mhurhangee/ep-ind-claims huggingface dataset:
Method for determining a local refractive power of volume elements of a panel-shaped transparent object in the direction of an optical axis, for example a direction of view through a windscreen, comprising a pattern which is observed through the transparent object by means of a first camera, wherein the optical axis is defined by the observation direction of the first camera, wherein a local refractive power is determined for the respective volume element by observing the pattern through the transparent object, characterised in that the three-dimensional shape and position of the surface of the respective volume element of the transparent object facing the pattern is determined and is used to determine the local refractive power in such a way that the local refractive power determined by observing the pattern is adjusted based on the known three-dimensional shape and position of the surface if the respective volume element is located off the optical axis.
An RFID device comprising: (a) a first sheet of non-conductive material having an outwardly facing peripheral edge; (b) an antenna member having a first antenna unit of conductive rubber engaged to said first sheet and a second antenna unit of conductive rubber engaged to said first sheet in spaced relationship with said first antenna unit, the space between said first antenna unit and said second antenna unit defining a slot, said first and second antenna units (124X, 124Y) each having a first edge, a second edge opposite to and spaced from the first edge in a width direction of the antenna member, and an end edge connecting the first and second edges (124A, 124A) with each other, each of said edges (124A, 124B) being spaced from the peripheral edge of said first sheet; (c) a microchip positioned in said slot and conductively engaged to said first antenna unit and to said second antenna unit; (d) a non-conductive member encircling said antenna member and engaging said outwardly facing first, second and end edges (124A, 124B) of each said antenna unit (124X, 124Y), said non-conductive member having an internal extension positioned in said slot; and (e) a second sheet of non-conductive material engaged to (i) said antenna member and (ii) said encircling non-conductive member. (a) a first sheet of non-conductive material having an outwardly facing peripheral edge; (b) an antenna member having a first antenna unit of conductive rubber engaged to said first sheet and a second antenna unit of conductive rubber engaged to said first sheet in spaced relationship with said first antenna unit, the space between said first antenna unit and said second antenna unit defining a slot, said first and second antenna units (124X, 124Y) each having a first edge, a second edge opposite to and spaced from the first edge in a width direction of the antenna member, and an end edge connecting the first and second edges (124A, 124A) with each other, each of said edges (124A, 124B) being spaced from the peripheral edge of said first sheet; (c) a microchip positioned in said slot and conductively engaged to said first antenna unit and to said second antenna unit; (d) a non-conductive member encircling said antenna member and engaging said outwardly facing first, second and end edges (124A, 124B) of each said antenna unit (124X, 124Y), said non-conductive member having an internal extension positioned in said slot; and (e) a second sheet of non-conductive material engaged to (i) said antenna member and (ii) said encircling non-conductive member.
An arrangement for an exhaust gas aftertreatment system, the arrangement comprising: a tank for storing a reducing agent; a pump unit arrangement arranged in downstream fluid communication with the tank; a nozzle arranged to inject a flow of reducing agent into the exhaust gas aftertreatment system, the nozzle being arranged in downstream fluid communication with the tank, via the pump unit arrangement, by means of a reducing agent conduit; an air conduit arranged in fluid communication with the nozzle for delivery of compressed air to the nozzle; and a return conduit arranged in fluid communication between the reducing agent conduit and the tank, the return conduit comprising a return conduit valve arrangement, wherein the air conduit is arranged in fluid communication with the reducing agent conduit for controllably delivery of reducing agent to the tank via the return conduit valve arrangement by means of providing compressed air from the air conduit to the reducing agent conduit, characterized in that the arrangement further comprises a first air valve arrangement positioned in the vicinity of the nozzle, between a few millimeters up to a meter from the nozzle, the air conduit being arranged in fluid communication with the reducing agent conduit via the first air valve arrangement. a tank for storing a reducing agent; a pump unit arrangement arranged in downstream fluid communication with the tank; a nozzle arranged to inject a flow of reducing agent into the exhaust gas aftertreatment system, the nozzle being arranged in downstream fluid communication with the tank, via the pump unit arrangement, by means of a reducing agent conduit; an air conduit arranged in fluid communication with the nozzle for delivery of compressed air to the nozzle; and a return conduit arranged in fluid communication between the reducing agent conduit and the tank, the return conduit comprising a return conduit valve arrangement, wherein the air conduit is arranged in fluid communication with the reducing agent conduit for controllably delivery of reducing agent to the tank via the return conduit valve arrangement by means of providing compressed air from the air conduit to the reducing agent conduit, characterized in that the arrangement further comprises a first air valve arrangement positioned in the vicinity of the nozzle, between a few millimeters up to a meter from the nozzle, the air conduit being arranged in fluid communication with the reducing agent conduit via the first air valve arrangement.
