mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for contact photoplethysmography, abbreviated contact PPG, comprising: - obtaining during a time interval plural PPG signals (311-314; 401-404; 501-504; 601-608; 701-708) for respective sub-regions (321-324; 431-434; 531-534; 631-634; 731-734) of a lens or video frame, each sub-region of said sub-regions (321-324; 431-434; 531-534; 631-634; 731-734) covering multiple pixels, CHARACTERIZED IN THAT said method further comprises: - assessing the quality of said PPG signals (311-314; 401-404; 501-504; 601-608; 701-708) or portions thereof and detecting inversion of said PPG signals or portions thereof; - reverting portions of said PPG signals (311-314; 401-404; 501-504; 601-608; 701-708) that are inverted; - removing bad quality portions from said PPG signals (311-314; 401-404; 501 - 504; 601-608; 701-708); and - combining said plural PPG signals (311-314; 401-404; 501-504; 601-608; 701-708) to thereby obtain a multi-region PPG signal (405; 505; 609; 709) wherein good quality portions of said plural PPG signals are combined. - obtaining during a time interval plural PPG signals (311-314; 401-404; 501-504; 601-608; 701-708) for respective sub-regions (321-324; 431-434; 531-534; 631-634; 731-734) of a lens or video frame, each sub-region of said sub-regions (321-324; 431-434; 531-534; 631-634; 731-734) covering multiple pixels, - assessing the quality of said PPG signals (311-314; 401-404; 501-504; 601-608; 701-708) or portions thereof and detecting inversion of said PPG signals or portions thereof; - reverting portions of said PPG signals (311-314; 401-404; 501-504; 601-608; 701-708) that are inverted; - removing bad quality portions from said PPG signals (311-314; 401-404; 501 - 504; 601-608; 701-708); and - combining said plural PPG signals (311-314; 401-404; 501-504; 601-608; 701-708) to thereby obtain a multi-region PPG signal (405; 505; 609; 709) wherein good quality portions of said plural PPG signals are combined.
An electronic cigarette, comprising a microwave heating module; wherein the microwave heating module comprises a cup , a cylindrical shielding net , a magnetron , and a microwave source ; the cup is fixed in the cylindrical shielding net for accommodating a tobacco material; the cylindrical shielding net is disposed above the microwave source ; the magnetron is disposed on the microwave source ; in a power-on state, the magnetron emits microwave; and the microwave is released via the microwave source into the cylindrical shielding net to heat and atomize the tobacco material in the cup .
A glove , in particular a goalkeeper glove, a. with a plurality of protrusions b. characterized in that the protrusions protrude from a backside of the glove and extend in a first direction away from the backside, c. wherein the protrusions are adapted to deform in a second direction that comprises a component perpendicular to the first direction, and d. wherein at least one protrusion is arranged in an orientation tilted towards the backside of the glove before deformation. a. with a plurality of protrusions b. characterized in that the protrusions protrude from a backside of the glove and extend in a first direction away from the backside, c. wherein the protrusions are adapted to deform in a second direction that comprises a component perpendicular to the first direction, and d. wherein at least one protrusion is arranged in an orientation tilted towards the backside of the glove before deformation.
A separation membrane, comprising a membrane comprising a polymer, wherein the membrane has a functional layer in one side surface, the functional layer has a surface showing an ester carbon peak area percentage of 0.1 (at.%) to 10 (at.%) as measured by X-ray electron spectroscopy (ESCA) according to the description, the membrane has an opposite surface from the functional layer, and the opposite surface shows an ester carbon peak area of 10 (at.%) or less as measured by X-ray electron spectroscopy (ESCA) according to the description, wherein the separation membrane is a hollow fiber membrane, wherein the ester is derived from an ester group-containing polymer, wherein the ester group-containing polymer is polyvinyl acetate or a copolymer of vinyl acetate and vinylpyrrolidone, wherein the membrane is obtained by coating the separation membrane with a polymer of polyvinyl acetate or a copolymer of vinyl acetate and vinylpyrrolidone in a concentration of 0.001% by weight to 0.1% by weight, followed by cross-linking either by radiation or heat treatment, wherein a hydrophobic polymer is used as a base material for the membrane, wherein the hydrophobic polymer is selected from polysulfone, polyethersulfone, and polyarylethersulfone.
