mhurhangee/ep-ind-claims huggingface dataset:
A method for rendering an audio source, the method comprising: obtaining a distance value representing a distance between a listener and the audio source, wherein the audio source has an associated length, L; selecting from among a set of two or more gain functions a particular one of the two or more gain functions based on the distance value, wherein the set of two or more gain functions comprises at least a first gain function and a second gain function, and selecting comprises: comparing the distance value to a first threshold wherein the first threshold is a function of the associated length and if based on the comparison, it is determined that the distance value is not greater than the first threshold, then selecting the first gain function; evaluating the selected gain function using the obtained distance value to obtain a gain value to which the obtained distance value is mapped by the selected gain function; and providing the obtained gain value to an audio source renderer configured to render the audio source using the obtained gain value and/or rendering the audio source using the obtained gain value. obtaining a distance value representing a distance between a listener and the audio source, wherein the audio source has an associated length, L; selecting from among a set of two or more gain functions a particular one of the two or more gain functions based on the distance value, wherein the set of two or more gain functions comprises at least a first gain function and a second gain function, and selecting comprises: comparing the distance value to a first threshold wherein the first threshold is a function of the associated length and if based on the comparison, it is determined that the distance value is not greater than the first threshold, then selecting the first gain function; comparing the distance value to a first threshold wherein the first threshold is a function of the associated length and if based on the comparison, it is determined that the distance value is not greater than the first threshold, then selecting the first gain function; evaluating the selected gain function using the obtained distance value to obtain a gain value to which the obtained distance value is mapped by the selected gain function; and providing the obtained gain value to an audio source renderer configured to render the audio source using the obtained gain value and/or rendering the audio source using the obtained gain value.
A method for producing a hydrofluoroolefin or fluoroolefin having 2, 3 or 4 carbon atoms, comprising irradiating at least one starting material compound selected from C 1-2 -hydrofluorocarbons and C 2-3 -hydrofluoroolefins A with ionizing radiation and/or UV-light having a wavelength of ≤ 300 nm, with the proviso that when the at least one starting material compound is the hydrofluoroolefin A, the resulting hydrofluoroolefin is different from the hydrofluoroolefin A.
A method of manufacturing an optical lens comprising at least one electronic component (14, 16), the method comprising: - providing a mechanical reference system on an optical lens blank, the optical lens blank being configured to be processed to form the optical lens; - providing edging data configured to be used to edge the optical lens blank to form the optical lens; - embedding the at least one electronic component in the optical lens based on edging data and on the mechanical reference system. - providing a mechanical reference system on an optical lens blank, the optical lens blank being configured to be processed to form the optical lens; - providing edging data configured to be used to edge the optical lens blank to form the optical lens; - embedding the at least one electronic component in the optical lens based on edging data and on the mechanical reference system.
An apparatus comprising: a housing including a mandrel and a sleeve movably coupled to an external surface of the mandrel; a slider movably disposed in the mandrel; a resilient member having a first end connected to the mandrel and a second end connected to the slider, wherein the sleeve has an entrance formed at one end thereof and wherein upon receiving an external force applied to the slider by engagement of the plunger of a syringe attached to the sleeve, the slider moves relative to the housing, from a first position adjacent to the entrance toward a second position away from the entrance, to elastically deform the resilient member from a coiled state toward an uncoiled state, and wherein, upon release of the external force, the resilient member is allowed to resume to the coiled state, to move the slider toward the first position for urging the slider against a fluid container attached to the housing to deliver fluid from the fluid container, characterized in that the sleeve is threadedly coupled to the mandrel such that rotation of the mandrel relative to the sleeve about a longitudinal axis moves the mandrel along the longitudinal axis relative to the sleeve. a housing including a mandrel and a sleeve movably coupled to an external surface of the mandrel; a slider movably disposed in the mandrel; a resilient member having a first end connected to the mandrel and a second end connected to the slider, wherein the sleeve has an entrance formed at one end thereof and wherein upon receiving an external force applied to the slider by engagement of the plunger of a syringe attached to the sleeve, the slider moves relative to the housing, from a first position adjacent to the entrance toward a second position away from the entrance, to elastically deform the resilient member from a coiled state toward an uncoiled state, and wherein, upon release of the external force, the resilient member is allowed to resume to the coiled state, to move the slider toward the first position for urging the slider against a fluid container attached to the housing to deliver fluid from the fluid container,
A composite product, which comprises alternating layers of fibre and thermoplastic (1, 2) one upon the other characterized in that - the fibre layers comprise porous paper or cardboard layers, which include lignocellulosic fibres and which form the main part of the mass of the product, and - the fibre layers and the thermoplastic layers are attached to each other by means of blend zones which contain fibres and plastic, whereby - the product comprises at least 5 fibre layers and at least 4 thermoplastic layers, and - the number of the fibre and plastic layers (1, 2) is sufficient to provide a self-supporting product. - the fibre layers comprise porous paper or cardboard layers, which include lignocellulosic fibres and which form the main part of the mass of the product, and - the fibre layers and the thermoplastic layers are attached to each other by means of blend zones which contain fibres and plastic, - the product comprises at least 5 fibre layers and at least 4 thermoplastic layers, and - the number of the fibre and plastic layers (1, 2) is sufficient to provide a self-supporting product.
