mhurhangee/ep-ind-claims huggingface dataset:
Method for operating an eye tracking system for determining if one of a left and a right eye of a user is dominant, comprising the steps: a) capturing at least one image of the left and the right eye of the user; b) based on the at least one image and according to a predefined accuracy function determining a left accuracy score for the left eye (S34a) and a right accuracy score for the right eye (S34c); c) determining if one of the left and the right eye of the user is dominant in dependency of at least the left and the right accuracy score;and d) determining a point of regard of the left eye (P(M L (g i L,C)), P(M L (g i L,V1)), P(M L (g i L,V2))) and a point of regard (P(M R (g i R,C)) P(M R (g i R,V1)) P(M R (g i R,V2))) of the right eye on the basis of the at least one image; characterized in the step: e) determining the left accuracy score in dependency of a deviation of the determined point of regard (P(M L (g i L,C)), P(M L (g i L,V1)), P(M L (g i L,V2))) of the left eye from at least one left set point of regard (p i G,C, p i G,V1, p i G,V2) and determining the right accuracy score in dependency of a deviation of the determined point of regard (P(M R (g i R,C)) P(M R (g i R,V1)) P(M R (g i R,V2))) of the right eye from at least one right set point of regard (p i G,C, p i G,V1, p i G,V2); wherein in step b) based on the at least one image and according to the predefined accuracy function a binocular accuracy score for the left and the right eye is determined (S34b), and in step c) it is determined if one of the left and the right eye of the user is dominant in dependency of the left, right and binocular accuracy score, wherein the binocular accuracy score is a measure for a deviation of a binocular point of regard of the left and the right eye from a binocular set point of regard (p i G,C, p i G,V1, p i G,V2). a) capturing at least one image of the left and the right eye of the user; b) based on the at least one image and according to a predefined accuracy function determining a left accuracy score for the left eye (S34a) and a right accuracy score for the right eye (S34c); c) determining if one of the left and the right eye of the user is dominant in dependency of at least the left and the right accuracy score;and d) determining a point of regard of the left eye (P(M L (g i L,C)), P(M L (g i L,V1)), P(M L (g i L,V2))) and a point of regard (P(M R (g i R,C)) P(M R (g i R,V1)) P(M R (g i R,V2))) of the right eye on the basis of the at least one image;
Method for producing calcined clay having desired color properties characterized in that the method comprises: - a step of calcining a clay in a calciner, said calcining step being performed under stoichiometric or oxidizing conditions, - a step of reducing iron oxides present in the calcined clay in a reduction system separate from the calciner, said reduction step being performed by injecting a reduction gas containing hydrogen atoms and put in direct contact with the calcined clay, the reduction step comprises an operation of cooling the calcined clay taking place at the same time as the reduction of iron oxides, during the cooling process in the reduction system, the temperature of the calcined clay is lowered below a threshold temperature making it possible to avoid re-oxidation of the iron oxides and/or triiron tetroxides contained in the calcined clay, said threshold temperature being between 300°C and 600°C. - a step of calcining a clay in a calciner, said calcining step being performed under stoichiometric or oxidizing conditions, - a step of reducing iron oxides present in the calcined clay in a reduction system separate from the calciner, said reduction step being performed by injecting a reduction gas containing hydrogen atoms and put in direct contact with the calcined clay, the reduction step comprises an operation of cooling the calcined clay taking place at the same time as the reduction of iron oxides, during the cooling process in the reduction system, the temperature of the calcined clay is lowered below a threshold temperature making it possible to avoid re-oxidation of the iron oxides and/or triiron tetroxides contained in the calcined clay, said threshold temperature being between 300°C and 600°C.
A device (100, 100') for the metered dispensing of a liquid out of a container, in particular for dispensing a spray mist, comprising a main body for fastening to the container, a nozzle body with an outlet nozzle, wherein the nozzle body with respect to the main body is displaceably mounted from a dispensing position into a loaded position, a restoring spring for moving the nozzle body from the loaded position into the dispensing position, a valve body which with regard to the main body is displaceably mounted from a charging position into a discharging position, wherein a non-return valve is arranged in the valve body and wherein the valve body with the nozzle body forms a size-variable spray burst chamber, wherein the spray burst chamber is connected to the outlet nozzle. a main body for fastening to the container, a nozzle body with an outlet nozzle, wherein the nozzle body with respect to the main body is displaceably mounted from a dispensing position into a loaded position, a restoring spring for moving the nozzle body from the loaded position into the dispensing position, a valve body which with regard to the main body is displaceably mounted from a charging position into a discharging position, wherein a non-return valve is arranged in the valve body and wherein the valve body with the nozzle body forms a size-variable spray burst chamber, wherein the spray burst chamber is connected to the outlet nozzle.
