mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a lithium vanadium phosphate having a NASICON structure, the method comprising: a first step of mixing a vanadium compound comprising vanadium pentoxide, a phosphorus source comprising phosphoric acid and a reducing sugar in a water solvent to thereby prepare a mixed slurry, wherein the molar ratio of vanadium atoms to phosphorous atoms is 0.5 to 0.8, and the amount of the reducing sugar is 0.3 to 40 parts by mass in terms of C atom with respect to 100 parts by mass of lithium vanadium phosphate; a second step of subjecting the mixed slurry to a heat treatment to thereby make a solution; a third step of adding a lithium source comprising lithium hydroxide or comprising lithium carbonate to the solution to thereby prepare a raw material mixed liquid; wherein the molar ratio of lithium atoms to phosphorous atoms is 0.70 to 1.30; a fourth step of subjecting the raw material mixed liquid to a spray drying treatment to thereby obtain a reaction precursor; and a fifth step of firing the reaction precursor in an inert gas atmosphere or a reductive atmosphere at 500 to 1,300°C. a first step of mixing a vanadium compound comprising vanadium pentoxide, a phosphorus source comprising phosphoric acid and a reducing sugar in a water solvent to thereby prepare a mixed slurry, wherein the molar ratio of vanadium atoms to phosphorous atoms is 0.5 to 0.8, and the amount of the reducing sugar is 0.3 to 40 parts by mass in terms of C atom with respect to 100 parts by mass of lithium vanadium phosphate; a second step of subjecting the mixed slurry to a heat treatment to thereby make a solution; a third step of adding a lithium source comprising lithium hydroxide or comprising lithium carbonate to the solution to thereby prepare a raw material mixed liquid; wherein the molar ratio of lithium atoms to phosphorous atoms is 0.70 to 1.30; a fourth step of subjecting the raw material mixed liquid to a spray drying treatment to thereby obtain a reaction precursor; and a fifth step of firing the reaction precursor in an inert gas atmosphere or a reductive atmosphere at 500 to 1,300°C.
A production method of retinal pigment epithelial cells, comprising a step of differentiating human pluripotent stem cells in adherent culture on a culture substrate coated with a laminin-511E8 fragment.
An air-conditioning system, comprising: an air-conditioner, a terminal to be measured provided with a wireless communication function, and three wireless base stations (1a,1b,1c) that transmit and receive a distance-measuring signal to and from the terminal to be measured by wireless communication, the wireless base stations (1a,1b,1c) being disposed at respective three corners of a triangle, wherein each wireless base station (1a,1b,1c) measures a distance to the terminal to be measured by transmitting and receiving the distance-measuring signal to and from the terminal to be measured and transmits the measured distance data to the air-conditioner, the air-conditioner calculates a position of the terminal to be measured based on the measured distance data and position information of each wireless base station (1a, 1b, 1c) and adjusts a wind direction to the calculated position of the terminal to be measured, the triangle is an isosceles triangle, and both height from a base of the isosceles triangle to an apex thereof and length of the base of the isosceles triangle are equal to a maximum communication distance of the wireless base stations. an air-conditioner, a terminal to be measured provided with a wireless communication function, and three wireless base stations (1a,1b,1c) that transmit and receive a distance-measuring signal to and from the terminal to be measured by wireless communication, the wireless base stations (1a,1b,1c) being disposed at respective three corners of a triangle, wherein each wireless base station (1a,1b,1c) measures a distance to the terminal to be measured by transmitting and receiving the distance-measuring signal to and from the terminal to be measured and transmits the measured distance data to the air-conditioner, the air-conditioner calculates a position of the terminal to be measured based on the measured distance data and position information of each wireless base station (1a, 1b, 1c) and adjusts a wind direction to the calculated position of the terminal to be measured, the triangle is an isosceles triangle, and both height from a base of the isosceles triangle to an apex thereof and length of the base of the isosceles triangle are equal to a maximum communication distance of the wireless base stations.
Pump, in particular a throat spray pump, comprising a housing having a receiving opening which has a snap-on geometry, an actuating element which is arranged on the side of the housing facing away from the receiving opening and is movable in an actuation direction into the housing upon actuation, and a dispensing nozzle arranged on a projection which projects transversely to the actuation direction, characterised in that a protective cap is placed on the housing and has a cover wall which faces away from the receiving opening and is connected to a side wall, at least part of which makes contact with a surface arrangement (24, 32) on the housing which extends perpendicularly to the actuation direction, the side wall having a gap in the region of the projection which extends as far as an end of the side wall facing the housing, and the protective cap being dimensioned to transfer snap-on forces.
