mhurhangee/ep-ind-claims huggingface dataset:
An antiperspirant active composition comprising an aluminum salt having an aluminum to chloride molar ratio of 0.3:1 to 3:1, exhibiting a SEC chromatogram having a SEC Peak 4 to Peak 3 intensity ratio of at least 16, and a Peak 4 intensity greater than a Peak 5 intensity in aqueous solution.
A method for estimating the viscosity of a liquid in an aspirating or dispensing probe, the probe comprising a metering tip and a pumping mechanism, the method comprising: measuring a reference pressure which is the pressure of air inside the metering tip between the liquid and the pumping mechanism of the probe when no dispense or aspirate of the liquid is occurring (P ref); dispensing or aspirating the liquid; stopping the aspirate or dispense of the liquid; measuring the pressure (P stop) of the air inside the tip at a time (t) which is the time when the aspirate or dispense of the liquid is stopped; and measuring the pressure (P stop') of the air inside the tip at a time (t') after t, characterised by: calculating a relative pressure difference ( p) which is the difference between P stop and P ref; calculating the rate of pressure change p ̅ ̇ at P stop by p ̅ ̇ = (P stop' - P stop)/(t'-t); and estimating the viscosity of the liquid as a function of p and p ̅ ̇. measuring a reference pressure which is the pressure of air inside the metering tip between the liquid and the pumping mechanism of the probe when no dispense or aspirate of the liquid is occurring (P ref); dispensing or aspirating the liquid; stopping the aspirate or dispense of the liquid; measuring the pressure (P stop) of the air inside the tip at a time (t) which is the time when the aspirate or dispense of the liquid is stopped; and measuring the pressure (P stop') of the air inside the tip at a time (t') after t, calculating a relative pressure difference ( p) which is the difference between P stop and P ref; calculating the rate of pressure change p ̅ ̇ at P stop by p ̅ ̇ = (P stop' - P stop)/(t'-t); and estimating the viscosity of the liquid as a function of p and p ̅ ̇.
CNC machine for cutting with plasma, oxy-fuel, and water jet, capable of direct and additional bevel cutting using method of automatic autocalibration of the precise position of the cutting tool of the CNC machine and automatic determination of the precise position of the workpiece position measuring station in the coordinate system of the machine, consisting of • lateral sides of the machine provided with X motion axes for motion of a gantry; • gantry provided with drives, Y motion axes for motion of a support provided with drive, Z motion axes for motion of a cutting head being able to move rotary along A, B axes by drives (8, 9) and carrying a cutting tool; • cutting tool position calibration station; • control system with interpolator; • working table; characterised in that the support is equipped with a workpiece position measuring station connected with a laser line scanner having a drive for its rotary motion along a C motion axis, and that the cutting tool position calibration station is located in overlapping of working areas of the cutting head and the workpiece position measuring station, wherein the output of the cutting tool position calibration station and the output of the workpiece position measuring station are connected to the inputs of the control system with interpolator being coupled through its outputs with drive of X motion axis, drive of Y motion axis, drive of Z motion axis and drive of C motion axis of the machine, respectively; wherein said control system with interpolator is adapted to perform a method of automatic autocalibration of the precise position of the cutting tool of the CNC machine and automatic determination of the precise position of the workpiece position measuring station in the coordinate system of the machine according to claim 2. • lateral sides of the machine provided with X motion axes for motion of a gantry; • gantry provided with drives, Y motion axes for motion of a support provided with drive, Z motion axes for motion of a cutting head being able to move rotary along A, B axes by drives (8, 9) and carrying a cutting tool; • cutting tool position calibration station; • control system with interpolator; • working table;
An information processing system including at least a reflection member, a hand-held information processing apparatus capable of image processing, and an information processing apparatus communicable with the hand-held information processing apparatus, the information processing system characterized by the reflection member being a retroreflecting material part, the hand-held information processing apparatus including: an imaging section configured to capture an image; a light emitting section (62, 63, 64, 65) configured to emit light; a light source detecting section configured to detect, in the image captured by the imaging section, light source images including an image of the retroreflecting material, the image of the retroreflecting material indicating light that has been emitted from the light emitting section and reflected by the retroreflecting material part; a calculator configured to calculate positions, in the captured image, of the detected light source images; and an output section configured to output positional information indicating the calculated positions, the information processing apparatus including an image generator configured to estimate an orientation or a position of the hand-held information processing apparatus on the basis of the positional information outputted from the output section, and generate an image on the basis of a result of the estimation, a specifying section configured to specify the image of the retroreflecting material in the captured image on the basis of the positional information of the light source images calculated by the calculator, wherein the