mhurhangee/patent-ind-claim-en huggingface dataset:
A method of automatically controlling drilling weight-on-bit for using a drill-string to drill along a wellbore, the method comprising: a) establishing a drill-string model and a wellbore model , wherein the drill-string has a plurality of components along the length thereof, and the wellbore has a plurality of sections; b) acquiring a surface tension data of the drill-string ; c) obtaining friction coefficient-depth distribution by calibrating the surface tension data in the drill-string and wellbore models; d) predicting the drilling weight-on-bit according to the calibrated drill-string and wellbore models; and e) controlling downhole weight on bit DWOB using surface tension; f) wherein the surface tension data is acquired only when the following conditions are met: i) the drill-string is out of slips; ii) the drill bit is off-bottom near the bottom hole; iii) the drill-string is rotating at drilling rates for rotary drilling; iv) the pump-pressure is pumping at drilling rates for rotary and slide drilling; v) the drill-string has been stationary for a predetermined period of time; and vi) after condition v) is satisfied, the drill-string begins to move downwards and rotate. a) establishing a drill-string model and a wellbore model , wherein the drill-string has a plurality of components along the length thereof, and the wellbore has a plurality of sections; b) acquiring a surface tension data of the drill-string ; c) obtaining friction coefficient-depth distribution by calibrating the surface tension data in the drill-string and wellbore models; d) predicting the drilling weight-on-bit according to the calibrated drill-string and wellbore models; and e) controlling downhole weight on bit DWOB using surface tension; f) wherein the surface tension data is acquired only when the following conditions are met: i) the drill-string is out of slips; ii) the drill bit is off-bottom near the bottom hole; iii) the drill-string is rotating at drilling rates for rotary drilling; iv) the pump-pressure is pumping at drilling rates for rotary and slide drilling; v) the drill-string has been stationary for a predetermined period of time; and vi) after condition v) is satisfied, the drill-string begins to move downwards and rotate. i) the drill-string is out of slips; ii) the drill bit is off-bottom near the bottom hole; iii) the drill-string is rotating at drilling rates for rotary drilling; iv) the pump-pressure is pumping at drilling rates for rotary and slide drilling; v) the drill-string has been stationary for a predetermined period of time; and vi) after condition v) is satisfied, the drill-string begins to move downwards and rotate.
A surgical drain for, in use, conducting exudate from a patient wound comprising a first branch and a second branch ; a flow controller configured to, in use, control flow of the exudate through the branches and means to monitor the rate of flow therethrough; a comparator to compare the respective rates of flow through the first and the second branch and to provide an output representative thereof, characterised in that the first and second branches are provided with respective input and output valves to control the flow therethrough under the control of the flow controller, further comprising logic means to determine an alarm condition when one of the first or the second branch fills more quickly than the other of the first or second branch empties.
A reaction vessel system, comprising: a reaction vessel , comprising: a housing component comprising an upper interior-facing surface and a lower interior facing surface; a reaction chamber defined by the housing component ; and a light absorbing layer conforming to a portion of an interior-facing surface of the housing component that defines the reaction chamber , the light absorbing layer comprising a plurality of discrete regions disposed on the lower interior-facing surface, wherein a first discrete region of the plurality of discrete regions is spaced apart from a second discrete region of the plurality of discrete regions by a first distance; characterized in that a first energy source disposed below the housing component , the first energy source configured to direct light through at least a portion of the housing component at the plurality of discrete regions of the light absorbing layer . a reaction vessel , comprising: a housing component comprising an upper interior-facing surface and a lower interior facing surface; a reaction chamber defined by the housing component ; and a light absorbing layer conforming to a portion of an interior-facing surface of the housing component that defines the reaction chamber , the light absorbing layer comprising a plurality of discrete regions disposed on the lower interior-facing surface, wherein a first discrete region of the plurality of discrete regions is spaced apart from a second discrete region of the plurality of discrete regions by a first distance; characterized in that a housing component comprising an upper interior-facing surface and a lower interior facing surface; a reaction chamber defined by the housing component ; and a light absorbing layer conforming to a portion of an interior-facing surface of the housing component that defines the reaction chamber , the light absorbing layer comprising a plurality of discrete regions disposed on the lower interior-facing surface, wherein a first discrete region of the plurality of discrete regions is spaced apart from a second discrete region of the plurality of discrete regions by a first distance; characterized in that a first energy source disposed below the housing component , the first energy source configured to direct light through at least a portion of the housing component at the plurality of discrete regions of the light absorbing layer .
