mhurhangee/ep-ind-claims huggingface dataset:
A method of providing application integration for a sync framework executing on a computing device storing a first instance of a file, the computing device in communication via a network with a cloud, the cloud storing a second instance of the file, the method comprising: responsive to updates to the first instance and the second instance of the file, maintaining synchronization, by the sync framework, between the first instance of the file and the second instance of the file, the sync framework comprising an interface or API (application programming interface) to allow arbitrary applications executing on the computing device to communicate with the sync framework, characterized in that the method further comprises: receiving a sync-lock request via the interface or API from a first application executing on the computing device, the sync-lock request being associated with the file, and responsive to the sync-lock request, providing a sync-lock comprising temporarily relinquishing synchronization between the first and second instance of the file by the sync framework. responsive to updates to the first instance and the second instance of the file, maintaining synchronization, by the sync framework, between the first instance of the file and the second instance of the file, the sync framework comprising an interface or API (application programming interface) to allow arbitrary applications executing on the computing device to communicate with the sync framework, characterized in that the method further comprises: receiving a sync-lock request via the interface or API from a first application executing on the computing device, the sync-lock request being associated with the file, and responsive to the sync-lock request, providing a sync-lock comprising temporarily relinquishing synchronization between the first and second instance of the file by the sync framework. receiving a sync-lock request via the interface or API from a first application executing on the computing device, the sync-lock request being associated with the file, and responsive to the sync-lock request, providing a sync-lock comprising temporarily relinquishing synchronization between the first and second instance of the file by the sync framework.
Method for the treatment of single filament polyethylene terephthalate cords for the reinforcing layers of a pneumatic tyre; said method comprising (a) an adhesive solution coating step, wherein the single filament cord is immersed in an adhesive solution; (b) a drying step, wherein the cord covered in adhesive resin is held in a drying oven at a temperature of between 120 and 180°C; and (c) a thermobonding step wherein the cord, proceeding from the drying step, is arranged within an oven at a temperature of between 230 and 260°C for a period of between 30 and 90 seconds; said method being characterized in that during said thermobonding step the single filament cord is subjected to a tension of between 8 and 12 mN/dtex.
A method for use in a Lawful Interception, LI, network for providing a Law Enforcement Agency with Intercept Related Information, IRI, and Content of Communications; CC, from data traffic in a digital communications network, said data traffic being related to one or more target identities and interceptable by means of an Intercepting Control Element (ICE;120) in a common node of said LI network and digital communications network, said Control Element (ICE;120) being configured to receive a request to intercept data traffic related to one or more target identities, collect IRI and CC related to said one or more requested target identities, and forward the IRI and CC to an Intercept Mediation and Delivery unit (IMDU;114) node of the LI network, wherein the CC comprises data packets involving data packet headers comprising a timestamp field, the method characterized in that it comprises: - Sampling the CC according to a certain sampling rate to generate one or more samples, wherein each sample is generated by gathering data packets having same timestamp in the timestamp field; - Appending a sample correlation identifier to each data packet header of the generated one or more samples; and - Forwarding the generated one or more samples to the Law Enforcement Agency for identification of samples of interest based on the sample correlation identifier. - Sampling the CC according to a certain sampling rate to generate one or more samples, wherein each sample is generated by gathering data packets having same timestamp in the timestamp field; - Appending a sample correlation identifier to each data packet header of the generated one or more samples; and - Forwarding the generated one or more samples to the Law Enforcement Agency for identification of samples of interest based on the sample correlation identifier.
A monitoring method for monitoring a winding process on a winding device, comprising the following steps: - At least partial winding of a web material, that comprises a plastic film, to form a winding, - detection of at least one irregularity of the web material, - determination of a correlation of the irregularity to at least one running parameter of the winding, wherein the running parameter comprises the actual wound length of the web material on the winding up to the occurrence of the irregularity, - provision of the correlation of the irregularity of the web material to the running parameter of the winding for an unwinding process, wherein the running parameter is determined by detection of a preferred parameter (51.1) of the web material, wherein the preferred parameter (51.1) comprises the speed at the preference, wherein the preference is a part of a drive means which acts on the web material, in order to allow an advancing of the web material. - At least partial winding of a web material, that comprises a plastic film, to form a winding, - detection of at least one irregularity of the web material, - determination of a correlation of the irregularity to at least one running parameter of the winding, wherein the running parameter comprises the actual wound length of the web material on the winding up to the occurrence of the irregularity, - provision of the correlation of the irregularity of the web material to the running parameter of the winding for an unwinding process, - determination of a correlation of the irregularity to at least one running parameter of the winding, wherein the running parameter comprises the actual wound length of the web material on the winding up to the occurrence of the irregularity, - provision of the correlation of the irregularity of the web material to the running parameter of the winding for an unwinding process, wherein the running parameter is determined by detection of a preferred parameter (51.1) of the web material, wherein the preferred parameter (51.1) comprises the speed at the preference, wherein the preference is a part of a drive means which acts on the web material, in order to allow an advancing of the web material.
