the further vehicle comprises continuously or repeatedly determining the distance between the subject vehicle and the further vehicle, and comparing the determined distance to a threshold distance value, - and determining in dependence on the monitoring of the distance between the subject vehicle and the further vehicle whether or not to control the velocity and/or acceleration of the subject vehicle in dependence on the monitored distance, characterized in that, as long as the determined distance is above the threshold distance value, the control in dependence on the signals received from the transmitting vehicle is maintained. - receiving said wireless signals from the transmitting vehicle via means for wireless communication of the subject vehicle, and - controlling the velocity and/or acceleration of the subject vehicle in dependence on the received signals, - during said control in dependence on the received signals, monitoring by means of the subject vehicle other than the means for wireless communication a distance between the subject vehicle and a further vehicle travelling between the subject vehicle and the transmitting vehicle, wherein the monitoring of the distance between the subject vehicle and the further vehicle comprises continuously or repeatedly determining the distance between the subject vehicle and the further vehicle, and comparing the determined distance to a threshold distance value, - and determining in dependence on the monitoring of the distance between the subject vehicle and the further vehicle whether or not to control the velocity and/or acceleration of the subject vehicle in dependence on the monitored distance, characterized in that, as long as the determined distance is above the threshold distance value, the control in dependence on the signals received from the transmitting vehicle is maintained.
A circuit for inclusion in vehicle radio equipment, the circuit including: - a video signal receiver circuit block configured for receiving video signals conveying video frames from a vehicle front view camera, - a video signal transmitter circuit block configured for transmitting video frames received at the radio equipment from the front view camera to a mobile communication device equipped with video signal handling circuitry thereby making video frames from the front view camera available for handling by the video signal handling circuitry of the mobile communication device, the circuit configured for sensing at least one operational status of the vehicle and actuating the video signal handling circuitry of the mobile communication device as a result of said at least one operational status of the vehicle sensed at the radio equipment. - a video signal receiver circuit block configured for receiving video signals conveying video frames from a vehicle front view camera, - a video signal transmitter circuit block configured for transmitting video frames received at the radio equipment from the front view camera to a mobile communication device equipped with video signal handling circuitry thereby making video frames from the front view camera available for handling by the video signal handling circuitry of the mobile communication device,
A biopsy needle comprising: an elongate tubular body having a longitudinal axis and comprising a lumen extending therethrough from an open proximal end to an open distal end of the body, the distal end comprising a first tip portion extending from the distal end and having a first length and a second tip portion extending from the distal end and having a second length that is less than the first length of the first tip portion, wherein the first tip portion is formed from a first set of distinct angular bevel grinds (414a, 414b) oblique to the longitudinal axis of the body and the second tip portion is formed from a second set (416a, 416b) of distinct angular bevel grinds oblique to the longitudinal axis of the body, and wherein the first set of bevel grinds comprises a first bevel grind converging with a second bevel grind to form a penetrating tip of the first tip portion and the second set of bevel grinds comprises a third bevel grind converging with a fourth bevel grind to form a penetrating tip of the second tip portion, wherein the first and third bevel grinds are on one half of the body and intersect one another along a first intersection line and the second and fourth bevel grinds are on the other half of the body and intersect one another along a second intersection line. an elongate tubular body having a longitudinal axis and comprising a lumen extending therethrough from an open proximal end to an open distal end of the body, the distal end comprising a first tip portion extending from the distal end and having a first length and a second tip portion extending from the distal end and having a second length that is less than the first length of the first tip portion, wherein the first tip portion is formed from a first set of distinct angular bevel grinds (414a, 414b) oblique to the longitudinal axis of the body and the second tip portion is formed from a second set (416a, 416b) of distinct angular bevel grinds oblique to the longitudinal axis of the body, and wherein the first set of bevel grinds comprises a first bevel grind converging with a second bevel grind to form a penetrating tip of the first tip portion and the second set of bevel grinds comprises a third bevel grind converging with a fourth bevel grind to form a penetrating tip of the second tip portion, wherein the first and third bevel grinds are on one half of the body and intersect one another along a first intersection line and the second and fourth bevel grinds are on the other half of the body and intersect one another along a second intersection line.