specifying section specifies the image of the retroreflecting material on the basis of whether or not the positional relationship is a positional relationship in which the light source images are arrayed in a straight line, and an imaging target member having a plurality of the retroreflecting material parts, wherein the plurality of the retroreflecting material parts are, in the imaging target member, arranged at equal arrangement intervals. an imaging section configured to capture an image; a light emitting section (62, 63, 64, 65) configured to emit light; a light source detecting section configured to detect, in the image captured by the imaging section, light source images including an image of the retroreflecting material, the image of the retroreflecting material indicating light that has been emitted from the light emitting section and reflected by the retroreflecting material part; a calculator configured to calculate positions, in the captured image, of the detected light source images; and an output section configured to output positional information indicating the calculated positions,
Oil transfer tube for a system to control the regulation of a turbine engine propeller pitch, in particular of an aircraft, the tube being intended to be mounted coaxially inside a tubular shaft of the propeller, the tube having an elongated shape and comprising a first male longitudinal end part intended to be inserted in a female housing of a stator casing equipped with an oil supply circuit of the tube, and a second male longitudinal end part around which is intended to be mounted a hydrodynamic bearing to guide the tube in the shaft, characterised in that said first end part comprises a free annular end with a convex rounded cross-section intended to bear axially against an annular bottom of said housing, and in that said second end part comprises an outer axial annular bearing surface of an inner ring of said bearing, this annular bearing surface presenting in cross-section a convex curved shape.
A method for highlighting information within an image displayed by a projection unit, said method including: receiving a video signal; decoding the video signal; controlling a panel driver to drive a light engine within a predefined power range to display the video signal; causing the panel driver to enter an overdrive mode driving the light engine at a power level above the preset power range for a period of a scan of the video signal at which information to be highlighted is displayed; receiving a control signal instructing a controller to cause the panel driver to enter the overdrive mode; characterized in that it further includes skipping frames of the video signal; and replacing the skipped frames with frames including the information to be highlighted. receiving a video signal; decoding the video signal; controlling a panel driver to drive a light engine within a predefined power range to display the video signal; causing the panel driver to enter an overdrive mode driving the light engine at a power level above the preset power range for a period of a scan of the video signal at which information to be highlighted is displayed; receiving a control signal instructing a controller to cause the panel driver to enter the overdrive mode; characterized in that it further includes skipping frames of the video signal; and replacing the skipped frames with frames including the information to be highlighted.
A computer-implemented alchemical route calculation method for calculating binding free energy between a binding calculation target molecule and a target molecule, the method comprising: a plurality of steps each including adding a distance restraint potential between the binding calculation target molecule and the target molecule, wherein anchor points of the binding calculation target molecule in the plurality of the steps are identical anchor points, and anchor points of the target molecule in the plurality of the steps are different anchor points; the method further comprising: calculating a plurality of values of binding free energy between the binding calculation target molecule and the target molecule using each of a plurality of the distance restraint potentials added by the plurality of the steps; and extracting the smallest value of the binding free energy among the plurality of the values of the binding free energy calculated; wherein the anchor point of the binding calculation target molecule is a center of gravity of the binding calculation target molecule. a plurality of steps each including adding a distance restraint potential between the binding calculation target molecule and the target molecule, wherein anchor points of the binding calculation target molecule in the plurality of the steps are identical anchor points, and anchor points of the target molecule in the plurality of the steps are different anchor points; the method further comprising: calculating a plurality of values of binding free energy between the binding calculation target molecule and the target molecule using each of a plurality of the distance restraint potentials added by the plurality of the steps; and extracting the smallest value of the binding free energy among the plurality of the values of the binding free energy calculated; wherein the anchor point of the binding calculation target molecule is a center of gravity of the binding calculation target molecule. calculating a plurality of values of binding free energy between the binding calculation target molecule and the target molecule using each of a plurality of the distance restraint potentials added by the plurality of the steps; and extracting the smallest value of the binding free energy among the plurality of the values of the binding free energy calculated; wherein the anchor point of the binding calculation target molecule is a center of gravity of the binding calculation target molecule.
