mhurhangee/patent-ind-claim-en huggingface dataset:
Method for modifying video data during a video conference session, at least comprising the steps: Providing a first terminal , comprising a first camera unit for capturing of at least visual input and a first head-mounted display ; wherein the first head-mounted display comprises a QR-Code, Providing a second terminal at least for outputting visual input, Providing a server means , wherein said first terminal and said second terminal are connected via the server means for data exchange, Providing or capturing first basic image data or first basic video data of a head of a first person with the first camera unit , Capturing first process image data or first process video data of the head of said first person with the first camera unit while said first person wears the head-mounted display , Determining first process data sections of the first process image data or first process video data representing the visual appearance of the first head-mounted display and the QR-code, wherein the QR-code represents information about the shape of the HMD or a link for downloading data representing the shape of said HMD, Generating a first set of modified image data or modified video data by replacing the first process data sections of the first process image data or first process video data by first basic data sections, wherein the first basic data sections are part of the first basic image data or first basic video data and are representing parts of the face of said person, in particularly the eyes of said first person . Providing a first terminal , comprising a first camera unit for capturing of at least visual input and a first head-mounted display ; wherein the first head-mounted display comprises a QR-Code, comprising a first camera unit for capturing of at least visual input and a first head-mounted display ; wherein the first head-mounted display comprises a QR-Code, Providing a second terminal at least for outputting visual input, Providing a server means , wherein said first terminal and said second terminal are connected via the server means for data exchange, Providing or capturing first basic image data or first basic video data of a head of a first person with the first camera unit , Capturing first process image data or first process video data of the head of said first person with the first camera unit while said first person wears the head-mounted display , Determining first process data sections of the first process image data or first process video data representing the visual appearance of the first head-mounted display and the QR-code, wherein the QR-code represents information about the shape of the HMD or a link for downloading data representing the shape of said HMD, Generating a first set of modified image data or modified video data by replacing the first process data sections of the first process image data or first process video data by first basic data sections, wherein the first basic data sections are part of the first basic image data or first basic video data and are representing parts of the face of said person, in particularly the eyes of said first person .
A movable turbomachine blade comprising: a vane extending radially between a blade root and a blade tip and axially between a leading edge and a trailing edge ; and at least one cooling circuit comprising at least one cavity (16; 16a, 16b) extending radially between the root and the tip , at least one air intake opening at a radial end of the cavity (16; 16a, 16b), a plurality of first discharge slots arranged to open out along the trailing edge between the root and the tip , and a plurality of second discharge slots separate from the first discharge slots and arranged along the trailing edge between the root and the tip , the second discharge slots being offset axially upstream relative to the first discharge slots and each of the first discharge slots being radially offset relative to each of the second discharge slots , with no overlap between the first and second discharge slots. a vane extending radially between a blade root and a blade tip and axially between a leading edge and a trailing edge ; and at least one cooling circuit comprising at least one cavity (16; 16a, 16b) extending radially between the root and the tip , at least one air intake opening at a radial end of the cavity (16; 16a, 16b), a plurality of first discharge slots arranged to open out along the trailing edge between the root and the tip , and a plurality of second discharge slots separate from the first discharge slots and arranged along the trailing edge between the root and the tip , the second discharge slots being offset axially upstream relative to the first discharge slots and each of the first discharge slots being radially offset relative to each of the second discharge slots , with no overlap between the first and second discharge slots.
Blind rivet element with - a head , - an adjoining hollow shank , the outside of which has a smaller outside diameter than the head , and - an internal thread provided in the shank at an axial distance from the head , characterized in - that the shaft is provided with a radially outwardly projecting adjustment contour in the region of the head , - that the shank has a bulge which is already shaped in radial direction, wherein the shaped bulge is a bulge which is rotationally symmetrical or star-shaped in circumferential direction, - that this bulge is arranged between the adjustment contour and the internal thread , and - that the bulge has a maximum outside diameter which is not greater than the outside diameter of the adjustment contour . - a head , - an adjoining hollow shank , the outside of which has a smaller outside diameter than the head , and - an internal thread provided in the shank at an axial distance from the head , characterized in - that the shaft is provided with a radially outwardly projecting adjustment contour in the region of the head , - that the shank has a bulge which is already shaped in radial direction, wherein the shaped bulge is a bulge which is rotationally symmetrical or star-shaped in circumferential direction, - that this bulge is arranged between the adjustment contour and the internal thread , and - that the bulge has a maximum outside diameter which is not greater than the outside diameter of the adjustment contour .