A method for controlling suspension in a suspension smelting furnace, wherein the method comprising using a suspension smelting furnace comprising a reaction shaft and a lower furnace at the lower end of the reaction shaft and a concentrate burner at the top of the reaction shaft, using a concentrate burner that comprises a pulverous solid matter supply device for feeding pulverous solid matter into the reaction shaft and that comprises a gas supply device for feeding reaction gas into the reaction shaft, feeding pulverous solid matter and reaction gas into the reaction shaft by means of the concentrate burner to produce a suspension of pulverous solid matter and reaction gas in the reaction shaft, and collecting suspension in the lower furnace on the surface of a melt in the lower furnace, so that suspension that lands on the surface creates a collection zone at the surface of a melt in the lower furnace, characterized by feeding additionally to pulverous solid matter and additionally to reaction gas reducing agent into the suspension smelting furnace, wherein the reducing agent is fed in the form of a concentrated stream of reducing agent through the suspension in the reaction shaft onto the surface of the melt to form a reducing zone containing reducing agent within the collection zone of the melt, and by feeding reducing agent at an initial velocity that is at least twice the feeding velocity of the reaction gas.
A support structure, comprising: a support bracket, the support bracket having at least one opening, the opening being sized to accommodate a fixing by which the support bracket may be secured to a wall, the wall defining a vertical direction, the opening being larger than the fixing whereby the position of the support bracket may be adjusted relative to the fixing, a support element, the support element having a dimension (d) which is larger than the opening, the support element having a fixing hole therethrough, the distance between fixing hole and the periphery of the support element being non-uniform; the support bracket having a support surface adapted for engagement by the periphery of the support element, the support bracket having a plurality of openings and a corresponding number of support elements and fixings, characterized by a channel being arranged in the support bracket and providing the support surface, and that in use the support surface extends from the channel in a horizontal direction when the support bracket is secured to the wall, an outer and upper part of the periphery of the support element engages with the support surface, and the support elements lie within the channel. a support bracket, the support bracket having at least one opening, the opening being sized to accommodate a fixing by which the support bracket may be secured to a wall, the wall defining a vertical direction, the opening being larger than the fixing whereby the position of the support bracket may be adjusted relative to the fixing, a support element, the support element having a dimension (d) which is larger than the opening, the support element having a fixing hole therethrough, the distance between fixing hole and the periphery of the support element being non-uniform; the support bracket having a support surface adapted for engagement by the periphery of the support element, the support bracket having a plurality of openings and a corresponding number of support elements and fixings, characterized by a channel being arranged in the support bracket and providing the support surface, and that in use the support surface extends from the channel in a horizontal direction when the support bracket is secured to the wall, an outer and upper part of the periphery of the support element engages with the support surface, and the support elements lie within the channel.
A method of manufacturing a carbon-carbon composite material, the method comprising: forming fibers with a silicon-based sizing; forming a fibrous preform from the fibers; forming a silicon dioxide coating around the fibers; carbonizing the fibrous preform; and densifying the fibrous preform. forming fibers with a silicon-based sizing; forming a fibrous preform from the fibers; forming a silicon dioxide coating around the fibers; carbonizing the fibrous preform; and densifying the fibrous preform.
A quenched steel pipe member, wherein the quenched steel pipe member is formed of a GI galvanized steel pipe, in a middle section in a longitudinal direction of the GI galvanized steel pipe, a cross-section perpendicular to the longitudinal direction has a V shape including a contact section at which opposite parts of an inner circumferential surface of the GI galvanized steel pipe come into contact with each other, the contact section is bonded using a Fe-Zn alloy phase, and a micro Vickers hardness at a location 50 μm deep from a base material surface layer is 95% or more of a micro Vickers hardness at a location 200 μm deep from the base material surface layer.