mhurhangee/ep-ind-claims huggingface dataset:
A method for forming a carbon nanotube pellicle membrane (102, 202) for an extreme ultraviolet lithography reticle, the method comprising: bonding together overlapping carbon nanotubes (110, 210) of at least one carbon nanotube film (104, 204a, 204b) by pressing the at least one carbon nanotube film (104, 204a, 204b) between a first pressing surface (106, 206) and a second pressing surface (108, 208), thereby forming a free-standing carbon nanotube pellicle membrane (102, 202), the method further comprising, forming a coating on the at least one carbon nanotube film (104, 204a, 204b) prior to pressing the at least one carbon nanotube film (104, 204a, 204b). bonding together overlapping carbon nanotubes (110, 210) of at least one carbon nanotube film (104, 204a, 204b) by pressing the at least one carbon nanotube film (104, 204a, 204b) between a first pressing surface (106, 206) and a second pressing surface (108, 208), thereby forming a free-standing carbon nanotube pellicle membrane (102, 202), the method further comprising, forming a coating on the at least one carbon nanotube film (104, 204a, 204b) prior to pressing the at least one carbon nanotube film (104, 204a, 204b).
Dispersion containing a dispersed phase comprising drops and a continuous aqueous phase, preferably in the form of a gel, in which the drops comprise a fatty phase containing at least one gelling agent and a shell, wherein the shell comprises at least one anionic polymer and at least one cationic polymer, said dispersion being different from a composition comprising: 32.312% by weight of water, 0.8% by weight of phenoxyethanol, 2% by weight of pentyleneglycol, 0.25% by weight of carbomer, 24.57% by weight of glycerin, 0.03% by weight of disodium EDTA, 0.038% by weight of sodium hydroxide, 12.8% by weight of dimethicone (and) dimethicone/vinyl dimethicone crosspolymer, 27% by weight of dimethicone and 0.2% by weight of amodimethicone in relation to the total weight of the composition.
A process for producing a polyurethane shoe sole having an article density of 100 to 350 g/L, which comprises utilizing a) an organic polyisocyanate, b) a polyol, c) a blowing agent comprising water, and optionally d) a crosslinking and/or chain-extending agent, e) a catalyst, and f) other auxiliaries and/or additives, where a first step comprises polyisocyanate (a), polyol (b) and any crosslinking and/or chain-extending agent (d) being mixed and reacted at a temperature of 110°C to 180°C to give a prepolymer having polyisocyanate groups and a second step comprises the isocyanate-terminated prepolymer obtained and any remaining polyisocyanate (a) being mixed with blowing agent comprising water (c), any remaining polyol (b) and any remaining crosslinking and/or chain-extending agent (d) and also any catalyst (e) and other auxiliaries and/or additives (f), being introduced into a mold and allowed to fully react to give a polyurethane shoe sole. a) an organic polyisocyanate, b) a polyol, c) a blowing agent comprising water, and optionally d) a crosslinking and/or chain-extending agent, e) a catalyst, and f) other auxiliaries and/or additives, where a first step comprises polyisocyanate (a), polyol (b) and any crosslinking and/or chain-extending agent (d) being mixed and reacted at a temperature of 110°C to 180°C to give a prepolymer having polyisocyanate groups and a second step comprises the isocyanate-terminated prepolymer obtained and any remaining polyisocyanate (a) being mixed with blowing agent comprising water (c), any remaining polyol (b) and any remaining crosslinking and/or chain-extending agent (d) and also any catalyst (e) and other auxiliaries and/or additives (f), being introduced into a mold and allowed to fully react to give a polyurethane shoe sole.
Impact pressure generating system for the generation of impact pressure in a fluid employed to a reservoir for recovery of hydrocarbon from the reservoir, the system comprising an at least partly fluid-filled chamber in fluid communication with the reservoir via at least one conduit, the chamber comprising a first (202, 901) and a second wall part (201, 902) movable relative to each other, the system further comprising an object arranged outside said fluid to collide with the first wall part (202, 901) in a collision process to thereby impact on the fluid inside the chamber generating an impact pressure in the fluid to propagate to the reservoir via the conduit, wherein the chamber comprises a zone wherein gas-inclusions naturally gather by influence of the gravitational forces characterized in that the chamber is arranged such as to avoid a build-up of gas-inclusions where the first wall part (202, 901) impactson the fluid by placing the conduit in said zone, or by placing the first wall part (202, 901) impacting on the fluid away from said zone.
