mhurhangee/ep-ind-claims huggingface dataset:
A process to prepare at least one control order for an organ allowing the yaw piloting of a spinning projectile, process in which the control order causes the modification of one parameter of the yaw piloting of the projectile, such parameter being required to be controlled, process in which the acceleration value is determined in yaw γ LC process in which is measured: - the acceleration value in yaw γ L, - the spin rate r of the projectile with respect to the yaw axis, - the spin rate q of the projectile with respect to the pitch axis, and - the angular rate p of roll of the projectile, process in which the control order is evaluated as the sum of: - a static term K C γ LC - Kγ L where the constants K C and K are constant correction gains, K the static gain and K c -K the phase lead required for the correction, - a dynamic term -μr - ν p pq in which the constants μ and up are dynamic gain depending on the projectile's geometry and its flight conditions. - the acceleration value in yaw γ L, - the spin rate r of the projectile with respect to the yaw axis, - the spin rate q of the projectile with respect to the pitch axis, and - the angular rate p of roll of the projectile, - a static term K C γ LC - Kγ L where the constants K C and K are constant correction gains, K the static gain and K c -K the phase lead required for the correction, - a dynamic term -μr - ν p pq in which the constants μ and up are dynamic gain depending on the projectile's geometry and its flight conditions.
A paint composition comprising a binder that is a stable aqueous dispersion of polymer particles having a Tg in the range of from -60 °C to 60 °C, characterized in that the composition also comprises a salt of the following fluoroalkyl phosphonic acid: wherein R is H or C 1 -C 6 -alkyl; n is 2 to 6; q is 0 or 1; and p is 0 to 10, with the proviso that at least one of p and q is not 0; and wherein the concentration of the fluoroalkyl phosphonic acid salt is from 0.01 to 3 weight percent based on the weight of the binder solids.
Jet regulator having a jet regulator housing, in the interior of which housing is provided a perforated plate with a plurality of through-flow holes for dividing the water which flows therethrough, wherein the perforated plate has a central, non-perforated impingement surface which is defined at least by an annular wall, wherein the annular wall has passage openings oriented in a radial direction, and, on the side of the passage openings which is arranged in the impingement surface plane, there is provided in each case one through-flow hole, which is connected to the passage openings and runs through the perforated plate, and the annular wall is surrounded at an outer circumferential side by a ring-shaped annular chamber, characterised in that, upstream of or above the impingement surface as viewed in a flow direction of the water, there is provided a throttle device and/or a flow rate regulator with a pass-through opening, and in that the impingement surface has, within the first annular wall, a second annular wall which is spaced apart radially from said first annular wall and which is of smaller diameter, wherein the jet regulator is arranged in such a way that water coming from the throttle device and/or the flow rate regulator impinges upon the impingement surface and fills the second annular wall up to a height before it flows off radially into an intermediate space between the first annular wall and the second annular wall and then enters the through-flow holes and flows off therethrough.
A wireless transmit receive unit, WTRU, comprising: a processor configured to: receive downlink control information, the downlink control information comprising a physical uplink control channel, PUCCH, parameter; determine one or more resource blocks to be used to transmit a PUCCH transmission based on the PUCCH parameter received in the downlink control information; select a cyclic shift out of a plurality of cyclic shifts that can be used by the WTRU for indicating one or more the Hybrid Automatic Repeat Request, HARQ, feedback bits in the PUCCH transmission based on the one or more HARQ feedback bits to be indicated using the PUCCH transmission, wherein the PUCCH parameter indicates the plurality of cyclic shifts; and transmit the PUCCH transmission via the one or more resource blocks using the selected cycle shift. receive downlink control information, the downlink control information comprising a physical uplink control channel, PUCCH, parameter; determine one or more resource blocks to be used to transmit a PUCCH transmission based on the PUCCH parameter received in the downlink control information; select a cyclic shift out of a plurality of cyclic shifts that can be used by the WTRU for indicating one or more the Hybrid Automatic Repeat Request, HARQ, feedback bits in the PUCCH transmission based on the one or more HARQ feedback bits to be indicated using the PUCCH transmission, wherein the PUCCH parameter indicates the plurality of cyclic shifts; and transmit the PUCCH transmission via the one or more resource blocks using the selected cycle shift.