A ceiling fan assembly comprising: a motor assembly having a rotating blade hub, and at least one fan blade mounted to the rotating blade hub having a blade span and a thickness, and defining an airfoil cross section including a leading edge and a trailing edge defining a chord therebetween, the ceiling fan assembly being characterized in that the at least one fan blade includes a thickness to corresponding chord ratio of 13.8%, the blade span of the at least one fan blade is 3.7m (12 feet), and the airfoil cross-section has a thickness of 2.46 centimeters (0.97 inches). a motor assembly having a rotating blade hub, and at least one fan blade mounted to the rotating blade hub having a blade span and a thickness, and defining an airfoil cross section including a leading edge and a trailing edge defining a chord therebetween, the ceiling fan assembly being characterized in that the at least one fan blade includes a thickness to corresponding chord ratio of 13.8%, the blade span of the at least one fan blade is 3.7m (12 feet), and the airfoil cross-section has a thickness of 2.46 centimeters (0.97 inches).
A downhole tool comprising a mechanism for applying a driving force, the mechanism comprising: a resiliently compressible member for storing a compressive force; a retaining device (114, 114') for maintaining storage of the compressive force until released; a trigger mechanism (108, 108') for releasing the compressive force as a driving force when the trigger mechanism (108, 108') is activated, characterised in that: the resiliently compressible member comprises a plurality of concentrically arranged spring washers (168, 170, 172, 173) each having a radial slot therein; wherein the radial slots of each spring washer together form a radial slot along the length of the resiliently compressible member for receiving a line therein, the line extending in a borehole in use. a resiliently compressible member for storing a compressive force; a retaining device (114, 114') for maintaining storage of the compressive force until released; a trigger mechanism (108, 108') for releasing the compressive force as a driving force when the trigger mechanism (108, 108') is activated, the resiliently compressible member comprises a plurality of concentrically arranged spring washers (168, 170, 172, 173) each having a radial slot therein; wherein the radial slots of each spring washer together form a radial slot along the length of the resiliently compressible member for receiving a line therein, the line extending in a borehole in use.
Motorized manoeuvring device intended to manoeuvre a moving fabric screen, windable around a winding tube, the motorized manoeuvring device comprising: - an actuator, comprising a tubular hollow housing containing a gear motor, - an end-plate, characterized in that the end-plate comprises a first support taking the form of a support shaft extending from the end-plate along a first longitudinal axis (X-X') substantially perpendicularly to the end-plate, the first support cooperating with the tubular hollow housing, the tubular hollow housing being closed by the first support of the end-plate, the first support and the tubular hollow housing being linked in rotation about the first longitudinal axis (X-X'), and in that the device comprises a second support element extending from the end-plate along a second axis (Z-Z'), distinct from and parallel to the first axis (X-X'), the second support element being intended to cooperate with a torque neutralizing element acting by interaction with the fabric, or the second support element being intended to cooperate with a frame according to the second axis (Ya-Ya', Yb_Yb') substantially perpendicular to the first axis (X-X') of the first support,. and in that the device comprises a crown ring with a collar mounted to rotate freely on the tubular hollow housing and serving as a bearing for the winding tube when the actuator is inserted into the winding tube. - an actuator, comprising a tubular hollow housing containing a gear motor, - an end-plate,
A solid-state imaging device comprising: a detector substrate having a first main-surface, on which a plurality of first lands, which function as detecting electrodes, are arranged in a matrix; a signal-circuit substrate having a second main-surface, on which plurality of second lands, which function as read-out electrodes, are arranged so as to face the arrangement of the first lands; and a plurality of tubular bumps (X ij), each of which having a flattened plane pattern, and is provided between each of the plurality of first lands and each of the plurality of second lands, characterised in that, the plurality of tubular bumps respectively having, in a plan view, major-axis directions to define inclined angles, being arranged in the matrix such that the inclined angles differ depending on locations of the plurality of tubular bumps. a detector substrate having a first main-surface, on which a plurality of first lands, which function as detecting electrodes, are arranged in a matrix; a signal-circuit substrate having a second main-surface, on which plurality of second lands, which function as read-out electrodes, are arranged so as to face the arrangement of the first lands; and a plurality of tubular bumps (X ij), each of which having a flattened plane pattern, and is provided between each of the plurality of first lands and each of the plurality of second lands, characterised in that, the plurality of tubular bumps respectively having, in a plan view, major-axis directions to define inclined angles, being arranged in the matrix such that the inclined angles differ depending on locations of the plurality of tubular bumps.