A metal sheet at least part of which is embossed with a embossing pattern of a plurality of discrete S-shaped undulations which are mutually parallel in transverse, longitudinal or diagonal directions to each other so that in use egress of fluid from the plane of the sheet is omnidirectionally controlled, characterized in that areas around the undulations form a plurality of channels that intersect one another to form tortuous paths for fluids.
Fan wheel formed as a radial fan wheel or diagonal fan wheel, having a base plate and a plurality of fan blades disposed on the base plate arranged around an axial axis of rotation, the axial height extension of which fan blades extending between an intake side and the base plate, the base plate having a circumferential radial outer edge section, curved at least in sections as seen in cross-section and thereby forming an elliptical transition of the bottom plate from a radial extension to an axial extension, the fan blades each having a radial outer edge forming a transition point on a side having the bottom plate, and an imaginary ring connecting the transition points in the circumferential direction forms a boundary line to which the elliptical transition of the bottom plate adjoins directly or at a distance in the radial direction, the bottom plate having, in a central region disposed radially outside the axis of rotation, an axial step extending in the axial direction away from the fan blades, which, viewed in cross-section, is formed substantially Z-shaped with a web extending partially in the radial and axial direction and extending at an angle (α) of 20 - 60 degrees to the radial direction of the fan wheel.
Installation for the metallic coating of a workpiece, with a housing, in which a loading station for the supply and discharge of the workpiece, a coating device which comprises a displaceable coating lance, by which a metal plasma jet can be generated to create a coating of metal particles, characterized in that the coating device with the coating lance and a measuring device for measuring the coating thickness are designed integrated in the installation, that the coating device with the coating lance and the measuring device are enclosed by the housing, that the coating device is arranged in a processing station which is separated from the loading station by a partition wall, that the partition wall comprises at least one closable passage, that the measuring device is arranged in the loading station, and that the measuring device is additionally designed to measure the workpiece before and after the coating.
An electronic device comprising: a continuous time linear equalizer, CTLE, comprising: a first inverter (402, 602); a second inverter (404, 604) having an input to receive an input signal; a capacitor (408, 614) coupled between an input of the first inverter (402, 602) and the input of the second inverter (404, 604); a first resistor (410, 610) coupled between a common-mode voltage and the input of the first inverter (402, 602); a third inverter (406, 608) having an output to provide an output signal (Out); and a node (416, 624) comprising an output of the first inverter (402, 602), an output of the second inverter (404, 604), an input of the third inverter (406, 608), and the output of the third inverter (406, 608). a first inverter (402, 602); a second inverter (404, 604) having an input to receive an input signal; a capacitor (408, 614) coupled between an input of the first inverter (402, 602) and the input of the second inverter (404, 604); a first resistor (410, 610) coupled between a common-mode voltage and the input of the first inverter (402, 602); a third inverter (406, 608) having an output to provide an output signal (Out); and a node (416, 624) comprising an output of the first inverter (402, 602), an output of the second inverter (404, 604), an input of the third inverter (406, 608), and the output of the third inverter (406, 608).
