mhurhangee/ep-ind-claims huggingface dataset:
A rubber composition for a tire, the rubber composition comprising: 3 to 25 parts by mass of an α-methylstyrene-based resin per 100 parts by mass of a rubber component containing diene rubber, said α-methylstyrene-based resin having a softening point of 60°C to 110°C; 1 to 15 parts by mass of a hydrogenated-terpene-based resin per 100 parts by mass of the rubber component containing the diene rubber, said hydrogenated-terpene-based resin having a softening point of 120°C to 150°C and a hydrogenation rate of 10% to 100%; silica; and 3-octanoylthio-1-propyltriethoxysilane as silane coupling agent. 3 to 25 parts by mass of an α-methylstyrene-based resin per 100 parts by mass of a rubber component containing diene rubber, said α-methylstyrene-based resin having a softening point of 60°C to 110°C; 1 to 15 parts by mass of a hydrogenated-terpene-based resin per 100 parts by mass of the rubber component containing the diene rubber, said hydrogenated-terpene-based resin having a softening point of 120°C to 150°C and a hydrogenation rate of 10% to 100%; silica; and 3-octanoylthio-1-propyltriethoxysilane as silane coupling agent.
Set of moulding elements suitable for being inserted into a mould for moulding a tyre, said set comprising a main strip and at least one secondary strip, said secondary strip comprising a first secondary strip portion and a second secondary strip portion, said first and second secondary strip portions extending on either side of the main strip and said set of moulding elements comprising means of assembling the secondary strip with the main strip, characterized in that the assembly means consist: - of a protuberance arranged on the main strip, capable of being inserted into an opening provided to this end in the secondary strip; - or of at least one anchor lug arranged on the main strip, capable of engaging with a notch in the secondary strip. - of a protuberance arranged on the main strip, capable of being inserted into an opening provided to this end in the secondary strip; - or of at least one anchor lug arranged on the main strip, capable of engaging with a notch in the secondary strip.
A gas turbine arrangement, in particular a micro gas turbine arrangement, comprising: - a gas turbine device comprising a combustor system, a turbine driven by an exhaust gas stream of said combustor system, and a compressor for supplying said combustor system with a compressed oxidant stream; - a recuperator having a heat exchanger for transferring at least a portion of the thermal power of said exhaust gas stream of said turbine to said compressed oxidant stream; - at least one exhaust gas-side bypass connecting a second inlet of said recuperator for said exhaust gas stream to a second outlet of said recuperator for said exhaust gas stream while bypassing said heat exchanger; and - at least one control element for adjusting the flow through said at least one exhaust gas-side bypass, characterized in that said exhaust gas-side bypass is integrated into said recuperator; and said recuperator comprises an inner shell and an outer shell enclosing said inner shell, wherein an inlet side of said inner shell is connected to said second inlet of said recuperator and an outlet side of said outer shell is connected to said second outlet of said recuperator, and wherein said exhaust gas-side bypass connects the interior of said inner shell in an axial direction to the interior of said outer shell. - a gas turbine device comprising a combustor system, a turbine driven by an exhaust gas stream of said combustor system, and a compressor for supplying said combustor system with a compressed oxidant stream; - a recuperator having a heat exchanger for transferring at least a portion of the thermal power of said exhaust gas stream of said turbine to said compressed oxidant stream; - at least one exhaust gas-side bypass connecting a second inlet of said recuperator for said exhaust gas stream to a second outlet of said recuperator for said exhaust gas stream while bypassing said heat exchanger; and - at least one control element for adjusting the flow through said at least one exhaust gas-side bypass,
A method for using a mobile information gateway device coupled to control a second device, the method comprising: capturing information with the mobile information gateway device; processing the information captured by the mobile information gateway device to detect an emergency condition; analyzing the information captured by the mobile information gateway device to identify an emergency response; retrieving instructional information corresponding to the emergency response; and providing the instructional information on the mobile information gateway device, characterized by analyzing the captured information to determine whether the second device is used in said emergency response; processing the instructional information to determine whether the second device should be activated; and sending a signal with the mobile information gateway device to control the second device. capturing information with the mobile information gateway device; processing the information captured by the mobile information gateway device to detect an emergency condition; analyzing the information captured by the mobile information gateway device to identify an emergency response; retrieving instructional information corresponding to the emergency response; and providing the instructional information on the mobile information gateway device, characterized by analyzing the captured information to determine whether the second device is used in said emergency response; processing the instructional information to determine whether the second device should be activated; and sending a signal with the mobile information gateway device to control the second device.
