mhurhangee/ep-ind-claims huggingface dataset:
A vehicle including: a reconfigurable door (104, 204, 304, 404) having a first surface and a second surface; an arrangement (112, 116, 117) for configuring the door so that in a first configuration at least part of the first surface is external to the vehicle, and in a second configuration at least part of the second surface is external to the vehicle, wherein the first surface and/or the second surface includes at least one device mounting arrangement; the vehicle being characterized in that it further includes a transfer system for, in use, transferring at least one device to said mounting arrangement. a reconfigurable door (104, 204, 304, 404) having a first surface and a second surface; an arrangement (112, 116, 117) for configuring the door so that in a first configuration at least part of the first surface is external to the vehicle, and in a second configuration at least part of the second surface is external to the vehicle, wherein the first surface and/or the second surface includes at least one device mounting arrangement; the vehicle being characterized in that it further includes a transfer system for, in use, transferring at least one device to said mounting arrangement.
A method of generating a composite image from multiple images captured for a subject via a microscope, the method comprising: receiving, via an image capturing device coupled to the microscope, a plurality of sets of images of at least a portion of a subject, wherein images within a set of images from the plurality of sets of images are captured at a plurality of vertical positions with respect to an associated fixed region of a horizontal plane, wherein each image within a set of images is captured at a unique vertical position with respect to the associated fixed region of the horizontal plane, and wherein the associated fixed region of the horizontal plane for each of the plurality of sets of images is unique; generating a plurality of focus-stacked images corresponding to the plurality of sets of images, wherein generating a focus-stacked image from the plurality of focus-stacked images comprises combining the images in the associated set of images, and wherein generating a focus-stacked image from the plurality of focus-stacked images comprises performing translation and scale correction for images in the associated set of images based on a vertical coordinate transformation model using one or more calibration parameters of the microscope, wherein the vertical coordinate transformation model allows to calculate a transformation between different horizontal planes along different vertical positions; and aligning the plurality of focus-stacked images in the horizontal plane based on a horizontal coordinate transformation model to generate a composite all-in-focus image representing the subject. receiving, via an image capturing device coupled to the microscope, a plurality of sets of images of at least a portion of a subject, wherein images within a set of images from the plurality of sets of images are captured at a plurality of vertical positions with respect to an associated fixed region of a horizontal plane, wherein each image within a set of images is captured at a unique vertical position with respect to the associated fixed region of the horizontal plane, and wherein the associated fixed region of the horizontal plane for each of the plurality of sets of images is unique; generating a plurality of focus-stacked images corresponding to the plurality of sets of images, wherein generating a focus-stacked image from the plurality of focus-stacked images comprises combining the images in the associated set of images, and wherein generating a focus-stacked image from the plurality of focus-stacked images comprises performing translation and scale correction for images in the associated set of images based on a vertical coordinate transformation model using one or more calibration parameters of the microscope, wherein the vertical coordinate transformation model allows to calculate a transformation between different horizontal planes along different vertical positions; and aligning the plurality of focus-stacked images in the horizontal plane based on a horizontal coordinate transformation model to generate a composite all-in-focus image representing the subject.
A traffic control method performed by a congestion point, CP, the method comprising the steps of: receiving traffic monitoring information of a first service flow reported by at least one reaction point, RP being designated RPs each having a traffic monitoring function; when a congestion state of the first service flow of the congestion point, CP, satisfies a congestion condition, selecting a preset number of RPs from the at least one designated RP, according to a priority, and using the selected preset number of RPs as the RPs needing traffic adjustment, and calculating, according to the traffic monitoring information, a new traffic value of the first service flow for each RP needing traffic adjustment; and sending each calculated new traffic value of the first service flow to the corresponding selected RP needing traffic adjustment. receiving traffic monitoring information of a first service flow reported by at least one reaction point, RP being designated RPs each having a traffic monitoring function; when a congestion state of the first service flow of the congestion point, CP, satisfies a congestion condition, selecting a preset number of RPs from the at least one designated RP, according to a priority, and using the selected preset number of RPs as the RPs needing traffic adjustment, and calculating, according to the traffic monitoring information, a new traffic value of the first service flow for each RP needing traffic adjustment; and sending each calculated new traffic value of the first service flow to the corresponding selected RP needing traffic adjustment.