An actuator for an electric toothbrush , comprising: a housing having an inner surface (18-1) and a principal axis (A1) extending longitudinally through the center of the housing , and having a sequence of more than one magnet , disposed along the inner surface (18-1) of the housing ; and a spindle disposed within the housing and having a pole assembly arranged in a radial configuration about the spindle , wherein the spindle and the pole assembly are configured, structured, and/or positioned to form an asymmetrical magnet gap between members of the pole assembly and the magnets , such that the spindle and the pole assembly are subjected to a bias force (F2/F2'). a housing having an inner surface (18-1) and a principal axis (A1) extending longitudinally through the center of the housing , and having a sequence of more than one magnet , disposed along the inner surface (18-1) of the housing ; and a spindle disposed within the housing and having a pole assembly arranged in a radial configuration about the spindle , wherein the spindle and the pole assembly are configured, structured, and/or positioned to form an asymmetrical magnet gap between members of the pole assembly and the magnets , such that the spindle and the pole assembly are subjected to a bias force (F2/F2').
A method performed by a user equipment , UE, in a wireless communication system, the method comprising: receiving , from a base station , configuration information for configuring a phase-tracking reference signal, RS, based on a radio resource control, RRC, signaling; receiving, from the base station , downlink control information, DCI, for a physical downlink shared channel, PDSCH, wherein the DCI includes a modulation and coding scheme, MCS, for the UE ; identifying a presence and a pattern of the phase-tracking RS based on the configuration information and the DCI; and receiving , from the base station , the phase-tracking RS based on the presence and the pattern of the phase-tracking RS, wherein the pattern of the phase-tracking RS is configured with a time density of the phase-tracking RS and a frequency density of the phase-tracking RS, and wherein the presence and the pattern of the phase-tracking RS is identified based on a comparison of the MCS in the DCI with an MCS threshold. receiving , from a base station , configuration information for configuring a phase-tracking reference signal, RS, based on a radio resource control, RRC, signaling; receiving, from the base station , downlink control information, DCI, for a physical downlink shared channel, PDSCH, wherein the DCI includes a modulation and coding scheme, MCS, for the UE ; identifying a presence and a pattern of the phase-tracking RS based on the configuration information and the DCI; and receiving , from the base station , the phase-tracking RS based on the presence and the pattern of the phase-tracking RS, wherein the pattern of the phase-tracking RS is configured with a time density of the phase-tracking RS and a frequency density of the phase-tracking RS, and wherein the presence and the pattern of the phase-tracking RS is identified based on a comparison of the MCS in the DCI with an MCS threshold.
A display panel comprising: a substrate including an opening penetrating from an upper surface to a lower surface of the substrate ; a light emitting diode (OLED) in a display area (DA) around the opening and including: a pixel electrode ; an opposite electrode ; an intermediate layer between the pixel electrode and the opposite electrode , the intermediate layer comprising an emission layer , and at least one organic material layer ; a thin film encapsulation layer on the light emitting diode (OLED) and including an organic encapsulation layer and at least one inorganic encapsulation layer ; and a transistor (TFT) electrically connected to the light emitting diode (OLED); and an organic insulating layer between the transistor (TFT) and the light emitting diode (OLED), wherein the opposite electrode and at least one organic material layer of the intermediate layer extend toward the opening , wherein an edge portion of the opposite electrode facing the opening protrudes further toward the opening than the at least one organic material layer and includes a burr covered by the organic encapsulation layer , and wherein the at least one organic material layer and the opposite electrode each extends beyond an edge of the organic insulating layer toward the opening . a substrate including an opening penetrating from an upper surface to a lower surface of the substrate ; a light emitting diode (OLED) in a display area (DA) around the opening and including: a pixel electrode ; an opposite electrode ; an intermediate layer between the pixel electrode and the opposite electrode , the intermediate layer comprising an emission layer , and at least one organic material layer ; a pixel electrode ; an opposite electrode ; an intermediate layer between the pixel electrode and the opposite electrode , the intermediate layer comprising an emission layer , and at least one organic material layer ; a thin film encapsulation layer on the light emitting diode (OLED) and including an organic encapsulation layer and at least one inorganic encapsulation layer ; and a transistor (TFT) electrically connected to the light emitting diode (OLED); and an organic insulating layer between the transistor (TFT) and the light emitting diode (OLED), wherein the opposite electrode and at least one organic material layer of the intermediate layer extend toward the opening , wherein an edge portion of the opposite electrode facing the opening protrudes further toward the opening than the at least one organic material layer and includes a burr covered by the organic encapsulation layer , and wherein the at least one organic material layer and the opposite electrode each extends beyond an edge of the organic insulating layer toward the opening .