A method of operating an active inverter connected to an electric machine, in which a number of phase terminals (U-Y) are each connected to a first DC voltage terminal (B+) via a controllable current valve (UH-YH) in a first inverter branch and to a second DC voltage terminal (B-) via a controllable current valve (UL-YL) in a second inverter branch, wherein each of the current valves (UH-YH) of one of the two inverter branches is provided with a clamping circuit arranged to activate a voltage clamping from a first moment from which a voltage potential applied to the first DC terminal (B+) rises to a predetermined first threshold value, and keeping the voltage clamping activated as long as the voltage potential does not fall below the first threshold value, wherein the voltage clamping comprises driving the current valve (UH-YH) provided with the clamping circuit and thereby establishing a conductive connection between the phase terminal (U-Y) connected to this current valve (UH-YH) and the respective DC voltage terminal (B+), characterized in that the inverter is further adapted to activate a load dump response only upon the presence of activation conditions from a second moment if at the second moment the voltage potential is above a second threshold, the second moment being after the first moment and the second threshold being below the first threshold, and the load dump response comprises activating all current valves (UL-YL) of the other of the two inverter branches, thereby establishing a conductive connection between all phase terminals (U-Y), the activation conditions comprising determining that at the second moment the voltage clamp is still activated and/or the voltage potential has not yet dropped below the first threshold and/or a value characterizing a current flowing through at least one of the phase terminals (U-Y) is above a third threshold.
Vehicle wheel assembly, comprising - a wheel rim having a rim bottom and two circular rim flanges opposing each other; - an outer tire having two beads secured at the circular rim flanges; - a non-pneumatic inner tire, which inner tire is partly enclosed by the outer tire; wherein: 1) the inner tire in the assembly is in a compressed state S1, which state is compressed as compared to a relaxed state S2 when the inner tire is not enclosed by the outer tire, the compression being such that the cross-sectional surface area SA of the inner tire, which area is perpendicular to the plane of the tire, is smaller in state S1 than in state S2; and 2) an inlay is present between the rim bottom and the inner tire, wherein the inlay is in contact with the inner tire as well as with the rim bottom; and characterized in that: 3) the non-pneumatic inner tire comprises expanded thermoplastic polyurethane (E-TPU). - a wheel rim having a rim bottom and two circular rim flanges opposing each other; - an outer tire having two beads secured at the circular rim flanges; - a non-pneumatic inner tire, which inner tire is partly enclosed by the outer tire; wherein: 1) the inner tire in the assembly is in a compressed state S1, which state is compressed as compared to a relaxed state S2 when the inner tire is not enclosed by the outer tire, the compression being such that the cross-sectional surface area SA of the inner tire, which area is perpendicular to the plane of the tire, is smaller in state S1 than in state S2; and 2) an inlay is present between the rim bottom and the inner tire, wherein the inlay is in contact with the inner tire as well as with the rim bottom; and characterized in that: 3) the non-pneumatic inner tire comprises expanded thermoplastic polyurethane (E-TPU). 1) the inner tire in the assembly is in a compressed state S1, which state is compressed as compared to a relaxed state S2 when the inner tire is not enclosed by the outer tire, the compression being such that the cross-sectional surface area SA of the inner tire, which area is perpendicular to the plane of the tire, is smaller in state S1 than in state S2; and 2) an inlay is present between the rim bottom and the inner tire, wherein the inlay is in contact with the inner tire as well as with the rim bottom; and
A semifinished product obtainable during manufacturing a component carrier, wherein the semifinished product comprises: component carrier material with a recess, wherein the recess is a through-hole; a base on which the component carrier material is fixed, wherein the base comprises a support covered with a glue layer; an auxiliary structure comprising a transition piece which is located within the recess so as to define at least part of an accommodation volume; wherein the transition piece comprises or consists of a material which is solid, the material being liquefiable by heat and/or pressure so that - when a component is inserted in the recess, such that the component is placed onto the base and the transition piece at least partially, in particular substantially fully circumferentially, encloses the component, and - when heat and/or pressure is applied, the material liquefies to an adhesive state and flows thereby closing gaps or voids between the component and the surrounding component carrier material. component carrier material with a recess, wherein the recess is a through-hole; a base on which the component carrier material is fixed, wherein the base comprises a support covered with a glue layer; an auxiliary structure comprising a transition piece which is located within the recess so as to define at least part of an accommodation volume; wherein the transition piece comprises or consists of a material which is solid, the material being liquefiable by heat and/or pressure so that - when a component is inserted in the recess, such that the component is placed onto the base and the transition piece at least partially, in particular substantially fully circumferentially, encloses the component, and - when heat and/or pressure is applied, the material liquefies to an adhesive state and flows thereby closing gaps or voids between the component and the surrounding component carrier material. - when a component is inserted in the recess, such that the component is placed onto the base and the transition piece at least partially, in particular substantially fully circumferentially, encloses the component, and - when heat and/or pressure is applied, the material liquefies to an adhesive state and flows thereby closing gaps or voids between the component and the surrounding component carrier material.