A method of calibrating or datuming probes on a machine tool, the machine tool comprising: a first part on which a workpiece is mountable; a second part on which a tool is mountable, the first and second parts being movable relative to each other; a control which controls the relative movement of the two parts of the machine tool; a toolsetting probe mounted on the first part; a workpiece-sensing probe mounted on the second part; the method comprising: moving the parts of the machine tool relative to each other to bring the two probes (14,16) into a sensing relationship with each other in a probing direction; characterised in that a pre-calibrated dimension of the toolsetting probe is used to set one or more parameters of the workpiece-sensing probe in the probing direction, and storing the parameter of the workpiece-sensing probe in the control. a first part on which a workpiece is mountable; a second part on which a tool is mountable, the first and second parts being movable relative to each other; a control which controls the relative movement of the two parts of the machine tool; a toolsetting probe mounted on the first part; a workpiece-sensing probe mounted on the second part; the method comprising: moving the parts of the machine tool relative to each other to bring the two probes (14,16) into a sensing relationship with each other in a probing direction; characterised in that a pre-calibrated dimension of the toolsetting probe is used to set one or more parameters of the workpiece-sensing probe in the probing direction, and storing the parameter of the workpiece-sensing probe in the control. moving the parts of the machine tool relative to each other to bring the two probes (14,16) into a sensing relationship with each other in a probing direction; characterised in that a pre-calibrated dimension of the toolsetting probe is used to set one or more parameters of the workpiece-sensing probe in the probing direction, and storing the parameter of the workpiece-sensing probe in the control.
Distribution machine, in particular spreader machine and/or sowing machine, having at least one container which is supported by a supporting frame for holding powder and/or particulate material, at least one discharge opening which is arranged on the floor of the container, a metering element which is arranged downstream of the discharge opening, and a distribution element which is arranged downstream of the metering element and which serves the purpose of distributing the powder and/or particulate material on the ground, wherein the container has a cover which can be folded open and closed about a pivoting axis and is activated by a drive unit which is fixed to the container or to the supporting frame thereof, which cover covers, in its folded-closed position, the opening cross section of the container, and in its folded-open position clears at least part of the opening cross section of the container, characterized in that the cover is activated by an electric-motor-powered drive unit having at least one transmission (14, 20) which is arranged downstream of the electric motor of said drive unit, wherein the electric-motor-powered drive unit has an output shaft, on which a driver is seated in a rotationally fixed fashion, said driver being connected to at least one pivotable carrier of the cover or being formed by such a pivotable carrier.
A receiving apparatus comprising: a broadcast reception unit configured to receive a broadcasting signal including a broadcast program and affiliate tag information, the broadcast program including at least one scene, the affiliated tag information including information that is transmitted temporally corresponding to each of at least one scene of the broadcast program and is necessary for acquiring affiliate information related to the broadcast program; an application controller configured to acquire an application that uses the affiliate information and an application information table, AIT, in which at least affiliate tag identification information for identifying the affiliate tag information including information for controlling an operation of the application and information for identifying the affiliate information used by the application is described, and to control the operation of the application based on the application information table; and an affiliate processing unit configured to acquire the affiliate tag information based on the affiliate tag identification information described in the application information table from the received broadcasting signal, acquire the affiliate information based on the affiliate tag information, and supply it to the application being executed. a broadcast reception unit configured to receive a broadcasting signal including a broadcast program and affiliate tag information, the broadcast program including at least one scene, the affiliated tag information including information that is transmitted temporally corresponding to each of at least one scene of the broadcast program and is necessary for acquiring affiliate information related to the broadcast program; an application controller configured to acquire an application that uses the affiliate information and an application information table, AIT, in which at least affiliate tag identification information for identifying the affiliate tag information including information for controlling an operation of the application and information for identifying the affiliate information used by the application is described, and to control the operation of the application based on the application information table; and an affiliate processing unit configured to acquire the affiliate tag information based on the affiliate tag identification information described in the application information table from the received broadcasting signal, acquire the affiliate information based on the affiliate tag information, and supply it to the application being executed. acquire the affiliate tag information based on the affiliate tag identification information described in the application information table from the received broadcasting signal, acquire the affiliate information based on the affiliate tag information, and supply it to the application being executed.