A system comprising: an eye tracking device for determining an initial gaze point of a user on a display device; and one or more processors for: causing a first image to be displayed on a display device; determining a velocity and an amplitude of a saccade of the user based on a change in the initial gaze point; determining an anticipated gaze point based on a relationship between the saccade velocity and amplitude; modifying the first image to generate a second image based at least in part on the anticipated gaze point, wherein a part of the first image is modified by increasing an image quality of an area of the first image comprising the anticipated gaze point and the initial gaze point. an eye tracking device for determining an initial gaze point of a user on a display device; and one or more processors for: causing a first image to be displayed on a display device; determining a velocity and an amplitude of a saccade of the user based on a change in the initial gaze point; determining an anticipated gaze point based on a relationship between the saccade velocity and amplitude; modifying the first image to generate a second image based at least in part on the anticipated gaze point, wherein a part of the first image is modified by increasing an image quality of an area of the first image comprising the anticipated gaze point and the initial gaze point. causing a first image to be displayed on a display device; determining a velocity and an amplitude of a saccade of the user based on a change in the initial gaze point; determining an anticipated gaze point based on a relationship between the saccade velocity and amplitude; modifying the first image to generate a second image based at least in part on the anticipated gaze point, wherein a part of the first image is modified by increasing an image quality of an area of the first image comprising the anticipated gaze point and the initial gaze point.
Scaffold bracket for the purposes of widening a decking, which is supported by uprights, of a scaffold, comprising a first supporting means, a second supporting means and a bracket decking which can be placed on the supporting means (3, 3a), wherein the two supporting means (3, 3a) are each configured as angles with a first short limb (4, 4a) and a second long limb (5, 5a), wherein said two limbs (4, 4a; 5, 5a) are at a right angle with respect to each other, wherein the two supporting means (3, 3a) can be fixed to the uprights (8, 8a) of the scaffold in each case either with the first short limb (4, 4a) or the second long limb (5, 5a), wherein the bracket decking can be placed on the horizontally oriented limbs (4, 4a; 5, 5a) of the supporting means (3, 3a) as an extension of a working plane, wherein the scaffold bracket comprises a coupling which can be fastened either to the short limb (4, 4a) or the long limb (5, 5a) of the supporting means, characterized in that the coupling can be connected to the supporting means (3, 3a) by means of at least one bolt (27; 58) and a spring pin.
A heat exchange reactor having an inlet, an outlet, at least one wall, and a structured packing, the structured packing comprising: a) a sheet folded back and forth, thereby forming a row of alternating first and second columns (6, 7)separated from each other by separating walls; and b) first and second direction vanes (9, 11) located in the respective first and second columns (6, 7) such that at least some of the first vanes are inclined at an oblique angle to the reactor wall and at least some of the second vanes are inclined at an opposite oblique angle to the same reactor wall; characterized by c) webs (37, 47) connecting the at least some of the first and at least some of the second vanes (9, 11) to the separating walls along at least one lateral side of the at least some of the first and at least some of the second vanes (9, 11); and d) a multiplicity of gaps between the separating walls and the reactor wall, from the inlet to the outlet. a) a sheet folded back and forth, thereby forming a row of alternating first and second columns (6, 7)separated from each other by separating walls; and b) first and second direction vanes (9, 11) located in the respective first and second columns (6, 7) such that at least some of the first vanes are inclined at an oblique angle to the reactor wall and at least some of the second vanes are inclined at an opposite oblique angle to the same reactor wall; characterized by c) webs (37, 47) connecting the at least some of the first and at least some of the second vanes (9, 11) to the separating walls along at least one lateral side of the at least some of the first and at least some of the second vanes (9, 11); and d) a multiplicity of gaps between the separating walls and the reactor wall, from the inlet to the outlet.
A pigment mixture or composition comprising a dispersant, wherein the dispersant is a water soluble polyelectrolyte in pH areas above 3-4, has surface active properties and comprises alkali-O 2 oxidized lignin, having negative charge due to carboxylic structures and resonance stabilized quinone enol structures in lignin polymer, and wherein the dispersant content is 0.01-5 wt-% of the pigment mixture or composition.
