mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a multilayer laminar product, comprising the following operations: - providing a laminar support, said laminar support being a leather or a fabric; - covering a first face of said laminar support with a first covering layer in a polymer resin, said covering operation providing for covering said first face with an amount of said first covering layer between 22 and 215 grams per square meter (2 and 20 grams per square foot), more preferably said amount being between 75 and 129 grams per square meter (7 and 12 grams per square foot); - consolidating, at least partially, said first covering layer, said consolidation step providing for reducing the weight per square foot of said first covering layer downstream of said consolidation by a percentage between 35% and 55% with respect to the weight per square foot of said first covering layer upstream of said consolidation; - providing a laminar element above said first covering layer, said laminar element being of a material chosen from polyethylene, nylon or polyester with a thickness between 5 microns and 50 microns, even more preferably between 8 microns and 30 microns, specifically with a thickness equal to 15 microns, said laminar element having a smooth surface, - pushing an embossed surface against said first covering layer with interposition of said laminar element to imprint on said first covering layer the pattern of said embossed surface; - after imprinting said pattern, causing the polymerization of said first covering layer to obtain a stabilized covering layer, characterized in that said laminar element is free of any protective film at its surface adapted to be facing said first covering layer. - providing a laminar support, said laminar support being a leather or a fabric; - covering a first face of said laminar support with a first covering layer in a polymer resin, said covering operation providing for covering said first face with an amount of said first covering layer between 22 and 215 grams per square meter (2 and 20 grams per square foot), more preferably said amount being between 75 and 129 grams per square meter (7 and 12 grams per square foot); - consolidating, at least partially, said first covering layer, said consolidation step providing for reducing the weight per square foot of said first covering layer downstream of said consolidation by a percentage between 35% and 55% with respect to the weight per square foot of said first covering layer upstream of said consolidation; - providing a laminar element above said first covering layer, said laminar element being of a material chosen from polyethylene, nylon or polyester with a thickness between 5 microns and 50 microns, even more preferably between 8 microns and 30 microns, specifically with a thickness equal to 15 microns, said laminar element having a smooth surface, - pushing an embossed surface against said first covering layer with interposition of said laminar element to imprint on said first covering layer the pattern of said embossed surface; - after imprinting said pattern, causing the polymerization of said first covering layer to obtain a stabilized covering layer,
A bracket for clamping an injector onto a cylinder head of an internal combustion engine, comprising: - a clamp section, arranged for providing a clamping force (Fc) onto the injector to clamp the injector onto the cylinder head; - a mount section, extending from the clamp section and arranged for mounting the bracket to the cylinder head adjacent the injector; and - a support section, extending from the mount section opposite the clamp section and arranged for supporting the bracket onto the cylinder head at a lever distance from the clamp section, to define the clamping force (Fc); characterized in that the support section comprises a plurality of support elements (135a,b,c), each of said support elements arranged at a different lever distance (L A,B,C), such that a selected support element from the plurality of support elements (135a,b,c) engages, in use, with the cylinder head at a selected lever distance, such that the bracket is supported on the selected support element only, to control a magnitude of the clamping force (Fc). - a clamp section, arranged for providing a clamping force (Fc) onto the injector to clamp the injector onto the cylinder head; - a mount section, extending from the clamp section and arranged for mounting the bracket to the cylinder head adjacent the injector; and - a support section, extending from the mount section opposite the clamp section and arranged for supporting the bracket onto the cylinder head at a lever distance from the clamp section, to define the clamping force (Fc); characterized in that the support section comprises a plurality of support elements (135a,b,c), each of said support elements arranged at a different lever distance (L A,B,C), such that a selected support element from the plurality of support elements (135a,b,c) engages, in use, with the cylinder head at a selected lever distance, such that the bracket is supported on the selected support element only, to control a magnitude of the clamping force (Fc).
