mhurhangee/ep-ind-claims huggingface dataset:
A method of command of magneto-torquers of an attitude control system of a space vehicle subjected to an external magnetic field of variable direction, said magneto-torquers being implemented so as to control the attitude of said space vehicle and being suitable for forming, in cooperation with the local external magnetic field, magnetic torques in a plane orthogonal to the direction of said local external magnetic field, referred to as the "local control plane", said method comprising steps of: - measuring the local external magnetic field, - determining a magnetic torque to be formed in the local control plane as a function of a desired three-axes attitude control torque, - commanding the magneto-torquers in such a way as to form, in cooperation with the local external magnetic field, the determined magnetic torque, characterized in that the magnetic torque to be formed in the local control plane is determined as a function of the component of the desired attitude control torque which is orthogonal to the local control plane, referred to as the "locally uncontrollable component", the contribution of said locally uncontrollable component to the magnetic torque to be formed being non-zero when said locally uncontrollable component is non-zero. - measuring the local external magnetic field, - determining a magnetic torque to be formed in the local control plane as a function of a desired three-axes attitude control torque, - commanding the magneto-torquers in such a way as to form, in cooperation with the local external magnetic field, the determined magnetic torque,
A nonwoven abrasive article comprising: a) a nonwoven abrasive member having a working surface (142, 144), wherein the nonwoven abrasive member comprises: a lofty open fiber web comprising fibers bonded to one another; abrasive particles having an average particle diameter, adhered to at least a portion of the fibers by a binder material, wherein at least a portion of the abrasive particles form a visible outer layer of the abrasive particles along the fibers adjacent to the working surface (142, 144) of the nonwoven abrasive member, wherein on a numerical basis at least 80 percent of the abrasive particles in the visible outer layer have recognizable outlines; and b) an overlayer composition disposed on at least a portion of the visible outer layer of the abrasive particles thereby forming the nonwoven abrasive article, the nonvowen abrasive article being characterised in that the overlayer composition comprises a fatty acid metal salt, and in that the abrasive particles in the visible outer layer are closely packed, wherein the term "closely packed" in reference to abrasive particles means that substantially all of the abrasive particles are within a distance between outer surfaces corresponding to the average particle diameter to the nearest abrasive particle. a) a nonwoven abrasive member having a working surface (142, 144), wherein the nonwoven abrasive member comprises: a lofty open fiber web comprising fibers bonded to one another; abrasive particles having an average particle diameter, adhered to at least a portion of the fibers by a binder material, wherein at least a portion of the abrasive particles form a visible outer layer of the abrasive particles along the fibers adjacent to the working surface (142, 144) of the nonwoven abrasive member, wherein on a numerical basis at least 80 percent of the abrasive particles in the visible outer layer have recognizable outlines; and a lofty open fiber web comprising fibers bonded to one another; abrasive particles having an average particle diameter, adhered to at least a portion of the fibers by a binder material, wherein at least a portion of the abrasive particles form a visible outer layer of the abrasive particles along the fibers adjacent to the working surface (142, 144) of the nonwoven abrasive member, wherein on a numerical basis at least 80 percent of the abrasive particles in the visible outer layer have recognizable outlines; and b) an overlayer composition disposed on at least a portion of the visible outer layer of the abrasive particles thereby forming the nonwoven abrasive article, the nonvowen abrasive article being characterised in that the overlayer composition comprises a fatty acid metal salt, and in that the abrasive particles in the visible outer layer are closely packed, wherein the term "closely packed" in reference to abrasive particles means that substantially all of the abrasive particles are within a distance between outer surfaces corresponding to the average particle diameter to the nearest abrasive particle.
A method comprising: identifying, by a processing device (130, 800), a plurality of media items associated with a real-world event, each of the plurality of media items comprising a video portion and an audio portion (510, 520); and synchronizing the audio portions (510, 520) of each of the plurality of media items according to a common reference timeline; and characterised by: determining a relative geographic position associated with each of the plurality of media items by determining the relative positions of separate cameras used to capture each of the plurality of media items at a time of the real-world event based on a plurality of points visible in the video portion of each of the plurality of media items, the relative positions of the separate cameras being determined from image-derived point correspondences and respective focal lengths for the cameras, the focal lengths for each camera being derived using a part of the respective video portion for which the camera stays in one position and rotates without zooming; and presenting the plurality of media items in an interactive multi-view player interface based at least on the synchronized audio portions (510, 520) and the relative geographic positions. identifying, by a processing device (130, 800), a plurality of media items associated with a real-world event, each of the plurality of media items comprising a video portion and an audio portion (510, 520); and synchronizing the audio portions (510, 520) of each of the plurality of media items according to a common reference timeline; determining a relative geographic position associated with each of the plurality of media items by determining the relative positions of separate cameras used to capture each of the plurality of media items at a time of the real-world event based on a plurality of points visible in the video portion of each of the plurality of media items, the relative positions of the separate cameras being determined from image-derived point correspondences and respective focal lengths for the cameras, the focal lengths for each camera being derived using a part of the respective video portion for which the camera stays in one position and rotates without zooming; and presenting the plurality of media items in an interactive multi-view player interface based at least on the synchronized audio portions (510, 520) and the relative geographic positions.