A computer-implemented method for localizing a target object in a 3D medical image, comprising: down-sampling the medical image into a plurality of images having different resolutions; for each respective image of the plurality of images, starting from a first image and progressing to a last image with the progression increasing in resolution, performing a sequence of actions for modifying parameters of the target object in the respective image, the parameters of the target object comprising nine parameters of a target object: Cartesian coordinates defining a center position of the target object; yaw, pitch, and roll defining an orientation of the target object, and width, depth, and height defining a scale of the target object, wherein the sequence of actions comprises discrete actions determined by an artificial intelligence, Al agent trained for a resolution of the respective image to maximize a scalar reward function; and localizing the target object in the medical image based on the modified parameters of the target object in the last image. down-sampling the medical image into a plurality of images having different resolutions; for each respective image of the plurality of images, starting from a first image and progressing to a last image with the progression increasing in resolution, performing a sequence of actions for modifying parameters of the target object in the respective image, the parameters of the target object comprising nine parameters of a target object: Cartesian coordinates defining a center position of the target object; yaw, pitch, and roll defining an orientation of the target object, and width, depth, and height defining a scale of the target object, wherein the sequence of actions comprises discrete actions determined by an artificial intelligence, Al agent trained for a resolution of the respective image to maximize a scalar reward function; and localizing the target object in the medical image based on the modified parameters of the target object in the last image.
Bearing housing, comprising: - a first housing part comprising a guiding surface; - a second housing part comprising a surface that is configured to abut against the guiding surface of the first housing part; - a bearing accommodation formed by a through hole inside said second housing part and defining a first direction therethrough; and - wherein the guiding surface of the first housing part and the surface of the second housing part that is configured to abut against the guiding surface of the first housing part are configured that, when they approach each other during assembly in a second direction that is transverse to said first direction, the second housing part is positioned in a third direction relative to the first housing part, wherein the third direction is transverse to both the first direction and the second direction, characterized in that - the first housing part comprises at least two guiding surfaces; - the second housing part comprises at least two surfaces that are configured to abut against the guiding surface of the first housing part, wherein said two surfaces are setting surfaces; - the at least two guiding surfaces and the at least two setting surfaces are oriented oblique relative to the second direction and the third direction and configured that, when they approach each other during assembly in the second direction, the second housing part slides into a pre-determined position when it approaches and contacts the first housing part, and the second housing part is locked in the third direction relative to the first housing part. - a first housing part comprising a guiding surface; - a second housing part comprising a surface that is configured to abut against the guiding surface of the first housing part; - a bearing accommodation formed by a through hole inside said second housing part and defining a first direction therethrough; and - wherein the guiding surface of the first housing part and the surface of the second housing part that is configured to abut against the guiding surface of the first housing part are configured that, when they approach each other during assembly in a second direction that is transverse to said first direction, the second housing part is positioned in a third direction relative to the first housing part, wherein the third direction is transverse to both the first direction and the second direction, - the first housing part comprises at least two guiding surfaces; - the second housing part comprises at least two surfaces that are configured to abut against the guiding surface of the first housing part, wherein said two surfaces are setting surfaces; - the at least two guiding surfaces and the at least two setting surfaces are oriented oblique relative to the second direction and the third direction and configured that, when they approach each other during assembly in the second direction, the second housing part slides into a pre-determined position when it approaches and contacts the first housing part, and the second housing part is locked in the third direction relative to the first housing part.
Cutlery rack for a dishwasher, comprising a rack body which is mounted such that it can be pulled out of a washing chamber of the dishwasher in a pull-out direction and which provides a cutlery insert for receiving pieces of cutlery (36, 37), wherein the cutlery insert has, for separately holding pieces of cutlery oriented transversely to the pull-out direction, a first cam row and a second cam row which runs parallel to and is spaced apart from the first cam row, wherein each cam row (19, 20) has a plurality of cams (21, 22) disposed one behind the other in the pull-out direction, wherein, in each cam row (19, 20), adjacent cams (21, 22) are mutually spaced such that an intermediate space is formed in each case, characterised in that two adjacent cams of the first cam row and two adjacent cams of the second cam row are provided by a common support element, wherein the support element is disposed on the cutlery insert such that it can be rotated by at least 90° about an axis of rotation running perpendicularly to the pull-out direction.