A use of a.) at least one optionally oligomeric addition product containing no terminal C=C double bonds of at least one aminosilane and/or thiosilane containing at least one hydrolyzable silane group and at least one further monoamine and/or polyamine having at least two amino groups, the monoamine and/or polyamine comprising no hydrolyzable silane group and containing at least one primary or secondary amino group, with at least one compound containing at least two terminal, ethylenically unsaturated double bonds; and/or of b.) at least one optionally oligomeric addition product containing no terminal C=C double bonds of at least one isocyanatosilane and/or epoxy silane containing at least one hydrolyzable silane group with at least one compound containing at least one terminal hydroxyl group and at least one terminal, ethylenically unsaturated double bond, in combination with at least one monoamine and/or polyamine having at least two amino groups, the monoamine and/or polyamine comprising no hydrolyzable silane group and containing at least one primary or secondary amino group, as adhesion promoter(s) between a coating based on at least one synthetic, semisynthetic and/or natural polymer and a substrate surface coated therewith, in an amount of less than 5% by weight, based on the total weight of the coating. a.) at least one optionally oligomeric addition product containing no terminal C=C double bonds of at least one aminosilane and/or thiosilane containing at least one hydrolyzable silane group and at least one further monoamine and/or polyamine having at least two amino groups, the monoamine and/or polyamine comprising no hydrolyzable silane group and containing at least one primary or secondary amino group, with at least one compound containing at least two terminal, ethylenically unsaturated double bonds; and/or of b.) at least one optionally oligomeric addition product containing no terminal C=C double bonds of at least one isocyanatosilane and/or epoxy silane containing at least one hydrolyzable silane group with at least one compound containing at least one terminal hydroxyl group and at least one terminal, ethylenically unsaturated double bond, in combination with at least one monoamine and/or polyamine having at least two amino groups, the monoamine and/or polyamine comprising no hydrolyzable silane group and containing at least one primary or secondary amino group,
An ophthalmic multifocal lens to be worn on or in a human eye, the lens having an optical portion with anterior and posterior surfaces and a circumferential peripheral boundary, the optical portion having far vision zones having a first refractive power and near vision zones having an add power, the far vision zones and near vision zones including ring segments having one of said refractive powers each radially bounding a more central zone of another one of said refractive powers, the ring segments including ring segments bordering on the peripheral boundary and alternating in circumferential sense along the full circumference of the peripheral boundary.
A communication system, comprising: a number of terminals configured to send and receive information; a number of gateways; a satellite; and a control system located terrestrially and configured to: control operation of the number of gateways so that wideband frequency hopping signals received at the satellite are synchronized, wherein the satellite is configured to dehop and multiplex received signals digitally such that the gain and power level of each signal are dynamically controlled on a frequency hop by frequency hop basis; and wherein the control system is further configured to control a tunable master oscillator used to lock frequencies of signals transmitted by the satellite. a number of terminals configured to send and receive information; a number of gateways; a satellite; and a control system located terrestrially and configured to: control operation of the number of gateways so that wideband frequency hopping signals received at the satellite are synchronized, wherein the satellite is configured to dehop and multiplex received signals digitally such that the gain and power level of each signal are dynamically controlled on a frequency hop by frequency hop basis; and wherein the control system is further configured to control a tunable master oscillator used to lock frequencies of signals transmitted by the satellite. control operation of the number of gateways so that wideband frequency hopping signals received at the satellite are synchronized, wherein the satellite is configured to dehop and multiplex received signals digitally such that the gain and power level of each signal are dynamically controlled on a frequency hop by frequency hop basis; and wherein the control system is further configured to control a tunable master oscillator used to lock frequencies of signals transmitted by the satellite.
