mhurhangee/patent-ind-claim-en huggingface dataset:
A handheld electronic communication device , comprising: a body having a display screen and an optically based user input device; said optically based user input device comprising a light-transmissive tubular member having an exposed upper surface and an image sensor in optical communication with at least a portion of the tubular member , wherein the image sensor senses display screen cursor guidance instructions by detecting motion on the exposed upper surface of the tubular member and rotation of the tubular member ; a microprocessor communicatively connected between the image sensor and the display screen ; a microprocessor-run software program programmed to receive input data representative of cursor guidance instructions sensed by the image sensor at the tubular member and to process said input data and output corresponding cursor control data to the display screen ; and wherein said microprocessor-run software program is further programmed to receive input data representative of a selection instruction based upon detection of depressive motion of the tubular member to process data and output corresponding selection data to the display screen , wherein the optically based user input device is further configured to continue sensing cursor navigation instructions from optical detection of movement on the tubular member if the tubular member is prevented from rotating. a body having a display screen and an optically based user input device; said optically based user input device comprising a light-transmissive tubular member having an exposed upper surface and an image sensor in optical communication with at least a portion of the tubular member , wherein the image sensor senses display screen cursor guidance instructions by detecting motion on the exposed upper surface of the tubular member and rotation of the tubular member ; a microprocessor communicatively connected between the image sensor and the display screen ; a microprocessor-run software program programmed to receive input data representative of cursor guidance instructions sensed by the image sensor at the tubular member and to process said input data and output corresponding cursor control data to the display screen ; and wherein said microprocessor-run software program is further programmed to receive input data representative of a selection instruction based upon detection of depressive motion of the tubular member to process data and output corresponding selection data to the display screen , wherein the optically based user input device is further configured to continue sensing cursor navigation instructions from optical detection of movement on the tubular member if the tubular member is prevented from rotating.
A method for processing a heart activity measurement signal in an exercise monitoring apparatus, the method comprising: acquiring a first heart activity measurement signal of a user during a physical exercise performed by the user, wherein the heart activity measurement signal characterizes an electric activity of a heart and is measured by a first measurement configuration using at least one electrode pair in contact with the user's skin; acquiring at least a second heart activity measurement signal of the user during the physical exercise, wherein the second heart activity measurement signal is measured by a second measurement configuration using at least one electrode pair not used for measuring said first heart activity measurement signal; monitoring a phase of a QRS complex waveform of the first and second heart activity measurement signals; determining beforehand at least one phase of a QRS complex waveform of the heart activity measurement signals that results in a maximal absolute value of an R wave amplitude in QRS complex waveforms of the heart activity measurement signals; computing phases of the first and second heart activity measurement signals and selecting for further analysis the heart activity measurement signal that has its phase of the QRS complex waveform closest to the determined at least one phase of the QRS complex waveform that results in the maximal absolute value of the R wave amplitude; and determining an action to perform on the basis of the phase of the QRS complex waveform of the selected heart activity measurement signal and performing said action. acquiring a first heart activity measurement signal of a user during a physical exercise performed by the user, wherein the heart activity measurement signal characterizes an electric activity of a heart and is measured by a first measurement configuration using at least one electrode pair in contact with the user's skin; acquiring at least a second heart activity measurement signal of the user during the physical exercise, wherein the second heart activity measurement signal is measured by a second measurement configuration using at least one electrode pair not used for measuring said first heart activity measurement signal; monitoring a phase of a QRS complex waveform of the first and second heart activity measurement signals; determining beforehand at least one phase of a QRS complex waveform of the heart activity measurement signals that results in a maximal absolute value of an R wave amplitude in QRS complex waveforms of the heart activity measurement signals; computing phases of the first and second heart activity measurement signals and selecting for further analysis the heart activity measurement signal that has its phase of the QRS complex waveform closest to the determined at least one phase of the QRS complex waveform that results in the maximal absolute value of the R wave amplitude; and determining an action to perform on the basis of the phase of the QRS complex waveform of the selected heart activity measurement signal and performing said action.
