mhurhangee/patent-ind-claim-en huggingface dataset:
A biological information measuring apparatus configured to obtain a blood pressure value of a subject who is using an intra-aortic balloon pumping, the biological information measuring apparatus comprising: a pulsation information detecting unit configured to detect heartbeat information relating to a heartbeat of the subject; a pulse wave detecting unit configured to detect a pulse wave of the subject during a time period in which a cuff is inflated to pressurize a portion of the subject and during a time period in which the cuff is deflated to depressurize the portion of the subject; an amplitude calculating unit configured to detect a cardiac cycle of a heart from the heartbeat information and a maximal value of the pulse wave in each cardiac cycle, the maximal value being a point where an amplitude value transitions from ascent to descent, and to calculate, based on the maximal value detected from the pulse wave and on an assist ratio of the intra-aortic balloon pumping, at least one of an amplitude value derived from the heartbeat of the subject, an amplitude value assisted by the intra-aortic balloon pumping, and an amplitude value derived from a blood flow volume of the subject; and a blood pressure calculating unit configured to calculate the blood pressure value from a relationship between the amplitude values calculated by the amplitude calculating unit and a pressurizing force of the cuff ; wherein the assist ratio of the intra-aortic balloon pumping indicates a number of cardiac cycles during which a balloon assist is performed in one of the cardiac cycles. a pulsation information detecting unit configured to detect heartbeat information relating to a heartbeat of the subject; a pulse wave detecting unit configured to detect a pulse wave of the subject during a time period in which a cuff is inflated to pressurize a portion of the subject and during a time period in which the cuff is deflated to depressurize the portion of the subject; an amplitude calculating unit configured to detect a cardiac cycle of a heart from the heartbeat information and a maximal value of the pulse wave in each cardiac cycle, the maximal value being a point where an amplitude value transitions from ascent to descent, and to calculate, based on the maximal value detected from the pulse wave and on an assist ratio of the intra-aortic balloon pumping, at least one of an amplitude value derived from the heartbeat of the subject, an amplitude value assisted by the intra-aortic balloon pumping, and an amplitude value derived from a blood flow volume of the subject; and a blood pressure calculating unit configured to calculate the blood pressure value from a relationship between the amplitude values calculated by the amplitude calculating unit and a pressurizing force of the cuff ; wherein the assist ratio of the intra-aortic balloon pumping indicates a number of cardiac cycles during which a balloon assist is performed in one of the cardiac cycles.
A stabilization apparatus for reaming bone elements, the stabilization apparatus comprising: an outer sleeve with a series of support rod apertures ; support rods configured to be guided through the support rod apertures and fixated to a body area including one or more bones to secure the outer sleeve to the one or more bones ; an inner sleeve moveable axially and rotationally relative to the outer sleeve when the outer sleeve is fixated by one or more support rods to the body area; characterized in that the outer sleeve includes an interlocking outer sleeve handle , and the inner sleeve includes an interlocking inner sleeve handle ; and wherein the interlocking outer sleeve handle and the interlocking inner sleeve handle secure the inner sleeve to the outer sleeve , preventing axial movement and rotational movement of the inner sleeve relative to the outer sleeve when the outer sleeve is fixated by one or more support rods to the body area. an outer sleeve with a series of support rod apertures ; support rods configured to be guided through the support rod apertures and fixated to a body area including one or more bones to secure the outer sleeve to the one or more bones ; an inner sleeve moveable axially and rotationally relative to the outer sleeve when the outer sleeve is fixated by one or more support rods to the body area; characterized in that the outer sleeve includes an interlocking outer sleeve handle , and the inner sleeve includes an interlocking inner sleeve handle ; and wherein the interlocking outer sleeve handle and the interlocking inner sleeve handle secure the inner sleeve to the outer sleeve , preventing axial movement and rotational movement of the inner sleeve relative to the outer sleeve when the outer sleeve is fixated by one or more support rods to the body area.