A polyolefin composition comprising: from 2 wt% to 40 wt% of a first heterophasic polyolefin polymer A) comprising: a1) a crystalline propylene homopolymer matrix, a2) a propylene ethylene copolymer having an ethylene content ranging from 20.0 wt% up to 35.0 wt%, a3) a propylene ethylene copolymer having an ethylene content ranging from 55.0 wt% up to 70.0 wt%, said first heterophasic polyolefin polymer A) having xylene soluble content measured according to ISO 16152, 2005 ranging from 20.0 wt% to 40.0 wt% and intrinsic viscosity of the xylene soluble fraction at 25 °C ranging from 3.0 wt% to 4.0 wt%, and from 60 wt% to 98 wt% of a second heterophasic polyolefin polymer B) comprising: b1) a crystalline propylene homopolymer matrix, b2) an ethylene C 4 -C 10 α-olefin copolymer having an ethylene content ranging from 65.0 wt% up to 85.0 wt%, b3) a propylene ethylene copolymer having an ethylene content ranging from 40.0 wt% up to 50.0 wt%, said second heterophasic polyolefin polymer B) having xylene soluble content measured according to ISO 16152, 2005 ranging from 25.0 wt% to 45.0 wt% and intrinsic viscosity of the xylene soluble fraction at 25 °C ranging from 1.5 wt% to 2.8 wt%, the sum A) + B) being 100. from 2 wt% to 40 wt% of a first heterophasic polyolefin polymer A) comprising: a1) a crystalline propylene homopolymer matrix, a2) a propylene ethylene copolymer having an ethylene content ranging from 20.0 wt% up to 35.0 wt%, a3) a propylene ethylene copolymer having an ethylene content ranging from 55.0 wt% up to 70.0 wt%, a1) a crystalline propylene homopolymer matrix, a2) a propylene ethylene copolymer having an ethylene content ranging from 20.0 wt% up to 35.0 wt%, a3) a propylene ethylene copolymer having an ethylene content ranging from 55.0 wt% up to 70.0 wt%, said first heterophasic polyolefin polymer A) having xylene soluble content measured according to ISO 16152, 2005 ranging from 20.0 wt% to 40.0 wt% and intrinsic viscosity of the xylene soluble fraction at 25 °C ranging from 3.0 wt% to 4.0 wt%, and from 60 wt% to 98 wt% of a second heterophasic polyolefin polymer B) comprising: b1) a crystalline propylene homopolymer matrix, b2) an ethylene C 4 -C 10 α-olefin copolymer having an ethylene content ranging from 65.0 wt% up to 85.0 wt%, b3) a propylene ethylene copolymer having an ethylene content ranging from 40.0 wt% up to 50.0 wt%, b1) a crystalline propylene homopolymer matrix, b2) an ethylene C 4 -C 10 α-olefin copolymer having an ethylene content ranging from 65.0 wt% up to 85.0 wt%, b3) a propylene ethylene copolymer having an ethylene content ranging from 40.0 wt% up to 50.0 wt%, said second heterophasic polyolefin polymer B) having xylene soluble content measured according to ISO 16152, 2005 ranging from 25.0 wt% to 45.0 wt% and intrinsic viscosity of the xylene soluble fraction at 25 °C ranging from 1.5 wt% to 2.8 wt%, the sum A) + B) being 100.
A case clearance control system (40; 150; 300) for a gas turbine engine, comprising: a fastener (46; 166; 306) extending through a first opening (52; 170; 320) of a first flange (42; 160; 302) and a second opening (62; 140; 350) of a second flange (42; 162; 304) to couple the first flange to the second flange, the fastener having: a fastener head (70; 210; 370), and a fastener shank (72; 212; 372) extending from the fastener head along an axis (74; 216; 376), the fastener shank defining an outlet port (84; 224; 384) extending transverse to the axis, an inlet port (86; 226; 386) spaced apart from the outlet port, the inlet port extending transverse to the axis, a first bore (80; 220; 380) extending through the fastener head along the axis to the outlet port, and a second bore (82; 222; 382) extending from an end of the fastener shank opposite the fastener head to the inlet port. a fastener head (70; 210; 370), and a fastener shank (72; 212; 372) extending from the fastener head along an axis (74; 216; 376), the fastener shank defining an outlet port (84; 224; 384) extending transverse to the axis, an inlet port (86; 226; 386) spaced apart from the outlet port, the inlet port extending transverse to the axis, a first bore (80; 220; 380) extending through the fastener head along the axis to the outlet port, and a second bore (82; 222; 382) extending from an end of the fastener shank opposite the fastener head to the inlet port.
