mhurhangee/ep-ind-claims huggingface dataset:
Process for treating keratin fibres, in particular the hair, in which: - a hair treatment composition is applied to the keratin fibres, the composition comprising at least one compound chosen from fatty substances, surfactants, polymers with a Tg of between 40 and 150°C, oxidation dye precursors and direct dyes; - the keratin fibres are inserted into a device comprising two elements (11; 12) that are mutually mobile between an open position and a closed position in which the two mobile elements define a substantially leaktight closed space, at least one of said two elements (11, 12) comprising a seal at least partly delimiting the periphery of the closed space; the seal being made of silicone or rubber, perfluorinated elastomer, polyurethane or nitrile - the two mobile elements (11; 12) are brought together up to the closed position so as to confine the keratin fibres in the closed space; - the fibres are heated to a temperature of between 40 and 250°C so that part of the composition evaporates and creates an excess of pressure inside the closed space. - a hair treatment composition is applied to the keratin fibres, the composition comprising at least one compound chosen from fatty substances, surfactants, polymers with a Tg of between 40 and 150°C, oxidation dye precursors and direct dyes; - the keratin fibres are inserted into a device comprising two elements (11; 12) that are mutually mobile between an open position and a closed position in which the two mobile elements define a substantially leaktight closed space, at least one of said two elements (11, 12) comprising a seal at least partly delimiting the periphery of the closed space; the seal being made of silicone or rubber, perfluorinated elastomer, polyurethane or nitrile - the keratin fibres are inserted into a device comprising two elements (11; 12) that are mutually mobile between an open position and a closed position in which the two mobile elements define a substantially leaktight closed space, at least one of said two elements (11, 12) comprising a seal at least partly delimiting the periphery of the closed space; the seal being made of silicone or rubber, perfluorinated elastomer, polyurethane or nitrile - the two mobile elements (11; 12) are brought together up to the closed position so as to confine the keratin fibres in the closed space; - the fibres are heated to a temperature of between 40 and 250°C so that part of the composition evaporates and creates an excess of pressure inside the closed space.
A method of sorting a plurality of electrophysiological signals measured by a respective plurality of electrodes carried by a plurality of splines (208, 210, 212, 214) of a multi-dimensional catheter, the method comprising: determining, via an electroanatomical mapping system, an orientation of the multidimensional catheter relative to a direction of interest (Θ), wherein the direction of interest comprises a cardiac activation wavefront direction; computing a rotation matrix representing the orientation of the multidimensional catheter relative to the direction of interest (Θ); applying the rotation matrix to nominal positions of the respective plurality of electrodes to compute rotated coordinates for the electrodes; sorting, via the electroanatomical mapping system, the plurality of electrophysiological signals using the rotated electrode coordinates, wherein the sorting is the order in which the cardiac activation wavefront passes through the plurality of electrodes, wherein the plurality of electrophysiological signals represent a plurality of electrogram traces; and outputting the sorted plurality of electrogram traces. determining, via an electroanatomical mapping system, an orientation of the multidimensional catheter relative to a direction of interest (Θ), wherein the direction of interest comprises a cardiac activation wavefront direction; computing a rotation matrix representing the orientation of the multidimensional catheter relative to the direction of interest (Θ); applying the rotation matrix to nominal positions of the respective plurality of electrodes to compute rotated coordinates for the electrodes; sorting, via the electroanatomical mapping system, the plurality of electrophysiological signals using the rotated electrode coordinates, wherein the sorting is the order in which the cardiac activation wavefront passes through the plurality of electrodes, wherein the plurality of electrophysiological signals represent a plurality of electrogram traces; and outputting the sorted plurality of electrogram traces.
A method for gripping a textile item, wherein the textile item suspended from a first location is automatically gripped by a holding means of a handling installation at least one other location, and wherein the holding means of the handling installation, controlled by data of at least one image-generating installation that records the other location to be gripped by the holding means, is automatically moved up to the at least one other location, characterized in that the at least one other location is recorded from different viewing directions by at least two image-generating installations, by evaluating the results of a comparison of the data of the individual image-generating installations with each other, it is decided which data of which image-generating installation are utilized so as to determine, by virtue of this data, at least one position of the other location, and at least part of the data obtained herein is used by the handling installation for automatically moving the holding means up to at least one other location of the textile item and for gripping the latter.