A method for detecting tissue hyperplasia in a mammal, such as human being, diagnosing the presence or risk of solid tumors, or prognosing solid tumors, comprising: - detecting the level of ED-B protein in a blood sample, of the mammal, and - comparing with the level of ED-B protein in a healthy control blood sample, wherein the increased level of the ED-B protein in the detected sample in comparison to the healthy control is indicative of the presence of tissue hyperplasia or the presence or risk of solid tumors in the mammal, or poor prognosis, wherein the level of the ED-B protein in the biological sample is detected by means of a binding agent specifically detecting the ED-B protein, wherein the ED-B protein comprises: (a) SEQ ID NO:1, or (b) a sequence having at least 80%, 85%, 90%, 95%, 96%, 97%, 98%, 99% or more sequence identity with the sequence of (a), and wherein the binding agent specifically detecting the ED-B protein is an antibody to the ED-B protein, such as a monoclonal or polyclonal antibody. - detecting the level of ED-B protein in a blood sample, of the mammal, and - comparing with the level of ED-B protein in a healthy control blood sample, wherein the increased level of the ED-B protein in the detected sample in comparison to the healthy control is indicative of the presence of tissue hyperplasia or the presence or risk of solid tumors in the mammal, or poor prognosis, wherein the level of the ED-B protein in the biological sample is detected by means of a binding agent specifically detecting the ED-B protein, wherein the ED-B protein comprises: (a) SEQ ID NO:1, or (b) a sequence having at least 80%, 85%, 90%, 95%, 96%, 97%, 98%, 99% or more sequence identity with the sequence of (a), and wherein the binding agent specifically detecting the ED-B protein is an antibody to the ED-B protein, such as a monoclonal or polyclonal antibody.
A transparent, crosslinked rubber composition having a haze of 20 % or less on 2 mm thick sheet, measured according to JIS K7136, and a Total Light Transmittance of 88 % or more, measured according to JIS K7361-1, comprising: low-cis isoprene rubber (IR) having from 90 % to 95 % of cis content; and a rubber polymer component selected from the group consisting of butadiene rubber (BR), 1,2-polybutadiene rubber, styrene butadiene rubber (SBR), acrylonitrile butadiene rubber (NBR), hydrogenated nitrile rubber (HNBR), urethane rubber (U), ethylene-propylene rubber (EPM), ethylene-propylene-diene rubber (EPDM), and natural rubber (NR), wherein the amount of the low-cis isoprene rubber is from 45 to 95 mass parts, with the proviso that the total amount of the low-cis isoprene rubber and the rubber polymer component is 100 mass parts, wherein the low-cis isoprene rubber and the rubber polymer component are crosslinked with one or more of the crosslinkers selected from radical crosslinking agents, and peroxides, and wherein the composition is substantially free of silica. low-cis isoprene rubber (IR) having from 90 % to 95 % of cis content; and a rubber polymer component selected from the group consisting of butadiene rubber (BR), 1,2-polybutadiene rubber, styrene butadiene rubber (SBR), acrylonitrile butadiene rubber (NBR), hydrogenated nitrile rubber (HNBR), urethane rubber (U), ethylene-propylene rubber (EPM), ethylene-propylene-diene rubber (EPDM), and natural rubber (NR), wherein the amount of the low-cis isoprene rubber is from 45 to 95 mass parts, with the proviso that the total amount of the low-cis isoprene rubber and the rubber polymer component is 100 mass parts, wherein the low-cis isoprene rubber and the rubber polymer component are crosslinked with one or more of the crosslinkers selected from radical crosslinking agents, and peroxides, and wherein the composition is substantially free of silica.
A system for mixing a combination of materials, the system comprising: a mixing vessel configured for holding a first material therein; a mechanical resonant mixer comprising a payload assembly for supporting the mixing vessel and a driver assembly configured to mechanically drive the payload assembly in such a way as to oscillate for generating a fluidized bed of the first material in the mixing vessel; means for spraying configured for introducing a second material into the mixing vessel and onto the fluidized bed; and pressure control means configured to control a pressure within the mixing vessel, the pressure control means including one of: a vent configured to allow air into or out of the mixing vessel; a vacuum line configured to couple the mixing vessel to a vacuum source for creating a negative pressure within the mixing vessel; and a pressure relief valve configured to maintain the pressure level within the mixing vessel at or above atmospheric pressure. a mixing vessel configured for holding a first material therein; a mechanical resonant mixer comprising a payload assembly for supporting the mixing vessel and a driver assembly configured to mechanically drive the payload assembly in such a way as to oscillate for generating a fluidized bed of the first material in the mixing vessel; means for spraying configured for introducing a second material into the mixing vessel and onto the fluidized bed; and pressure control means configured to control a pressure within the mixing vessel, the pressure control means including one of: a vent configured to allow air into or out of the mixing vessel; a vacuum line configured to couple the mixing vessel to a vacuum source for creating a negative pressure within the mixing vessel; and a pressure relief valve configured to maintain the pressure level within the mixing vessel at or above atmospheric pressure.