A method of calibrating a heliostat , comprising: positioning and orienting an imaging device so that a calibration target reflected by the heliostat is visible at the imaging device , the imaging device having a known position; by means of the imaging device , taking an image of the heliostat that includes the reflected calibration target visible on the heliostat; identifying multiple features of the reflected calibration target in the image; characterized in that the method further comprises: using the multiple features to determine a centroid of reflection within the image; mapping the centroid of reflection within the image to a corresponding centroid position on the calibration target; determining a vector t that extends between the centroid position on the calibration target and a known centre position of the heliostat; determining a vector s that extends between the known position of the imaging device and the known centre position of the heliostat; determining a normal vector n of the heliostat as the vector that bisects the t -vector and the s -vector; and calibrating the heliostat by updating parameters of a tracking model using the determined n -vector. positioning and orienting an imaging device so that a calibration target reflected by the heliostat is visible at the imaging device , the imaging device having a known position; by means of the imaging device , taking an image of the heliostat that includes the reflected calibration target visible on the heliostat; identifying multiple features of the reflected calibration target in the image; characterized in that the method further comprises: using the multiple features to determine a centroid of reflection within the image; mapping the centroid of reflection within the image to a corresponding centroid position on the calibration target; determining a vector t that extends between the centroid position on the calibration target and a known centre position of the heliostat; determining a vector s that extends between the known position of the imaging device and the known centre position of the heliostat; determining a normal vector n of the heliostat as the vector that bisects the t -vector and the s -vector; and calibrating the heliostat by updating parameters of a tracking model using the determined n -vector.
A crystalline form of Ribociclib succinate designated form B, characterized by an X-ray powder diffraction pattern having peaks at 6.5, 7.5, 10.2, 10.9 and 12.0 degrees two theta ± 0.2 degrees two theta.
A leak detection system , comprising: a high voltage leak detection (HVLD) testing system comprising an inspection electrode and a detection electrode , wherein the inspection electrode and the detection electrode are configured to scan a surface of a package to inspect the package ; a grounding system comprising a grounding element , wherein the grounding system is configured to remove, significantly reduce, or conduct away electric charge accumulation on the package by moving the grounding element to an effective distance from a surface of the package ; and a controller configured to operate and coordinate the operation of the grounding system with the operation of the HVLD testing system , wherein the effective distance is determined based on one or more factors comprising material of the grounding element , shape of the grounding element , ambient environment, and humidity of the ambient environment. a high voltage leak detection (HVLD) testing system comprising an inspection electrode and a detection electrode , wherein the inspection electrode and the detection electrode are configured to scan a surface of a package to inspect the package ; a grounding system comprising a grounding element , wherein the grounding system is configured to remove, significantly reduce, or conduct away electric charge accumulation on the package by moving the grounding element to an effective distance from a surface of the package ; and a controller configured to operate and coordinate the operation of the grounding system with the operation of the HVLD testing system , wherein the effective distance is determined based on one or more factors comprising material of the grounding element , shape of the grounding element , ambient environment, and humidity of the ambient environment.
Tyre casing equipped with a radiofrequency transponder and including a crown , two sidewalls and two beads , each bead including at least one annular bead wire revolving around a reference axis, at least one annular carcass ply , coaxial with the reference axis anchored in the beads separating the tyre casing into two zones, inside and outside the carcass ply , and the radiofrequency transponder comprising at least one electronic chip and a radiating radiocommunication antenna and being positioned radially externally in relation to said bead wire , characterized in that the radiofrequency transponder comprises a primary antenna electrically connected to the electronic chip , in that the primary antenna is electromagnetically coupled to the radiating antenna , and in that the radiating antenna is formed by a strand helical spring defining a first longitudinal axis , in that the primary antenna is a coil having at least one turn defining a second longitudinal axis that is circumscribed in a cylinder the axis of revolution of which is parallel to the second longitudinal axis and the diameter of which is between a third and three times, preferably between half and two times, the mean diameter of the helical spring of the radiating antenna and in that the radiating antenna having a central zone between two lateral zones and the primary antenna having a median plane perpendicular to the second longitudinal axis , said first and second longitudinal axes are parallel to one another and said median plane of the primary antenna is arranged in the central zone of the radiating antenna .