A dental cartridge, in particular for insertion into an injector, having a cylinder body with a gripping shoulder at one end face and having a cylinder chamber into which dental material can be filled, with a dispensing nozzle which is arranged at an end face of the cylinder body opposite the gripping shoulder, wherein the cylinder body and the dispensing nozzle are connected via a joint, characterized in that - the joint is formed with a joint head in the form of a ball as an integral part of the dispensing nozzle and with a joint socket complementary to the joint head as an integral part of the cylinder body at the end face opposite the gripping shoulder, and in that the dispensing nozzle can be swiveled relative to the cylinder body in a three-dimensional swivel range, - wherein the diameter of the joint head is larger than the diameter of the cylinder chamber. - the joint is formed with a joint head in the form of a ball as an integral part of the dispensing nozzle and with a joint socket complementary to the joint head as an integral part of the cylinder body at the end face opposite the gripping shoulder, and in that the dispensing nozzle can be swiveled relative to the cylinder body in a three-dimensional swivel range, - wherein the diameter of the joint head is larger than the diameter of the cylinder chamber.
Filter system, comprising - a housing, - at least one detachable cover which closes the housing, - at least one exchangeable element detachable by turning with a synchronization contour disposed inside of the housing, wherein the cover features on its exterior side a synchronization tool which corresponds with the synchronization contour of the exchangeable element in such a way that the cover detached from the filter housing and reversed can be attached by means of the synchronization tool to the element to be detached and that the element to be detached can be detached by turning via a rotational movement of the cover. - a housing, - at least one detachable cover which closes the housing, - at least one exchangeable element detachable by turning with a synchronization contour disposed inside of the housing, wherein the cover features on its exterior side a synchronization tool which corresponds with the synchronization contour of the exchangeable element in such a way that the cover detached from the filter housing and reversed can be attached by means of the synchronization tool to the element to be detached and that the element to be detached can be detached by turning via a rotational movement of the cover.
Apparatus, designed for invalidating containers for at least one reverse vending machine, the apparatus comprising a conveying body, which can be driven about an axis of rotation and is intended for deforming and/or transporting containers fed by the conveying body in a feeding direction, comprising a cutting unit, which is assigned to the conveying body and is intended for cutting up the containers, and comprising a deforming space, which is defined by the conveying body and the cutting unit and in which the containers are at least partly provided during the cutting up, the conveying body being designed as a screw conveying body, comprising a screw shaft and comprising a screw thread extending helically around the screw shaft, the screw conveying body being arranged in a screw trough, which surrounds the screw conveying body at least partly over its lateral surface and has at least one aperture for feeding the containers to the deforming space, characterized in that the cutting unit has a co-rotating blade, which is provided on the screw conveying body and has a cutting edge, which extends at least partly between two neighbouring thread turns of the screw thread, and the cutting unit has a fixed blade with a cutting edge, the cutting edges (15, 17) extending in the direction of the axis of rotation of the screw conveying body, the fixed blade being assigned to the rotating blade in such a way that, with each revolution of the screw conveying body, the rotating blade is taken once past the fixed blade for cutting through the container.
Folding and rolling table for preparing food rolls comprising a filling inserted into a rice wrapper, comprising a conveyor belt and a folding member, said folding member including a system of at least two nozzles blowing compressed gas, placed laterally on either side of the conveyor belt, and a suction system positioned between said two nozzles, characterised in that each of the outlets of the aforementioned blowing nozzles is positioned at a distance of between 1 and 4.5 mm from the conveyor belt, and in that the folding and rolling table includes: - a first rolling member placed upstream of the folding member on said conveyor belt, comprising a means for maintaining a wrapper under pressure by a first end on said conveyor belt and a first means for rolling the rice wrapper by a second end opposite to said first end; - a second rolling member placed downstream of the folding member on said conveyor belt, comprising a second means for rolling the rice wrapper by the second end thereof. - a first rolling member placed upstream of the folding member on said conveyor belt, comprising a means for maintaining a wrapper under pressure by a first end on said conveyor belt and a first means for rolling the rice wrapper by a second end opposite to said first end; - a second rolling member placed downstream of the folding member on said conveyor belt, comprising a second means for rolling the rice wrapper by the second end thereof.
A method of making a cord reinforced rubber article, the method comprising the steps of: a) mixing a carrier gas, at least one sulfur-containing compound and an alkyne, to form a gas mixture; b) generating an atmospheric pressure plasma from the gas mixture; c) exposing a reinforcement cord to the atmospheric pressure plasma to produce a treated reinforcement cord; and d) contacting the treated reinforcement cord with a rubber composition comprising a diene based elastomer. a) mixing a carrier gas, at least one sulfur-containing compound and an alkyne, to form a gas mixture; b) generating an atmospheric pressure plasma from the gas mixture; c) exposing a reinforcement cord to the atmospheric pressure plasma to produce a treated reinforcement cord; and d) contacting the treated reinforcement cord with a rubber composition comprising a diene based elastomer.