An ex vivo or in vitro method for the detection of activated MALT1 in a test sample comprising the steps of: (a) contacting a test sample with a diagnostic inhibitor of MALT1 activity under conditions allowing the formation of a MALT1 complex of said diagnostic inhibitor and activated MALT1; and (b) qualitative and/or quantitative detection of the MALT1 complex by a first detection agent which binds to a first binding site on the MALT1 complex of (a), wherein said diagnostic inhibitor comprises the following covalently linked subunits: (i) a first subunit comprising at least one detectable label, (ii) a second subunit, wherein the second subunit is a tetrapeptide consisting of LRSR, VRPR, LVSR, FMSR, CLSR or GASR or a pentapeptide comprising any of said tetrapeptides capable of binding to the catalytic center of activated MALT1, and (iii) a third subunit comprising at least one moiety for linking the diagnostic inhibitor to activated MALT1 and wherein the moiety for linking the diagnostic inhibitor to activated MALT1 is selected from a substituted methyl ketone, aldehyde, epoxide or aziridine and wherein the first binding site is located on the diagnostic inhibitor and wherein the method comprises the qualitative and/or quantitative detection of activated MALT1 or of the MALT1 complex by a second detection agent, wherein the qualitative and/or quantitative detection of the MALT1 complex comprises detection by the second detection agent that binds to a second binding site on the MALT1 complex. (a) contacting a test sample with a diagnostic inhibitor of MALT1 activity under conditions allowing the formation of a MALT1 complex of said diagnostic inhibitor and activated MALT1; and (b) qualitative and/or quantitative detection of the MALT1 complex by a first detection agent which binds to a first binding site on the MALT1 complex of (a), wherein said diagnostic inhibitor comprises the following covalently linked subunits: (i) a first subunit comprising at least one detectable label, (ii) a second subunit, wherein the second subunit is a tetrapeptide consisting of LRSR, VRPR, LVSR, FMSR, CLSR or GASR or a pentapeptide comprising any of said tetrapeptides capable of binding to the catalytic center of activated MALT1, and (iii) a third subunit comprising at least one moiety for linking the diagnostic inhibitor to activated MALT1 and wherein the moiety for linking the diagnostic inhibitor to activated MALT1 is selected from a substituted methyl ketone, aldehyde, epoxide or aziridine (i) a first subunit comprising at least one detectable label, (ii) a second subunit, wherein the second subunit is a tetrapeptide consisting of LRSR, VRPR, LVSR, FMSR, CLSR or GASR or a pentapeptide comprising any of said tetrapeptides capable of binding to the catalytic center of activated MALT1, and (iii) a third subunit comprising at least one moiety for linking the diagnostic inhibitor to activated MALT1 and wherein the moiety for linking the diagnostic inhibitor to activated MALT1 is selected from a substituted methyl ketone, aldehyde, epoxide or aziridine
A power providing device (2, 2') for providing power to a plurality of power receiving devices (31, 32, 33, 34), comprising: - an operation power unit arranged to receive, in an operation mode of the power providing device (2, 2'), operation power from an external operation power source, - a standby power unit arranged to receive, in a standby mode of the power providing device (2, 2'), standby power from a standby power source, the standby power being lower than the operation power, - a power distribution unit arranged to forward power received from the operation power unit or the standby power unit to one or more power receiving devices (31, 32, 33, 34), and - a power control unit (211, 212) arranged to control the operation power unit to switch between an ON-state and an OFF-state, wherein the power control unit (211, 212) includes a power monitoring section arranged to monitor the power forwarded by the power distribution unit, wherein the power control unit (211, 212) is arranged to control the operation power unit to switch to the ON-state when the power monitoring section detects that an increase of the power forwarded by the power distribution unit over a predetermined monitoring period exceeds a predetermined detection threshold, thus switching from the standby mode to the operation mode. - an operation power unit arranged to receive, in an operation mode of the power providing device (2, 2'), operation power from an external operation power source, - a standby power unit arranged to receive, in a standby mode of the power providing device (2, 2'), standby power from a standby power source, the standby power being lower than the operation power, - a power distribution unit arranged to forward power received from the operation power unit or the standby power unit to one or more power receiving devices (31, 32, 33, 34), and - a power control unit (211, 212) arranged to control the operation power unit to switch between an ON-state and an OFF-state,