Apparatus for analysing a pharmaceutical dosage form, comprising: a rotation stage having a rotation stage surface arranged to receive a dosage form and to rotate about a rotation stage axis perpendicular to the rotation stage surface; a gripper arranged to grasp the dosage form, the gripper having a gripper rotation axis parallel to the rotation stage surface; a Raman analysis station having a test location and arranged to detect Raman spectral features in probe light scattered within the dosage form when positioned at the test location; and a controller arranged to control rotation of the rotation stage so as to rotate the dosage form when on the stage surface to a preferred alignment, to control the gripper while grasping the dosage form so as to rotate the dosage form into a preferred orientation of rotation about the gripper rotation axis, and to control the gripper to grasp the dosage form in the preferred alignment and preferred orientation, and to control the gripper to carry the grasped dosage form to the test location for Raman analysis. a rotation stage having a rotation stage surface arranged to receive a dosage form and to rotate about a rotation stage axis perpendicular to the rotation stage surface; a gripper arranged to grasp the dosage form, the gripper having a gripper rotation axis parallel to the rotation stage surface; a Raman analysis station having a test location and arranged to detect Raman spectral features in probe light scattered within the dosage form when positioned at the test location; and a controller arranged to control rotation of the rotation stage so as to rotate the dosage form when on the stage surface to a preferred alignment, to control the gripper while grasping the dosage form so as to rotate the dosage form into a preferred orientation of rotation about the gripper rotation axis, and to control the gripper to grasp the dosage form in the preferred alignment and preferred orientation, and to control the gripper to carry the grasped dosage form to the test location for Raman analysis.
A camlock for use in a flange assembly, the camlock comprising: a cam member for engaging a flange, the cam member arranged to be rotatable about its rotational axis; and a ratchet mechanism including first and second ratchet members, the first and second ratchet members arranged in a mutual engagement to permit relative movement between the first and second ratchet members in one direction and limit relative movement between the first and second ratchet members in the opposite direction, wherein the cam member and the ratchet mechanism are arranged so that the mutual engagement between the first and second ratchet members permits rotation of the cam member about its rotational axis in one direction and limits rotation of the cam member about its rotational axis in the opposite direction, wherein each of the first and second ratchet members includes a toothed ring (14,16) that includes: a ring body; and a plurality of teeth circumferentially arranged about the ring body, each tooth having an asymmetrical tooth profile, and wherein the plurality of teeth of the toothed rings (14,16) of the first and second ratchet members are arranged in a mutual engagement. a cam member for engaging a flange, the cam member arranged to be rotatable about its rotational axis; and a ratchet mechanism including first and second ratchet members, the first and second ratchet members arranged in a mutual engagement to permit relative movement between the first and second ratchet members in one direction and limit relative movement between the first and second ratchet members in the opposite direction, wherein the cam member and the ratchet mechanism are arranged so that the mutual engagement between the first and second ratchet members permits rotation of the cam member about its rotational axis in one direction and limits rotation of the cam member about its rotational axis in the opposite direction, wherein each of the first and second ratchet members includes a toothed ring (14,16) that includes: a ring body; and a plurality of teeth circumferentially arranged about the ring body, each tooth having an asymmetrical tooth profile, and wherein the plurality of teeth of the toothed rings (14,16) of the first and second ratchet members are arranged in a mutual engagement.