A composition comprising, based on the total weight of the composition: 65 to 99.95 weight percent of a copolycarbonate comprising first carbonate units derived from a first bisphenol monomer such that a homopolycarbonate of the first bisphenol monomer has a glass transition temperature less than 155 °C determined by dynamic mechanical analysis according to ASTM E1640-13 at a heating rate of 1 °C/minute, and second carbonate units derived from a second bisphenol monomer such that a homopolycarbonate of the second bisphenol monomer has a glass transition temperature of 155 °C or higher determined by dynamic mechanical analysis according to ASTM E1640-13 at a heating rate of 1 °C/minute; and 0.05 to 2 weight percent of a roughening agent comprising a particulate crosslinked polymethylsilsesquioxane having a median equivalent spherical diameter greater than 5 micrometers and less than or equal to 10 micrometers determined by laser diffraction according to ISO 13320:2009. 65 to 99.95 weight percent of a copolycarbonate comprising first carbonate units derived from a first bisphenol monomer such that a homopolycarbonate of the first bisphenol monomer has a glass transition temperature less than 155 °C determined by dynamic mechanical analysis according to ASTM E1640-13 at a heating rate of 1 °C/minute, and second carbonate units derived from a second bisphenol monomer such that a homopolycarbonate of the second bisphenol monomer has a glass transition temperature of 155 °C or higher determined by dynamic mechanical analysis according to ASTM E1640-13 at a heating rate of 1 °C/minute; and first carbonate units derived from a first bisphenol monomer such that a homopolycarbonate of the first bisphenol monomer has a glass transition temperature less than 155 °C determined by dynamic mechanical analysis according to ASTM E1640-13 at a heating rate of 1 °C/minute, and second carbonate units derived from a second bisphenol monomer such that a homopolycarbonate of the second bisphenol monomer has a glass transition temperature of 155 °C or higher determined by dynamic mechanical analysis according to ASTM E1640-13 at a heating rate of 1 °C/minute; and 0.05 to 2 weight percent of a roughening agent comprising a particulate crosslinked polymethylsilsesquioxane having a median equivalent spherical diameter greater than 5 micrometers and less than or equal to 10 micrometers determined by laser diffraction according to ISO 13320:2009.
A golf ball comprising a core , a mid layer positioned outside the core , an inner cover positioned outside the mid layer , and an outer cover positioned outside the inner cover , wherein the core has a diameter of equal to or greater than 38.0 mm, when distances (%) from a central point of the core to nine points and JIS-C hardnesses at the nine points, which nine points are obtained by dividing a region from the central point of the core to a surface of the core at intervals of 12.5% of a radius of the core , are plotted in a graph, R 2 of a linear approximation curve obtained by a least-square method is equal to or greater than 0.95, a Shore D hardness Hm of the mid layer is greater than a Shore D hardness Hc1 of the inner cover , wherein either i) the hardness Hm is greater than a Shore D hardness Hc2 of the outer cover , and a thickness T1 of the inner cover is equal to or greater than 0.1 mm but equal to or less than 0.8 mm, or ii) a Shore D hardness Hc2 of the outer cover is greater than the hardness Hc1. i) the hardness Hm is greater than a Shore D hardness Hc2 of the outer cover , and a thickness T1 of the inner cover is equal to or greater than 0.1 mm but equal to or less than 0.8 mm, or ii) a Shore D hardness Hc2 of the outer cover is greater than the hardness Hc1.
