mhurhangee/patent-ind-claim-en huggingface dataset:
A method for evaluating the status of a cell in a sample, comprising: disposing the cell on an extracellular matrix (ECM) in an imaging chamber capturing multiple images of the cell within images of a plurality of cells as the cells interact with the ECM over a pre-defined time period in a sample obtained from a subject; combining multiple images or different portions of the imaging chamber into a single larger image; evaluating the multiple images of the cell to identify or measure a pre-selected biomarker; identifying the cell as normal or an outlier within the plurality of cells based on the identification or measurement of the pre-selected biomarker; wherein if the cell is identified as an outlier, subjecting the identified cell or measured biomarker in the outlier to a machine learning analysis thereby creating a cell level output indicator; and combining two or more cell level output indicators to create a prognostic indicator for the sample. disposing the cell on an extracellular matrix (ECM) in an imaging chamber capturing multiple images of the cell within images of a plurality of cells as the cells interact with the ECM over a pre-defined time period in a sample obtained from a subject; combining multiple images or different portions of the imaging chamber into a single larger image; evaluating the multiple images of the cell to identify or measure a pre-selected biomarker; identifying the cell as normal or an outlier within the plurality of cells based on the identification or measurement of the pre-selected biomarker; wherein if the cell is identified as an outlier, subjecting the identified cell or measured biomarker in the outlier to a machine learning analysis thereby creating a cell level output indicator; and combining two or more cell level output indicators to create a prognostic indicator for the sample.
A mobile device, comprising: a base unit comprising a first accelerometer and a first magnetometer ; a display panel rotatably attached to the base unit , comprising a second accelerometer and a second magnetometer ; control logic , at least a portion of which is implemented in hardware, to process motion data, the motion data collected from the first accelerometer and the second accelerometer , to determine whether the display panel moves relative to the base unit and to temporarily ignore or disable one or more input devices of the mobile device for a predetermined period of time to avoid unintentional user interaction with the mobile device during the movement of the display panel , wherein: the control logic is further configured to determine an orientation of the display panel relative to the base unit based on magnetic data collected from the first magnetometer and the second magnetometer and motion data collected from the first accelerometer and the second accelerometer . a base unit comprising a first accelerometer and a first magnetometer ; a display panel rotatably attached to the base unit , comprising a second accelerometer and a second magnetometer ; control logic , at least a portion of which is implemented in hardware, to process motion data, the motion data collected from the first accelerometer and the second accelerometer , to determine whether the display panel moves relative to the base unit and to temporarily ignore or disable one or more input devices of the mobile device for a predetermined period of time to avoid unintentional user interaction with the mobile device during the movement of the display panel , wherein: the control logic is further configured to determine an orientation of the display panel relative to the base unit based on magnetic data collected from the first magnetometer and the second magnetometer and motion data collected from the first accelerometer and the second accelerometer .
A computer-implemented method for delegating access to a computing resource from a delegator to a first delegate , comprising: receiving, at a service , a delegation request from the delegator ; generating, in the service , a session key (K si ) based at least in part on: (a) an encoding on the session key (K si ) of one or more restrictions; and (b) a secret credential; providing the session key (K si ) to the delegator , from the service ; receiving, at the service , from the first delegate , a first access request to access the computing resource, the first access request including the session key (K si ) or a session key identifier; verifying the first access request based at least in part on the session key (K si ); and granting, to the first delegate , access to the computing resource subject to the one or more restrictions on the session key (K si ). receiving, at a service , a delegation request from the delegator ; generating, in the service , a session key (K si ) based at least in part on: (a) an encoding on the session key (K si ) of one or more restrictions; and (b) a secret credential; (a) an encoding on the session key (K si ) of one or more restrictions; and (b) a secret credential; providing the session key (K si ) to the delegator , from the service ; receiving, at the service , from the first delegate , a first access request to access the computing resource, the first access request including the session key (K si ) or a session key identifier; verifying the first access request based at least in part on the session key (K si ); and granting, to the first delegate , access to the computing resource subject to the one or more restrictions on the session key (K si ).