An analysis assistance method of assisting determination of an analysis condition of a supercritical fluid chromatograph including a liquid sender that supplies a mobile phase including a supercritical fluid to a supply flow path (PA, PB), first and second back pressure regulators respectively provided in first and second flow paths into which the supply flow path (PA, PB) branches and an analysis column provided at an upstream of the first back pressure regulator in the first flow path, including: setting pressure in the first back pressure regulator to a value higher than a prescribed second set value with pressure in the second back pressure regulator set to the second set value; instructing the supercritical fluid chromatograph to supply the mobile phase to the supply flow path (PA, PB) at a flow rate of the mobile phase that is to be theoretically supplied to the first flow path when the mobile phase is supplied to the supply flow path (PA, PB) at a prescribed total flow rate and a prescribed sample introduction ratio, and then instructing the supercritical fluid chromatograph to gradually decrease a set value of the pressure in the first back pressure regulator ; and detecting a set value of the pressure in the first back pressure regulator at the time when supply of the mobile phase to the second flow path is stopped due to a decrease in set value of the pressure in the first back pressure regulator , as a first set value. setting pressure in the first back pressure regulator to a value higher than a prescribed second set value with pressure in the second back pressure regulator set to the second set value; instructing the supercritical fluid chromatograph to supply the mobile phase to the supply flow path (PA, PB) at a flow rate of the mobile phase that is to be theoretically supplied to the first flow path when the mobile phase is supplied to the supply flow path (PA, PB) at a prescribed total flow rate and a prescribed sample introduction ratio, and then instructing the supercritical fluid chromatograph to gradually decrease a set value of the pressure in the first back pressure regulator ; and detecting a set value of the pressure in the first back pressure regulator at the time when supply of the mobile phase to the second flow path is stopped due to a decrease in set value of the pressure in the first back pressure regulator , as a first set value.
A battery cooling system comprising: a cooling circuit ; a power transmission device disposed in the cooling circuit , the power transmission device including a gear; a drivetrain oil having an electric insulating property and being used for lubrication of the gear, the drivetrain oil circulating in the cooling circuit ; a battery unit disposed in the cooling circuit , the battery unit including a plurality of module cases that house a plurality of battery cells ; a pump disposed in the cooling circuit , the pump supplying the drivetrain oil to the battery unit and circulating the drivetrain oil inside the cooling circuit ; and a radiator disposed in the cooling circuit , the radiator releasing heat from the drivetrain oil flowing in the cooling circuit , wherein the drivetrain oil performs direct heat exchange inside the power transmission device and flows through an inside of the module case and performs direct heat exchange with the battery cells ; characterized in that : the battery unit includes a battery pack that houses the plurality of module cases ; inside the battery pack , the module cases are connected via tubes such that the drivetrain oil flows through the module cases ; and the drivetrain oil that has flowed into the battery pack flows to an outside of the battery pack via the plurality of the module cases . a cooling circuit ; a power transmission device disposed in the cooling circuit , the power transmission device including a gear; a drivetrain oil having an electric insulating property and being used for lubrication of the gear, the drivetrain oil circulating in the cooling circuit ; a battery unit disposed in the cooling circuit , the battery unit including a plurality of module cases that house a plurality of battery cells ; a pump disposed in the cooling circuit , the pump supplying the drivetrain oil to the battery unit and circulating the drivetrain oil inside the cooling circuit ; and a radiator disposed in the cooling circuit , the radiator releasing heat from the drivetrain oil flowing in the cooling circuit , wherein the drivetrain oil performs direct heat exchange inside the power transmission device and flows through an inside of the module case and performs direct heat exchange with the battery cells ; characterized in that : the battery unit includes a battery pack that houses the plurality of module cases ; inside the battery pack , the module cases are connected via tubes such that the drivetrain oil flows through the module cases ; and the drivetrain oil that has flowed into the battery pack flows to an outside of the battery pack via the plurality of the module cases . the battery unit includes a battery pack that houses the plurality of module cases ; inside the battery pack , the module cases are connected via tubes such that the drivetrain oil flows through the module cases ; and the drivetrain oil that has flowed into the battery pack flows to an outside of the battery pack via the plurality of the module cases .
