mhurhangee/patent-ind-claim-en huggingface dataset:
Device for preventing a thrombosis in the leg veins, comprising at least a closed system with two chambers communicating with each other, which are surrounded by a flexible envelope made of a flexible airtight material and are filled with a flowable medium, namely at least one compression chamber beneath the sole of the foot, at least one expansion chamber in the area of the inner malleolus in direct contact with the perforator vein system there, which is pressed firmly against an area between the inner malleolus and the Achilles tendon by a retaining strap encompassing the ankle, as well as at least a connecting area in the shape of a chamber section and/or of a hose section, which connects the compression chamber and the expansion chamber in a fluidic way, characterized in that , in the area of the expansion chamber and/or of the compression chamber and/or of the chamber section and/or hose section connecting the former, wherein the envelope made of a flexible airtight material in turn is directly covered by at least one layer or sleeve made of a skin-compatible textile cloth or fabric at least at its surface facing the foot, so that in the areas covered thereby an areal contact between the envelope made of a flexible airtight material and the skin of the patient is avoided, whereby the envelope made of a flexible airtight material consists of two adjacent cuts of a flexible plastic foil uninterruptedly welded to each other along their edges, wherein, in the connecting area between the compression chamber and the expansion chamber , there exist punctiform weldings between the two adjacent cuts of the plastic foil in short mutual distances of 10 mm or less, which however are missing in the expansion chamber and in the compression chamber , so that the expansion chamber may blow up in the shape of a cushion due to an inner excess pressure in order to share its inner pressure with the perforator vein.
A multifunctional foldable highchair, comprising a front support frame and a rear support frame , wherein the front support frame and the rear support frame are arranged in a foldable manner, and the front support frame and the rear support frame are in a "U" shape; two vertical parts of the front support frame are respectively provided with a left sleeve member and a right sleeve member ; the left sleeve member and the right sleeve member are height-adjustable; an inner side surface of the left sleeve member and an inner side surface of the right sleeve member are respectively provided with a left armrest connecting rod and a right armrest connecting rod , wherein the left armrest connecting rod and the right armrest connecting rod are detachable; a top front end of the left armrest connecting rod and a top front end of the right armrest connecting rod are respectively provided with a left armrest and a right armrest ; a dining tray with a position adjustable from front to rear is provided between the left armrest and the right armrest ; a bottom of the left armrest and a bottom of the right armrest are respectively provided with a left strut and a right strut ; a top of the left strut and a top of the right strut are connected to the bottom of the left armrest and the bottom of the right armrest respectively; a bottom of the left strut and a bottom of the right strut are hinged to the left sleeve member and the right sleeve member respectively; a seat is provided between a middle of the left strut and a middle of the right strut ; a front end of the seat is provided with an angle-adjustable footrest ; a rear end of the seat is provided with a backrest , wherein the backrest is hinged to the rear end of the seat ; and a rear end surface of the backrest is provided with a support rod , wherein the support rod is detachably connected to the left armrest connecting rod and the right armrest connecting rod .
A two-part oil scraper ring comprising axial stabilization, comprising a base body comprising an essentially L-shaped cross section, which has a bearing surface leg and a ring flank leg , which together form two legs of the L-shaped cross section, and an axial stabilization element , which is arranged so as to bear at least partially on the ring flank leg , wherein a scraping web is arranged so as to be located externally on the bearing surface leg , wherein the stabilization element is elastic in the axial direction, and wherein an axial length (L) of the bearing surface leg is smaller than an overall axial height (H) of the two-part oil scraper ring, characterized in that the axial length (L) of the bearing leg surface varies in circumferential direction. a base body comprising an essentially L-shaped cross section, which has a bearing surface leg and a ring flank leg , which together form two legs of the L-shaped cross section, and an axial stabilization element , which is arranged so as to bear at least partially on the ring flank leg , wherein a scraping web is arranged so as to be located externally on the bearing surface leg , wherein the stabilization element is elastic in the axial direction, and wherein an axial length (L) of the bearing surface leg is smaller than an overall axial height (H) of the two-part oil scraper ring, characterized in that the axial length (L) of the bearing leg surface varies in circumferential direction.