A covering system for a floor, a wall and/or a ceiling, the covering system comprising - a visible side, - a lower side opposite the visible side and - a plurality of interconnected covering elements, wherein at least one conducting element is arranged between at least two of the covering elements in such a way that the at least one conducting element is at least partially visible on the visible side, wherein the at least one conducting element is configured to conduct a physical quantity, material or signals, the at least one conducting element comprising an interface to a source or a consumer of the physical quantity, material or signals, characterized in that at least one covering element comprises a base body and a top layer detachably arranged thereon. - a visible side, - a lower side opposite the visible side and - a plurality of interconnected covering elements,
A belt unit comprising: - a continuous moving belt circulating over at least two rollers, and - at least two contact units arranged under an upper run of said moving belt for supporting a vehicle wheel resting on said upper run, - at least one stationary support element and at least one adjustable support element which are provided between said rollers below said upper run for supporting said moving belt, wherein - at least one contact unit is connected with at least one adjustable support element, so that said at least one contact unit is adjustable together with said adjustable support element, and - said adjustable support element comprises at least one projection arranged in a receptacle of said stationary support element associated with said projection. - a continuous moving belt circulating over at least two rollers, and - at least two contact units arranged under an upper run of said moving belt for supporting a vehicle wheel resting on said upper run, - at least one stationary support element and at least one adjustable support element which are provided between said rollers below said upper run for supporting said moving belt, - at least one contact unit is connected with at least one adjustable support element, so that said at least one contact unit is adjustable together with said adjustable support element, and - said adjustable support element comprises at least one projection arranged in a receptacle of said stationary support element associated with said projection.
A method for preventing the loss of phone bills due to the switching of service control processors, characterized in that the method comprises the following steps: A, generating a zero-time phone bill before a talk between two calling parties is initiated, and generating a talk time phone bill when a user ends the talk; B, switching the service controllers under the circumstance that the communication is abnormal, scanning all generated phone bills, and sorting out the zero-time phone bills which have lost the talk time phone bills; and C, modifying the sorted zero-time phone bills to compensate the talk time phone bills which generate the loss. A, generating a zero-time phone bill before a talk between two calling parties is initiated, and generating a talk time phone bill when a user ends the talk; B, switching the service controllers under the circumstance that the communication is abnormal, scanning all generated phone bills, and sorting out the zero-time phone bills which have lost the talk time phone bills; and C, modifying the sorted zero-time phone bills to compensate the talk time phone bills which generate the loss.
Method for producing a crampon, the crampon comprising a main body on which at least one spike (14, 14a) is arranged for support on a subsurface, and at least one fastening means (16a, 16b, 18a, 18b) for fastening the main body to a shoe (20, 20a, 20b), the method comprising the steps of: - providing a plate-shaped base body made of a plastically deformable material, more particularly made of metal, the plate-shaped base body defining a plate plane and comprising an outer, peripheral edge portion (90, 92), and - providing at least one cutout in the base body in an inner portion of the base body which is located at a distance from the outer edge portion (90, 92) of the base body, characterised in that the method further comprises the step of: - bending one of the parts of the inner portion which is delimited by the cutout out of the plate plane of the base body in order to form the at least one spike, the edge portion (90, 92) remaining substantially in the plate plane. - providing a plate-shaped base body made of a plastically deformable material, more particularly made of metal, the plate-shaped base body defining a plate plane and comprising an outer, peripheral edge portion (90, 92), and - providing at least one cutout in the base body in an inner portion of the base body which is located at a distance from the outer edge portion (90, 92) of the base body, - bending one of the parts of the inner portion which is delimited by the cutout out of the plate plane of the base body in order to form the at least one spike, the edge portion (90, 92) remaining substantially in the plate plane.