A wicket gate for a hydraulic turbine or pump, comprising a blade being defined by a pressure surface, an oppositely facing suction surface, a leading edge and a spaced apart trailing edge, a first trunnion, a second trunnion, an air inlet aperture, an air passage and as least one air outlet aperture, whereas the air passage is connected with the air inlet aperture and each air outlet aperture in a way that air can flow from the air inlet aperture through the air passage to each air outlet aperture and the air outlet apertures are located at the trailing edge of the blade, characterized in that the profile of the suctions side surface of the blade along a cross section through a point P1 and a point P2 is concave, whereas point P1 is located on the suction side surface of the trailing edge where an air outlet aperture is located and point P2 is spaced apart from point P1 by less than 10% of the wicket gate length L and point P2 is located upstream of point P1 on a line perpendicular to the trailing edge starting at point P1.
An airfoil for a gas turbine engine comprising: pressure and suction walls (38, 40; 140) spaced apart from one another and joined at leading and trailing edges (34, 36) to provide an airfoil that extends in a radial direction, the airfoil having a cooling passage arranged between the pressure and suction walls (38, 40; 140) that extends toward a tip of the airfoil, the tip including a pocket separating the pressure and suction walls (38, 40); and scarfed cooling holes (50; 150) fluidly connecting the cooling passage to the pocket, the scarfed cooling holes (50; 150) including a portion recessed into a face of one of the pressure wall and suction wall (40; 140) and exposed to the pocket and wherein the pressure wall has a notch at the trailing edge that is in fluid communication with the pocket, characterized in that the scarfed cooling holes (50; 150) include a first set of scarfed cooling holes (50; 150) and a second set of scarfed cooling holes (56; 156) arranged in the pocket adjacent to the notch that are oriented differently than the first set of scarfed cooling holes (50; 150) and at an angle relative to the radial direction. pressure and suction walls (38, 40; 140) spaced apart from one another and joined at leading and trailing edges (34, 36) to provide an airfoil that extends in a radial direction, the airfoil having a cooling passage arranged between the pressure and suction walls (38, 40; 140) that extends toward a tip of the airfoil, the tip including a pocket separating the pressure and suction walls (38, 40); and scarfed cooling holes (50; 150) fluidly connecting the cooling passage to the pocket, the scarfed cooling holes (50; 150) including a portion recessed into a face of one of the pressure wall and suction wall (40; 140) and exposed to the pocket and wherein the pressure wall has a notch at the trailing edge that is in fluid communication with the pocket, characterized in that the scarfed cooling holes (50; 150) include a first set of scarfed cooling holes (50; 150) and a second set of scarfed cooling holes (56; 156) arranged in the pocket adjacent to the notch that are oriented differently than the first set of scarfed cooling holes (50; 150) and at an angle relative to the radial direction.
Control installation of a turbo-machine, comprising: - a turbo-machine regulation device, - at least one turbo-machine unit located remotely from said regulation device by which it is controlled, and to which it is electrically connected, and - a verification system of said unit, said control installation being characterized in that said system features: - an emitting/receiving antenna electrically connected to said regulation device, - a passive radiofrequency identification chip comprising an antenna and an electronic chip, wherein said passive radiofrequency identification chip is mounted on said unit and incorporates information concerning this same unit, wherein said passive radiofrequency identification chip is designed to emit to said emitting/receiving antenna a radiofrequency signal comprising said information, in response to a radiofrequency signal sent by said emitting/receiving antenna to verify said unit, said installation is also characterised in that said emitting/receiving antenna is mounted on said unit, and in that said information concerning the unit comprises at least one of the following items of data: - data concerning the characterisation of the unit, - data concerning the part number and serial number of the main components of the unit, - data concerning the manufacturing and repair dates of the unit, - data concerning the manufacturer of the unit, in the form of a specific encrypted code. - a turbo-machine regulation device, - at least one turbo-machine unit located remotely from said regulation device by which it is controlled, and to which it is electrically connected, and - a verification system of said unit, said control installation being characterized in that said system features: - an emitting/receiving antenna electrically connected to said regulation device, - a passive radiofrequency identification chip comprising an antenna and an electronic chip, wherein said passive radiofrequency identification chip is mounted on said unit and incorporates information concerning this same unit, wherein said passive radiofrequency identification chip is designed to emit to said emitting/receiving antenna a radiofrequency signal comprising said information, in response to a radiofrequency signal sent by said emitting/receiving antenna to verify said unit, - data concerning the characterisation of the unit, - data concerning the part number and serial number of the main components of the unit, - data concerning the manufacturing and repair dates of the unit, - data concerning the manufacturer of the unit, in the form of a specific encrypted code.
