mhurhangee/patent-ind-claim-en huggingface dataset:
An information processing apparatus that is configured to display a fisheye image relating to image data captured by image capturing means , the apparatus comprising: first display control means configured to superimpose a first object on the fisheye image, the first object being a segmentation center indicating a center position of a partial image which is a segmented and dewarped part of the fisheye image captured by the image capturing means ; and second display control means configured to superimpose a second object and a third object on the fisheye image, the second object being a tilt additional line, which indicates a tilt direction of movement of the partial image in relation to the fisheye image and is rendered as a line segment passing through the center of the fisheye image and the segmentation center, and the third object being a pan additional line, which indicates a pan direction of movement of the partial image in relation to the fisheye image and is rendered as a circle with its center at the center of the fisheye image and its radius being a distance from the center of the fisheye image to the segmentation center; and when a pan and/or tilt operation is performed, the segmentation center is moved along the pan additional line and/or along the tilt additional line, respectively. first display control means configured to superimpose a first object on the fisheye image, the first object being a segmentation center indicating a center position of a partial image which is a segmented and dewarped part of the fisheye image captured by the image capturing means ; and second display control means configured to superimpose a second object and a third object on the fisheye image, the second object being a tilt additional line, which indicates a tilt direction of movement of the partial image in relation to the fisheye image and is rendered as a line segment passing through the center of the fisheye image and the segmentation center, and the third object being a pan additional line, which indicates a pan direction of movement of the partial image in relation to the fisheye image and is rendered as a circle with its center at the center of the fisheye image and its radius being a distance from the center of the fisheye image to the segmentation center; and when a pan and/or tilt operation is performed, the segmentation center is moved along the pan additional line and/or along the tilt additional line, respectively.
A method for calculating attitude maneuvers of a satellite comprising at least one instrument pointing according to a pointing axis, under constraints of pointing directions to be avoided which correspond to at least one prohibited area towards which an instrument of the satellite points according to a pointing axis following a so-called unconstrained initial trajectory starting from a departure point (A) to an arrival point (B), the method comprising steps of E1) determining (E1) at least one so-called avoidance point (C), such that an avoidance trajectory (A-C-B) of the pointing axis deviates from the initial trajectory (A-B) through the avoidance point (C) in order to avoid the prohibited area; E5) determining (E5) attitude maneuvers of the satellite enabling the pointing axis to follow the avoidance trajectory (A-C-B), said attitudes being defined by attitude quaternions at the departure (A) and avoidance (C) points and by a velocity and an acceleration at these points, the quaternions describing the attitude of the satellite at a given moment, that is to say the rotation of the reference frame of the satellite relative to an inertial reference frame. E6) selecting (E6), amongst the determined maneuvers, depending on the direction of bypassing the prohibited area (s), the best sequence of maneuvers to carry out.
A solid-state image sensor comprising: a plurality of pixels each including a sensor unit that generates a pulse signal with a frequency that is based on a reception frequency of a photon; and each of the plurality of pixels including a counter that operates in any one of a first mode of counting the number of pulses of the pulse signal generated by the sensor unit, and a second mode of counting the number of pulses of a predetermined signal, wherein the number of pulses is based on an elapsed time from a timing of receipt of a light emitting control signal, characterized in that each of the plurality of pixels further includes a low pass filter to which the signal generated by the sensor unit is input, and a comparator that compares output of the low pass filter with a threshold (Vth), and wherein when operating in the second mode, the counter counts the number of pulses of the predetermined signal from a timing at which light is emitted from a light emitting unit until a timing at which output of the comparator is inverted. a plurality of pixels each including a sensor unit that generates a pulse signal with a frequency that is based on a reception frequency of a photon; and each of the plurality of pixels including a counter that operates in any one of a first mode of counting the number of pulses of the pulse signal generated by the sensor unit, and a second mode of counting the number of pulses of a predetermined signal, wherein the number of pulses is based on an elapsed time from a timing of receipt of a light emitting control signal, characterized in that each of the plurality of pixels further includes a low pass filter to which the signal generated by the sensor unit is input, and a comparator that compares output of the low pass filter with a threshold (Vth), and wherein when operating in the second mode, the counter counts the number of pulses of the predetermined signal from a timing at which light is emitted from a light emitting unit until a timing at which output of the comparator is inverted.