Transport system for transporting workpieces in forming machines, comprising at least one gripping assembly comprising a main carriage and a gripping device configured for gripping at least one workpiece (P) and attached to the main carriage , the gripping device comprising at least one clamp configured for gripping or releasing the workpiece (P) and a clamp actuator configured for causing the movement of the clamp so that said clamp closes and/or opens for gripping and/or releasing a workpiece (P), the clamp comprising two opposing arms between which the workpiece (P) is gripped, the gripping assembly comprising a main actuator configured for causing linear displacement of the main carriage in a given linear displacement direction , from a standby position opposite a work station (ST) of the forming machine to said work station (ST) and vice versa, characterised in that the system comprises a control device which is configured for acting on both actuators of the gripping assembly to cause the linear displacement of the main carriage and the movement of the clamp so that said clamp closes and/or opens for gripping and/or releasing a workpiece (P) to be generated in a coordinated manner, depending on the diameter of the workpiece (P) to be transported, a main carriage and an associated gripping device forming a gripping assembly , the system comprising a plurality of gripping assemblies and the control device being configured for controlling the respective actuators of each of said gripping assemblies independently, depending on the needs and/or requirements of each gripping assembly .
A protective sheath comprising a flexible body generally having a cylindrical shape, the flexible body being slit over at least a given length and according to a longitudinal axis, the body having an apertured wall with meshes and the sheath being made from knitted threads including at least one framework thread extending in the longitudinal direction of the sheath and preferably having a profile substantially in the form of a plurality of sinusoids which extend transversely to the longitudinal direction of the sheath, and at least one transverse thread extending transversely to the longitudinal direction of the sheath, the sheath is capable of being deformed along its length so as to be condensed/compacted on itself, the threads being made of a flexible material so that the meshes can be entangled into each other in the longitudinal direction of the sheath, when a longitudinal pushing force on the body is exerted and the transverse thread forms a plurality of lines transverse to the longitudinal axis of the sheath and spaced apart from one another when the sheath is not in a condensed state and comprises patterns or loops , preferably with a chain stitch pattern, into which the framework thread runs, the cooperation of the framework thread with the loops and the spacing of the loop lines providing a multiplicity of meshes , the framework thread being able to be maintained in two consecutive or non-consecutive patterns of the same line of patterns formed by the transverse thread .
A bulk processor for an item, comprising: a processing chamber having a product inlet and a product outlet; a conveyor for conveying product through the processing chamber ; and an axial flow fan for circulating air around the product; wherein the axial flow fan is mounted in a door to the processing chamber and wherein the axial flow fan extends obliquely into the processing chamber , wherein the axial flow fan is driven by a fan motor extending obliquely through the door and into an air duct formed in the processing chamber , and wherein the axial flow fan has a shroud that extends to and interfaces with a lower duct at an angle, so that the bottom of the axial flow fan is closer to the door than the top of the axial flow fan . a processing chamber having a product inlet and a product outlet; a conveyor for conveying product through the processing chamber ; and an axial flow fan for circulating air around the product; wherein the axial flow fan is mounted in a door to the processing chamber and wherein the axial flow fan extends obliquely into the processing chamber , wherein the axial flow fan is driven by a fan motor extending obliquely through the door and into an air duct formed in the processing chamber , and wherein the axial flow fan has a shroud that extends to and interfaces with a lower duct at an angle, so that the bottom of the axial flow fan is closer to the door than the top of the axial flow fan .
Non-therapeutic use of a substrate in which a cured material of a binder containing a copper compound and a polymerization initiator is fixed onto a surface of a base material, wherein at least a part of the copper compound is exposed on a surface of the cured material of the binder, wherein in the copper compound, a ratio (Cu(I)/Cu(II)) of the number of ions of Cu(I) and Cu(II) contained in the copper compound, which is calculated by measuring bond energy corresponding to Cu(I) and Cu(II) in a range of 925 to 955 eV for 5 minutes, by an X-ray photoelectron spectroscopy analysis method, is 0.4 to 50, as antiviral substrate.
Timepiece display mechanism comprising at least one variable-geometry resilient hand which comprises a first drive pipe integral with a first end of a flexible strip , and a second drive pipe integral with another end of said flexible strip , and comprising a display index which, in an unstressed free state of said resilient hand wherein both said first pipe and said second pipe are not subjected to any stress and are remote from one another, is remote from said first pipe and from said second pipe , the operating position of said resilient hand being a stressed position where said first pipe and said second pipe are coaxial to one another about an output axis (D), said display mechanism comprising first means for driving said first pipe about said output axis (D), and second means for driving said second pipe about said output axis (D), said first drive means and second drive means being arranged so as to deform said flexible strip , by varying the angular position of said second pipe relative to the angular position of said first pipe about said output axis (D), and so as to vary the radial position of said display index relative to said output axis (D), said resilient hand comprising at least one first flexible segment between said first pipe and said index with a first web having a substantially constant section, and a second flexible segment between said second pipe and said index with a second web having a substantially constant section, characterised in that said first flexible segment comprises first discontinuous elements projecting from said first web and extending substantially parallel to a plane perpendicular to said output axis (D) and defining, along said first web , an alternation of sections, the stiffnesses whereof per unit of length are different from one another, and/or said second flexible segment comprises second discontinuous elements projecting from said second web and extending substantially parallel to a plane perpendicular to said output axis (D) and defining, along said second web , an alternation of sections, the stiffnesses whereof per unit of length are different from one another, and/or in that said first web and/or said second web comprises a succession of areas of opposite concavities, projecting on a plane perpendicular to said output axis (D).