A method for performing transmit extrapolation to generate an ultrasound image, the method comprising: obtaining beam-summed data using an ultrasonic probe, wherein the beam-summed data is obtained at a plurality of steering angles; for each steering angle of the beam-summed data, segmenting the beam-summed data based on an axial imaging depth of the beam-summed data; for each segment of the segmented beam-summed data: estimating an extrapolation filter, based on the segmented beam-summed data, the extrapolation filter having a filter order; and extrapolating, by an extrapolation factor, the segmented beam-summed data based on the extrapolation filter, thereby generating extrapolated beam-summed data; and coherently compounding the extrapolated beam-summed data across all segments, thereby generating the ultrasound image. obtaining beam-summed data using an ultrasonic probe, wherein the beam-summed data is obtained at a plurality of steering angles; for each steering angle of the beam-summed data, segmenting the beam-summed data based on an axial imaging depth of the beam-summed data; for each segment of the segmented beam-summed data: estimating an extrapolation filter, based on the segmented beam-summed data, the extrapolation filter having a filter order; and extrapolating, by an extrapolation factor, the segmented beam-summed data based on the extrapolation filter, thereby generating extrapolated beam-summed data; and estimating an extrapolation filter, based on the segmented beam-summed data, the extrapolation filter having a filter order; and extrapolating, by an extrapolation factor, the segmented beam-summed data based on the extrapolation filter, thereby generating extrapolated beam-summed data; and coherently compounding the extrapolated beam-summed data across all segments, thereby generating the ultrasound image.
A packaging body consisting of a resin composition comprising a polyester resin, a polyamide resin, and an oxidation reaction accelerator, wherein the amount of a phosphorus atom-containing compound in the polyamide resin is 5 to 500 ppm, in terms of a phosphorus atom concentration in the polyamide resin, when a thickness of the packaging body is defined as d (μm), and an average long diameter, an average short diameter, and a volume fraction of dispersed particles of the polyamide resin in the packaging body are defined as L (μm), W (μm), and Vf, respectively, the following expression is satisfied; an oxygen transmission rate after a lapse of 100 hours after preparing of the packaging body is 0.006 [cc/(package · day · 21278 Pa (0.21 atm))] or less; and a haze value, measured in conformity with JIS K7105, is 8% or less: 10 < d × L × Vf / 2 ⁢ W < 120 wherein the oxygen transmission rate after a lapse of 100 hours was determined by passing nitrogen of 101325 Pa (1 atm) at a rate of 20 cc/min through an interior of the packaging body under a condition at an oxygen partial pressure of 21278 Pa (0.21 atm) and under conditions at an interior humidity of the bottle of 100% RH, an external humidity of 50% RH, and a temperature of 23°C, and detecting oxygen contained in the nitrogen after passing through the interior of the packaging body with a coulometric sensor. when a thickness of the packaging body is defined as d (μm), and an average long diameter, an average short diameter, and a volume fraction of dispersed particles of the polyamide resin in the packaging body are defined as L (μm), W (μm), and Vf, respectively, the following expression is satisfied; an oxygen transmission rate after a lapse of 100 hours after preparing of the packaging body is 0.006 [cc/(package · day · 21278 Pa (0.21 atm))] or less; and a haze value, measured in conformity with JIS K7105, is 8% or less: 10 < d × L × Vf / 2 ⁢ W < 120 wherein the oxygen transmission rate after a lapse of 100 hours was determined by passing nitrogen of 101325 Pa (1 atm) at a rate of 20 cc/min through an interior of the packaging body under a condition at an oxygen partial pressure of 21278 Pa (0.21 atm) and under conditions at an interior humidity of the bottle of 100% RH, an external humidity of 50% RH, and a temperature of 23°C, and detecting oxygen contained in the nitrogen after passing through the interior of the packaging body with a coulometric sensor.
A scattered material detection apparatus for detecting scattered material contained in an envelope, a capsule or a container, using a terahertz wave having a wavelength between 1 millimeter and 30 micrometer, comprising: a terahertz wave generation device which generates the terahertz wave; a terahertz wave irradiation device which irradiates an object to be inspected with the terahertz wave; and a scattering intensity detection device for cutting a rectilinear wave of the terahertz wave which has passed through the object to be inspected and for detecting an intensity of a scattered wave, wherein the scattering intensity detection device comprises: a confocal optical system for interrupting the terahertz wave which has rectilinearly passed through the object to be inspected midway and for focusing the terahertz wave scattered by the object to be inspected in a predetermined position; and a scattering intensity detection unit which detects the intensity of the terahertz wave in the focal position, and the terahertz wave irradiation device comprises: a lens which converts the generated terahertz wave into parallel light; and an iris diaphragm which limits a sectional shape of the parallel light to be smaller than that of the object to be inspected to irradiate the object with the light. a terahertz wave generation device which generates the terahertz wave; a terahertz wave irradiation device which irradiates an object to be inspected with the terahertz wave; and a scattering intensity detection device for cutting a rectilinear wave of the terahertz wave which has passed through the object to be inspected and for detecting an intensity of a scattered wave, wherein the scattering intensity detection device comprises: a confocal optical system for interrupting the terahertz wave which has rectilinearly passed through the object to be inspected midway and for focusing the terahertz wave scattered by the object to be inspected in a predetermined position; and a scattering intensity detection unit which detects the intensity of the terahertz wave in the focal position, and the terahertz wave irradiation device comprises: a lens which converts the generated terahertz wave into parallel light; and an iris diaphragm which limits a sectional shape of the parallel light to be smaller than that of the object to be inspected to irradiate the object with the light.