Brake lining holding apparatus for a disc brake for a motor vehicle, in particular a utility vehicle, having - a brake carrier , having a lining slot for receiving a brake lining, the lining slot being delimited on the brake disc inlet side and on the brake disc outlet side, in relation to a main rotational direction (HDR) of the brake disc, in each case by way of a lining horn of the brake carrier ; - a brake lining which is guided in the lining slot, having a lining holder and a friction lining which is fastened to it; - a spring element which is inserted in a recess of the lining holder and is supported on a lining horn and a supporting face of the lining holder , which supporting face is adjacent with respect to the said lining horn , characterized in that the spring element is supported on the lining holder at at least two points , and is supported on the lining horn at only one point , the contact point of the spring element with the inlet-side lining horn lying in the upper half, preferably in the upper third, of the lining horn . - a brake carrier , having a lining slot for receiving a brake lining, the lining slot being delimited on the brake disc inlet side and on the brake disc outlet side, in relation to a main rotational direction (HDR) of the brake disc, in each case by way of a lining horn of the brake carrier ; - a brake lining which is guided in the lining slot, having a lining holder and a friction lining which is fastened to it; - a spring element which is inserted in a recess of the lining holder and is supported on a lining horn and a supporting face of the lining holder , which supporting face is adjacent with respect to the said lining horn ,
Method for prediction of response to cardiovascular regeneration, wherein the method comprises (i) determining in a sample of a subject the amount of each of the following biomarkers, wherein the biomarkers are Growth factor wherein the growth factor is selected from VEGF and/or Erythropoietin and optionally from FGF; Lymphocyte adapter protein; Glycoprotein, wherein the Glycoprotein is selected from Vitronectin and optionally from GCSF; brain natriuretic peptide (BNP); circulating endothelial progenitor cells (EPC); circulating endothelial cells (CEC); circulating thrombocytes; circulating mononuclear cells and subpopulations; and receptor/ligand expression on MNC subpopulations, (ii) comparing the determined amounts to a baseline value and/or a reference, (iii) predicting, based on the results of the comparison whether a response to cardiac repair in the subject is to be expected, not expected or is ambivalent. (i) determining in a sample of a subject the amount of each of the following biomarkers, wherein the biomarkers are Growth factor wherein the growth factor is selected from VEGF and/or Erythropoietin and optionally from FGF; Lymphocyte adapter protein; Glycoprotein, wherein the Glycoprotein is selected from Vitronectin and optionally from GCSF; brain natriuretic peptide (BNP); circulating endothelial progenitor cells (EPC); circulating endothelial cells (CEC); circulating thrombocytes; circulating mononuclear cells and subpopulations; and receptor/ligand expression on MNC subpopulations, (ii) comparing the determined amounts to a baseline value and/or a reference, (iii) predicting, based on the results of the comparison whether a response to cardiac repair in the subject is to be expected, not expected or is ambivalent.
An apparatus for receiving visible light data, the apparatus comprising: an image acquirer configured to acquire an image including a color code, the color code including a data region and a reference region; a detector configured to: identify, in the acquired image, an object having a shape corresponding to a shape of a prestored color code, obtain a correlation coefficient or a distance between chromaticity coordinates of candidate reference cells included in a candidate reference region of the object and chromaticity coordinates of reference cells included in the reference region of the prestored color code; identify the object as the color code based on the correlation coefficient or the distance; and correct the object identified as the color code using a rotation angle of the object obtained based on a difference between a preset arrangement and an arrangement of the object, and a demodulator configured to demodulate visible light data from the data region of the corrected object, based on the object being determined as the color code. an image acquirer configured to acquire an image including a color code, the color code including a data region and a reference region; a detector configured to: identify, in the acquired image, an object having a shape corresponding to a shape of a prestored color code, obtain a correlation coefficient or a distance between chromaticity coordinates of candidate reference cells included in a candidate reference region of the object and chromaticity coordinates of reference cells included in the reference region of the prestored color code; identify the object as the color code based on the correlation coefficient or the distance; and correct the object identified as the color code using a rotation angle of the object obtained based on a difference between a preset arrangement and an arrangement of the object, and a demodulator configured to demodulate visible light data from the data region of the corrected object, based on the object being determined as the color code. identify, in the acquired image, an object having a shape corresponding to a shape of a prestored color code, obtain a correlation coefficient or a distance between chromaticity coordinates of candidate reference cells included in a candidate reference region of the object and chromaticity coordinates of reference cells included in the reference region of the prestored color code; identify the object as the color code based on the correlation coefficient or the distance; and correct the object identified as the color code using a rotation angle of the object obtained based on a difference between a preset arrangement and an arrangement of the object, and a demodulator configured to demodulate visible light data from the data region of the corrected object, based on the object being determined as the color code.