A method of wireless communication by a base station providing a cell, the method comprising: determining a first set of parameters (1810a-b) associated with a first random access channel, RACH, procedure, the first set of parameters being associated with beam failure recovery for a first user equipment, UE, in the cell, the first UE being time-synchronized with the base station; determining a second set of parameters (1812a-b) associated with a second RACH procedure in the cell for use by a second UE, the second UE being not time-synchronized with the base station, the second set of parameters being different from the first set of parameters and the second set of parameters being associated with at least one of initial access, cell selection, cell reselection, loss of timing synchronization or handover; sending the first set of parameters for use by the first UE; and sending the second set of parameters for use by the second UE. determining a first set of parameters (1810a-b) associated with a first random access channel, RACH, procedure, the first set of parameters being associated with beam failure recovery for a first user equipment, UE, in the cell, the first UE being time-synchronized with the base station; determining a second set of parameters (1812a-b) associated with a second RACH procedure in the cell for use by a second UE, the second UE being not time-synchronized with the base station, the second set of parameters being different from the first set of parameters and the second set of parameters being associated with at least one of initial access, cell selection, cell reselection, loss of timing synchronization or handover; sending the first set of parameters for use by the first UE; and sending the second set of parameters for use by the second UE.
A pedal simulator comprising: a housing having an inner space; a piston part slidably disposed at the inner space of the housing and including a plurality of piston rod units (230, 240); and a plurality of damper parts disposed at the housing and facing the plurality of piston rod units (230, 240), respectively, characterized in that each of the damper parts is configured to be compressed by a pressure from a respective one among the piston rod units (230, 240). a housing having an inner space; a piston part slidably disposed at the inner space of the housing and including a plurality of piston rod units (230, 240); and a plurality of damper parts disposed at the housing and facing the plurality of piston rod units (230, 240), respectively, characterized in that each of the damper parts is configured to be compressed by a pressure from a respective one among the piston rod units (230, 240).
A method for inspecting a bearing part, comprising the steps of: preparing a bearing part (1, 2, 3) made of JIS standard SUJ2 and having a carbonitrided layer formed in a surface thereof; performing heat treatment on said bearing part; measuring, after said heat treatment, a first Vickers hardness at a position with a summed depth from said surface, the summed depth being obtained by adding a first distance to a grinding allowance for said surface, and a second Vickers hardness at a core portion, which is a region where said carbonitrided layer is not formed in a thickness direction of said bearing part and is located at 1mm depth from said surface; and determining whether or not said first Vickers hardness is higher than said second Vickers hardness by a reference value (S30, S40), and verifying the nitrogen concentration in the surface of the bearing part before the heat treatment, being not less than 0.1 mass %, deciding whether a part can achieve the effect of extending the life of the part based on the determining, wherein said heat treatment is heat treatment at a heating temperature of 500°C for a retention time of one hour, the grinding allowance is one of 50 μm, 100 μm, 120 μm and 150 μm, when the first distance is 30 μm, the reference value is 130 HV, and when the first distance is 70 μm, the reference value is 80 HV. preparing a bearing part (1, 2, 3) made of JIS standard SUJ2 and having a carbonitrided layer formed in a surface thereof; performing heat treatment on said bearing part; measuring, after said heat treatment, a first Vickers hardness at a position with a summed depth from said surface, the summed depth being obtained by adding a first distance to a grinding allowance for said surface, and a second Vickers hardness at a core portion, which is a region where said carbonitrided layer is not formed in a thickness direction of said bearing part and is located at 1mm depth from said surface; and determining whether or not said first Vickers hardness is higher than said second Vickers hardness by a reference value (S30, S40), and verifying the nitrogen concentration in the surface of the bearing part before the heat treatment, being not less than 0.1 mass %, deciding whether a part can achieve the effect of extending the life of the part based on the determining, wherein said heat treatment is heat treatment at a heating temperature of 500°C for a retention time of one hour, the grinding allowance is one of 50 μm, 100 μm, 120 μm and 150 μm, when the first distance is 30 μm, the reference value is 130 HV, and when the first distance is 70 μm, the reference value is 80 HV.