A computer-implemented method comprising: adding, to a project pane of a digital media editing interface in response to receiving a first user input, an overlay content segment as at least a portion of a media project; receiving selection of a content synchronization point within a video content segment, the video content segment represented within the project pane as at least a portion of the media project; automatically anchoring, in response to receiving the content synchronization point, the content synchronization point with a starting point of the overlay content to correlate playback of a point in time within the video content segment associated with the content synchronization point with a point in time within the overlay content segment associated with the starting point of the overlay content, wherein the starting point represents an overlay synchronization point; receiving, independent of receiving the selection of the content synchronization point, an input to change of the overlay synchronization point within the overlay content segment from the starting point, automatically anchoring, in response to receiving the change of the overlay synchronization point, the content synchronization point with the changed overlay synchronization point to correlate playback of a point in time within the video content segment associated with the content synchronization point with a point in time within the overlay content segment associated with the changed overlay synchronization point. adding, to a project pane of a digital media editing interface in response to receiving a first user input, an overlay content segment as at least a portion of a media project; receiving selection of a content synchronization point within a video content segment, the video content segment represented within the project pane as at least a portion of the media project; automatically anchoring, in response to receiving the content synchronization point, the content synchronization point with a starting point of the overlay content to correlate playback of a point in time within the video content segment associated with the content synchronization point with a point in time within the overlay content segment associated with the starting point of the overlay content, wherein the starting point represents an overlay synchronization point; receiving, independent of receiving the selection of the content synchronization point, an input to change of the overlay synchronization point within the overlay content segment from the starting point, automatically anchoring, in response to receiving the change of the overlay synchronization point, the content synchronization point with the changed overlay synchronization point to correlate playback of a point in time within the video content segment associated with the content synchronization point with a point in time within the overlay content segment associated with the changed overlay synchronization point.
A method for removing keratotic plugs from pores of human skin comprising: applying to skin in need thereof, a film of liquid composition comprising an aqueous solution or dispersion comprising from more than 10% to 20% by weight polyvinyl alcohol, wherein said PVA comprises a low viscosity PVA having a viscosity from 0.001 to 0.02 Pa*s (1.0 to 20 cps) and a high viscosity PVA having a viscosity from 0.02 and 0.1 Pa*s (20 and 100 cps) said viscosities as determined in a 4% aqueous solution at 20.degree. C.; wherein said PVA is derived from hydrolysis of polyvinyl acetate and has a degree of hydrolysis from 85% to 95%; and from 5% to 15% by weight polyvinylpyrrolidone, said liquid composition being substantially free of polymers having salt-forming groups, wherein said liquid composition has a viscosity from 25 Pa*s (25,000 cps) to 200 Pa*s (200,000 cps); and allowing an amount of water to evaporate from said film of said liquid composition on the skin such that a flexible, solid film is formed on the surface of the skin, said flexible, solid film being adherent to keratotic plugs; peeling said flexible, solid film from the skin so that keratotic plugs adherent thereto are removed from the pores.
A remote shut-down device for a suction or ventilation installation, comprising a suction pipe as well as a sealing member, the suction pipe being intended to be connected to the suction or ventilation installation at a downstream end, in the direction of circulation of the suction flow, and to be connected to a suction endpiece at an upstream end, the sealing member pivoting between a suction position in which it does not seal the pipe, so as to be able to carry out a suction at the endpiece, and a sealed position, in which it seals the pipe, so as to generate a significant depression downstream of the shut-down device, intended to be detected by the suction or ventilation installation in order to generate its shut-down, the device including elastic return means, arranged to bring the sealing member from the sealed position back to the suction position, when the depression downstream of the sealing member is low, that is to say after shut-down of the suction or ventilation installation, characterized in that the sealing member is actuated by actuating means over a first travel portion, so as to partially seal the suction pipe, and being designed to be actuated only by the depression created in the suction pipe downstream of the sealing member, over a second travel portion, so as to completely seal the suction pipe.
A squeegee, especially for squeegeeing printing ink off a printing cylinder, comprising a squeegee body having a working edge and a first squeegee side which especially faces the printing cylinder in operation and a second squeegee side which especially faces away from the printing cylinder in operation, where the squeegee body has been provided with a coating comprising a polymer, where the coating comprises particles at least in one subregion, and the particles take the form of hard material particles, characterized in that a proportion by mass of the hard material particles in the coating on the first squeegee side is higher than a proportion by mass of the hard material particles in the coating on the second squeegee side.