A gas-mixture-state estimation apparatus for an internal combustion engine in which fuel is continuously injected into a combustion chamber of the internal combustion engine over a predetermined injection period from a predetermined injection start time, the gas-mixture-state estimation apparatus comprising: ignition timing obtaining means configured to obtain a value (Tdelay) representing an ignition timing of the gas mixture, injection fuel dividing means configured to divide the injection fuel (Qfin) into two portions ((Q , Q ), namely a portion (Q ) injected before ignition of the gas mixture and a portion (Q ) injected after the ignition of the gas mixture, on the basis of the obtained value (Tdelay) representing the ignition timing; and gas-mixture-state estimation means configured to individually estimate the state of each of gas mixtures formed through mixing of the two portions (Q , Q ) of the injection fuel (Qfin) with a cylinder interior gas, which is a gas taken into the combustion chamber, under the assumption that the two portions(Q , Q ) of the divided injection fuel (Qfin) are individually and successively injected such that each portion (Q , Q ) is injected at one time at the beginning of the corresponding period. ignition timing obtaining means configured to obtain a value (Tdelay) representing an ignition timing of the gas mixture, injection fuel dividing means configured to divide the injection fuel (Qfin) into two portions ((Q , Q ), namely a portion (Q ) injected before ignition of the gas mixture and a portion (Q ) injected after the ignition of the gas mixture, on the basis of the obtained value (Tdelay) representing the ignition timing; and gas-mixture-state estimation means configured to individually estimate the state of each of gas mixtures formed through mixing of the two portions (Q , Q ) of the injection fuel (Qfin) with a cylinder interior gas, which is a gas taken into the combustion chamber, under the assumption that the two portions(Q , Q ) of the divided injection fuel (Qfin) are individually and successively injected such that each portion (Q , Q ) is injected at one time at the beginning of the corresponding period.
A semi-hollow punch rivet by means of which a joint between at least two components is establishable which are arranged pile-like above each other, which comprises the following features: a. a rivet head having a rivet shaft extending therefrom, which comprises a cylindrical lateral surface , b. a blunt rivet foot having a rivet foot front surface which is arranged perpendicular to a longitudinal axis L A of the rivet shaft , wherein said blunt rivet foot is provided at an end of the rivet shaft facing away from the rivet head , and c. a shaft cavity which is shaped bell-like in the axial cross-section of the rivet shaft extends into the rivet shaft starting at the end facing away from the head, wherein the bell-like shaped shaft cavity is formed by i. a convex inlet portion starting at a radial inner side of the rivet foot front surface and extending circular arc-shaped with an inlet radius Rs into the direction of the rivet head , ii. a linearly extending continuation portion into which the inlet portion transitions tangentially and which is arranged in an acute angle α with respect to the cylindrical lateral surface , and iii. a final dome portion . a. a rivet head having a rivet shaft extending therefrom, which comprises a cylindrical lateral surface , b. a blunt rivet foot having a rivet foot front surface which is arranged perpendicular to a longitudinal axis L A of the rivet shaft , wherein said blunt rivet foot is provided at an end of the rivet shaft facing away from the rivet head , and c. a shaft cavity which is shaped bell-like in the axial cross-section of the rivet shaft extends into the rivet shaft starting at the end facing away from the head, wherein the bell-like shaped shaft cavity is formed by i. a convex inlet portion starting at a radial inner side of the rivet foot front surface and extending circular arc-shaped with an inlet radius Rs into the direction of the rivet head , ii. a linearly extending continuation portion into which the inlet portion transitions tangentially and which is arranged in an acute angle α with respect to the cylindrical lateral surface , and iii. a final dome portion . i. a convex inlet portion starting at a radial inner side of the rivet foot front surface and extending circular arc-shaped with an inlet radius Rs into the direction of the rivet head , ii. a linearly extending continuation portion into which the inlet portion transitions tangentially and which is arranged in an acute angle α with respect to the cylindrical lateral surface , and iii. a final dome portion .