A humidifying medium comprising a corrugated board and a linerboard coupled to one or both sides of the corrugated board, characterised by the corrugated board and the linerboard having different average pore diameters, wherein the average pore diameter of the linerboard is 3 ∼ 6 times larger than that of the corrugated board.
Combustion chamber tile of a gas turbine having a plate-shaped basic body which is provided with at least one effusion cooling hole extending through the basic body from a surface of one side to the other side, where the effusion cooling hole is designed, starting from said one side of the basic body from an inlet opening, substantially perpendicular to the surface over part of its length, where the effusion cooling hole inside the basic body has a straight course and is then provided with a bent course, where the effusion cooling hole forms a shoulder opposite the inlet opening in the area provided with the bent course, where the shoulder is designed inclined relative to the surface of the basic body in order to form a concave area, where the combustion chamber tile is given a ceramic surface coating designed in the form of a spray coating on that side of the basic body which is provided with the inlet opening, and where the combustion chamber tile is manufactured by means of an additive laser deposition method.
A filament for a lighting device, comprising: a light transmissive tubular member; a light emitting assembly arranged within the tubular member; and a wavelength converter arranged at a surface of the tubular member, and configured to convert light from a first wavelength range to a second wavelength range, wherein the light emitting assembly comprises a plurality of solid state light sources and portions of a leadframe being arranged in an alternating manner to form a string of connected solid state light sources and portions of the leadframe, characterized in that at least a part of the plurality of solid state light sources are arranged on opposite sides of the lead frame in an alternating manner. a light transmissive tubular member; a light emitting assembly arranged within the tubular member; and a wavelength converter arranged at a surface of the tubular member, and configured to convert light from a first wavelength range to a second wavelength range, wherein the light emitting assembly comprises a plurality of solid state light sources and portions of a leadframe being arranged in an alternating manner to form a string of connected solid state light sources and portions of the leadframe,
An image formation apparatus comprising: a transferrer configured to form a toner image on an image formation surface of paper; a fixer configured to fix the toner image on the paper; a paper conveyor configured to convey the paper between an upstream side of the transferrer and a downstream side of the fixer in a paper conveyance direction; and a paper pre-heater configured to heat, on the upstream side of the transferrer in the paper conveyance direction, the image formation surface of the paper, and heat the image formation surface of the paper at time of warm-up of the fixer, wherein, at the time of the warm-up, the paper conveyor is configured to convey the paper at a conveyance speed lower than a conveyance speed at a time of image formation in which the toner image is formed on the image formation surface of the paper. a transferrer configured to form a toner image on an image formation surface of paper; a fixer configured to fix the toner image on the paper; a paper conveyor configured to convey the paper between an upstream side of the transferrer and a downstream side of the fixer in a paper conveyance direction; and a paper pre-heater configured to heat, on the upstream side of the transferrer in the paper conveyance direction, the image formation surface of the paper, and heat the image formation surface of the paper at time of warm-up of the fixer, wherein, at the time of the warm-up, the paper conveyor is configured to convey the paper at a conveyance speed lower than a conveyance speed at a time of image formation in which the toner image is formed on the image formation surface of the paper. heat, on the upstream side of the transferrer in the paper conveyance direction, the image formation surface of the paper, and heat the image formation surface of the paper at time of warm-up of the fixer, wherein, at the time of the warm-up, the paper conveyor is configured to convey the paper at a conveyance speed lower than a conveyance speed at a time of image formation in which the toner image is formed on the image formation surface of the paper.
A material removal method comprising: in a first step, directing an energy beam toward a component to ablate a first region of material to form a gap extending through the component part way along a border extending between a repair region and a base region of the component, wherein, the repair region and base region are joined by a connecting portion which has not been removed in the first ablation step; and in a second step, directing an energy beam toward the component to ablate the repair region to remove the repair region from the component. in a first step, directing an energy beam toward a component to ablate a first region of material to form a gap extending through the component part way along a border extending between a repair region and a base region of the component, wherein, the repair region and base region are joined by a connecting portion which has not been removed in the first ablation step; and in a second step, directing an energy beam toward the component to ablate the repair region to remove the repair region from the component.