A sintered magnet (1, 10, 100), in particular for an electrical machine, the sintered magnet comprising a core portion, a shell portion arranged at an outer part of the sintered magnet, and a diffusion portion arranged at least partially between the core portion and the shell portion, wherein the shell portion has a coercivity which is at least 30 kA/m larger than the coercivity of the core portion, wherein, in the diffusion portion, the coercivity is not less than the coercivity of the core portion and not larger than the coercivity of the shell portion and the value of the coercivity gradually increases from the core portion towards the shell portion, and wherein the thickness of the core portion is not less than 1 mm and the total thickness of the shell portion and the diffusion portion is at least 5 mm, and the diffusion portion has a coercivity gradient |∇H c | of at least 5 (kA/m)/mm and at most 100 (kA/m)/mm throughout the diffusion portion, characterised in that the coercivity gradient |∇H c | is a space-averaged gradient over a length scale of at least 5 mm. wherein the shell portion has a coercivity which is at least 30 kA/m larger than the coercivity of the core portion, wherein, in the diffusion portion, the coercivity is not less than the coercivity of the core portion and not larger than the coercivity of the shell portion and the value of the coercivity gradually increases from the core portion towards the shell portion, and wherein the thickness of the core portion is not less than 1 mm and the total thickness of the shell portion and the diffusion portion is at least 5 mm, and the diffusion portion has a coercivity gradient |∇H c | of at least 5 (kA/m)/mm and at most 100 (kA/m)/mm throughout the diffusion portion, characterised in that the coercivity gradient |∇H c | is a space-averaged gradient over a length scale of at least 5 mm.
A method for processing image display of a remote cockpit, comprising: obtaining a vehicle state and an original image uploaded by a vehicle, processing the original image, and displaying the processed original image as a display image in a display of the remote cockpit; and the method is characterised by performing different movement processings on the display image in the display of the remote cockpit based on the vehicle state and monitored different states of a vehicle control module in the remote cockpit. obtaining a vehicle state and an original image uploaded by a vehicle, processing the original image, and displaying the processed original image as a display image in a display of the remote cockpit; and the method is characterised by performing different movement processings on the display image in the display of the remote cockpit based on the vehicle state and monitored different states of a vehicle control module in the remote cockpit.
A process for producing a surface-treated intraocular lens, which comprises irradiating the surface of an intraocular lens with active light that works to decompose oxygen molecules to generate ozone and that also works to decompose the ozone to generate active oxygen, in the presence of oxygen, wherein the active light is light having emission peaks at a wavelength region of 185 ±5 nm and a wavelength region of 254 ±5 nm, and wherein an optic portion of the intraocular lens is a soft lens formed of a soft acrylic material.
An electrical discharge machine configured to machine a workpiece immersed in a working fluid doped with a rust inhibitor, the electrical discharge machine comprising: a characteristic value detection means for detecting a characteristic value of the working fluid attributable to a metal complex produced through the reaction of an organic compound contained in the rust inhibitor with a transition metal ion contained in a color reagent; and a concentration detection means for detecting a concentration of the rust inhibitor based on the characteristic value detected by the detection means, wherein the characteristic value detection means comprises a sample preparation means configured to form a sample for concentration detection by adding a predetermined amount of the color reagent to a predetermined amount of the working fluid and detect the characteristic value of the working fluid in the sample for concentration detection. a characteristic value detection means for detecting a characteristic value of the working fluid attributable to a metal complex produced through the reaction of an organic compound contained in the rust inhibitor with a transition metal ion contained in a color reagent; and a concentration detection means for detecting a concentration of the rust inhibitor based on the characteristic value detected by the detection means, wherein the characteristic value detection means comprises a sample preparation means configured to form a sample for concentration detection by adding a predetermined amount of the color reagent to a predetermined amount of the working fluid and detect the characteristic value of the working fluid in the sample for concentration detection.
Method of obtaining boards comprising the steps of: a) superimposing two veneers to form a pair with the fiber of the second oriented perpendicular (at 90°) to the first; wherein the wood of the veneer is selected from: black poplar, eucalyptus, red oak and walnut; b) verifying if there is a defect in the top veneer; c) applying in the defects of the top veneer a putty (polyurethane-based) with a viscosity comprised between 200,000 cPs and 400,000 cPs measured at 25°C; d) stacking the desired number of sets consisting of two veneers that will form the board; e) arranging a final wood facing and pressing the board. a) superimposing two veneers to form a pair with the fiber of the second oriented perpendicular (at 90°) to the first; wherein the wood of the veneer is selected from: black poplar, eucalyptus, red oak and walnut; b) verifying if there is a defect in the top veneer; c) applying in the defects of the top veneer a putty (polyurethane-based) with a viscosity comprised between 200,000 cPs and 400,000 cPs measured at 25°C; d) stacking the desired number of sets consisting of two veneers that will form the board; e) arranging a final wood facing and pressing the board.
