mhurhangee/ep-ind-claims huggingface dataset:
A wireless module, comprising: a package substrate having a first side and a second side opposing the first side, wherein the package substrate comprises one or more build-up layers; an electronic component provided on the first side of the package substrate; an antenna package (108, 220) attached to the second side of the package substrate and having at least one radiative element, wherein the antenna package comprises one or more build-up layers; and a cap package (106, 206, 302, 402, 502, 602) attached to the first side of the package substrate and overlying the electronic component, wherein the cap package (106, 206, 302, 402, 502, 602) comprises build-up layers (134, 136) including a first build-up layer, wherein at least a portion of the first build-up layer is removed to define a cavity, wherein the electronic component is at least partially disposed within the cavity. a package substrate having a first side and a second side opposing the first side, wherein the package substrate comprises one or more build-up layers; an electronic component provided on the first side of the package substrate; an antenna package (108, 220) attached to the second side of the package substrate and having at least one radiative element, wherein the antenna package comprises one or more build-up layers; and a cap package (106, 206, 302, 402, 502, 602) attached to the first side of the package substrate and overlying the electronic component, wherein the cap package (106, 206, 302, 402, 502, 602) comprises build-up layers (134, 136) including a first build-up layer, wherein at least a portion of the first build-up layer is removed to define a cavity, wherein the electronic component is at least partially disposed within the cavity.
A control for an electromagnetic holding brake with a coil for releasing the holding brake and maintaining it in the released position, which requires a minimum brake coil voltage to maintain it in the released position, having a DC-DC converter with an input and an output, wherein the DC-DC converter is formed to convert a variable input voltage present at the input into a predetermined switch-on voltage provided at the output and a predetermined holding voltage provided at the output, wherein the holding voltage corresponds to the minimum brake coil voltage, and wherein the DC-DC converter is formed to implement a 2-stage voltage control and, in a first stage, to maintain the switch-on voltage as a regulated DC voltage for a predetermined time, to downregulate the voltage from the switch-on voltage following a predetermined voltage curve to the holding voltage as regulated DC voltage, and to maintain it in a second stage. having a DC-DC converter with an input and an output, wherein the DC-DC converter is formed to convert a variable input voltage present at the input into a predetermined switch-on voltage provided at the output and a predetermined holding voltage provided at the output, wherein the holding voltage corresponds to the minimum brake coil voltage, and wherein the DC-DC converter is formed to implement a 2-stage voltage control and, in a first stage, to maintain the switch-on voltage as a regulated DC voltage for a predetermined time, to downregulate the voltage from the switch-on voltage following a predetermined voltage curve to the holding voltage as regulated DC voltage, and to maintain it in a second stage.
A system for filtering an input image dataset, wherein the input dataset comprises a plurality of sequences of input signal values corresponding to sampling points i, wherein the sampling points i correspond to time points or wherein the sampling points i represent a sequence of measurements, wherein each sequence I( x,1), I( x,2),...,I( x,n), for a positive integer n, corresponds to a different attribute x of a set of attributes, wherein an input signal value I( x, i) is associated with an attribute x and a sampling point i, wherein the attribute is a location or a frequency and the sampling point i represents an index in the sequence I( x,1), I( x,2),...,I( x,n), the system comprising at least one processor configured to control computing an output signal value I*( x,i) corresponding to a sampling point i and an attribute x, wherein the computing comprises for a particular sampling point i and for each of a plurality of M different attributes y k, wherein k=1,...,M, of the set of attributes, associating a weight w( x,y k,i) to an input signal value I( y k,i) based on a similarity S i ( x,y k) between the signal values I( x,j) and I( y k,j) for a plurality of the sampling points j excluding the sampling point i, and computing a weighted sum based on the input signal values I( y k,i) and weights w( x,y k,i), wherein k=1,...,M.
A method of operating a USB power-delivery source device, the method comprising: sending one or more source capabilities messages; if, after sending a source capabilities message, a response to the source capabilities message is not received within a predetermined time period, sending a next source capabilities message; characterised in that the method furthermore comprises: if, after sending a predetermined number of source capabilities messages, no response is received, waiting an extended period of time and then sending another source capabilities message; and turning off signal-receiving functionality of the USB power-delivery source device during the extended period of time. sending one or more source capabilities messages; if, after sending a source capabilities message, a response to the source capabilities message is not received within a predetermined time period, sending a next source capabilities message; characterised in that the method furthermore comprises: if, after sending a predetermined number of source capabilities messages, no response is received, waiting an extended period of time and then sending another source capabilities message; and turning off signal-receiving functionality of the USB power-delivery source device during the extended period of time.