An absorbent article comprising: a top sheet ; a liquid impermeable back sheet ; and an absorbent body interposed between the top sheet and the back sheet , wherein welded portions are formed on at least a part of the top sheet , the welded portions constitute a plurality of units , each of the units including rod portions that are arranged radially in planar view, a distance between adjacent units is greater than a diameter of a smallest virtual circle (C) inscribed in the rod portions included in each of the units , characterized in that a short side of a first rod portion included in a first unit of the plurality of units and a short side of a first rod portion of a second unit of the plurality of units , the second unit being not the first unit , are in a first virtual straight line (X1), and a short side of a second rod portion included in the first unit and a short side of a second rod portion are in a second virtual straight line (X2), such that when a force causing the top sheet to twist is applied, a plurality of units can deform in the same direction along the first or second virtual straight line. a top sheet ; a liquid impermeable back sheet ; and an absorbent body interposed between the top sheet and the back sheet , wherein welded portions are formed on at least a part of the top sheet , the welded portions constitute a plurality of units , each of the units including rod portions that are arranged radially in planar view, a distance between adjacent units is greater than a diameter of a smallest virtual circle (C) inscribed in the rod portions included in each of the units , characterized in that a short side of a first rod portion included in a first unit of the plurality of units and a short side of a first rod portion of a second unit of the plurality of units , the second unit being not the first unit , are in a first virtual straight line (X1), and a short side of a second rod portion included in the first unit and a short side of a second rod portion are in a second virtual straight line (X2), such that when a force causing the top sheet to twist is applied, a plurality of units can deform in the same direction along the first or second virtual straight line.
Sandwich-structured cutter, characterized in that it comprises: two fixed blades (FF, SF), each of which has a row of teeth at the front end, and a movable blade (M), which is sandwiched between said two fixed blades (FF, SF), can reciprocate relative to said two fixed blades (FF, SF) in the longitudinal direction, and is an integrated blade, wherein said movable blade (M) has a row of teeth at the front end, the front ends of the teeth of the movable blade (M) do not protrude from the front ends of the teeth of said fixed blades (FF, SF), and each tooth of said movable blade (M) has a quadrangular cross-section shape, which comprises parallel first pair sides (FPS) and second pair sides (SPS) forming four acute angles with said first pair sides (FPS). two fixed blades (FF, SF), each of which has a row of teeth at the front end, and a movable blade (M), which is sandwiched between said two fixed blades (FF, SF), can reciprocate relative to said two fixed blades (FF, SF) in the longitudinal direction, and is an integrated blade, wherein said movable blade (M) has a row of teeth at the front end, the front ends of the teeth of the movable blade (M) do not protrude from the front ends of the teeth of said fixed blades (FF, SF), and each tooth of said movable blade (M) has a quadrangular cross-section shape, which comprises parallel first pair sides (FPS) and second pair sides (SPS) forming four acute angles with said first pair sides (FPS).
A Tissue inhibitor of metalloproteinase 2 (TIMP2) polypeptide or fragment thereof, or a nucleic acid composition encoding the TIMP2 polypeptide or fragment thereof for use in the treatment of aging-associated cognitive impairment or decline disease condition in an adult mammal, wherein a TIMP2 activity is enhanced in the mammal in a manner sufficient to treat the adult mammal for the aging-associated cognitive impairment or decline disease condition.
Air feed setting apparatus for a motor vehicle with an air passage to a power unit or a power unit compartment, at least one rotatable flap for the regulation of an air quantity in the air passage being arranged in the air passage, which flap can be rotated at least between a first position, in the case of which an air passage is smaller, and a second position, in the case of which an air passage is larger, the flap being coupled to a linear drive which extends parallel to a rotational axis of the flap , and it being possible for the said flap to be rotated by way of the said linear drive , characterized in that the linear drive extends between a first pivot bearing and a second pivot bearing of the rotatable flap , and the flap surrounds the linear drive completely.