mhurhangee/ep-ind-claims huggingface dataset:
An article of footwear, comprising: an upper constructed as a unitary, one-piece polymer matrix from a flat upper member, wherein the upper includes a lateral side element extending through at least a heel region of the article of footwear and a medial side element extending through at least the heel region of the article of footwear, wherein the upper defines, at least in part, a foot-receiving chamber for the article of footwear, an ankle opening and a throat opening, wherein the upper includes a solid portion of polymeric material extending along a seam joining the lateral side element and the medial side element together at the heel region, along the ankle opening, and down the throat opening, wherein the solid portion of polymeric material provides a base for engaging a footwear securing system; and a sole structure engaged with the upper. an upper constructed as a unitary, one-piece polymer matrix from a flat upper member, wherein the upper includes a lateral side element extending through at least a heel region of the article of footwear and a medial side element extending through at least the heel region of the article of footwear, wherein the upper defines, at least in part, a foot-receiving chamber for the article of footwear, an ankle opening and a throat opening, wherein the upper includes a solid portion of polymeric material extending along a seam joining the lateral side element and the medial side element together at the heel region, along the ankle opening, and down the throat opening, wherein the solid portion of polymeric material provides a base for engaging a footwear securing system; and a sole structure engaged with the upper.
Domestic or industrial gas meter (100; 200; 300), preferably comburent and/or fuel gas, more preferably natural fuel gas, said gas meter being in the form of a container constituted, in use, by a metal upper half-case (1;1';1") without holes, cable gland or cable fitting for the passage of electrical cables, and provided with a perimeter edge in the form of a first horizontal planar flange, a metal lower half-case without holes, cable gland or cable fitting for the passage of electrical cables and provided with a perimeter edge in the form of a second horizontal planar flange, which in use abuts against said first horizontal flange, connection means in the form of a perimeter annular band positioned at the horizontal abutting plane of said first horizontal flange against said second horizontal flange, said band having at least one annular portion reflanged on at least one of the two horizontal flanges (5,9) so as to seam said upper half-case (1;1';1") to said lower half-case said container also comprising an electrical/electronic module of display and/or data processing placed externally on the outer wall on said upper half-case (1;1';1") or lower half-case of said container; a measurement unit and shutoff (when present) comprising one or more electrical/electronic modules of measurement and shutoff (when present) of flow of said gas which are placed inside said container (100;200;300), at least one flat electrical cable, insulated along its entire length, coming from and connected electrically to said unit of measurement and shutoff (when present), the portion of said electrical cable placed inside said container being in direct contact with said gas, said electrical cable connecting said external modules of display and/or data processing with said unit of measurement and shutoff (when present), characterised in that said insulated and flat electrical cable exits from said container of said meter (100;200) without any cable fitting through by an opening in the form of slot or indentation, formed in said connection means and positioned at the horizontal abutting plane of said first flange against said second flange, said electrical cable being placed in contact with said first flange and second flange when said flange abuts against said flange in use so as to be pressed and restrained in horizontal position by said horizontal flanges (5,9) to avoid the movement of said electrical cable with respect to said slot or said indentation, said slot or said indentation having at least one of the dimensions such as to be substantially in contact with said cable which traverses it so as to avoid the movement of said cable in said slot or said indentation, wherein sealing means are further provided on said cable, said upper half - case (1;1';1") and/or said lower half-case of said meter to create tightness to said gas.
Catheter insertable into a living organism percutaneously for the administration or withdrawal of a fluid or the introduction of an instrument or a wired object, in order to perform medical or surgical procedures, or for the passage of an electrical signal, this catheter comprising: - at a proximal end, a tip intended to be positioned outside the body, - a cannula which extends from the tip to a distal end intended to be positioned inside the organism, this cannula having an internal face defining an internal duct, and an external face, - a sleeve serving to minimize the risk of infection, characterised in that the sleeve is made of a material composed of at least 95% carbon, whether of pyrolyzed form as a matrix, pulverized form, in wire form or in wire and composite form in a matrix, whether it is of the polymerized type such as hydrogenated amorphous carbon (for example poly-hydridocarbyl) such as Diamon-like carbon or polymer-like carbon, or whether it is by association of the pyrolyzed and polymerized types in their different forms, which composes or covers the outer face of the cannula. - at a proximal end, a tip intended to be positioned outside the body, - a cannula which extends from the tip to a distal end intended to be positioned inside the organism, this cannula having an internal face defining an internal duct, and an external face, - a sleeve serving to minimize the risk of infection, characterised in that the sleeve is made of a material composed of at least 95% carbon, whether of pyrolyzed form as a matrix, pulverized form, in wire form or in wire and composite form in a matrix, whether it is of the polymerized type such as hydrogenated amorphous carbon (for example poly-hydridocarbyl) such as Diamon-like carbon or polymer-like carbon, or whether it is by association of the pyrolyzed and polymerized types in their different forms, which composes or covers the outer face of the cannula.