Computer-implemented method for rectification of images and/or image points acquired by at least one camera of a camera-based system of a vehicle with a windshield pane, the method comprising the steps of acquiring a raw image of a scene with the camera; selecting raw image data from the raw image, wherein the raw image data is the full raw image, a part of the raw image or a plurality of raw image points of the raw image; calculating intermediate image data based on the raw image data and on camera parameters, wherein the intermediate image data comprises an intermediate image or a plurality of intermediate image points and wherein the intermediate image data resembles an image or image points of the scene obtained by a pinhole camera through the windshield pane; and calculating a set of points in space of the scene corresponding to pixels of the intermediate image or to the intermediate image points, using a parallel shift of the optical path induced by the windshield pane based on windshield pane parameters, wherein the windshield pane parameters comprise a normal vector n of the windshield pane in the region close to the camera, a thickness t of the windshield pane and a refraction coefficient v of the windshield pane, characterized in that the parallel shift equals to a slab shift σ times the normal vector n and the slab shift σ is equal to t (v - 1) / v. acquiring a raw image of a scene with the camera; selecting raw image data from the raw image, wherein the raw image data is the full raw image, a part of the raw image or a plurality of raw image points of the raw image; calculating intermediate image data based on the raw image data and on camera parameters, wherein the intermediate image data comprises an intermediate image or a plurality of intermediate image points and wherein the intermediate image data resembles an image or image points of the scene obtained by a pinhole camera through the windshield pane; and calculating a set of points in space of the scene corresponding to pixels of the intermediate image or to the intermediate image points, using a parallel shift of the optical path induced by the windshield pane based on windshield pane parameters, wherein the windshield pane parameters comprise a normal vector n of the windshield pane in the region close to the camera, a thickness t of the windshield pane and a refraction coefficient v of the windshield pane, characterized in that the parallel shift equals to a slab shift σ times the normal vector n and the slab shift σ is equal to t (v - 1) / v.
Cheese-based food preparation comprising: cheese, pea starch, and vegetable fibers, wherein said vegetable fibers comprise water insoluble vegetable fibers and water soluble vegetable fibers.
A method for manufacturing an optical element comprising: providing a first material including a precursor of a first light curable resin which contains fine particles of a transparent conductive material on a transparent substrate; curing the first material by light irradiation; performing a heat treatment on the cured first material; and performing post light irradiation on the cured first material processed by the heat treatment. providing a first material including a precursor of a first light curable resin which contains fine particles of a transparent conductive material on a transparent substrate; curing the first material by light irradiation; performing a heat treatment on the cured first material; and performing post light irradiation on the cured first material processed by the heat treatment.
A thermally insulating body comprising: particles containing an insulating aerogel material intermingled with particles containing a phase change material, and a binder forming a matrix retaining said intermingled particles; characterised in that said phase change material is encapsulated in capsules.
A display device comprising a display (103, 104) with at least one display area provided with a plurality of pixels, with for each display area a first partially transparent sensor for detecting the intensity of light emitted from the said display area into a viewing angle of the display device as well as the intensity of ambient light, wherein partially transparent refers to a reduction of impinging light intensity of at most 40%, which partially transparent sensor is located in a front section of said display device in front of said display area, characterized in that each display area comprises further a filter for use with the first partially transparent sensor in determining the contribution of the ambient light intensity to the output signal of the sensor or for use with the first partially transparent sensor in determining the luminance of the ambient light, the filter covers the first partially transparent sensor, and said filter is a switchable filter.
An aerosol delivery device having a chamber airflow path through a vaporising chamber housing a vaporiser, the vaporiser comprising a heater and a wick that is elongate and extends transversely across the chamber between walls of the vaporising chamber; characterized in that the chamber airflow path extends through two laterally opposed apertures at least partly defined by two laterally opposed upstream edges of a transverse baffle mounted downstream from the vaporiser, such that the airflow path is bifurcated into two branches, wherein the chamber airflow path through one of the apertures has a transverse cross-sectional area that is substantially equal or less than a minimum transverse cross-sectional area of the chamber airflow path downstream from the one of the apertures. the vaporiser comprising a heater and a wick that is elongate and extends transversely across the chamber between walls of the vaporising chamber; characterized in that the chamber airflow path extends through two laterally opposed apertures at least partly defined by two laterally opposed upstream edges of a transverse baffle mounted downstream from the vaporiser, such that the airflow path is bifurcated into two branches, wherein the chamber airflow path through one of the apertures has a transverse cross-sectional area that is substantially equal or less than a minimum transverse cross-sectional area of the chamber airflow path downstream from the one of the apertures.