Induction heating device with at least one first and one second heating frequency unit (30, 32), with at least one first induction heating unit (20, 22, 24, 26), which is assigned to the first heating frequency unit (30, 32), with at least one second induction heating unit (20, 22, 24, 26), which is assigned to the second heating frequency unit (30, 32), and with a resonance unit (80, 81), to which both induction heating units (20, 22, 24, 26) are assigned, characterised by a power module operated by a single phase of a three-phase domestic connection, which power module is provided for supplying the induction heating units (20, 22, 24, 26) with high-frequency alternating current at a switching frequency between 20 kHz and 100 kHz, wherein the power module has the two heating frequency units (30, 32), wherein the heating frequency units (30, 32) are provided to be operated via a single phase.
A modularly constructed field device for operation on a field bus, comprising a housing having a base module, which includes a processing unit for process control, a communication interface, having a data connection to the processing unit, for connection to a local communication network of the automation environment of the field device, and an electrical interface, electrically connected to a power supply of the processing unit, for connection to a local power grid, wherein a functional module is associated with the housing, which includes at least one functional element, which has a data connection to the processing unit and an electrical connection to the electrical interface, so that both the communication via the field bus and also the power supply of the functional module are ensured, wherein the at least one functional element is a motor, a sensor or a sensor arrangement, an illumination element, a camera, a work machine, an input element, a display, or a loudspeaker, and wherein the communication interface, having a data connection to the processing unit, for connection to a local communication network, and also the electrical interface, having an electrical connection to a power supply of the processing unit, for connection to a local power grid are combined into a shared hybrid interface, preferably a Power-over-Ethernet (PoE) interface, characterized in that the housing is designed as an elongated polygonal profile enclosing an inner cavity, into the inner cavity of which the base module fastened on a base plate protrudes at the end and closes it by means of the base plate, wherein the at least one functional element is fastened on a cover plate, wherein the functional module protrudes at the end into the inner cavity of the polygonal profile and closes it by means of the cover plate and wherein the polygonal profile includes at least one undercut longitudinal groove on its circumferential wall, in which a groove block is insertable for fastening of the field device on a support device, into which groove block a screw can be screwed and the housing can be fixed on the support device.
Automatic coffee machine comprising a bean grinder, a device for inserting a dose of grinds, a frame provided with at least one side wall and a brewing chamber provided with an upper opening for receiving coffee grinds from the bean grinder or from the device for inserting a dose of grinds, said insertion device being arranged on at least one side wall and comprising a dosing reservoir which can be rotated about an axis Δ between a loading position in which a dose of grinds can be deposited in said dosing reservoir, and an unloading position in which the dose of grinds is transferred by gravity to the brewing chamber, the insertion device being configured to enable a user to insert a dose of grinds from coffee beans different from the coffee beans present in the bean grinder, the dose of grinds being deposited manually in the insertion device, the axis Δ being parallel to the at least one side wall.
A drill bit including: - a main body portion including three legs extending therefrom, the three legs arranged around a periphery of the main body portion; - a base region comprised in a general region where the legs meet the main body portion; - a conical cutter rotatably mounted on each leg, the conical cutters positioned to allow a clearance between the conical cutters and the main body portion; and - one or more air outlets located on the base region, the or each air outlet located in a region between two adjacent legs and configured to direct air toward the conical cutters; - a protrusion extending from the main body portion into the clearance, the drill bit characterised in that - the protrusion includes a sloping surface including a plurality of sloping faces converging at an apex, the sloping surface continuing through the base region and emerging at an outer surface of the main body portion; and - the sloping faces are concave, such that ridges are defined between the concave portions of adjacent sloping faces, the legs and the one or more air outlets being positioned within the ridges, the sloping faces then forming channels, limited by the ridges for drill cuttings to flow there through, the channels passing between the legs and the one or more air outlets, and continuing through to the outside surface of the main body portion, so as to guide the cuttings to pass unobstructed past the legs and the air outlets. - a main body portion including three legs extending therefrom, the three legs arranged around a periphery of the main body portion; - a base region comprised in a general region where the legs meet the main body portion; - a conical cutter rotatably mounted on each leg, the conical cutters positioned to allow a clearance between the conical cutters and the main body portion; and - one or more air outlets located on the base region, the or each air outlet located in a region between two adjacent legs and configured to direct air toward the conical cutters; - a protrusion extending from the main body portion into the clearance, the drill bit characterised in that - the protrusion includes a sloping surface including a plurality of sloping faces converging at an apex, the sloping surface continuing through the base region and emerging at an outer surface of the main body portion; and - the sloping faces are concave, such that ridges are defined between the concave portions of adjacent sloping faces, the legs and the one or more air outlets being positioned within the ridges, the sloping faces then forming channels, limited by the ridges for drill cuttings to flow there through, the channels passing between the legs and the one or more air outlets, and continuing through to the outside surface of the main body portion, so as to guide the cuttings to pass unobstructed past the legs and the air outlets.