Method for transmitting electrical energy between an AC system and a DC system, in which a second voltage is generated from a first voltage of one of said two power supply systems (20, 24) with the aid of a converter unit (2; 52; 64), said second voltage being fed into the other of the two power supply systems (20, 24), wherein the converter unit (2; 52; 64) comprises a controllable converter, characterized in that the converter unit (2; 52; 64) comprises a diode rectifier, the second voltage results from a superposition of a first partial voltage, which is generated by the diode rectifier, and a second partial voltage, which is generated by the controllable converter, and the second partial voltage is adjusted by the controllable converter in such a way that a ratio of a characteristic variable of the second voltage with respect to a characteristic variable of the first voltage is changed, wherein the first voltage is a three-phase AC voltage and the second voltage is a DC voltage, and the controllable converter comprises a modular multilevel converter, and the controllable converter is fed with alternating current by means of another AC system.
A method of producing an anti-fouling and/or anti-thrombotic medical device comprising a metallic substrate, the method comprising activating the metallic substrate by plasma treatment and coating the activated metallic substrate with a hyperbranched polyglycerol by exposing the activated metallic substrate to substantially pure glycidol or a solution comprising at least 90% glycidol, and thereby forming the coating on the metallic substrate by polymerisation of glycidol monomers.
A length- and wide-adjustable boot characterized in that it comprises: - a rearward base piece with two inner rails, left rail of rearward base and right rail of rearward base with an inclination of these rails with respect to the axis of symmetry of the boot with an angle α determined by the ratio length/width of the foot comprised between 0° and 90°; - a forward base piece with two inner rails, left forward rail and right forward rail, perpendicular to the axis of symmetry of the boot; - a right side piece with two rails in its bottom, rearward rail of the right side and forward rail of the right side, so that the rearward rail of the right side couples with the right rail of the rearward base and the forward rail of the right side; - a left side piece with two rails in its bottom, rearward rail of the left side and forward rail of the left side, so that the rearward rail of the left side couples with the left rail of the rearward base and the rearward rail of the left side couples to the left rail of the rearward base; - an only fixing and adjustment system that allows to move the rearward base piece, the forward base piece, the left side piece and the right side piece simultaneously, so that the movement of any of the four pieces (BP, BA, LR, LL) produces a proportional movement to the width and length of the food in the other three pieces. - a rearward base piece with two inner rails, left rail of rearward base and right rail of rearward base with an inclination of these rails with respect to the axis of symmetry of the boot with an angle α determined by the ratio length/width of the foot comprised between 0° and 90°; - a forward base piece with two inner rails, left forward rail and right forward rail, perpendicular to the axis of symmetry of the boot; - a right side piece with two rails in its bottom, rearward rail of the right side and forward rail of the right side, so that the rearward rail of the right side couples with the right rail of the rearward base and the forward rail of the right side; - a left side piece with two rails in its bottom, rearward rail of the left side and forward rail of the left side, so that the rearward rail of the left side couples with the left rail of the rearward base and the rearward rail of the left side couples to the left rail of the rearward base; - an only fixing and adjustment system that allows to move the rearward base piece, the forward base piece, the left side piece and the right side piece simultaneously, so that the movement of any of the four pieces (BP, BA, LR, LL) produces a proportional movement to the width and length of the food in the other three pieces.