A system for injecting fluids into a well, comprising: a production tree having a mandrel at the top thereof and attached to the top of a well having production tubing, the tree having a production bore arranged and designed to be in fluid communication with the production tubing of the well and a fluid port providing a pathway through the mandrel to an annulus wing block through an annulus access valve and from the annulus access valve to a crossover port, the crossover port providing a pathway from the annulus wing block to a production wing block through a crossover valve, the crossover port intersecting the production bore at a location between a production access valve and a production master valve; and a fluid supply line to bring fluid to the system, the fluid supply line includes one or more valves to control the flow of fluid through the supply line, the fluid supply line being arranged to be attached to the mandrel of the tree and in fluid communication with the production bore through the top of the tree via a flow path from a fluid source at another location to a connector via the fluid supply line and including the mandrel, the fluid port, the open annulus access valve with an annulus master valve closed, the crossover port and the open crossover valve with the production access valve closed and the open production master valve and into the production bore. a production tree having a mandrel at the top thereof and attached to the top of a well having production tubing, the tree having a production bore arranged and designed to be in fluid communication with the production tubing of the well and a fluid port providing a pathway through the mandrel to an annulus wing block through an annulus access valve and from the annulus access valve to a crossover port, the crossover port providing a pathway from the annulus wing block to a production wing block through a crossover valve, the crossover port intersecting the production bore at a location between a production access valve and a production master valve; and a fluid supply line to bring fluid to the system, the fluid supply line includes one or more valves to control the flow of fluid through the supply line, the fluid supply line being arranged to be attached to the mandrel of the tree and in fluid communication with the production bore through the top of the tree via a flow path from a fluid source at another location to a connector via the fluid supply line and including the mandrel, the fluid port, the open annulus access valve with an annulus master valve closed, the crossover port and the open crossover valve with the production access valve closed and the open production master valve and into the production bore.
A continuous process for making absorbent articles in a converting line, said process comprising the step of providing a nonwoven web, an apertured formed film, a backsheet material, and an absorbent core material; characterized in that said process further comprises the steps of: slitting the nonwoven web along its length to form a first sub-web and a second sub-web of approximately equal widths; superposing the first sub-web, the apertured formed film, the second sub-web, the absorbent core material, and the backsheet material in that order or reverse order; and forming the absorbent article by attaching and cutting the superposed first sub-web, the apertured formed film, the second sub-web, the absorbent core material, and the backsheet material. slitting the nonwoven web along its length to form a first sub-web and a second sub-web of approximately equal widths; superposing the first sub-web, the apertured formed film, the second sub-web, the absorbent core material, and the backsheet material in that order or reverse order; and forming the absorbent article by attaching and cutting the superposed first sub-web, the apertured formed film, the second sub-web, the absorbent core material, and the backsheet material.
Polynucleotide(s) for increasing the mutagenic activity or mutation frequency of an engineered homing endonuclease in a cell, wherein the polynucleotide(s) encode an engineered homing endonuclease selected from the group consisting of: I-LtrI, I-GpiI, I-GzeI, I-MpeMI, I-PanMI, I-OnuI, 1-HjeMI, and I-AniI and a Trex2 or biologically active fragment thereof.
A packaging system comprising a sealed or re-sealable package containing a tobacco product, wherein the internal environment within the package is actively controlled to maintain a pre-determined gaseous composition, wherein the system comprises an active insert for emitting oxygen into the internal environment within the package at a controlled rate, and wherein the active insert comprises sodium percarbonate contained within a sealed wrapper fabricated from a composite material having gas and water vapour transmission capabilities.
Implant for osseointegration into a jaw bone, said implant having a receiving opening, wherein a portion of the receiving opening is realized as an inner polygon, wherein at its distal end the implant comprises an indexing which reproduces the radial angular position and the geometry of the inner polygon, wherein a further portion of the receiving opening is realized as a fitting cylinder bore (31, 19), wherein the fitting cylinder bore (31, 19) is overlapped in the axial direction by an internal thread (32, 8) such that sufficient proportions of the fitting cylinder bore (19, 31) are maintained as cylindrical proportions, characterized in that the internal thread (32, 8), which overlaps the fitting cylinder bore (19, 31), includes between 50% and 80% of the cylindrical proportions of the lateral surface of the fitting cylinder bore (19, 31) and the fitting cylinder bore (31, 19) is set up for the purpose of forming a fit with and/or a threaded connection to a stem of a tooth replacement component.