A system for mounting multiple electronic display devices to a wall of a structure, the system comprising: a first pair of spaced-apart brackets , each bracket presenting a front flange defining a plurality of slots , each slot adapted to receive a fastener coupled to an electronic display so as to attach the electronic display to the bracket ; and a plurality of mounting feet operably coupled to each of the spaced-apart brackets , each of the mounting feet adapted to attach to the wall and defining a slot enabling the mounting foot to shift parallel to a plane of the wall, each of the plurality of mounting feet being separately shiftable relative to the spaced-apart brackets with an adjustment screw assembly so as to enable the bracket to be selectively adjusted for position in a direction perpendicular to the wall, characterized in that each of the plurality of mounting feet includes a mounting bracket defining the slot on a lateral flange and adjustment slots on a perpendicular flange , wherein an adjustment block is rigidly attached to the mounting bracket with first fasteners and receives the adjustment screw assembly , and wherein each of the plurality of mounting feet is adjustably coupled to the spaced-apart brackets with second fasteners slidably received in the adjustment slots such that turning the adjustment screw assembly causes the lateral flange to be moved relative to the front flange . a first pair of spaced-apart brackets , each bracket presenting a front flange defining a plurality of slots , each slot adapted to receive a fastener coupled to an electronic display so as to attach the electronic display to the bracket ; and a plurality of mounting feet operably coupled to each of the spaced-apart brackets , each of the mounting feet adapted to attach to the wall and defining a slot enabling the mounting foot to shift parallel to a plane of the wall, each of the plurality of mounting feet being separately shiftable relative to the spaced-apart brackets with an adjustment screw assembly so as to enable the bracket to be selectively adjusted for position in a direction perpendicular to the wall, characterized in that each of the plurality of mounting feet includes a mounting bracket defining the slot on a lateral flange and adjustment slots on a perpendicular flange , wherein an adjustment block is rigidly attached to the mounting bracket with first fasteners and receives the adjustment screw assembly , and wherein each of the plurality of mounting feet is adjustably coupled to the spaced-apart brackets with second fasteners slidably received in the adjustment slots such that turning the adjustment screw assembly causes the lateral flange to be moved relative to the front flange .
A method for determining a wind turbine layout in a wind power plant comprising a plurality of wind turbines , the method comprising the steps of: - generating a plurality of random layout candidates (201-203, 300), each layout candidate (201-203, 300) fulfilling a set of basic requirements, - performing a pre-screening process on each of the plurality of random layout candidates (201-203, 300), the pre-screening process including general optimization of the layout candidates (201-203, 300), - based on the pre-screening process , selecting a subset of layout candidates, - performing detailed optimization on the layout candidates of the selected subset of layout candidates, including repositioning of a group of wind turbines until it reaches equilibrium, and - based on the detailed optimization , selecting an optimized layout for the wind power plant among the optimized layout candidates of the subset of layout candidates. - generating a plurality of random layout candidates (201-203, 300), each layout candidate (201-203, 300) fulfilling a set of basic requirements, - performing a pre-screening process on each of the plurality of random layout candidates (201-203, 300), the pre-screening process including general optimization of the layout candidates (201-203, 300), - based on the pre-screening process , selecting a subset of layout candidates, - performing detailed optimization on the layout candidates of the selected subset of layout candidates, including repositioning of a group of wind turbines until it reaches equilibrium, and - based on the detailed optimization , selecting an optimized layout for the wind power plant among the optimized layout candidates of the subset of layout candidates.