A method of communicating a gauge measurement comprising: receiving from a gauge a measurement signal representative of a measurement output by the gauge; producing a communication signal including the received measurement; wirelessly transmitting the communication signal according to a wireless network protocol; wherein the gauge outputs the measurement signal with the measurement formatted according to a first format of a plurality of formats; and the method further comprising generating the communication signal with the measurement formatted according to a second format of the plurality of formats. receiving from a gauge a measurement signal representative of a measurement output by the gauge; producing a communication signal including the received measurement; wirelessly transmitting the communication signal according to a wireless network protocol; wherein the gauge outputs the measurement signal with the measurement formatted according to a first format of a plurality of formats; and the method further comprising generating the communication signal with the measurement formatted according to a second format of the plurality of formats.
An ophthalmic lens element for correcting myopia in a wearer's eye, the lens element having a front surface, an optical axis and an optical centre, the lens element including: (a) a central zone providing a first optical correction for substantially correcting myopia associated with the foveal region of the wearer's eye, the central zone comprising an area for supporting central vision over an angular range of eye rotation for viewing directions away from the optical axis, wherein the central zone has an asymmetrical shape about the optical centre of the central zone to allow for the asymmetrical distribution of the frequency of eye rotations; and (b) a peripheral zone surrounding the central zone, the peripheral zone providing a second optical correction for substantially correcting myopia or hyperopia associated with a peripheral region of the retina of the wearer's eye; wherein the first optical correction is specified as a first refractive power and the second optical correction is specified as a second refractive power and wherein the second refractive power provides a plus power correction relative to the first refractive power, wherein the first refractive power is located at the optical centre of the ophthalmic lens element, wherein the mean value of the second refractive power is a mean refractive power at a radius of 20mm from the optical centre of the ophthalmic lens element, as measured on the front surface of the lens element, and inscribes the peripheral zone over an azimuthal extent of at least 270 degrees, and wherein the second refractive power is in the range of +0.50 D to +2.0 D relative to the first refractive power, and wherein the central zone blends into the peripheral zone via a blended zone. (a) a central zone providing a first optical correction for substantially correcting myopia associated with the foveal region of the wearer's eye, the central zone comprising an area for supporting central vision over an angular range of eye rotation for viewing directions away from the optical axis, wherein the central zone has an asymmetrical shape about the optical centre of the central zone to allow for the asymmetrical distribution of the frequency of eye rotations; and (b) a peripheral zone surrounding the central zone, the peripheral zone providing a second optical correction for substantially correcting myopia or hyperopia associated with a peripheral region of the retina of the wearer's eye;
A biological component comprising at least one tissue fragment having a size in the range of 0.1 to 3 mm 3 and having an effective amount of viable cells for use in resurfacing a diseased or damaged articular surface; wherein the biological component is associated with a biocompatible, bioresorbable scaffold to form a tissue repair implant; wherein the effective amount of viable cells can migrate out of the tissue fragment and populate the scaffold and wherein the implant is fixed to an exposed sub-chondral bone surface where damaged or diseased cartilage has been removed.
A printing press for printing data on a substrate, the substrate comprising a color-changeable material, the system comprising: a data source configured to provide data to be printed on the substrate; a laser diode array comprising a plurality of diodes; a housing to which the laser diode array is mounted, the housing disposing the laser diode array across at least a portion of the substrate; and a processing circuit, wherein the processing circuit is configured to retrieve the data from the data source and to control a parameter of light emitted by the plurality of diodes to a plurality of different values, based on the retrieved data, to generate an image comprising a plurality of different colors in the color-changeable material on the substrate, and wherein the parameter comprises at least one of a wavelength, a frequency, or a power of the light emitted by the diode, and wherein each value of the plurality of different values is associated with one of the plurality of different colors. a data source configured to provide data to be printed on the substrate; a laser diode array comprising a plurality of diodes; a housing to which the laser diode array is mounted, the housing disposing the laser diode array across at least a portion of the substrate; and a processing circuit, wherein the processing circuit is configured to retrieve the data from the data source and to control a parameter of light emitted by the plurality of diodes to a plurality of different values, based on the retrieved data, to generate an image comprising a plurality of different colors in the color-changeable material on the substrate, and wherein the parameter comprises at least one of a wavelength, a frequency, or a power of the light emitted by the diode, and wherein each value of the plurality of different values is associated with one of the plurality of different colors.