A lighting apparatus (1, 50, 80, 120) comprising a housing (20, 70, 100, 130) for housing a light source and directing a beam of light from a light source, the lighting apparatus (1, 50, 80, 120) comprising a lighting mount (3, 53, 103, 165) for securing the lighting apparatus (1, 50, 80, 120) to a support or substrate (4, 54) and a coupling mechanism (10, 60, 90, 160) for coupling the housing (20, 70, 100, 130) to the lighting mount (3, 53, 103, 165), wherein the housing (20, 70, 100, 130) comprises: a light beam channel defined by an internal surface of the housing (20, 70, 100, 130) for the passage of light from the light source through the housing (20, 70, 100, 130) to a mouth (22, 72, 102, 141); a housing body, which comprises a heat sink zone comprising a heat sink, which comprises a plurality of substantially parallel fins; and an annular insert defining at least a portion of the light beam channel, which annular insert is removably mountable within the housing body, wherein the annular insert has a cooperating means at an end thereof distal to the mouth (22, 72, 102, 141) for cooperating with a tool for inserting or removing the annular insert, wherein the housing (20, 70, 100, 130) further comprises an optical mount for an optical element, such as a lens, the optical mount comprising a seat for an optical element and a corresponding recess for removably receiving an optical element in the optical mount of the housing (20, 70, 100, 130) and wherein the annular insert serves to retain the optical element in position in the optical mount, whereby the optical element may be removed from the optical mount via a mouth (22, 72, 102, 141) of the housing (20, 70, 100, 130) by first removing the annular insert from the housing body. a light beam channel defined by an internal surface of the housing (20, 70, 100, 130) for the passage of light from the light source through the housing (20, 70, 100, 130) to a mouth (22, 72, 102, 141); a housing body, which comprises a heat sink zone comprising a heat sink, which comprises a plurality of substantially parallel fins; and an annular insert defining at least a portion of the light beam channel, which annular insert is removably mountable within the housing body, wherein the annular insert has a cooperating means at an end thereof distal to the mouth (22, 72, 102, 141) for cooperating with a tool for inserting or removing the annular insert,
An antibody which binds to the extracellular region of an interleukin-5 receptor (IL-5R) or an antibody fragment thereof which binds to the extracellular region of an IL5R for use in the treatment of pulmonary hypertension, wherein the antibody and the antibody fragment thereof have at least one effector activity selected from the group consisting of antibody-dependent cellular cytotoxic activity (ADCC activity), complement-dependent cytotoxic activity (CDC activity), and antibody-dependent phagocytosis (ADP activity) by phagocytes.
Dry building material mixture for the production of fireproof plastering, characterised in that the dry building material mixture has at least 20% silica by weight in relation to the dry building material mixture, wherein the silica is pyrogenic silica and has particle sizes in the range of 5 to 250 μm, and that the dry building material mixture contains at least a lightweight aggregate, wherein the lightweight aggregate has a maximum particle size of 4 mm.
An apparatus comprising: an electrosurgery unit signal detection circuit comprising: an input for receiving an input signal from one or more of a plurality of electrocardiogram electrodes electrically coupled to a patient; and an output for outputting an output signal that indicates the detection of an electrosurgery unit voltage in the input signal; an electrosurgery unit filter circuit having an input signal from an electrode of the plurality of electrocardiogram electrodes and an output signal to an ECG amplifier, the electrosurgery unit filter circuit comprising an electrosurgery unit filter switch, the electrosurgery unit filter switch being electrically coupled to the output of the electrosurgery unit signal detection circuit; and a neutral drive feedback loop circuit comprising a compensation switch electrically coupled to the output of the electrosurgery unit signal detection circuit, the neutral drive feedback loop circuit being configured, based on the compensation switch being in an active state, to compensate for a phase change characteristic of the electrosurgery unit filter circuit activated by the electrosurgery unit filter switch being in an active state by outputting a compensated signal to an electrode of the plurality of electrocardiogram electrodes electrically coupled to the patient. an electrosurgery unit signal detection circuit comprising: an input for receiving an input signal from one or more of a plurality of electrocardiogram electrodes electrically coupled to a patient; and an output for outputting an output signal that indicates the detection of an electrosurgery unit voltage in the input signal; an input for receiving an input signal from one or more of a plurality of electrocardiogram electrodes electrically coupled to a patient; and an output for outputting an output signal that indicates the detection of an electrosurgery unit voltage in the input signal; an electrosurgery unit filter circuit having an input signal from an electrode of the plurality of electrocardiogram electrodes and an output signal to an ECG amplifier, the electrosurgery unit filter circuit comprising an electrosurgery unit filter switch, the electrosurgery unit filter switch being electrically coupled to the output of the electrosurgery unit signal detection circuit; and a neutral drive feedback loop circuit comprising a compensation switch electrically coupled to the output of the electrosurgery unit signal detection circuit, the neutral drive feedback loop circuit being configured, based on the compensation switch being in an active state, to compensate for a phase change characteristic of the electrosurgery unit filter circuit activated by the electrosurgery unit filter switch being in an active state by outputting a compensated signal to an electrode of the plurality of electrocardiogram electrodes electrically coupled to the patient.