A composition for use in the prevention or treatment of a corneal injury comprising thymosin β4 and citric acid or its salt as active ingredients and further comprising at least one organic acid selected from the group consisting of acetic acid, ascorbic acid and salts thereof, wherein the said organic acid is in an amount of 15 to 70 parts by weight per 100 parts by weight of citric acid or its salt.
A method of operating an Uninterruptible Power Supply (UPS), the method comprising: receiving, in a first mode of operation, AC power at an input of the UPS; providing, in the first mode of operation, the AC power to a charger and a clamp-charger circuit; charging, by the charger in the first mode of operation, a UPS battery of the UPS with a first charging current derived from at least a portion of the AC power; providing, in a second mode of operation, output power at an output of the UPS derived from the UPS battery; and charging, by the clamp-charger circuit in the second mode of operation, the UPS battery using a third charging current with power discharged from a load capacitance; characterised in that the method further comprises: charging, by the clamp-charger circuit in the first mode of operation, the UPS battery with a second charging current derived from at least a portion of the AC power. receiving, in a first mode of operation, AC power at an input of the UPS; providing, in the first mode of operation, the AC power to a charger and a clamp-charger circuit; charging, by the charger in the first mode of operation, a UPS battery of the UPS with a first charging current derived from at least a portion of the AC power; providing, in a second mode of operation, output power at an output of the UPS derived from the UPS battery; and charging, by the clamp-charger circuit in the second mode of operation, the UPS battery using a third charging current with power discharged from a load capacitance; characterised in that the method further comprises: charging, by the clamp-charger circuit in the first mode of operation, the UPS battery with a second charging current derived from at least a portion of the AC power.
Vehicle lighting device comprising at least one light emitting or LED light source and an elongate light guide , a proximal end of which is situated on a line of propagation of the light issuing from the light source , the light guide comprises: - a part transmitting light , made from a transparent material that extends over the entire length of the light guide; - an elongate diffusing portion extending in the direction of extension of the light guide over only part of the length of the light guide and suitable for diffusing, through a lateral light-exit face (F), at least 10% of the total light issuing from the light guide ; - from its proximal end, a rectilinear region consisting solely of the light-transmission part and, beyond the rectilinear part and in the direction of its distal end, a curved region , the diffusing portion being situated between the rectilinear part and the distal end and extending at least partly in the curved region , - a distal end formed by the light-transmission part and having a planar end face forming a non-flat obtuse angle (α) different from a right angle with the mean fibre (Fi) of the light guide ; characterised in that the lighting device comprises a housing inside which the light source and the light guide are situated and which is closed by an at least partly transparent and/or translucent front face to allow diffusion to the outside of the light beam issuing from the light guide , and inside the housing, a mask support that delimits in the housing a chamber receiving the light source , which is substantially light-tight and comprises a through tunnel suitable for receiving the proximal end of the light guide and support said light guide . - a part transmitting light , made from a transparent material that extends over the entire length of the light guide; - an elongate diffusing portion extending in the direction of extension of the light guide over only part of the length of the light guide and suitable for diffusing, through a lateral light-exit face (F), at least 10% of the total light issuing from the light guide ; - from its proximal end, a rectilinear region consisting solely of the light-transmission part and, beyond the rectilinear part and in the direction of its distal end, a curved region , the diffusing portion being situated between the rectilinear part and the distal end and extending at least partly in the curved region , - a distal end formed by the light-transmission part and having a planar end face forming a non-flat obtuse angle (α) different from a right angle with the mean fibre (Fi) of the light guide ; characterised in that the lighting device comprises a housing inside which the light source and the light guide are situated and which is closed by an at least partly transparent and/or translucent front face to allow diffusion to the outside of the light beam issuing from the light guide , and inside the housing, a mask support that delimits in the housing a chamber receiving the light source , which is substantially light-tight and comprises a through tunnel suitable for receiving the proximal end of the light guide and support said light guide .