An implantable medical device, comprising: a coil comprising minimum and maximum orthogonal dimensions in a first plane and wound around a first axis; and a boost converter configured to produce a second voltage from a first voltage, wherein the boost converter comprises an inductor wound around a second axis in a second plane comprising or parallel to the first plane, and wherein the second axis is parallel to the maximum dimension. a coil comprising minimum and maximum orthogonal dimensions in a first plane and wound around a first axis; and a boost converter configured to produce a second voltage from a first voltage, wherein the boost converter comprises an inductor wound around a second axis in a second plane comprising or parallel to the first plane, and wherein the second axis is parallel to the maximum dimension.
An article of footwear having an upper and a sole structure secured to the upper, the upper comprising: a textile layer at least partially formed from a plurality of yarns, the textile layer having a first surface and an opposite second surface; a plurality of first thread sections extending from a forefoot region of the upper to a heel region of the upper, the first thread sections lying adjacent to the first surface and not extending through the first surface in an area between the forefoot region and the heel region, and the first thread sections being separate from the yarns of the textile layer; a plurality of second thread sections extending from an upper area of the upper to a lower area of the upper, the second thread sections lying adjacent to the first surface and not extending through the first surface in an area between the upper area and the lower area, and the second thread sections being separate from the yarns of the textile layer, the first thread sections and the second thread sections having a crossed configuration. a textile layer at least partially formed from a plurality of yarns, the textile layer having a first surface and an opposite second surface; a plurality of first thread sections extending from a forefoot region of the upper to a heel region of the upper, the first thread sections lying adjacent to the first surface and not extending through the first surface in an area between the forefoot region and the heel region, and the first thread sections being separate from the yarns of the textile layer; a plurality of second thread sections extending from an upper area of the upper to a lower area of the upper, the second thread sections lying adjacent to the first surface and not extending through the first surface in an area between the upper area and the lower area, and the second thread sections being separate from the yarns of the textile layer, the first thread sections and the second thread sections having a crossed configuration.
A steering device comprising: - a steering column provided with: a base; - an upper segment connected to the base, in which the upper segment is connected in a tiltable manner with respect to the base; and - a steering axis comprising a lower axis rotatably contained inside the base; characterised in that the steering device is an electric power steering device further comprising: - a hydrostatic steering assembly; - an electrically assisted steering apparatus (90, 90') axially interposed between the steering column and the hydrostatic steering assembly and provided with: a support frame comprising a tubular central body; a shaft whose upper end axially projects outside an upper end of the central body and is connected to a lower end of the lower axis, and whose lower end is connected to the hydrostatic steering assembly; an electric motor comprising an annular rotor constrained in rotation to the shaft and an annular stator that coaxially surrounds the annular rotor and is fixed inside the central body of the support frame; wherein the upper end of the central body of the support frame of the electric steering apparatus (90,90') is directly fixed to the base of the steering column and in contact therewith. - a steering column provided with: a base; - an upper segment connected to the base, in which the upper segment is connected in a tiltable manner with respect to the base; and - a steering axis comprising a lower axis rotatably contained inside the base; - a hydrostatic steering assembly; - an electrically assisted steering apparatus (90, 90') axially interposed between the steering column and the hydrostatic steering assembly and provided with: a support frame comprising a tubular central body; a shaft whose upper end axially projects outside an upper end of the central body and is connected to a lower end of the lower axis, and whose lower end is connected to the hydrostatic steering assembly; an electric motor comprising an annular rotor constrained in rotation to the shaft and an annular stator that coaxially surrounds the annular rotor and is fixed inside the central body of the support frame; a support frame comprising a tubular central body; a shaft whose upper end axially projects outside an upper end of the central body and is connected to a lower end of the lower axis, and whose lower end is connected to the hydrostatic steering assembly; an electric motor comprising an annular rotor constrained in rotation to the shaft and an annular stator that coaxially surrounds the annular rotor and is fixed inside the central body of the support frame;