Zygomatic implant having a partially interrupted threaded portion, said implant being defined by: - an elongated and cylindrical body provided with a double screw thread ; - a conical apical region having a surface provided with a screw thread , said conical apical region comprising at least three helical chambers and a semi-spherical end ; and - a cervical region defined by a smooth cervical surface , the edge of said cervical region being orthogonally linked to a perimeter and flat platform that delimits the hole of a prosthetic interface provided with at least one internal area with a hexagonal cross section, characterized in that : - the elongated and cylindrical body comprises at least one longitudinal stripe having a smooth surface that interrupts the double screw thread ; - the double screw thread being smoothly interrupted through a transition curvature , so that there are no cutting corners and cutting edges between the longitudinal stripe and the portion provided with the double screw thread , and - said smooth longitudinal stripe being located in the cervical portion of the zygomatic implant , and - the smooth longitudinal stripe being aligned with one of the flat sides of the internal area hexagon of the implant prosthetic interface. - an elongated and cylindrical body provided with a double screw thread ; - a conical apical region having a surface provided with a screw thread , said conical apical region comprising at least three helical chambers and a semi-spherical end ; and - a cervical region defined by a smooth cervical surface , the edge of said cervical region being orthogonally linked to a perimeter and flat platform that delimits the hole of a prosthetic interface provided with at least one internal area with a hexagonal cross section, characterized in that : - the elongated and cylindrical body comprises at least one longitudinal stripe having a smooth surface that interrupts the double screw thread ; - the double screw thread being smoothly interrupted through a transition curvature , so that there are no cutting corners and cutting edges between the longitudinal stripe and the portion provided with the double screw thread , and - said smooth longitudinal stripe being located in the cervical portion of the zygomatic implant , and - the smooth longitudinal stripe being aligned with one of the flat sides of the internal area hexagon of the implant prosthetic interface. - the elongated and cylindrical body comprises at least one longitudinal stripe having a smooth surface that interrupts the double screw thread ; - the double screw thread being smoothly interrupted through a transition curvature , so that there are no cutting corners and cutting edges between the longitudinal stripe and the portion provided with the double screw thread , and - said smooth longitudinal stripe being located in the cervical portion of the zygomatic implant , and - the smooth longitudinal stripe being aligned with one of the flat sides of the internal area hexagon of the implant prosthetic interface.
A process for the ex vivo treatment of connective tissues of a mammal in the presence of: a) a primary R-OH alcohol, wherein R is a C1-C4 linear alkyl group; b) a hydroxide of an alkaline or alkaline-earth metal; and c) a water scavenger agent. a) a primary R-OH alcohol, wherein R is a C1-C4 linear alkyl group; b) a hydroxide of an alkaline or alkaline-earth metal; and c) a water scavenger agent.