A method, comprising: generating audio content coded for a reference speaker configuration ; downmixing the audio content coded for the reference speaker configuration to downmix audio content coded for a specific speaker configuration ; performing one or more gain adjustments on individual portions of the downmix audio content coded for the specific speaker configuration ; performing loudness measurements on the gain-adjusted individual portions of the downmix audio content ; and generating an audio signal that comprises the audio content coded for the reference speaker configuration and downmix loudness metadata created based at least in part on the loudness measurements on the gain-adjusted individual portions of the downmix audio content , wherein the method is performed by one or more computing devices. generating audio content coded for a reference speaker configuration ; downmixing the audio content coded for the reference speaker configuration to downmix audio content coded for a specific speaker configuration ; performing one or more gain adjustments on individual portions of the downmix audio content coded for the specific speaker configuration ; performing loudness measurements on the gain-adjusted individual portions of the downmix audio content ; and generating an audio signal that comprises the audio content coded for the reference speaker configuration and downmix loudness metadata created based at least in part on the loudness measurements on the gain-adjusted individual portions of the downmix audio content , wherein the method is performed by one or more computing devices.
Tilting motor vehicle with three or four-wheels, of which at least two front wheels (10 ', 10 "), comprising: - a frame extending from a forecarriage , which supports a pair of front wheels (10', 10 "), to a rear , which supports one or more rear wheels , said frame defining a steering sleeve ; and - a steering column coaxially supported by said steering sleeve along a steering axis (S-S); said forecarriage in turn comprising a forecarriage support frame , wherein said forecarriage support frame comprises: - a tubular body rigidly connected to said sleeve at an upper end of said tubular body to axially extend said steering sleeve , said steering column being arranged inside said tubular body ; and - a fixing structure for support means of said pair of front wheels (10 ', 10 "), which fixing structure is associated with said tubular body at a lower end thereof characterized in that said axial extension tubular body is provided with a tubular appendix , which extends axially starting from the upper end of said tubular body , said tubular appendix being configured to fit coaxially inside said steering sleeve and to rotary support said steering column . - a frame extending from a forecarriage , which supports a pair of front wheels (10', 10 "), to a rear , which supports one or more rear wheels , said frame defining a steering sleeve ; and - a steering column coaxially supported by said steering sleeve along a steering axis (S-S); said forecarriage in turn comprising a forecarriage support frame , - a tubular body rigidly connected to said sleeve at an upper end of said tubular body to axially extend said steering sleeve , said steering column being arranged inside said tubular body ; and - a fixing structure for support means of said pair of front wheels (10 ', 10 "), which fixing structure is associated with said tubular body at a lower end thereof characterized in that said axial extension tubular body is provided with a tubular appendix , which extends axially starting from the upper end of said tubular body , said tubular appendix being configured to fit coaxially inside said steering sleeve and to rotary support said steering column .
Hair dye comprising: - a mixture comprising primary dyes, couplers, at least one alkalizing substance, a buffer substance, an antioxidant substance; - at least one oxidizing agent, characterized in that said alkalizing substance is contained in an alkaline solution comprising: - tri-N-propylamine; - arginine; - water; - an alkalizing agent selected from glucamine and bis (3-aminopropyl) dodecylamine, where the pH value of said alkaline solution is ≥ 9.5. - a mixture comprising primary dyes, couplers, at least one alkalizing substance, a buffer substance, an antioxidant substance; - at least one oxidizing agent, characterized in that said alkalizing substance is contained in an alkaline solution comprising: - tri-N-propylamine; - arginine; - water; - an alkalizing agent selected from glucamine and bis (3-aminopropyl) dodecylamine, - tri-N-propylamine; - arginine; - water; - an alkalizing agent selected from glucamine and bis (3-aminopropyl) dodecylamine, where the pH value of said alkaline solution is ≥ 9.5.