Container made of plastic material comprising a body and a petaloid bottom extending the body from a periphery, the bottom comprising a bottom wall of outwardly convex general shape, from which there project feet defining crests which together form a base inscribed inside a seating circle of diameter for which a ratio with a diameter of the periphery is less than 4/5, the feet being separated one from the next by portions of the bottom wall which form recessed valleys extending radially from a central zone of the bottom as far as the periphery, each valley comprising two adjacent sections, namely: - a central section which extends from the central zone of the bottom as far as a junction zone situated in vertical alignment with the seating circle, and has, in a radial plane, a first radius of curvature, - a peripheral section, which extends from the junction zone as far as the periphery, and has, in the said radial plane, a second radius of curvature, characterized in that this peripheral section is offset towards the outside of the container by an offset value with respect to the central section, the junction zone forming a discontinuity which defines two successive points (21, 22) of inflection, - the value of the offset between the central section and the peripheral section being equal to the distance between two points of intersection P 1 and P 2, P 1 being the point of intersection of a reference axis with the central section, and P 2 the point of intersection of the reference axis with the peripheral section, the reference axis joining two centres O p and O c, O p being the centre of curvature of a foot at the crest and O c the centre of curvature of the central section, the central section and the peripheral section being able to be extended by extrapolation in order to determine the points of intersection P 1 and P 2. - a central section which extends from the central zone of the bottom as far as a junction zone situated in vertical alignment with the seating circle, and has, in a radial plane, a first radius of curvature, - a peripheral section, which extends from the junction zone as far as the periphery, and has, in the said radial plane, a second radius of curvature, characterized in that this peripheral section is offset towards the outside of the container by an offset value with respect to the central section, the junction zone forming a discontinuity which defines two successive points (21, 22) of inflection, - the value of the offset between the central section and the peripheral section being equal to the distance between two points of intersection P 1 and P 2, P 1 being the point of intersection of a reference axis with the central section, and P 2 the point of intersection of the reference axis with the peripheral section, the reference axis joining two centres O p and O c, O p being the centre of curvature of a foot at the crest and O c the centre of curvature of the central section, the central section and the peripheral section being able to be extended by extrapolation in order to determine the points of intersection P 1 and P 2.
A shoulder proximal centralizer, comprising: a head wherein an attachment hole is located, the attachment hole is sized to match the stem neck of a shoulder humerus implant; a body extending from the head to an outer diameter to form a fan-like shape with a defined radius extending from the head to the outer diameter; a visualization window located towards the distal end of the body for visualization during surgery; a mid-panel separating the attachment hole and the visualization window, wherein an anti-rotation pin can be located to mate with a humeral implant during use; and a distal end panel having a lip with a first thickness, and an outer end with a second thickness, the first thickness is greater than the second thickness. a head wherein an attachment hole is located, the attachment hole is sized to match the stem neck of a shoulder humerus implant; a body extending from the head to an outer diameter to form a fan-like shape with a defined radius extending from the head to the outer diameter; a visualization window located towards the distal end of the body for visualization during surgery; a mid-panel separating the attachment hole and the visualization window, wherein an anti-rotation pin can be located to mate with a humeral implant during use; and a distal end panel having a lip with a first thickness, and an outer end with a second thickness, the first thickness is greater than the second thickness.
A method of removing black silicon or black silicon carbide from a surface of a used electrode of a plasma processing chamber, the method comprising: supplying a fluorine-containing gas composition into a plasma processing chamber including a lower electrode and an upper electrode, the upper electrode being of (i) silicon and including a plasma-exposed surface having black silicon on the surface, or (ii) of silicon carbide and including a plasma-exposed surface having black silicon carbide on the surface; energizing the gas composition to produce plasma; and etching at least a portion of the black silicon or black silicon carbide from the plasma-exposed surface of the upper electrode. supplying a fluorine-containing gas composition into a plasma processing chamber including a lower electrode and an upper electrode, the upper electrode being of (i) silicon and including a plasma-exposed surface having black silicon on the surface, or (ii) of silicon carbide and including a plasma-exposed surface having black silicon carbide on the surface; energizing the gas composition to produce plasma; and etching at least a portion of the black silicon or black silicon carbide from the plasma-exposed surface of the upper electrode.
Process for drying an aqueous composition of algae, comprising one or more water removal steps, and according to which at least one bicarbonate is added to at least one of the water removal steps in a total amount, relative to the amount of dry matter of the aqueous composition of algae before addition of the bicarbonate, of at least 0.5% by weight and of at most 8% by weight, and according to which the bicarbonate-supplemented aqueous composition of algae is treated with a stream of air having a flow rate greater than or equal to 20 Nm 3 /h/kg of composition before treatment with the stream of air and less than or equal to 100 Nm 3 /h/kg, at a temperature greater than or equal to 25°C and less than or equal to 100°C and for a period greater than or equal to 1 h and less than or equal to 10 h.