A display apparatus comprising: a light emitting diode part ; a thin film transistor (TFT) panel unit ; and an anisotropic conductive film disposed between the light emitting diode part and the TFT panel unit for connecting the light emitting diode part to the TFT panel unit , wherein the light emitting diode part comprises a support substrate and light emitting diodes regularly disposed on an upper surface of the support substrate , wherein the TFT unit part includes a plurality of TFTs driving the light emitting diodes, wherein the light emitting diodes comprise blue light emitting diodes , green light emitting diodes to be placed adjacent the plurality of blue light emitting diodes, and red light emitting diodes to be placed adjacent either the plurality of blue light emitting diodes or the plurality of green light emitting diodes, wherein the light emitting diode part comprises a first bonding portion (S1) formed to bond the blue light emitting diodes to the support substrate , a second bonding portion (S2) formed to bond the green light emitting diodes to the support substrate and a third bonding portion (S3) formed to bond the red light emitting diodes to the support substrate . a light emitting diode part ; a thin film transistor (TFT) panel unit ; and an anisotropic conductive film disposed between the light emitting diode part and the TFT panel unit for connecting the light emitting diode part to the TFT panel unit , wherein the light emitting diode part comprises a support substrate and light emitting diodes regularly disposed on an upper surface of the support substrate , wherein the TFT unit part includes a plurality of TFTs driving the light emitting diodes, wherein the light emitting diodes comprise blue light emitting diodes , green light emitting diodes to be placed adjacent the plurality of blue light emitting diodes, and red light emitting diodes to be placed adjacent either the plurality of blue light emitting diodes or the plurality of green light emitting diodes, wherein the light emitting diode part comprises a first bonding portion (S1) formed to bond the blue light emitting diodes to the support substrate , a second bonding portion (S2) formed to bond the green light emitting diodes to the support substrate and a third bonding portion (S3) formed to bond the red light emitting diodes to the support substrate .
A diagnostic composition for use in the viscoelastic analysis of a test liquid selected from whole blood or blood plasma, comprising: a) at least one activator of coagulation selected from tissue factor (TF); b) a calcium salt, preferably CaCl 2 , in an amount sufficient to ensure recalcification of the test liquid; and, c) one or more inhibitors of heparin, platelets or fibrinolysis; characterized in that the constituents are present in an essentially dry form and in an amount sufficient for performing one single viscoelastic analysis of a specified test liquid, and wherein the constituents are not present in a substance mixture, but in spatially separated form, wherein the constituents are each incorporated in spatially separated pellets. a) at least one activator of coagulation selected from tissue factor (TF); b) a calcium salt, preferably CaCl 2 , in an amount sufficient to ensure recalcification of the test liquid; and, c) one or more inhibitors of heparin, platelets or fibrinolysis;
A lid for a spray gun reservoir system comprising: a lid body comprising: a spout ; a platform at least partially surrounding the spout , wherein the platform defines a major plane (M) and a partial helical shape declining with respect to the major plane (M) and revolving about a central axis (C) of the spout ; and a wall comprising an outer face adjoining the platform and comprising a portion that is declining with respect to the major plane (M) of the platform ; wherein the partial helical shape interrupts the declining portion of the outer face of the wall . a lid body comprising: a spout ; a platform at least partially surrounding the spout , wherein the platform defines a major plane (M) and a partial helical shape declining with respect to the major plane (M) and revolving about a central axis (C) of the spout ; and a wall comprising an outer face adjoining the platform and comprising a portion that is declining with respect to the major plane (M) of the platform ; a spout ; a platform at least partially surrounding the spout , wherein the platform defines a major plane (M) and a partial helical shape declining with respect to the major plane (M) and revolving about a central axis (C) of the spout ; and a wall comprising an outer face adjoining the platform and comprising a portion that is declining with respect to the major plane (M) of the platform ; wherein the partial helical shape interrupts the declining portion of the outer face of the wall .