A method for performing a video test by processing a video data sample sampled over time, comprising: receiving time sampled input data values representing the video data sample at incremental sample times; applying to a digital filter the time sampled input data values; computing with the digital filter a set of plural output data values for each of the input values, thereby interpolating values for times between the sample times, wherein the digital filter has at least one of sets of plural coefficients, a said set of plural coefficient applied to the input data values through respective successive computation stages, each coefficient producing from an input data value a product, the products for said plural coefficients generating the set of plural output data values including said interpolated additional values according to a polynomial function embodied by the digital filter; wherein the coefficients of the digital filter are held constant during at least a phase of the interpolation operation during which plural input values are processed; providing a delay control to the digital filter, for applying a delay value between each two successive ones of said computation stages, the delay value being varied over time by the delay control during the phase in which the coefficients remain constant, comprising applying to the delay control an at least partly randomized set of values, and plotting the output values on a display for representing at least one horizontal line in a picture. receiving time sampled input data values representing the video data sample at incremental sample times; applying to a digital filter the time sampled input data values; computing with the digital filter a set of plural output data values for each of the input values, thereby interpolating values for times between the sample times, wherein the digital filter has at least one of sets of plural coefficients, a said set of plural coefficient applied to the input data values through respective successive computation stages, each coefficient producing from an input data value a product, the products for said plural coefficients generating the set of plural output data values including said interpolated additional values according to a polynomial function embodied by the digital filter; wherein the coefficients of the digital filter are held constant during at least a phase of the interpolation operation during which plural input values are processed; providing a delay control to the digital filter, for applying a delay value between each two successive ones of said computation stages, the delay value being varied over time by the delay control during the phase in which the coefficients remain constant, comprising applying to the delay control an at least partly randomized set of values, and plotting the output values on a display for representing at least one horizontal line in a picture.
A fitting, comprising an outer housing adapted to connect to high pressure, a rear housing partially disposed in said outer housing and threaded inside said outer housing, a depressor in said outer housing moveable axially therein between an open and closed position, a biasing member in said outer housing biasing said depressor into said closed position, and a friction reducing member (22; 222; 322) positioned in said outer housing and about a region of said rear housing enabling rotation of said outer housing relative to said rear housing to disconnect said fitting from said high pressure manually.
Method for separating diamandoids from a sample of iso-alkanes and cycloalkanes comprising a separation step by liquid chromatography, this separation step comprising: - introducing the sample into a column comprising a stationary phase comprising a material capable of forming inclusion complexes with the diamandoids, said material being cyclodextrin, - eluting with an eluent selected from mixtures of C3-C8 n-alkane and C1-C4 alkanol with an alkane/alkanol volume ratio ranging from 90/10 to 99.5/0.5, and - collecting the eluted fractions. - introducing the sample into a column comprising a stationary phase comprising a material capable of forming inclusion complexes with the diamandoids, said material being cyclodextrin, - eluting with an eluent selected from mixtures of C3-C8 n-alkane and C1-C4 alkanol with an alkane/alkanol volume ratio ranging from 90/10 to 99.5/0.5, and - collecting the eluted fractions.
A system to simulate the work condition of the connection cables between two following cars (2, 3) of a railway rake comprising a first assembly and a second assembly, characterised in that: - the first assembly is designed to reproduce the axial movements to which the connection cables are subjected in use and comprises, in turn: - a delta robot having a fixed base and a movable platform, which makes translations along three axes (X, Y, Z) orthogonal to one another and is connected to the fixed base by means of three arms; and - a first support element, which is rigidly connected to the movable platform and has a first connector-holder plate, which carries, on a surface of its, a number of first connectors and/or counter-connectors; and - the second assembly is designed to reproduce the rotations to which the connection cables are subjected in use and comprises a rod connected, at an upper end of its, to a second support element having a second connector-holder plate, which carries, on a surface of its, a number of second connectors and/or counter-connectors facing, during the simulation phase, the first connectors and/or counter-connectors; and wherein the second connector-holder plate can rotate around the three orthogonal axes (X, Y, Z). - the first assembly is designed to reproduce the axial movements to which the connection cables are subjected in use and comprises, in turn: - a delta robot having a fixed base and a movable platform, which makes translations along three axes (X, Y, Z) orthogonal to one another and is connected to the fixed base by means of three arms; and - a first support element, which is rigidly connected to the movable platform and has a first connector-holder plate, which carries, on a surface of its, a number of first connectors and/or counter-connectors; and - a delta robot having a fixed base and a movable platform, which makes translations along three axes (X, Y, Z) orthogonal to one another and is connected to the fixed base by means of three arms; and - a first support element, which is rigidly connected to the movable platform and has a first connector-holder plate, which carries, on a surface of its, a number of first connectors and/or counter-connectors; and - the second assembly is designed to reproduce the rotations to which the connection cables are subjected in use and comprises a rod connected, at an upper end of its, to a second support element having a second connector-holder plate, which carries, on a surface of its, a number of second connectors and/or counter-connectors facing, during the simulation phase, the first connectors and/or counter-connectors; and wherein the second connector-holder plate can rotate around the three orthogonal axes (X, Y, Z).