A laminate comprising, in the following order: a first layer comprising polypropylene containing a smectic crystal; and a second layer comprising a resin composition containing a thermoplastic resin and a metal foil powder, wherein the metal foil powder is a flattened piece having a laminate structure in which both surfaces of a metal thin film layer are each covered with a transparent thin film layer. a first layer comprising polypropylene containing a smectic crystal; and a second layer comprising a resin composition containing a thermoplastic resin and a metal foil powder, wherein the metal foil powder is a flattened piece having a laminate structure in which both surfaces of a metal thin film layer are each covered with a transparent thin film layer.
An article gripping system that grips and discharges articles from an article group stored in a container, the article gripping system comprising: a plurality of gripping units that grip the articles; a drive unit that moves at least one of the container and the gripping units relative to the other; and a control unit that controls the drive unit to move at least one of the container and the gripping units to thereby switch the positional relationship between the container and the specific gripping unit between a first positional relationship in which the container obstructs discharge of the articles gripped by the specific gripping unit and a second positional relationship in which the container does not obstruct discharge of the articles gripped by the specific gripping unit. a plurality of gripping units that grip the articles; a drive unit that moves at least one of the container and the gripping units relative to the other; and a control unit that controls the drive unit to move at least one of the container and the gripping units to thereby switch the positional relationship between the container and the specific gripping unit between a first positional relationship in which the container obstructs discharge of the articles gripped by the specific gripping unit and a second positional relationship in which the container does not obstruct discharge of the articles gripped by the specific gripping unit.
Urban or industrial vacuum cleaner on a chassis and self-propelled by means of at least one driving motor, comprising a guiding element preferably taking the form of a handlebar with at least a shaft, a hand grip and means or elements for attachment to the chassis of the vacuum cleaner, said attachment means or elements enabling, by the transmission of the movement applied to the hand grip, to steer said vacuum cleaner, characterized in that the shaft comprises a telescoping zone with a sliding part able to slide between a first so-called extended position and a second so-called retracted position, preferably with a return spring and at least one switch for detecting the position of the sliding part, said switch being able to cause the driving motor of the urban vacuum cleaner to switch off or reverse if the sliding part is in the retracted position.
A single pulse semiconductor laser, wherein the laser is configured to operate in a gain switching regime and is configured for being pumped with an injection current pulse, so as to provide a single optical pulse without a trailing pulse, the laser comprising: a plane asymmetric waveguide containing an n-doped first part, a second part and an active layer, the waveguide locating between an n-doped cladding layer (112, 402) and p-doped cladding layer (104, 406); and a thickness of the second part, which corresponds to the distance between the active layer and the p-doped cladding layer (104, 406), is less than a thickness of the first part, which corresponds to the distance between the active layer and the n-doped cladding layer (112, 402); the ratio of a thickness of the active layer to an optical confinement factor of the laser is larger than about 2.5μm, wherein a thickness of the active layer is between 50 nm and 150 nm, and the refractive index of the n-doped cladding layer (112, 402) is larger than that of the p-doped cladding layer (104, 406), and a difference between the refractive index of the n-doped cladding layer (112, 402) and a part of the waveguide adjacent to it is smaller than a difference between the refractive index of the p-doped cladding layer (104, 406) and a part of the waveguide adjacent to it. a plane asymmetric waveguide containing an n-doped first part, a second part and an active layer, the waveguide locating between an n-doped cladding layer (112, 402) and p-doped cladding layer (104, 406); and a thickness of the second part, which corresponds to the distance between the active layer and the p-doped cladding layer (104, 406), is less than a thickness of the first part, which corresponds to the distance between the active layer and the n-doped cladding layer (112, 402); the ratio of a thickness of the active layer to an optical confinement factor of the laser is larger than about 2.5μm, wherein a thickness of the active layer is between 50 nm and 150 nm, and the refractive index of the n-doped cladding layer (112, 402) is larger than that of the p-doped cladding layer (104, 406), and a difference between the refractive index of the n-doped cladding layer (112, 402) and a part of the waveguide adjacent to it is smaller than a difference between the refractive index of the p-doped cladding layer (104, 406) and a part of the waveguide adjacent to it.