An adjusting device for friction surface wear adjustment on brake linings and a brake disc of a disc brake, especially for a motor vehicle, having an application device, preferably with a pivoted brake lever, it being possible to couple the adjusting device to the application device, preferably to the pivoted brake lever, on the drive side and to a spindle unit (5, 5') of the disc brake on the output side, the adjusting device comprising: a) a drive element, on either side of which axially a rolling element assembly is arranged, one such roller element assembly being designed as a rolling bearing and the other as a ball ramp clutch with a freewheel; b) a pressure element that is coupled to the ball ramp clutch and forms an overload clutch together with a portion of the ball ramp clutch; c) an output element that is coupled to the pressure element to couple it to a coupling wheel, which is designed for coupling to the spindle unit (5, 5'); d) an energy storage element for generating a preloading force of the ball ramp clutch and of the overload clutch; this adjusting device being characterised in that e) a support body, one end of which is connected to a bearing plate and around which the drive element, the rolling element assemblies (15d, 15, 16), the overload clutch, the output element and the energy storage element are arranged axially in series with the bearing plate, the energy storage element being arranged between a supporting portion of the support body and the pressure element, and the support body taking the form of a sleeve, the interior of the support body being designed to receive a threaded plunger (6, 6') of a spindle unit (5, 5') of the corresponding disc brake. a) a drive element, on either side of which axially a rolling element assembly is arranged, one such roller element assembly being designed as a rolling bearing and the other as a ball ramp clutch with a freewheel; b) a pressure element that is coupled to the ball ramp clutch and forms an overload clutch together with a portion of the ball ramp clutch; c) an output element that is coupled to the pressure element to couple it to a coupling wheel, which is designed for coupling to the spindle unit (5, 5'); d) an energy storage element for generating a preloading force of the ball ramp clutch and of the overload clutch; this adjusting device being characterised in that e) a support body, one end of which is connected to a bearing plate and around which the drive element, the rolling element assemblies (15d, 15, 16), the overload clutch, the output element and the energy storage element are arranged axially in series with the bearing plate, the energy storage element being arranged between a supporting portion of the support body and the pressure element, and the support body taking the form of a sleeve, the interior of the support body being designed to receive a threaded plunger (6, 6') of a spindle unit (5, 5') of the corresponding disc brake.
A base station apparatus in a 3GPP LTE or LTE-A system, configured to communicate with a terminal apparatus (2A, 2B), the base station apparatus comprising: a higher layer processing unit configured to configure the terminal apparatus with a multiuser superposition transmission, MUST, operation, a transmission unit configured to transmit downlink data on a physical downlink shared channel, PDSCH, and downlink control information, DCI, on a physical downlink control channel, PDCCH, and a modulation unit configured to take a plurality of bits in the downlink data as input and produce modulation symbols based on a modulation mapping according to a modulation scheme, wherein in a case where the transmission unit transmits the DCI in any of transmission modes 8-10, the DCI does not include power allocation information, in a case where the transmission unit transmits the DCI in a transmission mode that is a transmission mode being any of transmission modes 1-6, the DCI includes the power allocation information, the power allocation information including one of a plurality of values related to power ratios, and in a case where the one of the plurality of values is equal to a first value and other than a specific value indicating "0", a first ratio and a second ratio are determined based on the first value, in which the first ratio is related to a first transmission power and the second ratio is related to a second transmission power, the first transmission power being for the terminal apparatus and the second transmission power being not for the terminal apparatus. a higher layer processing unit configured to configure the terminal apparatus with a multiuser superposition transmission, MUST, operation, a transmission unit configured to transmit downlink data on a physical downlink shared channel, PDSCH, and downlink control information, DCI, on a physical downlink control channel, PDCCH, and a modulation unit configured to take a plurality of bits in the downlink data as input and produce modulation symbols based on a modulation mapping according to a modulation scheme, wherein in a case where the transmission unit transmits the DCI in any of transmission modes 8-10, the DCI does not include power allocation information, in a case where the transmission unit transmits the DCI in a transmission mode that is a transmission mode being any of transmission modes 1-6, the DCI includes the power allocation information, the power allocation information including one of a plurality of values related to power ratios, and in a case where the one of the plurality of values is equal to a first value and other than a specific value indicating "0", a first ratio and a second ratio are determined based on the first value, in which the first ratio is related to a first transmission power and the second ratio is related to a second transmission power, the first transmission power being for the terminal apparatus and the second transmission power being not for the terminal apparatus.