Current collector device for a cable of the type comprising an electric screen surrounding a central conductor, said electric screen being arranged under the outer protective sheath of said cable, said device comprising a conductive element , itself comprising a first tubular section of substantially cylindrical shape forming a conductive sleeve designed to be inserted on the cable in contact with the screen and a second tubular section substantially cylindrical, with a diameter greater than the diameter of the first section, the two sections being linked to each other by a frustoconical tubular intermediate section ; as well as an insulating element of cylindrical shape, made of insulating and elastic material, designed to be inserted at least partially into the second tubular section of the conductive element , characterized in that the wall of the second tubular section has at least one opening extending on the wall of the intermediate section , said opening being designed to allow the insertion of a conductor of diameter determined by the wall of the conductive element so as to ensure, after insertion, its retention in place in the opening and its permanent electrical connection with the first element , in that the opening is designed to allow the insertion of the conductor obliquely with respect to the body of the first section of the conductive element and to present, on its part extending on the wall of the intermediate section, a constricted zone designed to allow in said constricted zone , the insertion of the conductor when, after insertion into the opening , it is folded against the first section of the conductive element , and in that the edges of the opening are shaped, at least at the level of the constricted zone , so as to present a cutting edge which is designed to score the surface of the conductor when the latter is folded against the first section of the conductive element .
A needleless injector comprising: a barrel for receiving an injectable liquid from a source thereof; a holder ; a nozzle ; a plunger slidable in said barrel for movement between a retracted position in which liquid is drawn into said barrel between said holder and said plunger and an extended position in which liquid is discharged through said holder and disposable nozzle ; a piston separate from said plunger slidable in said barrel movable under fluid pressure to move said plunger to an extended, liquid discharge position; a retractor connected to said piston in said barrel for moving said plunger to the retracted position when said piston is retracted; a coupler connecting said retractor to said plunger permitting sliding of said piston in said barrel against said plunger to move the latter to the extended position, and for drawing the plunger to the retracted position when the piston and retractor are moved in a direction away from said holder and nozzle to the retracted position; a first valve for introducing fluid under pressure into said barrel alternately on one side of said piston to move the piston and plunger from the retracted to the extended position to discharge liquid through said holder and nozzle , and on a second side of said piston to return the piston and plunger to a retracted position in which injectable liquid is drawn into the barrel between said holder and said plunger ; a trigger for operating said first valve to cause said plunger to move from the retracted to the extended position and then back to the retracted position each time the trigger is operated; and a stop in a second end of said barrel remote from said one end for limiting movement of the piston when the plunger and piston move to the retracted position, characterized in that the holder includes a first end extending into said barrel , a central passage for conveying liquid and a cylindrical sleeve at a second end extending out of said barrel , and in that the nozzle comprises a disposable, plastic nozzle removably mounted on the cylindrical sleeve of said holder for discharging liquid from said holder and barrel , said disposable nozzle including an elongated tubular body having a tapered front discharge end , a passage extending through said body for discharging liquid received from said holder , an annular recess in a rear end of said body for receiving the holder sleeve , and a resilient detent extending outwardly from an inner wall of said annular recess for extending into a notch in a front end of the holder sleeve when the nozzle is mounted on the holder .
A consumer product comprising at least one water-soluble unit dose article , a first container , and a second container ; wherein the at least one water-soluble unit dose article comprises at least one water-soluble film orientated to create at least one unit dose internal compartment, wherein the at least one unit dose internal compartment comprises a detergent composition; and wherein the first container comprises a first container internal compartment in which the at least one water-soluble unit dose article is contained; wherein the first container comprises a first container interior surface and a first container exterior surface ; wherein the first container interior surface faces the first container internal compartment ; wherein at least part of the first container interior surface is constructed from paper-based material, so that the at least one water-soluble film of the at least one unit dose article directly contacts the paper-based material of said first container interior surface ; and wherein the second container comprises a second container internal compartment in which the first container is contained; wherein the second container comprises a second container interior surface and a second container exterior surface ; wherein the second container interior surface faces the second container internal compartment and the first container exterior surface of the first container ; wherein at least part of the second container interior surface is constructed from a plastic-based material. wherein the at least one water-soluble unit dose article comprises at least one water-soluble film orientated to create at least one unit dose internal compartment, wherein the at least one unit dose internal compartment comprises a detergent composition; and wherein the first container comprises a first container internal compartment in which the at least one water-soluble unit dose article is contained; wherein the first container comprises a first container interior surface and a first container exterior surface ; wherein the first container interior surface faces the first container internal compartment ; wherein at least part of the first container interior surface is constructed from paper-based material, so that the at least one water-soluble film of the at least one unit dose article directly contacts the paper-based material of said first container interior surface ; and wherein the second container comprises a second container internal compartment in which the first container is contained; wherein the second container comprises a second container interior surface and a second container exterior surface ; wherein the second container interior surface faces the second container internal compartment and the first container exterior surface of the first container ; wherein at least part of the second container interior surface is constructed from a plastic-based material.