A solid electrolyte material represented by the following Compositional Formula : Li 6-3z Y z X 6 Formula where 0.5 ≤ z ≤ 1.75 is satisfied; and X represents Cl or Br, wherein the solid electrolyte material includes at least one first crystal phase; and in the first crystal phase, the arrangement of halogen X is the same as that of Br in Li 3 ErBr 6 having a crystal structure belonging to space group C2/m, characterized in that - I LEB denoting an X-ray diffraction intensity of a plane of the first crystal phase corresponding to a plane of the LisErBre crystal structure, and I LEB denoting an X-ray diffraction intensity of a plane of the first crystal phase corresponding to a plane of the LisErBre crystal structure satisfy: I LEB 110 /I LEB 200 < 0.01 , and/or - FWHM 1 denoting a full width at half maximum of an X-ray diffraction peak using Cu-Ka rays of a plane of the first crystal phase corresponding to a plane of the LisErBre crystal structure, and 2θc 1 denoting a diffraction angle at the center of the X-ray diffraction peak satisfy: FWHM 1 / 2 θc 1 ≥ 0.015 . where 0.5 ≤ z ≤ 1.75 is satisfied; and X represents Cl or Br, wherein the solid electrolyte material includes at least one first crystal phase; and in the first crystal phase, the arrangement of halogen X is the same as that of Br in Li 3 ErBr 6 having a crystal structure belonging to space group C2/m, characterized in that - I LEB denoting an X-ray diffraction intensity of a plane of the first crystal phase corresponding to a plane of the LisErBre crystal structure, and I LEB denoting an X-ray diffraction intensity of a plane of the first crystal phase corresponding to a plane of the LisErBre crystal structure satisfy: I LEB 110 /I LEB 200 < 0.01 , and/or - FWHM 1 denoting a full width at half maximum of an X-ray diffraction peak using Cu-Ka rays of a plane of the first crystal phase corresponding to a plane of the LisErBre crystal structure, and 2θc 1 denoting a diffraction angle at the center of the X-ray diffraction peak satisfy: FWHM 1 / 2 θc 1 ≥ 0.015 . - I LEB denoting an X-ray diffraction intensity of a plane of the first crystal phase corresponding to a plane of the LisErBre crystal structure, and I LEB denoting an X-ray diffraction intensity of a plane of the first crystal phase corresponding to a plane of the LisErBre crystal structure satisfy: I LEB 110 /I LEB 200 < 0.01 , and/or - FWHM 1 denoting a full width at half maximum of an X-ray diffraction peak using Cu-Ka rays of a plane of the first crystal phase corresponding to a plane of the LisErBre crystal structure, and 2θc 1 denoting a diffraction angle at the center of the X-ray diffraction peak satisfy: FWHM 1 / 2 θc 1 ≥ 0.015 .
A vision system for a motor vehicle, comprising a stereo imaging apparatus adapted to capture images from the surrounding of the motor vehicle and a processing device adapted to perform image processing on images captured by said imaging apparatus and to control a driver assistance device depending on the result of said image processing, wherein said processing device is adapted to identify object candidates in said images, wherein said processing device is further adapted to determine artefacts in the form of light swords in said images, wherein said light sword artefacts come from scatter effects on scratches in a windshield of the motor vehicle, which scatter effects are perpendicular to the motion curve of a wiper of the motor vehicle, characterized in that said processing device is adapted to calculate a disparity gradient k in a vertical direction for at least part of captured images, and to determine and remove said light sword artefacts in said images on the basis of said vertical disparity gradient k, wherein for each said object candidate an average vertical disparity gradient is determined based on said vertical disparity gradient k, wherein said processing device comprises a filter adapted to filter out object candidates, which are considered to be light swords, having an average vertical disparity gradient within a predetermined value range around a set value k_ls or to keep only object candidates having the average vertical disparity gradient around zero, wherein said set value k_ls corresponds to the vertical disparity gradient of a light sword artefact and is determined by k_ls = b/y, where b is the stereo baseline of the imaging apparatus and y is the vertical windscreen height. wherein said processing device is adapted to identify object candidates in said images, wherein said processing device is further adapted to determine artefacts in the form of light swords in said images, wherein said light sword artefacts come from scatter effects on scratches in a windshield of the motor vehicle, which scatter effects are perpendicular to the motion curve of a wiper of the motor vehicle, characterized in that said processing device is adapted to calculate a disparity gradient k in a vertical direction for at least part of captured images, and to determine and remove said light sword artefacts in said images on the basis of said vertical disparity gradient k, wherein for each said object candidate an average vertical disparity gradient is determined based on said vertical disparity gradient k, wherein said processing device comprises a filter adapted to filter out object candidates, which are considered to be light swords, having an average vertical disparity gradient within a predetermined value range around a set value k_ls or to keep only object candidates having the average vertical disparity gradient around zero, wherein said set value k_ls corresponds to the vertical disparity gradient of a light sword artefact and is determined by k_ls = b/y, where b is the stereo baseline of the imaging apparatus and y is the vertical windscreen height.