A method for selectively separating a population of cancer stem cells from a plurality of cancer cells, comprising the steps of: a. subjecting said plurality of cancer cells to a cell culture substrate, wherein said cell culture substrate is in the form of a gel comprising a conjugate of a glycosaminoglycan and a substituted phenalkylamine; and b. allowing said cancer stem cells to interact with said cell culture substrate to thereby separate said cancer stem cells from said plurality of cancer cells, wherein said cancer stem cells contain a marker that interacts with said glycosaminoglycan, the method further comprising removing cancer cells that are not attached to said cell culture substrate. a. subjecting said plurality of cancer cells to a cell culture substrate, wherein said cell culture substrate is in the form of a gel comprising a conjugate of a glycosaminoglycan and a substituted phenalkylamine; and b. allowing said cancer stem cells to interact with said cell culture substrate to thereby separate said cancer stem cells from said plurality of cancer cells,
A method for determining the alignment of a system comprising measuring and display devices (10, 50), in which - using the measuring device, which has a measuring platform, horizontal and vertical forces are detected, which are exerted by a person located on the measuring platform, - using at least one camera device, the person located on the measuring platform is at least partially photographed, - image data from the at least one camera device and measurement data from the measuring device are transmitted to the display device, and - a force application line in the display device is superimposed on the image data and is displayed on the image of the person located on the measuring platform, wherein the marker points (11, 12, 13, 14) with a fixed geometric relation to the measuring platform are detected by the at least one camera device, wherein the geometric relation of the marker points (11, 12, 13, 14) to one another is known and the position and/or orientation of the measuring platform to the at least one camera device is determined via an image analysis of the detected marker points (11, 12, 13, 14), wherein an adjustment takes place periodically and/or after detected displacements or accelerations of the measuring platform and/or the camera device, wherein the marker points (11, 12, 13, 14) are formed as glyphs, illuminants and/or reflector devices and are activated or illuminated to determine the alignment or adjustment of the system. - using the measuring device, which has a measuring platform, horizontal and vertical forces are detected, which are exerted by a person located on the measuring platform, - using at least one camera device, the person located on the measuring platform is at least partially photographed, - image data from the at least one camera device and measurement data from the measuring device are transmitted to the display device, and - a force application line in the display device is superimposed on the image data and is displayed on the image of the person located on the measuring platform, wherein the marker points (11, 12, 13, 14) with a fixed geometric relation to the measuring platform are detected by the at least one camera device, wherein the geometric relation of the marker points (11, 12, 13, 14) to one another is known and the position and/or orientation of the measuring platform to the at least one camera device is determined via an image analysis of the detected marker points (11, 12, 13, 14), wherein an adjustment takes place periodically and/or after detected displacements or accelerations of the measuring platform and/or the camera device, wherein the marker points (11, 12, 13, 14) are formed as glyphs, illuminants and/or reflector devices and are activated or illuminated to determine the alignment or adjustment of the system.
Method for controlling a battery current (I_Batt) of a traction battery of a traction system, characterised in that - a rectifier unit of the traction system converts a mains voltage by means of a predeterminable feed-in current (I_ZK) into a controllable intermediate circuit voltage (U_ZK) of an intermediate circuit of the traction system, - an intermediate circuit voltage controller controls an actual voltage value (U_ZR_r) of the intermediate circuit voltage (U_ZK) to a target voltage value (U_ZK_s) of the intermediate circuit voltage (U_ZK) and predetermines a first output variable, - a battery current controller controls a target current value (I_Batt_r) of the battery current (I_Batt) to a target current value (I_Batt_s) of the battery current (I_Batt) and predetermines a second output variable, - the first output variable of the intermediate circuit voltage controller is applied with the second output variable of the battery current controller in order to form a default variable (I_ZK_s) for the feed-in current (I_ZK), and - by means of the feed-in current (I_ZK) predetermined on the basis of the default variable (I_ZK_s), the actual current value (I_Batt_r) of the battery current (I_Batt) is readjusted for its control. - a rectifier unit of the traction system converts a mains voltage by means of a predeterminable feed-in current (I_ZK) into a controllable intermediate circuit voltage (U_ZK) of an intermediate circuit of the traction system, - an intermediate circuit voltage controller controls an actual voltage value (U_ZR_r) of the intermediate circuit voltage (U_ZK) to a target voltage value (U_ZK_s) of the intermediate circuit voltage (U_ZK) and predetermines a first output variable, - a battery current controller controls a target current value (I_Batt_r) of the battery current (I_Batt) to a target current value (I_Batt_s) of the battery current (I_Batt) and predetermines a second output variable, - the first output variable of the intermediate circuit voltage controller is applied with the second output variable of the battery current controller in order to form a default variable (I_ZK_s) for the feed-in current (I_ZK), and - by means of the feed-in current (I_ZK) predetermined on the basis of the default variable (I_ZK_s), the actual current value (I_Batt_r) of the battery current (I_Batt) is readjusted for its control.