A fault detection method for an air conditioning system, wherein the air conditioning system has an injector and a liquid pump for providing pressure compensation; the fault detection method comprising: I, learning to obtain a monotonically decreasing fault detection characteristic curve Y=K(X-Xmax)+A by using an electrical power consumption of the liquid pump and a high-pressure-side pressure of the injector; where Y is the electrical power consumption of the liquid pump, X is the high-pressure-side pressure of the injector, K is a slope of the fault detection characteristic curve obtained by learning, A is a set fault tolerance value, which is not less than 0, and Xmax corresponds to a maximum high-pressure-side pressure of the injector; and II, when the current pressure of the injector Xcurrent≤Xmax: if the current electrical power consumption Ycurrent<K(Xcurrent-Xmax)+A, then a probability of the injector state of the air conditioning system being normal is greater than a first preset value; and if the current electrical power consumption Ycurrent>K(Xcurrent-Xmax)+A, a probability of the injector of the air conditioning system having a fault is greater than a second preset value. I, learning to obtain a monotonically decreasing fault detection characteristic curve Y=K(X-Xmax)+A by using an electrical power consumption of the liquid pump and a high-pressure-side pressure of the injector; where Y is the electrical power consumption of the liquid pump, X is the high-pressure-side pressure of the injector, K is a slope of the fault detection characteristic curve obtained by learning, A is a set fault tolerance value, which is not less than 0, and Xmax corresponds to a maximum high-pressure-side pressure of the injector; and II, when the current pressure of the injector Xcurrent≤Xmax: if the current electrical power consumption Ycurrent<K(Xcurrent-Xmax)+A, then a probability of the injector state of the air conditioning system being normal is greater than a first preset value; and if the current electrical power consumption Ycurrent>K(Xcurrent-Xmax)+A, a probability of the injector of the air conditioning system having a fault is greater than a second preset value.
System for building a framework construction as a supporting framing for the construction of exhibition stands, presentation walls or stillages, partition or cabin walls, settings, counters, tables or the like, formed by modular frame elements connectable and suitable to be planked, which show a perimeter consisting of profiles connected to each other and preferably straightly elongated, and which are connectable by connecting elements with similar profiles of adjacent frame elements, wherein the profiles of the modular frame elements have an at least U-shaped or partially closed cross-section with two lateral profile legs connected by at least one middle profile web, wherein the area of a profile forming the middle profile web comprises at least one or preferably at least two elongated openings, the longitudinal axes of which extend parallel to the longitudinal axis of the respective profile, and wherein the connecting elements are formed by clamps (11;21) having an U-shaped structure with two lateral clamp legs (12;22,23) connected by a middle clamp web (14;24), at least one of which is dimensioned in such a way that it can be pushed through two openings of two adjacent frame elements, which openings are aligned with each other, wherein the clear distance between the two clamp legs (12;22,23) is dimensioned in such a way that the gap (16;26) formed by it provides enough space for two profile webs of two adjacent frame elements, wherein a device is provided on at least one clamp leg (12;22,23) for pressing or clamping together, preferably frictionally, two profile webs touching each other and being surrounded by the respective clamp (11;21) of two adjacent frame elements, characterized in that, in the region of one clamp leg (12;22,23), a clamping element is mounted rotatably around an axis of rotation, which comprises, at a surface area facing the gap (16;26) between the two clamping legs (12;22,23), a lateral surface which is eccentrical to the axis of rotation.
A floating, electric fence arranged to inflict injury on a pelagic larva in sea water; the electric fence is provided with a buoyancy element (5; 12, 12'; 26), a bottom element (14, 14', 14"), an anchoring device, at least two electrical conductors (16, 16a,b) which are positioned side by side and are submerged at least in a portion, characterized in that the at least two electrical conductors (16, 16a,b) are connected to an electric DC source arranged to provide the first of the at least two electrical conductors (16, 16a,b) with pulsating electrical current and with alternating polarity, and to supply the second one of the at least two electrical conductors (16, 16a,b) with pulsating electrical current of opposite polarity to that of the first electrical conductor (16, 16a,b).
A refillable free ink writing instrument comprising a body having a rear end, a front end and an ink reservoir disposed between the rear end and the front end, a removable cap, and a writing tip mounted on the front end, the writing tip having a portion in fluid communication with the ink reservoir, and the writing tip being removable from the body for refill, characterized in that the removable cap comprises a funnel portion configured to feed a refill into the reservoir when the writing tip is removed.