An elevator system , comprising: a hoistway , an elevator car arranged in the hoistway, and an elevator control controlling the elevator car to move vertically in the hoistway between landings of a building , wherein a floor of the elevator car is provided with at least a first and a second roll which are rotatably suspended in the elevator car for rotation around rotation axles which are parallel to a door opening of the elevator car to provide a rolling floor surface , characterized in that a floor section comprising one or more floor elements which are movable between a load bearing position, where the floor elements are aligned on top of the rolling floor surface and provide a fixed floor surface, and a transport position, where the rolling floor surface is revealed in the elevator car . a hoistway , an elevator car arranged in the hoistway, and an elevator control controlling the elevator car to move vertically in the hoistway between landings of a building , wherein a floor of the elevator car is provided with at least a first and a second roll which are rotatably suspended in the elevator car for rotation around rotation axles which are parallel to a door opening of the elevator car to provide a rolling floor surface , characterized in that a floor section comprising one or more floor elements which are movable between a load bearing position, where the floor elements are aligned on top of the rolling floor surface and provide a fixed floor surface, and a transport position, where the rolling floor surface is revealed in the elevator car .
A blade outer air seal comprising: at least one internal surface formed within said blade outer air seal, wherein the at least one internal surface comprises a ceramic matrix composite; and a layer atop the at least one internal surface comprising: a matrix comprising at least one of hafnium silicate (HfSiO 4 ) zirconium silicate (ZrSiO 4 ) and ytterbium disilicate (Yb 2 Si 2 O 7 ) ; and barium magnesium alumino silicate (BMAS) or other alkaline earth aluminosilicate; wherein the layer has a BMAS or other alkaline earth aluminosilicate concentration of 0.8% to 10.0% by weight. at least one internal surface formed within said blade outer air seal, wherein the at least one internal surface comprises a ceramic matrix composite; and a layer atop the at least one internal surface comprising: a matrix comprising at least one of hafnium silicate (HfSiO 4 ) zirconium silicate (ZrSiO 4 ) and ytterbium disilicate (Yb 2 Si 2 O 7 ) ; and barium magnesium alumino silicate (BMAS) or other alkaline earth aluminosilicate; a matrix comprising at least one of hafnium silicate (HfSiO 4 ) zirconium silicate (ZrSiO 4 ) and ytterbium disilicate (Yb 2 Si 2 O 7 ) ; and barium magnesium alumino silicate (BMAS) or other alkaline earth aluminosilicate; wherein the layer has a BMAS or other alkaline earth aluminosilicate concentration of 0.8% to 10.0% by weight.
A deflectable catheter shaft section comprising the following: an elongated body extending along a body longitudinal axis (A) and comprising a distal end and a proximal end ; a first pocket at said distal end of said elongated body adapted for attachment of a pull ring and a tip assembly ; a second pocket at said proximal end of said elongated body; and a shaft coupler (60; 60') mounted in said second pocket , wherein said shaft coupler (60; 60') defines a coupler longitudinal axis aligned with said body longitudinal axis (A), and wherein said shaft coupler (60; 60') defines (a) a plurality of coupler lumens (72, 74, 76, 78, 80; 24', 26', 30', 32') extending along said coupler longitudinal axis, wherein said shaft coupler (60; 60') further defines (b) an outer radial surface defining a groove . an elongated body extending along a body longitudinal axis (A) and comprising a distal end and a proximal end ; a first pocket at said distal end of said elongated body adapted for attachment of a pull ring and a tip assembly ; a second pocket at said proximal end of said elongated body; and a shaft coupler (60; 60') mounted in said second pocket , wherein said shaft coupler (60; 60') defines a coupler longitudinal axis aligned with said body longitudinal axis (A), and wherein said shaft coupler (60; 60') defines (a) a plurality of coupler lumens (72, 74, 76, 78, 80; 24', 26', 30', 32') extending along said coupler longitudinal axis, wherein said shaft coupler (60; 60') further defines (b) an outer radial surface defining a groove .