A processor-implemented authentication method, the method comprising: performing a single authentication based on a first modality among plural modalities, wherein a first condition is determinative of success or failure of the single authentication; in response to the single authenticating having failed, the method being characterized by determining , based on a second condition which is determined based on a false acceptance rate, FAR, of a modality representing a highest security among the plural modalities, whether to perform a combined authentication based on a combination of the first modality and one or more of the plural modalities, wherein the determining of whether to perform the combined authentication comprises determining whether the second condition for the combined authentication is satisfied, the second condition being different from the first condition; and selectively, depending on a result of the determining of whether to perform the combined authentication, performing the combined authentication. performing a single authentication based on a first modality among plural modalities, wherein a first condition is determinative of success or failure of the single authentication; in response to the single authenticating having failed, the method being characterized by determining , based on a second condition which is determined based on a false acceptance rate, FAR, of a modality representing a highest security among the plural modalities, whether to perform a combined authentication based on a combination of the first modality and one or more of the plural modalities, wherein the determining of whether to perform the combined authentication comprises determining whether the second condition for the combined authentication is satisfied, the second condition being different from the first condition; and selectively, depending on a result of the determining of whether to perform the combined authentication, performing the combined authentication.
An antiglare film-attached substrate comprising: a substrate comprising a first principal surface , a portion of the first principal surface being exposed; and an antiglare film covering another portion of the first principal surface , wherein the antiglare film-attached substrate comprises a second principal surface having unevenness and formed of the first principal surface and the surface of the antiglare film, and when the second principal surface is viewed in plan, the area of the antiglare film accounts for 10 to 90% of the area of the second principal surface , characterized in that for the second principal surface , the arithmetic average roughness Ra, the maximum height Rz, and the average length RSm of roughness profile elements, as defined in Japanese Industrial Standards (JIS) B 0601-2001, satisfy the following requirements (i), (ii), and (iii): (i) the arithmetic average roughness Ra is 0.08 to 2 pm; (ii) the maximum height Rz is 0.5 to 15 pm; and (iii) the average length RSm of roughness profile elements is 20 to 45 pm. a substrate comprising a first principal surface , a portion of the first principal surface being exposed; and an antiglare film covering another portion of the first principal surface , wherein the antiglare film-attached substrate comprises a second principal surface having unevenness and formed of the first principal surface and the surface of the antiglare film, and when the second principal surface is viewed in plan, the area of the antiglare film accounts for 10 to 90% of the area of the second principal surface , characterized in that for the second principal surface , the arithmetic average roughness Ra, the maximum height Rz, and the average length RSm of roughness profile elements, as defined in Japanese Industrial Standards (JIS) B 0601-2001, satisfy the following requirements (i), (ii), and (iii): (i) the arithmetic average roughness Ra is 0.08 to 2 pm; (ii) the maximum height Rz is 0.5 to 15 pm; and (iii) the average length RSm of roughness profile elements is 20 to 45 pm. (i) the arithmetic average roughness Ra is 0.08 to 2 pm; (ii) the maximum height Rz is 0.5 to 15 pm; and (iii) the average length RSm of roughness profile elements is 20 to 45 pm.
A photographing apparatus comprising: a photographing section that is adapted to photograph a subject included in a black box, which prevents outside light from entering, a plurality of times sequentially; an exposure time calculation section that calculates each exposure time period for each shot of the photography; and an image processing section that adds images sequentially captured through the shots of the photography, wherein when n is an integer equal to or greater than 3, the exposure time calculation section calculates an exposure time period of an n-th shot on the basis of a plurality of images captured through previous shots than the nth shot of the photography thereby automatically calculating an appropriate exposure time period in consideration of temporal change in light at a time of the previous shots of the photography, and wherein the photographing section takes each shot of the photography, on the basis of each exposure time period which is calculated by the exposure time calculation section for each shot of the photography. a photographing section that is adapted to photograph a subject included in a black box, which prevents outside light from entering, a plurality of times sequentially; an exposure time calculation section that calculates each exposure time period for each shot of the photography; and an image processing section that adds images sequentially captured through the shots of the photography, wherein when n is an integer equal to or greater than 3, the exposure time calculation section calculates an exposure time period of an n-th shot on the basis of a plurality of images captured through previous shots than the nth shot of the photography thereby automatically calculating an appropriate exposure time period in consideration of temporal change in light at a time of the previous shots of the photography, and wherein the photographing section takes each shot of the photography, on the basis of each exposure time period which is calculated by the exposure time calculation section for each shot of the photography.