Motor vehicle door latch, in particular a tailgate latch or hood latch, comprising a locking mechanism (2, 3) consisting substantially of a catch and a pawl, said latch also comprising a motorized closing aid (5, 6, 7) which has a motor, a first lever on which the motor acts, and a second lever, the two levers (6, 7) being hinged to one another, and the second lever, when a tailgate or hood is lowered, first performing a movement controlled by the catch while simultaneously freewheeling relative to the first lever, and the first lever, which is then driven, only then acting on the second lever to close the catch, characterized in that the motor which acts on the first lever first lowers a positioning element that acts on a tailgate or hood and thus lowers the tailgate or hood, and only then closes the catch.
A turbine drilling assembly, comprising: a turbine drilling motor having an upper drill string connector; a bent housing; bearings which rotationally support a shaft rotated by said turbine drilling motor; and an inclination sensor positioned in the turbine drilling assembly below the upper drill string connector, characterized in that the inclination sensor is positioned between said bearings and said bent housing of the turbine drilling assembly. a turbine drilling motor having an upper drill string connector; a bent housing; bearings which rotationally support a shaft rotated by said turbine drilling motor; and an inclination sensor positioned in the turbine drilling assembly below the upper drill string connector, characterized in that the inclination sensor is positioned between said bearings and said bent housing of the turbine drilling assembly.
A crystal form D of compound of formula, wherein the X-ray powder diffraction pattern thereof has characteristic diffraction peaks at the following 2θ angles: 9.42 ± 0.20°, 26.28 ± 0.20°, and 27.72 ± 0.20°.
Method for designing a non-linear controller for non-linear processes which are modelled in the form of a local model network, characterized in that the parameter set ( K PID ( k)) of the controller is determined by means of an optimization using a multi-criteria evolutionary algorithm, in which algorithm a plurality of parameter sets ( K PID ( k)), which each represent a possible solution of the optimization, are determined in each evolution step and in doing so a quality value (f s) for the stability of the control loop and a quality value (f p) for the behavior of the control loop are determined for each parameter set ( K PID ( k)) and these quality values (f i) are optimized by the multi-criteria evolutionary algorithm.
A method of fabricating a near net shape metallic part, comprising: placing at least one die component inside a flexible container, the die component having opposite sides and being substantially symmetrical about a plane of overall symmetry extending therebetween; filling the container with a metallic powder (40, 42), including placing the metallic powder (40, 42) on both of the opposite sides; compacting the metallic powder (40, 42) into a powder compact, including compressing the flexible container; removing the powder compact from the container; and sintering the powder compact into a solid part. placing at least one die component inside a flexible container, the die component having opposite sides and being substantially symmetrical about a plane of overall symmetry extending therebetween; filling the container with a metallic powder (40, 42), including placing the metallic powder (40, 42) on both of the opposite sides; compacting the metallic powder (40, 42) into a powder compact, including compressing the flexible container; removing the powder compact from the container; and sintering the powder compact into a solid part.
Coil insulator that is intended to be positioned around a tooth of a stator of an electric machine, this coil insulator having a body comprising walls forming a frame and also a front flange and a rear flange defining, with walls of the frame, a mounting channel for winding a coil, characterized in that the insulator comprises a hollow flexible tab that is borne by one of the flanges of the coil insulator, this tab delimiting a recess (302, 331') that is intended to accommodate a temperature sensor, the tab exerting an elastic force on the temperature sensor so as to keep it in contact with the coil.
A device for separating a workpiece along a predetermined processing line via a focussed laser-beam, comprising at least - means for generating a relative movement between the laser beam and the workpiece along a predetermined processing line, in order to process the workpiece by means of action of the focused laser beam along a generated focal line and to separate it by external action, characterized by - means for generating a pulsed polychromatic laser beam, - an optical arrangement for generating the focal line along the beam direction of the laser beam, the optical arrangement having chromatic aberration for wavelength-dependent focusing of the laser beam and at least one filter for wavelength-dependent filtering of the laser beam. - means for generating a relative movement between the laser beam and the workpiece along a predetermined processing line, in order to process the workpiece by means of action of the focused laser beam along a generated focal line and to separate it by external action, - means for generating a pulsed polychromatic laser beam, - an optical arrangement for generating the focal line along the beam direction of the laser beam, the optical arrangement having chromatic aberration for wavelength-dependent focusing of the laser beam and at least one filter for wavelength-dependent filtering of the laser beam.