A method for referencing a plurality of sensor units that can be arranged around the measurement object for surveying a three-dimensional surface of a measurement object , wherein each sensor unit comprises a source of structured illumination and a calibrated optical camera at a fixed distance therefrom, wherein a beam of the source of structured illumination is calibrated with respect to the camera , and a transformation of the image of the structured illumination, which is recorded by the camera , from two-dimensional image points into three-dimensional camera coordinates is determined through the calibration of the sensor unit , wherein the method comprises the following steps: - determination of positions of a plurality of reference points in two-dimensional image coordinates of cameras of a first and a second sensor unit, - reconstruction of the positions of the plurality of reference points in three-dimensional camera coordinates of the first sensor unit and of the second sensor unit, - determination of a transformation between the three-dimensional camera coordinates of the first sensor unit and the three-dimensional camera coordinates of the second sensor unit on the basis of the reconstructed positions of the reference points, - reconstruction of the position of the image of the structured illumination in the three-dimensional camera coordinates of the first sensor unit and the second sensor unit on the basis of the reconstructed reference points, - determination of a triangulated position of the image of the structured illumination in three-dimensional camera coordinates of the first sensor unit and of the second sensor unit, and - correction of the transformation between the three-dimensional camera coordinates of the first sensor unit and the three-dimensional camera coordinates of the second sensor unit on the basis of the triangulated positions of the image of the structured illumination. - determination of positions of a plurality of reference points in two-dimensional image coordinates of cameras of a first and a second sensor unit, - reconstruction of the positions of the plurality of reference points in three-dimensional camera coordinates of the first sensor unit and of the second sensor unit, - determination of a transformation between the three-dimensional camera coordinates of the first sensor unit and the three-dimensional camera coordinates of the second sensor unit on the basis of the reconstructed positions of the reference points, - reconstruction of the position of the image of the structured illumination in the three-dimensional camera coordinates of the first sensor unit and the second sensor unit on the basis of the reconstructed reference points, - determination of a triangulated position of the image of the structured illumination in three-dimensional camera coordinates of the first sensor unit and of the second sensor unit, and - correction of the transformation between the three-dimensional camera coordinates of the first sensor unit and the three-dimensional camera coordinates of the second sensor unit on the basis of the triangulated positions of the image of the structured illumination.
A solution comprising at least one multi-functional acrylate, a non-acrylate organic solvent, a fluoro surfactant and an acrylate- and/or methacrylate-functionalised silicone; wherein the solution is cross-linkable, wherein the multi-functional acrylate comprises (a1) a multi-functional acrylate compound containing a nitrogen-containing cyclic core having at least two pendant acrylate moieties, and (a2) a polyacrylate monomer having an oxy or polyoxy-alkane core.
A method of forming cutting blades using selective laser melting comprising positioning a first part of an elongate strip with pre-formed teeth within a powder bed , forming coating layers layer-by-layer to create a cutting surface on each pre-formed tooth by repeatedly depositing a layer of powder on the powder bed and scanning a laser beam over the deposited powder to fuse powder to the pre-formed teeth, characterized in that after creating the cutting surface, the method further comprises moving the elongate strip through the powder bed to present an adjoining part of the elongate strip with pre-formed teeth ready for the formation of coating layers.
A disposable absorbent pant, having a longitudinal axis (y), a lateral axis (x), a front region, a rear region and a crotch region between the front and rear regions, comprising: an absorbent structure comprising an absorbent layer with at least one longitudinally-oriented elongate channel formed therein, the channel having respective frontward and rearward distal ends; and an elasticized belt structure in one or both of the front and rear regions, the belt structure having an inner layer , an outer layer and an elastic member disposed between the inner layer and the outer layer, a waist edge , and a lower edge formed by both of the inner and outer layers, the lower edge being disposed between the waist edge and the lateral axis; wherein at least one of the frontward and rearward distal ends of the at least one channel is disposed above the lower edge of the belt structure. an absorbent structure comprising an absorbent layer with at least one longitudinally-oriented elongate channel formed therein, the channel having respective frontward and rearward distal ends; and an elasticized belt structure in one or both of the front and rear regions, the belt structure having an inner layer , an outer layer and an elastic member disposed between the inner layer and the outer layer, a waist edge , and a lower edge formed by both of the inner and outer layers, the lower edge being disposed between the waist edge and the lateral axis;
A heat exchanger comprising: a chamber configured to contain a first composition and an amount of air; tubing located within the chamber and configured to contain a second composition; and a sensor located within the chamber and configured to sense an amount of the first composition within the chamber, wherein the amount of the first composition corresponds to a level of the first composition that is from 75% to 95% of a height of the chamber. a chamber configured to contain a first composition and an amount of air; tubing located within the chamber and configured to contain a second composition; and a sensor located within the chamber and configured to sense an amount of the first composition within the chamber, wherein the amount of the first composition corresponds to a level of the first composition that is from 75% to 95% of a height of the chamber.