Arrangement for reducing the noise emissions of an electrical transformer or a choke, comprising: - a boiler, which is filled with an insulating and cooling fluid, - an active part, which is arranged in the boiler, - wherein at least one panel with an elastic volume is provided in the boiler, which panel is surrounded by the insulating and cooling fluid and has a cavity under a vacuum, - wherein the cavity is at least partially delimited by at least one metal membrane (6, 6'), so that the cavity volume can be varied during a pressure fluctuation of the insulating and cooling fluid, - wherein there is provision in the cavity for a spring facility made of metal, which is braced on the at least one metal membrane (6, 6') with a pretensioning, - wherein the at least one panel with an elastic volume is formed by two metal membranes (6, 6') opposite one another and a circumferential rigid membrane frame, wherein each metal membrane (6, 6') is fastened to the membrane frame in a sealing manner, and wherein the spring facility is braced on the one and on the other metal membrane (6, 6'), - wherein the pretensioning of the spring facility is dependent upon the vacuum being applied, wherein the spring facility is a flat-shaped spring which has bracket-shaped leaf spring elements (Figure 4), which are alternately braced on one of the two metal membranes (6, 6') in each case and end in a flexing zone, - characterised in that - the flat-shaped spring has an omega shape. - a boiler, which is filled with an insulating and cooling fluid, - an active part, which is arranged in the boiler, - wherein at least one panel with an elastic volume is provided in the boiler, which panel is surrounded by the insulating and cooling fluid and has a cavity under a vacuum, - wherein the cavity is at least partially delimited by at least one metal membrane (6, 6'), so that the cavity volume can be varied during a pressure fluctuation of the insulating and cooling fluid, - wherein there is provision in the cavity for a spring facility made of metal, which is braced on the at least one metal membrane (6, 6') with a pretensioning, - wherein the at least one panel with an elastic volume is formed by two metal membranes (6, 6') opposite one another and a circumferential rigid membrane frame, wherein each metal membrane (6, 6') is fastened to the membrane frame in a sealing manner, and wherein the spring facility is braced on the one and on the other metal membrane (6, 6'), - wherein the pretensioning of the spring facility is dependent upon the vacuum being applied, wherein the spring facility is a flat-shaped spring which has bracket-shaped leaf spring elements (Figure 4), which are alternately braced on one of the two metal membranes (6, 6') in each case and end in a flexing zone, - characterised in that - the flat-shaped spring has an omega shape.
LED spotlight, preferably for white light, having: - a LED module with several LED chips (7, 7') on a support, - a cooling element being in thermal contact with the LED module, - a reflector laterally surrounding the LED chips (7, 7'), and - a light mixing chamber, laterally surrounding the LED chips (7, 7') and arranged within the reflector, wherein the light mixing chamber base area and the reflector bottom are on the same level, the side of the light mixing chamber facing the LED chips (7, 7') is configured to be - reflective or - reflective and diffusive and the light mixing chamber is covered by a diffusion disk or open. - a LED module with several LED chips (7, 7') on a support, - a cooling element being in thermal contact with the LED module, - a reflector laterally surrounding the LED chips (7, 7'), and - a light mixing chamber, laterally surrounding the LED chips (7, 7') and arranged within the reflector, - reflective or - reflective and diffusive
A pneumatic tire, comprising: a tread portion having an annular shape extending in a tire circumferential direction; a pair of side wall portions disposed on both sides of the tread portion; a pair of bead portions disposed inward of the pair of side wall portions in a tire radial direction; a carcass layer mounted between the pair of bead portions; a belt layer disposed on an outer circumferential side of the carcass layer in the tread portion; an innerliner layer disposed on a tire inner surface along the carcass layer; characterized in that the pneumatic tire further comprises a partial tie rubber layer extending continuously across the equator of the tire between the bead portion on one side in the tire width direction and the bead portion on the other side in the tire width direction and disposed between the carcass layer and the innerliner layer in all regions except for tips of the pair of bead portions in the meridian cross-section, a protruding amount L1 of the partial tie rubber layer toward the pair of bead portions with respect to a perpendicular line P, which is drawn from an outermost end portion of the belt layer in a tire lateral direction toward the innerliner layer, being 0.25 times to 0.80 times as large as a periphery length L2 along the tire inner surface from an intersection point A of the perpendicular line P and the tire inner surface to a tip point B of a bead toe, wherein the partial tie rubber layer is formed of rubber having hardness under JIS K6253, measured by a type A durometer at a temperature of 20°C, of from 55 to 65. a tread portion having an annular shape extending in a tire circumferential direction; a pair of side wall portions disposed on both sides of the tread portion; a pair of bead portions disposed inward of the pair of side wall portions in a tire radial direction; a carcass layer mounted between the pair of bead portions; a belt layer disposed on an outer circumferential side of the carcass layer in the tread portion; an innerliner layer disposed on a tire inner surface along the carcass layer; characterized in that the pneumatic tire further comprises a partial tie rubber layer extending continuously across the equator of the tire between the bead portion on one side in the tire width direction and the bead portion on the other side in the tire width direction and disposed between the carcass layer and the innerliner layer in all regions except for tips of the pair of bead portions in the meridian cross-section, a protruding amount L1 of the partial tie rubber layer toward the pair of bead portions with respect to a perpendicular line P, which is drawn from an outermost end portion of the belt layer in a tire lateral direction toward the innerliner layer, being 0.25 times to 0.80 times as large as a periphery length L2 along the tire inner surface from an intersection point A of the perpendicular line P and the tire inner surface to a tip point B of a bead toe, wherein the partial tie rubber layer is formed of rubber having hardness under JIS K6253, measured by a type A durometer at a temperature of 20°C, of from 55 to 65.