A method at a remote control device , the method comprising: transmitting a switch signal to a receiver device indicating a request to change a background application at the receiver device to a new primary application, and a primary application at the receiver device to a new background application, the primary application being the application in focus on a display device ; receiving configuration information for remote control settings corresponding to the new primary application; and displaying a remote control frame corresponding to the new primary application on a display of the remote control device , to replace a remote control frame corresponding to the primary application. transmitting a switch signal to a receiver device indicating a request to change a background application at the receiver device to a new primary application, and a primary application at the receiver device to a new background application, the primary application being the application in focus on a display device ; receiving configuration information for remote control settings corresponding to the new primary application; and displaying a remote control frame corresponding to the new primary application on a display of the remote control device , to replace a remote control frame corresponding to the primary application.
An energy storage device comprising: an electrode assembly having a tab portion ; a container body accommodating the electrode assembly therein; a lid structural body having a lid plate which is arranged to close the container body ; and an insulating member arranged around a periphery of the electrode assembly in the container body , wherein the insulating member has a locking portion locked to a portion of the lid structural body , wherein the locking portion is locked by being hooked to the portion of the lid structural body , being hooked on a side opposite from the container body , and the locking portion has a contact surface , which is arranged to be brought into contact with the portion of the lid structural body , and an inclined surface , which is disposed away from the container body than the contact surface and makes an acute angle with the contact surface , and wherein the insulating member is a side spacer disposed between the container body and the electrode assembly . an electrode assembly having a tab portion ; a container body accommodating the electrode assembly therein; a lid structural body having a lid plate which is arranged to close the container body ; and an insulating member arranged around a periphery of the electrode assembly in the container body , wherein the insulating member has a locking portion locked to a portion of the lid structural body , wherein the locking portion is locked by being hooked to the portion of the lid structural body , being hooked on a side opposite from the container body , and the locking portion has a contact surface , which is arranged to be brought into contact with the portion of the lid structural body , and an inclined surface , which is disposed away from the container body than the contact surface and makes an acute angle with the contact surface , and wherein the insulating member is a side spacer disposed between the container body and the electrode assembly .
A molded reaction cell , comprising two pairs (110, 120; 130, 140) of flat plates facing each other, wherein a first pair of the two pairs (110,120;130,140) comprises a first flat plate and a second flat plate , corner portions connecting the flat plates, and a bottom portion , wherein the following relationships are satisfied: a 1 > b 1 , a 1 > b 2 , a 2 > b 3 , and a 2 > b 4 , wherein a1 and a2 respectively represent thicknesses of the first pair of flat plates and b1 and b2 respectively represent maximum thicknesses of the corner portions connecting to the opposite ends of the first flat plate having the thickness a1, and b3 and b4 respectively represent maximum thicknesses of the corner portions connecting to the opposite ends of the second flat plate having the thickness a2, characterized in that the plates of the first pair of flat plates each have steps on the outer surface at the connecting portions of each flat plate towards the respective corner portions.
A compound optical coupler assembly for use in a gamma detector , comprising: a load ring having an opening therein; a compound optical pad inside said opening, wherein said compound optical pad comprises a self-wetting optical gel and a stiffening agent; and characterised in that said self-wetting optical gel is Wacker ® 612 and said stiffening agent is Sylgard ® 186. a load ring having an opening therein; a compound optical pad inside said opening, wherein said compound optical pad comprises a self-wetting optical gel and a stiffening agent; and characterised in that said self-wetting optical gel is Wacker ® 612 and said stiffening agent is Sylgard ® 186.