A pump assembly comprising: a pump unit (110; 210) including a centrifugal pump and a variable displacement pump supplying pressurized flow; a fuel control assembly receiving flow from the pump unit (110: 210), the fuel control assembly including at least one metering valve (130; 230) and at least one throttling valve (140; 240); and characterised by a control for the variable displacement pump receiving first and second signals (160, 170; 260; 270) indicative of a pressure differential across the at least one throttling valve (140; 240), or across the at least one metering valve/at least one throttling valve combination, for altering operation of the variable displacement pump in response to the pressure differential; wherein the first signal (160; 260) is received from downstream of the at least one metering valve (130; 230) and upstream of the at least one throttling valve (140; 240). a pump unit (110; 210) including a centrifugal pump and a variable displacement pump supplying pressurized flow; a fuel control assembly receiving flow from the pump unit (110: 210), the fuel control assembly including at least one metering valve (130; 230) and at least one throttling valve (140; 240); and characterised by a control for the variable displacement pump receiving first and second signals (160, 170; 260; 270) indicative of a pressure differential across the at least one throttling valve (140; 240), or across the at least one metering valve/at least one throttling valve combination, for altering operation of the variable displacement pump in response to the pressure differential; wherein the first signal (160; 260) is received from downstream of the at least one metering valve (130; 230) and upstream of the at least one throttling valve (140; 240).
Signal light with a light guide comprising at least one light guide segment (18.6), a primary light source that can emit light of a primary light colour, and a secondary light source that can emit light of a secondary light colour, whereby the light guide segment (18.6) comprises primary light intake optics designed to receive a light beam emitted by the primary light source and convert it to a propagating light beam in the light guide segment (18.6), whereby the light guide segment (18.6) comprises secondary light intake optics designed to receive a light beam emitted by the secondary light source and convert it to a propagating light beam in the light guide segment (18.6), whereby the light intake optics are adjacent to one another, characterised in that the light guide segment (18.6) comprises four redirection subareas adjacent to one another in the same direction as the light intake optics , whereby an initial redirection subarea of the four redirection subareas is arranged such that it is illuminated by an initial sub-beam (30.1) of the light of the primary light colour, a second redirection subarea of the four redirection subareas is arranged such that it is illuminated by a second sub-beam (30.2) of the light of the primary light colour, a third redirection subarea of the four redirection subareas is arranged such that it is illuminated by an initial sub-beam (32.1) of the light of the secondary light colour, a fourth redirection subarea of the four redirection subareas is arranged such that it is illuminated by a second sub-beam (32.2) of the light of the secondary light colour, whereby the second redirection subarea of the four redirection subareas and the third redirection subarea of the four redirection subareas are arranged such that the second redirection subarea is illuminated with light reflected on the third redirection subarea from the second sub-beam (32.2) of the light of the secondary light colour, and the third redirection subarea is illuminated with light reflected on the second redirection sub-area from the second sub-beam (30.2) of the light of the primary light colour .