A power supply/atomizer portion for an electronic smoking device that is configured to be coupled with a replaceable liquid reservoir portion for the electronic smoking device , wherein the power supply/atomizer portion comprises a power supply and an atomizer adapted to atomize a liquid stored in a liquid reservoir of the liquid reservoir portion when the power supply/atomizer portion is coupled with the liquid reservoir portion and when the atomizer is operated by the power supply , wherein the power supply/atomizer portion comprises - a penetrating element that is configured to penetrate the liquid reservoir when the power supply/atomizer portion is coupled with the liquid reservoir portion and - a wick that is attached to the penetrating element so that a portion of the wick , which portion enters the liquid reservoir when the power supply/atomizer portion is coupled with the liquid reservoir portion , has a U-shape, characterized in that two extensions of leg portions of the U-shaped portion of the wick rejoin to form a single stranded wick portion . - a penetrating element that is configured to penetrate the liquid reservoir when the power supply/atomizer portion is coupled with the liquid reservoir portion and - a wick that is attached to the penetrating element so that a portion of the wick , which portion enters the liquid reservoir when the power supply/atomizer portion is coupled with the liquid reservoir portion , has a U-shape, characterized in that two extensions of leg portions of the U-shaped portion of the wick rejoin to form a single stranded wick portion .
A method of providing Observed Time Difference of Arrival (OTDOA) assistance information, the method comprising: requesting, from a Mobile Station (MS), measurements including cell timing information for one or more neighbor cells of the MS; receiving neighbor cell measurements for a subset of the one or more neighbor cells, the neighbor cell measurements including cell timing information comprising cell timing offsets of the neighbor cells in the subset relative to a serving cell for the MS, each cell timing offset associated with a distinct neighbor cell in the subset; and generating OTDOA assistance data comprising an OTDOA assistance data reference cell and a System Frame Number (SFN) offset between the serving cell and the OTDOA assistance data reference cell, the OTDOA assistance data reference cell being selected based on the received neighbor cell measurements. requesting, from a Mobile Station (MS), measurements including cell timing information for one or more neighbor cells of the MS; receiving neighbor cell measurements for a subset of the one or more neighbor cells, the neighbor cell measurements including cell timing information comprising cell timing offsets of the neighbor cells in the subset relative to a serving cell for the MS, each cell timing offset associated with a distinct neighbor cell in the subset; and generating OTDOA assistance data comprising an OTDOA assistance data reference cell and a System Frame Number (SFN) offset between the serving cell and the OTDOA assistance data reference cell, the OTDOA assistance data reference cell being selected based on the received neighbor cell measurements.
A display control device comprising: an image acquiring section configured to acquire a moving image shot from a viewpoint changing from moment to moment and corresponding to a sight of a first user; an object recognizing section configured to recognize at least one object included in a first frame of the moving image ; a spatial position specifying section configured to specify a respective spatial position corresponding to each of the at least one objects in the first frame of the moving image ; a first display control section configured to display the moving image toward a second user that is different from the first user, in such a manner to continuously display a respective marker at the spatial position corresponding to the at least one object in a second frame after the first frame, the spatial position presented by the respective marker being selectable by the second user to be related to an annotation that is input by the second user; and a second display control section configured to display the annotation in the sight of the first user. an image acquiring section configured to acquire a moving image shot from a viewpoint changing from moment to moment and corresponding to a sight of a first user; an object recognizing section configured to recognize at least one object included in a first frame of the moving image ; a spatial position specifying section configured to specify a respective spatial position corresponding to each of the at least one objects in the first frame of the moving image ; a first display control section configured to display the moving image toward a second user that is different from the first user, in such a manner to continuously display a respective marker at the spatial position corresponding to the at least one object in a second frame after the first frame, the spatial position presented by the respective marker being selectable by the second user to be related to an annotation that is input by the second user; and a second display control section configured to display the annotation in the sight of the first user.
A light emitting diode package comprising: a main frame comprising a base frame and a middle frame disposed on the base frame ; a holding frame disposed on the middle frame ; a light emitting diode chip disposed on the base frame ; and a window secured by the main frame and the holding frame , wherein the middle frame comprises a middle frame open portion exposing the light emitting diode chip , and a holding frame open portion at least partially overlapping the middle frame open portion on a plane of the holding frame , the holding frame open portion having an area gradually decreasing with increasing distance from the main frame . a main frame comprising a base frame and a middle frame disposed on the base frame ; a holding frame disposed on the middle frame ; a light emitting diode chip disposed on the base frame ; and a window secured by the main frame and the holding frame , wherein the middle frame comprises a middle frame open portion exposing the light emitting diode chip , and a holding frame open portion at least partially overlapping the middle frame open portion on a plane of the holding frame , the holding frame open portion having an area gradually decreasing with increasing distance from the main frame .