A vehicle, in particular an agricultural vehicle, comprising at least one track-laying assembly (2; 19) which has a plurality of support rollers (7, 8) which are arranged in succession in the direction of travel of the vehicle and around which passes a track belt, wherein the rollers (7, 8) are displaceable by at least one control member between a first configuration in which all support rollers (7, 8) are loaded and a second configuration in which at least one outer one of the support rollers (7, 8) is relieved of load, and a drive power source for delivering drive power required for displacement of the configuration, wherein an energy storage means can be charged up by the drive power source and connected to the control member in order to provide the control member with the drive power needed for displacement of the configuration, wherein the drive power source is a source for a working fluid under an increased pressure and the energy storage means is a first pressure storage means, characterised in that the control member can be connected to a second pressure storage means, the operating pressure of which is lower than that of the first pressure storage means to permit a spring movement of the support roller which is engaged by the control member, wherein at least one directional control valve (25; 27) connects the control member either to the first or to the second pressure storage means (29; 24), wherein the directional control valve (25; 27) has a control input connected to the drive assembly so that upon a disruption with the drive power source which leads to failure of the increased pressure of the working fluid the directional control valve automatically makes the connection to the first pressure storage means and thus implements the transition into the second configuration.
A system, comprising: a virtualization coordinator, and a plurality of service platforms; wherein the virtualization coordinator is configured to: generate a first interface record, wherein the first interface record comprises a) a first subnet identifier of a first subnet, and b) a first Internet Protocol "IP" address within the first subnet; and initiate, in response to one or more programmatic requests, one or more configuration operations to enable network traffic directed at the first IP address to be received at a particular resource instance which is resident at least in part at a particular service platform, wherein the one or more configuration operations are initiated prior to a completion of an activation of the particular resource instance resident at least in part at the particular service platform; and wherein the particular resource instance resident at least in part at the particular service platform is configured to, after the particular resource instance has been activated, receive network traffic directed at the first IP address. a virtualization coordinator, and a plurality of service platforms; wherein the virtualization coordinator is configured to: generate a first interface record, wherein the first interface record comprises a) a first subnet identifier of a first subnet, and b) a first Internet Protocol "IP" address within the first subnet; and initiate, in response to one or more programmatic requests, one or more configuration operations to enable network traffic directed at the first IP address to be received at a particular resource instance which is resident at least in part at a particular service platform, wherein the one or more configuration operations are initiated prior to a completion of an activation of the particular resource instance resident at least in part at the particular service platform; and generate a first interface record, wherein the first interface record comprises a) a first subnet identifier of a first subnet, and b) a first Internet Protocol "IP" address within the first subnet; and initiate, in response to one or more programmatic requests, one or more configuration operations to enable network traffic directed at the first IP address to be received at a particular resource instance which is resident at least in part at a particular service platform, wherein the one or more configuration operations are initiated prior to a completion of an activation of the particular resource instance resident at least in part at the particular service platform; and wherein the particular resource instance resident at least in part at the particular service platform is configured to, after the particular resource instance has been activated, receive network traffic directed at the first IP address.
A pet food composition for cats containing resveratrol for use in inducing a satiety response or in controlling food intake in a cat, wherein said satiety response is an abrupt or tapered down cessation of eating, wherein the pet food composition comprises resveratrol in an amount effective to induce a satiety response, and wherein the resveratrol is in an amount effective to decrease expression of one or more genes selected from NPY and NPY receptors, and/or increase expression of one or more genes selected from leptin and leptin receptors.
Excipient free N-Acetylglucosamine tablets prepared by wetting N-Acetylglucosamine powder with 4% to 15% w/w water to form a mix, compressing the mix into wells of a mold to form individual wet tablets in each of the wells, expressing the wet tablets, and allowing the water to evaporate from the wet tablets.
Heat exchanger plate comprising an edge, a groove running along the edge, and a corrugated area having tops and valleys between the groove and the edge, wherein the tops run substantially perpendicular to the edge and the groove comprises an external wall adjacent to the corrugated area and an internal wall, characterized in that the external wall is in form of a wavy shape.