A generally cylindrical collapsible mixing vessel (1;11;21;31;41;51;81) comprising: a) a flexible plastic film side wall (3;13;23;33;43;53;73), a top wall (2;12;22;32;42;52;72) and a bottom wall (4;14;24;34;44;54;74), wherein both the top wall and the bottom wall are attached to the side wall and the side, top and bottom walls define an inner volume (5;15;25;35;45;55;75) of the vessel; b) an agitator (6;16;26;36;46;76) located in the inner volume and; c) at least one vortex breaker (7;17;27;37;47;57;77) made from flexible plastic film, located in the inner volume and attached to the bottom wall and/or the side wall via string elements (8;18;28;38;48;49;58;78;79), wherein said vortex breaker extends along the side wall and inwards in a generally radial direction, wherein said at least one vortex breaker is only attached to the walls of the vessel via string elements, with gaps between said at least one vortex breaker and the bottom and side walls, and further wherein at least one string element (38,39; 48,49;58,59;78), such as at least one or two string elements for each vortex breaker (37;47;57;77), is/are attached to both the bottom wall and the top wall or to opposing segments of the side wall. a) a flexible plastic film side wall (3;13;23;33;43;53;73), a top wall (2;12;22;32;42;52;72) and a bottom wall (4;14;24;34;44;54;74), wherein both the top wall and the bottom wall are attached to the side wall and the side, top and bottom walls define an inner volume (5;15;25;35;45;55;75) of the vessel; b) an agitator (6;16;26;36;46;76) located in the inner volume and; c) at least one vortex breaker (7;17;27;37;47;57;77) made from flexible plastic film, located in the inner volume and attached to the bottom wall and/or the side wall via string elements (8;18;28;38;48;49;58;78;79), wherein said vortex breaker extends along the side wall and inwards in a generally radial direction,
A spinal implant assembly, which comprises: (a) a load bearing spinal component which is a bone screw having a head, and (b) a non-load bearing bone screw cap (1; 21) which comprises a pharmaceutical compound, characterised in that the cap fits closely to a contour of the head (13; 33) of the screw and is attached thereto as a result of a snap-on connection. (a) a load bearing spinal component which is a bone screw having a head, and (b) a non-load bearing bone screw cap (1; 21) which comprises a pharmaceutical compound,
A hydraulic machine (1; 200; 200') with two operating cylinder capacities, comprising a case having three main orifices (O1, 02, 03), a cam, a cylinder block having cylinders in which pistons are slidingly mounted able to cooperate with the cam, and an inner fluid distributor that comprises distribution ducts (26, 28, 30, 32) able to communicate with the cylinders during the relative rotation of the cylinder block and the cam, the machine comprising a selection valve for selectively putting the main orifices in communication with the distribution ducts, the selection valve being able to adopt a large cylinder capacity configuration and a small cylinder capacity configuration, characterized in that the machine comprises four groups of distribution ducts defining three sub-machines (210, 220, 230; 210', 220', 230'), the first sub-machine comprising the first group and a first part of the fourth group, the second sub-machine comprising the second group and a second part of the fourth group, and the third sub-machine comprising the third group and a third part of the fourth group, and in that, in the large cylinder capacity configuration, the first and second groups are connected to the first main orifice, the third group is connected to the second main orifice and the fourth group is connected to the third main orifice, the three main orifices being isolated from one another, while in the small cylinder capacity configuration, the first group is connected to the first main orifice and the second, third and fourth groups are connected to at least one of the second and third main orifices (02, 03), while the first main orifice is isolated from the second and third main orifices.
A washing machine comprising: a first rotary tub; a first driver configured to rotate the first rotary tub; a second rotary tub; a second driver configured to rotate the second rotary tub; and at least one processor configured to control the first driver and the second driver in a manner that the first rotary tub and the second rotary tub rotate, characterized in that the at least one processor is configured to control the second driver such that a rotation speed of the second rotary tub increases to a target speed when a rotation speed of the first rotary tub is equal to or higher than a first reference speed and control the second driver such that the rotation speed of the second rotary tub decreases when the rotation speed of the second rotary tub reaches the target speed. a first rotary tub; a first driver configured to rotate the first rotary tub; a second rotary tub; a second driver configured to rotate the second rotary tub; and at least one processor configured to control the first driver and the second driver in a manner that the first rotary tub and the second rotary tub rotate, characterized in that the at least one processor is configured to control the second driver such that a rotation speed of the second rotary tub increases to a target speed when a rotation speed of the first rotary tub is equal to or higher than a first reference speed and control the second driver such that the rotation speed of the second rotary tub decreases when the rotation speed of the second rotary tub reaches the target speed.