An apparatus comprising: an envelope signal generator , the envelope signal generator configured to receive a radio frequency, RF, signal and generate an envelope signal corresponding to the RF signal; a first amplifier , the first amplifier including at least a first transistor, the first transistor including a first gate configured to receive the RF signal; and a signal shaping device , the signal shaping device configured to attenuate and/or phase shift the envelope signal to form a selectively shaped envelope signal based on characteristics of the envelope signal and apply the selectively shaped envelope signal to the first gate to modulate a bias applied to the first gate of the first amplifier , characterized by the signal shaping device comprising an RF signal attenuator , the RF signal attenuator is configured to receive the RF signal and to selectively attenuate and/or phase shift the RF signal based on characteristics of the RF signal, such that all corresponding portions of the envelope signal and the RF signal are attenuated and phase shifted in a synchronized manner and in the same ways, prior to the RF signal being received at the first gate. an envelope signal generator , the envelope signal generator configured to receive a radio frequency, RF, signal and generate an envelope signal corresponding to the RF signal; a first amplifier , the first amplifier including at least a first transistor, the first transistor including a first gate configured to receive the RF signal; and a signal shaping device , the signal shaping device configured to attenuate and/or phase shift the envelope signal to form a selectively shaped envelope signal based on characteristics of the envelope signal and apply the selectively shaped envelope signal to the first gate to modulate a bias applied to the first gate of the first amplifier , characterized by the signal shaping device comprising an RF signal attenuator , the RF signal attenuator is configured to receive the RF signal and to selectively attenuate and/or phase shift the RF signal based on characteristics of the RF signal, such that all corresponding portions of the envelope signal and the RF signal are attenuated and phase shifted in a synchronized manner and in the same ways, prior to the RF signal being received at the first gate.
A microscope system for simultaneous imaging and stimulation of tissue within a subject, the microscope system comprising: a) an optical assembly comprising: i. an illumination optical path comprising one or more first light-emitting elements and configured to direct imaging light to tissue within a specified field-of-view ; ii. a stimulation optical path comprising one or more second light-emitting elements and configured to direct stimulation light to tissue within said field-of-view , to tissue outside of said field-of-view , or to tissue partially within said field-of-view ; iii. an imaging optical path comprising one or more image sensors and configured to receive light reflected, scattered, or emitted by the tissue to generate an image of the tissue within said field-of-view; and b) a baseplate, wherein the baseplate is configured to be mounted on the subject in a fixed position and to receive the optical assembly, thereby aligning the optical assembly relative to the tissue of the subject upon attachment to the baseplate, and wherein the optical assembly is removable from the baseplate, wherein the stimulation optical path is configured to direct the stimulation light to said tissue within, outside, or partially within said field of view simultaneously during delivery of the imaging light, wherein the imaging light is spectrally separated from the stimulation light. a) an optical assembly comprising: i. an illumination optical path comprising one or more first light-emitting elements and configured to direct imaging light to tissue within a specified field-of-view ; ii. a stimulation optical path comprising one or more second light-emitting elements and configured to direct stimulation light to tissue within said field-of-view , to tissue outside of said field-of-view , or to tissue partially within said field-of-view ; iii. an imaging optical path comprising one or more image sensors and configured to receive light reflected, scattered, or emitted by the tissue to generate an image of the tissue within said field-of-view; and i. an illumination optical path comprising one or more first light-emitting elements and configured to direct imaging light to tissue within a specified field-of-view ; ii. a stimulation optical path comprising one or more second light-emitting elements and configured to direct stimulation light to tissue within said field-of-view , to tissue outside of said field-of-view , or to tissue partially within said field-of-view ; iii. an imaging optical path comprising one or more image sensors and configured to receive light reflected, scattered, or emitted by the tissue to generate an image of the tissue within said field-of-view; and b) a baseplate, wherein the baseplate is configured to be mounted on the subject in a fixed position and to receive the optical assembly, thereby aligning the optical assembly relative to the tissue of the subject upon attachment to the baseplate, and wherein the optical assembly is removable from the baseplate,
A colored translucent zirconia sintered body, containing an iron compound and from 2 to 4 mol% of yttria, and showing a lightness L ∗ of from 51 to 80 in L ∗ a ∗ b ∗ color system, characterized by containing from 0.01 to 0.15 wt% of alumina, having a content of the iron compound of less than 2,000 ppm as calculated as Fe 2 O 3 , having a relative density of at least 99.80%, and having a total light transmittance of at least 20% as measured at a sample thickness of 1 mm and with a D65 light source. characterized by containing from 0.01 to 0.15 wt% of alumina, having a content of the iron compound of less than 2,000 ppm as calculated as Fe 2 O 3 , having a relative density of at least 99.80%, and having a total light transmittance of at least 20% as measured at a sample thickness of 1 mm and with a D65 light source.