A multiple gauze fabric constituted of a plurality of gauze structures comprising a first gauze structure corresponding to a front surface, a second gauze structure corresponding to a back surface, and a third gauze structure corresponding to a middle layer, the gauze structure being a construction with, in total, 50-120 warp yarns and weft yarns per inch (2.54 cm): wherein the first gauze structure and the second gauze structure are joined together directly and/or indirectly; wherein the first gauze structure is formed by employing a first twisted yarn having a 3.3 or greater twisting coefficient as one of a warp (1, 2) or a weft (A, B), and a second twisted yarn having a 3.0 or less twisting coefficient as the other one of the warp or the weft; wherein the second gauze structure is formed by employing a third twisted yarn having a 3.3 or greater twisting coefficient as one of a warp (3, 4) or a weft (C, D), and a fourth twisted yarn having a 3.0 or less twisting coefficient as the other one of the warp or the weft; and wherein the third gauze structure is formed by employing a fifth twisted yarn having a 3.3 or greater twisting coefficient as a warp (5, 6), and a sixth twisted yarn having a 3.3 or greater twisting coefficient as a weft (E, F). wherein the first gauze structure and the second gauze structure are joined together directly and/or indirectly; wherein the first gauze structure is formed by employing a first twisted yarn having a 3.3 or greater twisting coefficient as one of a warp (1, 2) or a weft (A, B), and a second twisted yarn having a 3.0 or less twisting coefficient as the other one of the warp or the weft; wherein the second gauze structure is formed by employing a third twisted yarn having a 3.3 or greater twisting coefficient as one of a warp (3, 4) or a weft (C, D), and a fourth twisted yarn having a 3.0 or less twisting coefficient as the other one of the warp or the weft; and wherein the third gauze structure is formed by employing a fifth twisted yarn having a 3.3 or greater twisting coefficient as a warp (5, 6), and a sixth twisted yarn having a 3.3 or greater twisting coefficient as a weft (E, F).
A hand-held steamer head comprising a steam distribution chamber, a steam inlet through which steam is received from a steam channel and provided to the steam distribution chamber, one or more steam vents through which steam in the steam distribution chamber is expelled from the steamer head, and wherein the or each steam vent has a steam vent outlet, wherein a barrier in the steam distribution chamber is configured to prevent a direct flow path from the steam inlet to the steam vent outlet of the or each steam vent, the barrier being arranged to intersect a linear path of flow from the steam inlet to the steam vent outlet of the or each steam vent, wherein the steam distribution chamber comprises two or more steam vents defining a steam vent zone, wherein the barrier extends at least partially across the steam distribution chamber, extends transverse to a direct flow path between the steam inlet and the or each steam vent, and is configured to prevent a direct flow path from the steam inlet to the steam vent zone, characterised in that the barrier defines a flow path aperture through which steam flows between the steam inlet and the or each steam vent and which is offset from a direct flow path from the steam inlet to the or each steam vent, and whererin the cross-sectional area of the flow path aperture is greater than the cross-sectional area of the steam inlet.
A data transmission system for transmitting an electrical data to a nerve cell, comprising; - at least two phototransistor crystals, each of which is stimulated by light to form an electrical signal, and comprising • at least one signal output, at which an electrical signal is generated and which is coupled to the nerve cell to which the generated electrical signal is to be transmitted, • at least one voltage input common terminal, and characterized in that, each of said at least two phototransistor crystals further comprises at least one threshold light intensity control input for controlling the level of the electrical signal generated at the signal output according to the amount of light received; and in that, data transmission system further comprises - at least one image source for sending the light to said phototransistor crystals and for controlling the amount of light transmitted to each phototransistor crystal independently of each other; and - at least one control unit which is connected to said image source and controls the amount of light transmitted from the image source to each of the phototransistor crystals. - at least two phototransistor crystals, each of which is stimulated by light to form an electrical signal, and comprising • at least one signal output, at which an electrical signal is generated and which is coupled to the nerve cell to which the generated electrical signal is to be transmitted, • at least one voltage input common terminal, and characterized in that, each of said at least two phototransistor crystals further comprises at least one threshold light intensity control input for controlling the level of the electrical signal generated at the signal output according to the amount of light received; and in that, data transmission system further comprises • at least one signal output, at which an electrical signal is generated and which is coupled to the nerve cell to which the generated electrical signal is to be transmitted, • at least one voltage input common terminal, and characterized in that, each of said at least two phototransistor crystals further comprises at least one threshold light intensity control input for controlling the level of the electrical signal generated at the signal output according to the amount of light received; and in that, data transmission system further comprises - at least one image source for sending the light to said phototransistor crystals and for controlling the amount of light transmitted to each phototransistor crystal independently of each other; and - at least one control unit which is connected to said image source and controls the amount of light transmitted from the image source to each of the phototransistor crystals.