A flexible display module, comprising a flexible display panel, a rigid backplane component, and an optical device that are sequentially disposed, wherein the optical device is disposed on a side that is of the rigid backplane component and that is away from the flexible display panel; and the rigid backplane component comprises a rigid backplane body and a rigid light-transmitting component, and the rigid backplane component is located between the optical device and the flexible display panel; wherein the rigid backplane body and the rigid light-transmitting component are of an integral structure and the rigid backplane component is configured to support the whole flexible display panel. the rigid backplane component comprises a rigid backplane body and a rigid light-transmitting component, and the rigid backplane component is located between the optical device and the flexible display panel; wherein the rigid backplane body and the rigid light-transmitting component are of an integral structure and the rigid backplane component is configured to support the whole flexible display panel.
Energy dissipating device suitable to be used as part of a connection device that connects a first car of a multi-car vehicle with a second car of the multi-car vehicle, comprising - a plug that has a longitudinal axis and - a mandrel that has an opening, whereby the plug is arranged to be moved at least partially through the opening, if a force pointing in the direction of or parallel to the direction of the longitudinal axis is applied to the plug, and whereby at least a part of the plug and/or at least a part of the mandrel is deformed, when the plug is at least partially moved through the opening, characterized in that the surface of the mandrel that surrounds the opening has one protruding rib that extends in the direction of or parallel to the direction of the longitudinal axis, either said rib being at least partially deformed and/or said rib at least partially deforming a part of the plug, when the plug is at least partially moved through the opening, or the surface of the mandrel that surrounds the opening has a plurality of protruding ribs that extends in the direction of or parallel to the direction of the longitudinal axis, said ribs being at least partially deformed, when the plug is at least partially moved through the opening, whereby the plug has an inclined surface facing the rib or the plurality of ribs wherein said inclined surface inclines away from the longitudinal axis and/or the rib or the plurality of ribs ribs each have an inclined front surface facing the plug wherein said inclined front surface inclines towards the longitudinal axis. - a plug that has a longitudinal axis and - a mandrel that has an opening, whereby the plug is arranged to be moved at least partially through the opening, if a force pointing in the direction of or parallel to the direction of the longitudinal axis is applied to the plug, and whereby at least a part of the plug and/or at least a part of the mandrel is deformed, when the plug is at least partially moved through the opening,
An exoskeleton comprising: - a foot structure comprising a support plane on which a foot of a leg of a person wearing the exoskeleton can bear when the foot is flat, the support plane comprising: - a front platform and a rear platform, and - a foot pivot connection connecting the front platform to the rear platform, the foot pivot connection being located in a quadrant delimited by a median sagittal section of the person wearing the exoskeleton and a frontal section passing through a leg, the exoskeleton being characterised in that the rear platform is closer to the median sagittal section than the front platform, so that a median longitudinal axis of the support plane has an angle between 15° and 35° relative to the median sagittal section when the exoskeleton is in a resting position. - a foot structure comprising a support plane on which a foot of a leg of a person wearing the exoskeleton can bear when the foot is flat, the support plane comprising: - a front platform and a rear platform, and - a foot pivot connection connecting the front platform to the rear platform,
A torque bearing, comprising at least one row of roller bearings (13; 14) and - two annular housing parts (15; 16) which are arranged rotatably to each other and concentrically; - wherein an annular housing part may be driven by several worm shafts, - wherein the drivable housing part is coupled with an pinion, - wherein the row of roller bearings (13; 14) comprises cylindrical, spherical, conical or barrel-shaped rolling elements, characterised in that the torque bearing with the two housing parts (15; 16) which are rotatable to each other and the pinion is implemented with an open centre so that the torque bearing comprises a cylindrical recess with an inner diameter. - two annular housing parts (15; 16) which are arranged rotatably to each other and concentrically; - wherein an annular housing part may be driven by several worm shafts, - wherein the drivable housing part is coupled with an pinion, - wherein the row of roller bearings (13; 14) comprises cylindrical, spherical, conical or barrel-shaped rolling elements,