A reactive system suitable for the production of a polyurethane foam which exhibits decreased isocyanate emissions, and comprises: a polyisocyanate component comprising a polymethylene poly(phenylisocyanate) having a polymeric isocyanate content of greater than or equal to 70% by weight, and a total monomeric isocyanate content of less than or equal to 30% by weight, with the sum of polymeric and monomeric totaling 100% by weight of the polymethylene poly(phenylisocyanate), wherein the 30% by weight or less of the monomeric isocyanate is comprised of less than or equal to 25% by weight of the 4,4'-isomer of diphenylmethane diisocyanate, less than or equal to 5% by weight of the 2,4'-isomer of diphenylmethane diisocyanate, and less than or equal to 2% by weight of the 2,2'-isomer of diphenylmethane diisocyanate, with the sum of the 2,2'-isomer, the 2,4'-isomer and the 4,4'-isomer totaling the 30% by weight or less of the monomeric isocyanate; with an isocyanate-reactive component comprising at least one filled polyol or polymer polyol, and at least one amine-initiated polyol; in the presence of at least one catalyst and water, wherein the isocyanate-index is less than 100, and the polyurethane foam is an acoustic foam having a density of from 19.2 (1.2) to 64.1 kg/m 3 (4.0 pcf). a polyisocyanate component comprising a polymethylene poly(phenylisocyanate) having a polymeric isocyanate content of greater than or equal to 70% by weight, and a total monomeric isocyanate content of less than or equal to 30% by weight, with the sum of polymeric and monomeric totaling 100% by weight of the polymethylene poly(phenylisocyanate), wherein the 30% by weight or less of the monomeric isocyanate is comprised of less than or equal to 25% by weight of the 4,4'-isomer of diphenylmethane diisocyanate, less than or equal to 5% by weight of the 2,4'-isomer of diphenylmethane diisocyanate, and less than or equal to 2% by weight of the 2,2'-isomer of diphenylmethane diisocyanate, with the sum of the 2,2'-isomer, the 2,4'-isomer and the 4,4'-isomer totaling the 30% by weight or less of the monomeric isocyanate; with an isocyanate-reactive component comprising at least one filled polyol or polymer polyol, and at least one amine-initiated polyol; in the presence of at least one filled polyol or polymer polyol, and at least one amine-initiated polyol; in the presence of at least one catalyst and water, wherein the isocyanate-index is less than 100, and the polyurethane foam is an acoustic foam having a density of from 19.2 (1.2) to 64.1 kg/m 3 (4.0 pcf).
A lateral pull rod mechanism configured to lock a steel pipe support assembly, comprising a pull rod, an upper connecting plate, a pull rod through hole provided in the upper connecting plate, a lower connecting plate, a lower lateral pull rod clamping groove provided in the lower connecting plate, an intermediate connecting block provided between the upper connecting plate and the lower connecting plate, an intermediate lateral pull rod clamping groove provided in the intermediate connecting block, a threaded section provided at an upper end of the pull rod, a fastening nut configured to be screwed onto the threaded section, an anti-disengaging portion provided at a lower end of the pull rod and configured to prevent the pull rod from vertically disengaging from the lower lateral pull rod clamping groove, and a lateral stopping plate configured to prevent the anti-disengaging portion from sliding outwards out of the lower lateral pull rod clamping groove; and wherein an anti-rotating portion is provided between the pull rod and the anti-disengaging portion, and is configured to cooperate with the lower lateral pull rod clamping groove to prevent rotation of the pull rod; wherein the anti-rotating portion has two anti-rotating lateral surfaces configured to cooperate with lateral surfaces of the lower lateral pull rod clamping groove; and the lateral stopping plate is formed by a bent end of the lower connecting plate; or, the lateral stopping plate comprises a bottom plate fixedly connected to the lower connecting plate and a bent plate connected to the bottom plate.
A system, comprising a processor to define a plurality of opportunities for encoding a watermark into an audio stream, the audio stream having a plurality of sections, each of the sections, when represented in the frequency domain, including a signal of amplitude against frequency, the processor being operative to, for each one of the sections of the audio stream: identify a fundamental frequency, f, of the one section, the fundamental frequency being the frequency with the largest amplitude of the signal in the one section, the fundamental frequency f defining a plurality of harmonic frequencies, each of the harmonic frequencies being at a frequency f/2n or 2fn, n being a positive integer; and define the one section as an opportunity for encoding at least part of the watermark if the amplitude of the signal of the one section is less than a value v for all frequencies in one or more of a plurality of different frequency ranges, each of the different frequency ranges being centered around different ones of the harmonic frequencies. identify a fundamental frequency, f, of the one section, the fundamental frequency being the frequency with the largest amplitude of the signal in the one section, the fundamental frequency f defining a plurality of harmonic frequencies, each of the harmonic frequencies being at a frequency f/2n or 2fn, n being a positive integer; and define the one section as an opportunity for encoding at least part of the watermark if the amplitude of the signal of the one section is less than a value v for all frequencies in one or more of a plurality of different frequency ranges, each of the different frequency ranges being centered around different ones of the harmonic frequencies.
Roundbaler, in particular an agricultural roundbaler, having a variable pressing chamber for producing cylindrical round bales, having at least one circulating pressing means and having at least one sensor device that has a pivoting device, has a pick-up, which is received on the pivoting device so as to be preloaded in the direction of the pressing means such that it is in contact with the pressing means, and has a sensor for determining the position of the pivoting device, characterized in that the sensor device has a deflector which, upon contact with the pressing means, pivots the pivoting device independently of the tension of the pressing means.
A method of producing a glucosylceramide composition using an organic solvent to extract the glucosylceramide composition from a yeast residue after extraction of yeast extract, wherein the yeast is Candida utilis.