An assembly for use in an additive manufacturing system to print a three-dimensional part , the assembly comprising: an extruder comprising a gear and a motor that turns the gear , wherein rotation of the gear regulates a flow of material out of the extruder ; and a controller , configured for providing a control signal to the motor to control the rate at which the motor turns the gear , the controller configured for incorporating a time-varying signal into the control signal to reduce ripples in the material output by the extruder , characterized in that the extruder further comprises a gear assembly , the gear assembly comprising a casing assembly having an interior cavity and an outlet opening wherein the gear is a pump member within the interior cavity of the casing assembly ; and wherein the motor is configured to move the pump member . an extruder comprising a gear and a motor that turns the gear , wherein rotation of the gear regulates a flow of material out of the extruder ; and a controller , configured for providing a control signal to the motor to control the rate at which the motor turns the gear , the controller configured for incorporating a time-varying signal into the control signal to reduce ripples in the material output by the extruder , characterized in that the extruder further comprises a gear assembly , the gear assembly comprising a casing assembly having an interior cavity and an outlet opening wherein the gear is a pump member within the interior cavity of the casing assembly ; and wherein the motor is configured to move the pump member .
A method for recalibrating coordinate positioning apparatus comprising a platform moveable within a machine coordinate system, a measurement probe having a reference measurement point and a probe head for reorienting the measurement probe relative to the platform , the method comprising the step of taking a calibration data set for the coordinate positioning apparatus that comprises datum data for a plurality of orientations of the measurement probe , the datum data including first datum data that describes the position of the reference measurement point of the measurement probe relative to a point in the machine coordinate system for a first nominal orientation of the measurement probe , wherein, after a disturbance to the coordinate positioning apparatus , the method comprises a step of updating the calibration data set, characterised in that the step of updating the calibration data set comprises the steps of; acquiring one or more position measurements using the coordinate positioning apparatus with the measurement probe at the first nominal orientation, calculating a first correction from the one or more position measurements that describes any change in the first datum data following the disturbance to the coordinate positioning apparatus , and using the first correction to update the datum data for the plurality of orientations of the measurement probe that are different to the first nominal orientation of the measurement probe.
A radiation powered device comprising: a first electrode ; a second electrode ; a semiconductor disposed between the first and second electrodes; and a radioactive source configured to generate a flow of electrons through the semiconductor between the first and second electrodes; wherein the semiconductor comprises diamond material; and wherein the radioactive source is embedded within the diamond material; wherein the diamond material comprises a plurality of regions in the form of layers within a continuous crystal lattice of the diamond material; wherein at least one layer of the diamond material comprises the radioactive source and at least one layer of the diamond material does not comprise the radioactive source; wherein the radioactive source comprises a beta-emitting radioisotope and the atoms of the radioisotope of the radioactive source are either substitutionally or interstitially integrated into the diamond material. a first electrode ; a second electrode ; a semiconductor disposed between the first and second electrodes; and a radioactive source configured to generate a flow of electrons through the semiconductor between the first and second electrodes; wherein the semiconductor comprises diamond material; and wherein the radioactive source is embedded within the diamond material; wherein the diamond material comprises a plurality of regions in the form of layers within a continuous crystal lattice of the diamond material; wherein at least one layer of the diamond material comprises the radioactive source and at least one layer of the diamond material does not comprise the radioactive source; wherein the radioactive source comprises a beta-emitting radioisotope and the atoms of the radioisotope of the radioactive source are either substitutionally or interstitially integrated into the diamond material.
Counter lock for an inactive leaf of a double leaf door, comprising an actuating cam coupled to a follower , an upper slider configured for being coupled to an upper rod through which the blocking of the inactive leaf at an upper blocking point (A) is maintained when the counter lock is in a neutral position, a lower slider configured for being coupled to a lower rod through which the blocking of the inactive leaf at a lower blocking point (B) is maintained when the counter lock is in the neutral position, both sliders being movable with respect to one another, the actuating cam being configured for moving at least one of the sliders when the follower is rotated in an opening direction causing the release of the upper and lower blocking points (A, B) of the inactive leaf , and blocking means configured for maintaining the movement of the sliders blocked in the neutral position of the counter lock , the blocking means comprising a swing coupled to at least one of the sliders for moving said sliders , the actuating cam blocking the rotation of the swing in the neutral position of the counter lock , preventing the sliders from moving, the blocking means being unblocked when the follower is rotated in the opening direction, characterized in that the swing comprises a wedge-like projection which, in the neutral position of the counter lock , abuts with a retention surface of the actuating cam , the actuating cam maintaining the blocking of the rotation of the swing in said neutral position.