Packaging film (2; 102; 202; 302) comprising: - a top layer (4; 104; 204; 304) with at least one aperture (4.1; 104.1; 204.1; 304.1); - a bottom layer (8; 108; 208; 308) adhered to the top layer (4; 104; 204; 304); - a tear layer (6; 106; 206; 306) adhered to the bottom layer (8; 108; 208; 308) and extending along the at least one aperture (4.1; 104.1; 204.1; 304.1) so that upon traction on the tear layer said layer tears the bottom layer (8; 108; 208; 308) through the aperture(s) (4.1; 104.1; 204.1; 304.1); characterized in that the tear layer (6; 106; 206; 306) extends beyond the at least one aperture (4.1; 104.1; 204.1; 304.1), between the top layer (4; 104; 204; 304) and the bottom layer (8; 108; 208; 308) longitudinally in two opposite directions. - a top layer (4; 104; 204; 304) with at least one aperture (4.1; 104.1; 204.1; 304.1); - a bottom layer (8; 108; 208; 308) adhered to the top layer (4; 104; 204; 304); - a tear layer (6; 106; 206; 306) adhered to the bottom layer (8; 108; 208; 308) and extending along the at least one aperture (4.1; 104.1; 204.1; 304.1) so that upon traction on the tear layer said layer tears the bottom layer (8; 108; 208; 308) through the aperture(s) (4.1; 104.1; 204.1; 304.1);
An orthostatic hypotension alleviation device comprising an outer casing comprising an aperture extending therethrough; a spindle configured to rotate about a spindle axis; a tether at least partially wound around the spindle, the tether comprising a distal end extending through the aperture, the tether being arranged such that it can be extended from a retracted configuration to an extended configuration in which the tether is fully extended by pulling the distal end away from the aperture so rotating the spindle about the spindle axis; a spindle biasing mechanism connected to the spindle and configured to apply a biasing torque to the spindle about the spindle axis so as to bias the tether towards the retracted configuration; characterised in that the orthostatic hypertension alleviation device further comprises a carriage arranged within the outer casing and configured to be reciprocally displaced towards and away from the aperture along a carriage displacement axis, the spindle being arranged on the carriage; and a carriage biasing mechanism arranged within the outer casing connected to the carriage and configured to bias the carriage away from the aperture. an outer casing comprising an aperture extending therethrough; a spindle configured to rotate about a spindle axis; a tether at least partially wound around the spindle, the tether comprising a distal end extending through the aperture, the tether being arranged such that it can be extended from a retracted configuration to an extended configuration in which the tether is fully extended by pulling the distal end away from the aperture so rotating the spindle about the spindle axis; a spindle biasing mechanism connected to the spindle and configured to apply a biasing torque to the spindle about the spindle axis so as to bias the tether towards the retracted configuration; characterised in that the orthostatic hypertension alleviation device further comprises a carriage arranged within the outer casing and configured to be reciprocally displaced towards and away from the aperture along a carriage displacement axis, the spindle being arranged on the carriage; and a carriage biasing mechanism arranged within the outer casing connected to the carriage and configured to bias the carriage away from the aperture.
A method for scrubbing a waste gas, comprising, introducing into a reaction vessel a waste gas containing at least one component selected from the group consisting of a sulfur oxide and a nitrogen oxide; introducing chlorine dioxide into the reaction vessel to combine with the waste gas to form a mixture; introducing turbulence into the waste gas and/or the mixture by at least one turbulence component disposed within the reaction vessel, whereby the chlorine dioxide reacts with the component, such that the component is converted into at least one other compound, molecule or atom, wherein turbulence is introduced by passing at least one of the waste gas and the chlorine dioxide through a plurality of tubes arranged in a parallel configuration, wherein each tube is positioned at an angle of from 5 to 95 degrees off an axis of the reaction vessel.
A method, performed by a communication device, for tuning an antenna, the method comprising: Receiving, at a processing element within the communication device, data relevant to tuning the antenna; identifying an unreliable portion of the data by determining that a processor within the communication device other than the processing element is unlocked; and identifying, based on the unreliable portion of the data, a first set of tuning states for tuning the antenna, wherein the first set of tuning states is a subset of a plurality of possible tuning states for tuning the antenna. Receiving, at a processing element within the communication device, data relevant to tuning the antenna; identifying an unreliable portion of the data by determining that a processor within the communication device other than the processing element is unlocked; and identifying, based on the unreliable portion of the data, a first set of tuning states for tuning the antenna, wherein the first set of tuning states is a subset of a plurality of possible tuning states for tuning the antenna.