A light-emitting device comprising: a light-emitting element having a pair of electrodes on an upper surface of the light-emitting element ; a first light-transmissive member located on an upper surface of the light-emitting element and containing substantially no phosphor; a second light-transmissive member located on an upper surface of the first light-transmissive member and containing a first phosphor ; a third light-transmissive member covering an upper surface of the second light-transmissive member and a lateral surface of the light-emitting element and containing a second phosphor ; and wires connected to the respective electrodes, wherein a refractive index of a resin material serving as a base material of the second light-transmissive member is higher than a refractive index of a resin material serving as a base material of the first light-transmissive member ; and wherein a refractive index of a resin material serving as a base material of the third light-transmissive member is equal to or higher than the refractive index of the resin material serving as the base material of the second light-transmissive member , characterised in that each of the first light-transmissive member and the second light-transmissive member does not cover the lateral surfaces of the light-emitting element , and wherein ball portions of the wires in contact with the pair of electrodes are located below the upper surface of the first light-transmissive member . a light-emitting element having a pair of electrodes on an upper surface of the light-emitting element ; a first light-transmissive member located on an upper surface of the light-emitting element and containing substantially no phosphor; a second light-transmissive member located on an upper surface of the first light-transmissive member and containing a first phosphor ; a third light-transmissive member covering an upper surface of the second light-transmissive member and a lateral surface of the light-emitting element and containing a second phosphor ; and wires connected to the respective electrodes, wherein a refractive index of a resin material serving as a base material of the second light-transmissive member is higher than a refractive index of a resin material serving as a base material of the first light-transmissive member ; and wherein a refractive index of a resin material serving as a base material of the third light-transmissive member is equal to or higher than the refractive index of the resin material serving as the base material of the second light-transmissive member , characterised in that each of the first light-transmissive member and the second light-transmissive member does not cover the lateral surfaces of the light-emitting element , and wherein ball portions of the wires in contact with the pair of electrodes are located below the upper surface of the first light-transmissive member .
A conducting hybrid polymer material comprising a mixture of - poly(1-amino-5-chloroanthraquinone) (PACA); and - poly(3,4-ethylenedioxythiophene) (PEDOT); wherein the ratio of PACA to PEDOT in said mixture is at least 4 to 1, as calculated based on measurements by 1 H NMR. - poly(1-amino-5-chloroanthraquinone) (PACA); and - poly(3,4-ethylenedioxythiophene) (PEDOT);
A sonar system comprising a sonar device (1; 301) which is intended to be towed by a surface vessel (B) and which comprises a haulage cable and an assembly of at least one hauled device, comprising a towed body which is intended to be hauled by the surface vessel (B) via the haulage cable , the towed body being elongate along a longitudinal axis (l) from a first longitudinal end of the towed body up to a second longitudinal end of the towed body , the towed body incorporating a first linear acoustic antenna comprising a plurality of electroacoustic transducers which are substantially aligned along the longitudinal axis , the hauled device being configured and connected to the haulage cable so that the towed body is capable of having, when it is towed and completely immersed, an orientation in which the longitudinal axis (l) extends substantially along a vertical axis defined by gravitational force, at least one towed body of the assembly of at least one hauled device being connected to the haulage cable via a first hanger and a second hanger having substantially the same length, a first end of the first hanger and a first end of the second hanger being connected to the haulage cable and a second end of the first hanger being attached to the towed body at a fixing point of the towed body which is located close to the first longitudinal end and a second end of the second hanger being attached to the towed body at a second fixing point which is fixedly joined to the first fixing point and which is located close to the second longitudinal end , the sonar system further comprising a handling device (10; 210; 310) which is intended to place in water and recover the sonar device (1; 301) from the surface vessel, the handling device (10; 210; 310) comprising a winch (11; 311) which comprises a first drum which is capable of rotating about a first rotation axis (x1) to wind up the haulage cable around the first drum , characterised in that the handling device (1; 301) comprises an assembly of at least one convex deflector which is generally in the form of a portion of a cylinder which extends longitudinally along an axis of the deflector (x), the deflector being arranged so as to extend substantially horizontally, when the sea is in a calm state, and substantially perpendicularly to a vertical plane which is substantially parallel with a traction axis which is applied to the haulage cable by the handling device (310; 210) during a first winding step during which the first drum is rotatably driven about the first axis (x1) so that the haulage cable is wound up around the first drum and so that the first hanger and the second hanger move into abutment with the deflector to be deflected by the deflector so that the longitudinal axis of the towed body is orientated substantially parallel with the axis of the deflector (x) when the towed body has completely emerged and is suspended on the first hanger and on the second hanger .