A strut and turbine vane nozzle arrangement in a gas turbine engine, characterised by comprising: an interturbine duct retained with a vane ring, the ITD including inner and outer annular duct walls (32,30) defining an annular flow passage concentrically disposed about an axis of the gas turbine engine, an array of circumferentially spaced-apart struts extending radially across the flow passage, the vane ring including an array of circumferentially spaced-apart vanes extending between inner and outer rings (40,38), each of the struts being angularly aligned in a circumferential direction with an associated one (44';44") of the vanes, the ITD having at least one first angular positioning element (50;69) including a first positioning surface and the vane ring having at least one second angular positioning element (48;70) including a second positioning surface (47;72), the first and second positioning surfaces facing each other and both being perpendicular to a tangential direction with respect to a circumference of the engine, and the first and second positioning surfaces abutting one against the other in the circumferential direction.
A method for assisting video compression by using a touch screen, adapted to a monitoring system including the touch screen and at least one image capturing apparatus, the method comprising: using the at least one image capturing apparatus to capture a reference frame; detecting a touch operation performed on the touch screen, and computing a motion vector of the touch operation; moving the image capturing apparatus according to the computed motion vector of the touch operation to capture a current frame; dividing the reference frame into a plurality of reference blocks, and determining a current block in the current frame that corresponds to the reference block according to the computed motion vector of the touch operation; and computing a sum of differences between luminance values of corresponding specific pixels of the reference block and the corresponding current block; comparing the computed sum of differences to a threshold to determine whether to use the motion vector of the touch operation as a motion vector between the reference block and the current block, and when the computed sum of differences is smaller than the threshold value, directly using the computed motion vector of the touch operation as the motion vector between the reference block and the current block and using the motion vector of the touch operation to compress frame data of the reference block and the current block. using the at least one image capturing apparatus to capture a reference frame; detecting a touch operation performed on the touch screen, and computing a motion vector of the touch operation; moving the image capturing apparatus according to the computed motion vector of the touch operation to capture a current frame; dividing the reference frame into a plurality of reference blocks, and determining a current block in the current frame that corresponds to the reference block according to the computed motion vector of the touch operation; and computing a sum of differences between luminance values of corresponding specific pixels of the reference block and the corresponding current block; comparing the computed sum of differences to a threshold to determine whether to use the motion vector of the touch operation as a motion vector between the reference block and the current block, and when the computed sum of differences is smaller than the threshold value, directly using the computed motion vector of the touch operation as the motion vector between the reference block and the current block and using the motion vector of the touch operation to compress frame data of the reference block and the current block.
Steam treatment device, having a fixed water connection, a used water container (17, 18) for receiving used water from a steam treatment chamber and a lifting unit for removing the used water from the used water container (17, 18), - which lifting unit has a water jet pump with a pressurised water inlet, a suction water inlet and an outlet, - wherein the pressurized water inlet is connected to the fixed water connection and the suction water inlet is connected to the used water container (17, 18), characterised in that - the used water container is a siphon (17, 18) which can be filled by water collecting on the base of a steam treatment chamber. - which lifting unit has a water jet pump with a pressurised water inlet, a suction water inlet and an outlet, - wherein the pressurized water inlet is connected to the fixed water connection and the suction water inlet is connected to the used water container (17, 18), - the used water container is a siphon (17, 18) which can be filled by water collecting on the base of a steam treatment chamber.
Spring arrangement having springs and a sleeve for accommodating the springs with a passage, the cross-section of the sleeve being adapted to the cross-section of the passage of the springs and the springs being held on the sleeve such that the sleeve and the springs form an assembly element, characterised in that the sleeve comprises, at each of its ends, an outwardly convex flange, so as to define a fixed position of the springs and prevent jamming of the springs.