A computer system for estimating and/or calculating the expected and/or actual change in annual energy production of a wind turbine due to identified structural deterioration of blades of the wind turbine, said computer system being arranged to execute the following steps: a. loading a dataset representing estimated lift and drag curves at specific radial locations along the original blade of the wind turbine, b. building a baseline Blade Element Momentum model of the wind turbine based on said estimated lift and drag curves of the original blade and analysing the model to provide a baseline AEP estimation of the wind turbine with original blades, c. loading a dataset representing aerodynamic effects of identified structural deteriorations at specific radial locations along each of the blades of the wind turbine, d. using the dataset of aerodynamic effects to generate modified lift and drag curves at specific radial locations along each of the blades, e. building a modified BEM model of the turbine based on the modified lift and drag curves, and f. analysing the modified BEM model to get an estimate of the AEP of the wind turbine when the structural deteriorations are taken into account, characterized in that said computer system is further arranged to execute the following step: g. generating a separate modified BEM model for each blade of the wind turbine, each separate modified BEM model being based on the aerodynamic effects of the identified structural deteriorations of one of the blades and then the calculated and/or estimated AEP of the separate modified BEM models for the separate blades are combined to get a calculated and/or estimated AEP for the entire turbine.. a. loading a dataset representing estimated lift and drag curves at specific radial locations along the original blade of the wind turbine, b. building a baseline Blade Element Momentum model of the wind turbine based on said estimated lift and drag curves of the original blade and analysing the model to provide a baseline AEP estimation of the wind turbine with original blades, c. loading a dataset representing aerodynamic effects of identified structural deteriorations at specific radial locations along each of the blades of the wind turbine, d. using the dataset of aerodynamic effects to generate modified lift and drag curves at specific radial locations along each of the blades, e. building a modified BEM model of the turbine based on the modified lift and drag curves, and f. analysing the modified BEM model to get an estimate of the AEP of the wind turbine when the structural deteriorations are taken into account,
A host fastener driving tool that uses consumables, the host fastener driving tool having an integral system for ordering consumables from an inventory order interface, the host fastener driving tool heat comprising: a processing unit; a location provider configured to selectively provide the location of the host fastener driving tool to said processing unit; a remote connector configured to establish a remote connection between said processing unit and the inventory order interface; an identification card reader for reading a customer identification card configured to connect to the identification card reader of the host fastener driving tool and having order information including a predetermined order quantity of consumables, wherein the host fastener driving tool is configured to read the order information when the customer identification card is connected; and wherein said processing unit is configured to interface the order information from said customer identification card and the location from said location provider through said remote connector to automatically place an order for the consumables at the inventory order interface and to direct the order for the consumables directly to the host fastener driving tool when the customer identification card is connected to the host fastener driving tool and wherein the consumables are fasteners. a processing unit; a location provider configured to selectively provide the location of the host fastener driving tool to said processing unit; a remote connector configured to establish a remote connection between said processing unit and the inventory order interface; an identification card reader for reading a customer identification card configured to connect to the identification card reader of the host fastener driving tool and having order information including a predetermined order quantity of consumables, wherein the host fastener driving tool is configured to read the order information when the customer identification card is connected; and wherein said processing unit is configured to interface the order information from said customer identification card and the location from said location provider through said remote connector to automatically place an order for the consumables at the inventory order interface and to direct the order for the consumables directly to the host fastener driving tool when the customer identification card is connected to the host fastener driving tool and wherein the consumables are fasteners.