Extractor hood having at least one filter support with at least one odour filter element, wherein the filter support has at least one inlet area for the entry of air into the filter support, wherein the extractor hood has a fan assembly and the filter support is placed on top of the fan assembly, wherein - the filter support has at least one filter receptacle for an odour filter element with an inlet opening, via which air from the filter support can enter the filter receptacle and thus an odour filter element provided in or on the filter receptacle, - the filter support comprises a rack for holding the at least one filter receptacle, which rack has a wedge-shaped cross-section so that in the filter support the inlet opening of the filter receptacle is arranged inclined in relation to the inlet area of the filter support, - the filter support has two filter receptacles, the inlet openings of which are arranged inclined in relation to one another and in relation to the inlet area and - at least the front side area of the filter receptacles is formed by an insertion opening for inserting at least one odour filter element, so that the air inlet sides of the odour filter elements are inclined towards one another in the inserted state. - the filter support has at least one filter receptacle for an odour filter element with an inlet opening, via which air from the filter support can enter the filter receptacle and thus an odour filter element provided in or on the filter receptacle, - the filter support comprises a rack for holding the at least one filter receptacle, which rack has a wedge-shaped cross-section so that in the filter support the inlet opening of the filter receptacle is arranged inclined in relation to the inlet area of the filter support, - the filter support has two filter receptacles, the inlet openings of which are arranged inclined in relation to one another and in relation to the inlet area and - at least the front side area of the filter receptacles is formed by an insertion opening for inserting at least one odour filter element, so that the air inlet sides of the odour filter elements are inclined towards one another in the inserted state.
A process for removal of acetylenic compounds from hydrocarbon streams comprising: contacting a crude butadiene feed containing a first concentration of C 4 acetylenic compounds and olefins with a first catalyst comprising supported unsulfided metallic nickel in the presence of hydrogen in a first reaction zone under conditions of temperature and pressure and hydrogen concentration favoring the hydrogenation of C 4 acetylenic compounds to produce a first hydrocarbon fraction having a second concentration of C 4 acetylenic compounds lower than said first concentration; contacting the first hydrocarbon fraction with a second catalyst in the presence of hydrogen in a second reaction zone to produce a second hydrocarbon fraction having a third concentration of C 4 acetylenic compounds lower than said second concentration; and recovering the second hydrocarbon fraction; wherein the second catalyst comprises either a lower activity nickel-based catalyst or at least one of a Pd-based catalyst and a Cu-based catalyst. contacting a crude butadiene feed containing a first concentration of C 4 acetylenic compounds and olefins with a first catalyst comprising supported unsulfided metallic nickel in the presence of hydrogen in a first reaction zone under conditions of temperature and pressure and hydrogen concentration favoring the hydrogenation of C 4 acetylenic compounds to produce a first hydrocarbon fraction having a second concentration of C 4 acetylenic compounds lower than said first concentration; contacting the first hydrocarbon fraction with a second catalyst in the presence of hydrogen in a second reaction zone to produce a second hydrocarbon fraction having a third concentration of C 4 acetylenic compounds lower than said second concentration; and recovering the second hydrocarbon fraction; wherein the second catalyst comprises either a lower activity nickel-based catalyst or at least one of a Pd-based catalyst and a Cu-based catalyst.
A guide wire comprising: a coil wire comprising: a biocompatible wire (30A, 30B) selectively coated with a lubricious coating along an exterior portion of the perimeter of the coil wire; and a core member, wherein the coil wire is wrapped around some portion of the length of core member. a coil wire comprising: a biocompatible wire (30A, 30B) selectively coated with a lubricious coating along an exterior portion of the perimeter of the coil wire; and a biocompatible wire (30A, 30B) selectively coated with a lubricious coating along an exterior portion of the perimeter of the coil wire; and a core member,
A handheld injection device comprising - a housing (10, 20, 30), - a piston rod, defining a first longitudinal axis and located within the housing, - a driver (70, 80, 90) coupled to the piston rod, - a dose setting means, which is rotatable during dose setting, - a power reservoir for driving the driver (70, 80, 90), and - a number wheel for displaying a dose set by the dose setting means, wherein the dose setting means comprises a dial grip or dispense button, and wherein the housing comprises a splined section, characterized in that the dial grip or dispense button comprises a threaded section having an end stop, with a last dose nut being interposed between and engaging said threaded section of the dial grip or dispense button and the splined section of the housing. - a housing (10, 20, 30), - a piston rod, defining a first longitudinal axis and located within the housing, - a driver (70, 80, 90) coupled to the piston rod, - a dose setting means, which is rotatable during dose setting, - a power reservoir for driving the driver (70, 80, 90), and - a number wheel for displaying a dose set by the dose setting means,