A method comprising: capturing query audio played on a first user device , by a processing device of a second user device , using a microphone of the second user device located in proximity to the first user device , the query audio comprising at least an audio portion of multichannel video program distributor, MVPD, content received by the first user device from an MVPD , wherein the MVPD content is based on broadcast content provided by a content owner over a network , wherein the first user device is authorized to receive the MVPD content ; comparing, by the processing device of the second user device , at least a portion of the query audio to a reference media stream received from the content owner to determine whether the portion of the query audio matches the reference media stream ; and responsive to the portion of the query audio matching the reference media stream , determining, by the processing device of the second user device , that the second user device is authenticated for viewing over the top, OTT, content provided by the content owner . capturing query audio played on a first user device , by a processing device of a second user device , using a microphone of the second user device located in proximity to the first user device , the query audio comprising at least an audio portion of multichannel video program distributor, MVPD, content received by the first user device from an MVPD , wherein the MVPD content is based on broadcast content provided by a content owner over a network , wherein the first user device is authorized to receive the MVPD content ; comparing, by the processing device of the second user device , at least a portion of the query audio to a reference media stream received from the content owner to determine whether the portion of the query audio matches the reference media stream ; and responsive to the portion of the query audio matching the reference media stream , determining, by the processing device of the second user device , that the second user device is authenticated for viewing over the top, OTT, content provided by the content owner .
A method for configuring a mobile terminal of a user in a semi-automated setup of a communication channel, comprising - a continuous readout of at least one imaging sensor of at least one camera for detecting a plurality of potential communication partners; - an activation of a selection of communication partners by means of a provided registration information; and - setting up a communication channel from a predefined plurality of communication channels to a terminal device of the communication partner in accordance with a stored terminal device identifier of an enabled communication partner as a function of a user input of the user's mobile terminal device, characterised in that in that a magnification factor of at least one sensor of the imaging sensors is set as a function of a preset number of potential communication partners, the preset number of potential communication partners being specified in such a way that a list is created which displays different possible resolutions of the screen and/or the camera, and then each resolution is assigned a value which describes the number of potential communication partners. - a continuous readout of at least one imaging sensor of at least one camera for detecting a plurality of potential communication partners; - an activation of a selection of communication partners by means of a provided registration information; and - setting up a communication channel from a predefined plurality of communication channels to a terminal device of the communication partner in accordance with a stored terminal device identifier of an enabled communication partner as a function of a user input of the user's mobile terminal device, characterised in that in that a magnification factor of at least one sensor of the imaging sensors is set as a function of a preset number of potential communication partners, the preset number of potential communication partners being specified in such a way that a list is created which displays different possible resolutions of the screen and/or the camera, and then each resolution is assigned a value which describes the number of potential communication partners.
Modifiable profile system for constructing a wall, comprising two construction profiles , the first one of the two profiles comprising a cavity in which at least a part of the second profile can slidably be fitted by means of a front side of the first profile , so as to be displaceable telescopically with respect to each other, and comprising fixing means for fixing the construction profiles with respect to each other, wherein the fixing means comprise a tension clamp which is provided so as to be hingeable with respect to the first construction profile of both construction profiles between an open position, in which both construction profiles are displaceable with respect to each other, and a closed position, in which this tension clamp engages with the second construction profile of both construction profiles , so that both construction profiles are fixed with respect to each other, characterised in that the tension clamp is configured to engage with the second construction profile during the hinging movement between the open position and the closed position from an engagement position to the closed position, in such a manner that the tension clamp exerts a force on the construction profiles between the engagement position and the closed position to force these construction profiles telescopically apart wherein in the closed position, the tension clamp extends completely in the cavity.