An occlusive device comprising: a distal section comprising a coil having a length extending from a proximal coil end to a distal coil end, an outer cross-sectional dimension, and a coil flexibility, the distal coil end being a free, terminal distal end of the coil; a tubular transition member coupled to the proximal coil end, the transition member having a length and a flexibility, the length of the transition member being greater than the coil length, the flexibility of the transition member being less than the coil flexibility per unit length; and a self-expanding braided proximal section having a free, terminal proximal braid end, and a closed distal braid end, the closed distal braid end being coupled to the proximal end of the transition member, the proximal section having (i) a radially compressed state with a first cross-sectional dimension when positioned within the delivery lumen and (ii) a radially expanded state with a second cross-sectional dimension, greater than the coil cross-sectional dimension, when unconstrained, (iii) a braid length greater than the coil length, and (iv) a braid flexibility less than the coil flexibility, and greater than the flexibility of the transition member per unit length; and wherein the device is configured to reside in an aneurysm to restrict fluid flow within the aneurysm. a distal section comprising a coil having a length extending from a proximal coil end to a distal coil end, an outer cross-sectional dimension, and a coil flexibility, the distal coil end being a free, terminal distal end of the coil; a tubular transition member coupled to the proximal coil end, the transition member having a length and a flexibility, the length of the transition member being greater than the coil length, the flexibility of the transition member being less than the coil flexibility per unit length; and a self-expanding braided proximal section having a free, terminal proximal braid end, and a closed distal braid end, the closed distal braid end being coupled to the proximal end of the transition member, the proximal section having (i) a radially compressed state with a first cross-sectional dimension when positioned within the delivery lumen and (ii) a radially expanded state with a second cross-sectional dimension, greater than the coil cross-sectional dimension, when unconstrained, (iii) a braid length greater than the coil length, and (iv) a braid flexibility less than the coil flexibility, and greater than the flexibility of the transition member per unit length; and wherein the device is configured to reside in an aneurysm to restrict fluid flow within the aneurysm.
An additive for diesel fuel and fuel oil, comprising: A) from 2 to 12 % by weight, with respect to the sum of components A), B) and C), of an oxidation catalyst comprising a mixture of salts of at least one iron salt, and at least one cerium salt; B) from 82 to 92 % by weight, with respect to the sum of components A), B) and C), of at least one organic nitrate; and C) from 6 to 16 % by weight, with respect to the sum of components A), B) and C), of at least one dispersing agent, wherein the dispersing agent C) is selected from alkyl amines, alkyl amides, alkyl aryl amines, alkyl aryl amides, or mixtures thereof. A) from 2 to 12 % by weight, with respect to the sum of components A), B) and C), of an oxidation catalyst comprising a mixture of salts of at least one iron salt, and at least one cerium salt; B) from 82 to 92 % by weight, with respect to the sum of components A), B) and C), of at least one organic nitrate; and C) from 6 to 16 % by weight, with respect to the sum of components A), B) and C), of at least one dispersing agent, wherein the dispersing agent C) is selected from alkyl amines, alkyl amides, alkyl aryl amines, alkyl aryl amides, or mixtures thereof.
An infrastructure service information communication device, comprising: a service processing module, configured to generate a broadcast message, a wireless transceiving module, configured to exchange data with the outside of the infrastructure service information communication device, wherein the service processing module transmits the broadcast message via the wireless transceiving module, wherein the broadcast message may be an infrastructure service information discovery message comprising a timestamp and a beacon interval, or a beacon frame comprising an index message of the infrastructure service information and broadcast time points of corresponding specific information of the index message, characterized in that said processing module is configured to format the broadcast message such that a physical frame header and/or a media access control frame header of the broadcast message comprise an identification information bit string, the value of the identification information bit string is a first value when the broadcast message is an infrastructure service information discovery message, and the infrastructure service information discovery message comprises specific information of infrastructure service information, wherein the identification information bit string comprises one or more bits in a signal domain of the physical frame header, and/or one or more bits in a frame control domain of the media access control frame header. wherein when the broadcast message is a beacon frame, the value of the identification information bit string is a second value. a service processing module, configured to generate a broadcast message, a wireless transceiving module, configured to exchange data with the outside of the infrastructure service information communication device, wherein the service processing module transmits the broadcast message via the wireless transceiving module, wherein the broadcast message may be an infrastructure service information discovery message comprising a timestamp and a beacon interval, or a beacon frame comprising an index message of the infrastructure service information and broadcast time points of corresponding specific information of the index message, characterized in that said processing module is configured to format the broadcast message such that a physical frame header and/or a media access control frame header of the broadcast message comprise an identification information bit string, the value of the identification information bit string is a first value when the broadcast message is an infrastructure service information discovery message, and the infrastructure service information discovery message comprises specific information of infrastructure service information, wherein the identification information bit string comprises one or more bits in a signal domain of the physical frame header, and/or one or more bits in a frame control domain of the media access control frame header. wherein when the broadcast message is a beacon frame, the value of the identification information bit string is a second value.