A roller cage for a profiling line, comprising: a support frame that entirely delimits a non-operating area which is external to the line; a first a motor provided with a spindle protruding externally of the non-operating area; at least a shaped roller, mounted directly on the spindle and arranged inside an operating area of the line; a second motor provided with a spindle protruding externally of the non-operating area; a second roller, mounted directly on the spindle coupled with the second motor and arranged inside the operating area of the line; wherein the support frame comprises two shoulders (S1,S2) between which the non-operating area is defined, and wherein the first roller and the second roller are located externally of the frame, that is, they are located on the side of the shoulder that is not facing the other shoulder; characterised in that it comprises: a second support frame, which entirely delimits a non-operating area external to the line; two motors (31,41) provided with a respective spindle (32,42) protruding externally of the non-operating area; a shaped roller (33,43), directly mounted on each spindle (32,42) and arranged inside the operating area of the line; wherein shaped rollers (33,43) protruding from the second frame are placed in a position that is horizontally opposed to a respective shaped roller (13,23) protruding from the first frame. wherein the support frame comprises two shoulders (S1,S2) between which the non-operating area is defined, and wherein the first roller and the second roller are located externally of the frame, that is, they are located on the side of the shoulder that is not facing the other shoulder; characterised in that it comprises: a second support frame, which entirely delimits a non-operating area external to the line; two motors (31,41) provided with a respective spindle (32,42) protruding externally of the non-operating area; a shaped roller (33,43), directly mounted on each spindle (32,42) and arranged inside the operating area of the line; a second support frame, which entirely delimits a non-operating area external to the line; two motors (31,41) provided with a respective spindle (32,42) protruding externally of the non-operating area; a shaped roller (33,43), directly mounted on each spindle (32,42) and arranged inside the operating area of the line; wherein shaped rollers (33,43) protruding from the second frame are placed in a position that is horizontally opposed to a respective shaped roller (13,23) protruding from the first frame.
A method for processing a synchronization failure for a clock and time synchronization network, comprising: providing a controller in a clock/time synchronization network, and acquiring, by the controller, topology connections of the network and clock/time synchronization failure notification messages transmitted by network elements of various levels when the network elements themselves detect a failure; when the controller receives the clock/time synchronization failure notification messages transmitted by the network elements, the controller detecting a link impacted by the failure in the topology connections of the network; and the controller notifying a network element which is connected to a standby clock/time source on the link to switch to a clock/time locking state of being synchronized with the standby clock/time source, and notifying a network element which is not connected to the standby clock/time source on the link to switch to a clock/time holding state, wherein acquiring, through the controller, topology connections of the network comprises: the network elements are queried by the controller for their associated links, or the network elements actively reports their associated links to the controller, the standby clock/time source is a clock/time source other than a clock/time source that is synchronized with the network element currently. providing a controller in a clock/time synchronization network, and acquiring, by the controller, topology connections of the network and clock/time synchronization failure notification messages transmitted by network elements of various levels when the network elements themselves detect a failure; when the controller receives the clock/time synchronization failure notification messages transmitted by the network elements, the controller detecting a link impacted by the failure in the topology connections of the network; and the controller notifying a network element which is connected to a standby clock/time source on the link to switch to a clock/time locking state of being synchronized with the standby clock/time source, and notifying a network element which is not connected to the standby clock/time source on the link to switch to a clock/time holding state, wherein acquiring, through the controller, topology connections of the network comprises: the network elements are queried by the controller for their associated links, or the network elements actively reports their associated links to the controller, the standby clock/time source is a clock/time source other than a clock/time source that is synchronized with the network element currently. the network elements are queried by the controller for their associated links, or the network elements actively reports their associated links to the controller, the standby clock/time source is a clock/time source other than a clock/time source that is synchronized with the network element currently.
A measuring comb for temperature and/or pressure and/or chemical composition of the gases flowing at the outlet of a turbine engine flow path, said flow path extending around an axis of revolution of the flow path comprising - a comb body with an elongated shape, intended to face the outlet of the flow path, said comb body comprising at least one measuring opening arranged along an axis, the measuring opening being configured to tap gases flowing at the outlet of the flow path, - adjusting means configured to adjust an angle between the axis of the measuring opening(s) and the axis of revolution, so as to allow orientation of the measuring opening (s) in the flow direction of the gases at the outlet of the flow path, characterized in that the comb body is a rod forming a rotation line around which the measuring opening(s) are capable of pivoting, the rod being equipped with a plurality of modules each accommodating a measuring opening, the modules being configured to pivot around the rod independently from each other. - a comb body with an elongated shape, intended to face the outlet of the flow path, said comb body comprising at least one measuring opening arranged along an axis, the measuring opening being configured to tap gases flowing at the outlet of the flow path, - adjusting means configured to adjust an angle between the axis of the measuring opening(s) and the axis of revolution, so as to allow orientation of the measuring opening (s) in the flow direction of the gases at the outlet of the flow path,