mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a first user equipment, the method comprising: receiving a second control information message from a second user equipment over sidelink communication, wherein the second control information message is in response to the second user equipment receiving one or more data processes scheduled by a first control information message from the first user equipment; determining a time offset for hybrid automatic repeat request, HARQ, feedback information for the sidelink communication, wherein the time offset is (pre-)configured per sidelink resource pool; generating an indicator of the determined time offset; and transmitting the indicator of the determined time offset to the second user equipment in a third control information message. receiving a second control information message from a second user equipment over sidelink communication, wherein the second control information message is in response to the second user equipment receiving one or more data processes scheduled by a first control information message from the first user equipment; determining a time offset for hybrid automatic repeat request, HARQ, feedback information for the sidelink communication, wherein the time offset is (pre-)configured per sidelink resource pool; generating an indicator of the determined time offset; and transmitting the indicator of the determined time offset to the second user equipment in a third control information message.
A method of printing an image on a textile, the method comprising: coating and curing the textile with a coating solution comprising from 0.1 weight percent to 2 weight percent of an orthosilicate, from 70 weight percent to 85 weight percent of a water miscible solvent, from 5 weight percent to 15 weight percent water and from 10 weight percent to 20 weight percent ammonium hydroxide, thereby creating a silica network attached to the textile; and applying an ink composition to the silica network, forming an image on the silica network. coating and curing the textile with a coating solution comprising from 0.1 weight percent to 2 weight percent of an orthosilicate, from 70 weight percent to 85 weight percent of a water miscible solvent, from 5 weight percent to 15 weight percent water and from 10 weight percent to 20 weight percent ammonium hydroxide, thereby creating a silica network attached to the textile; and applying an ink composition to the silica network, forming an image on the silica network.
A method for providing, by a device intermediary to a plurality of clients and one or more servers, analytics on a stream of network packets traversing the device while managing network traffic between the plurality of clients and the one or more servers, the method comprising: a) receiving, by the device while managing network traffic between the plurality of clients and the one or more servers, a selection from a user of one of an internet protocol, IP, address, a uniform resource locator, URL, and an application identifier, to analyze one or more metrics, identifying, by the device while managing network traffic between the plurality of clients and the one or more servers, a stream of network packets from a plurality of streams of network packets of the network traffic traversing the device and corresponding to a flow identifier, being the user-selected one of: the IP address, the URL, and the application identifier; b) collecting, by the device while managing network traffic between the plurality of clients and the one or more servers, metrics on the identified stream of network packets, the metrics including a frequency with which requests are made by one or more clients of the plurality of clients via the identified stream of network packets; and c) generating, by the device while managing network traffic between the plurality of clients and the one or more servers, one or more stream objects that comprise the collected metrics. a) receiving, by the device while managing network traffic between the plurality of clients and the one or more servers, a selection from a user of one of an internet protocol, IP, address, a uniform resource locator, URL, and an application identifier, to analyze one or more metrics, identifying, by the device while managing network traffic between the plurality of clients and the one or more servers, a stream of network packets from a plurality of streams of network packets of the network traffic traversing the device and corresponding to a flow identifier, being the user-selected one of: the IP address, the URL, and the application identifier; b) collecting, by the device while managing network traffic between the plurality of clients and the one or more servers, metrics on the identified stream of network packets, the metrics including a frequency with which requests are made by one or more clients of the plurality of clients via the identified stream of network packets; and c) generating, by the device while managing network traffic between the plurality of clients and the one or more servers, one or more stream objects that comprise the collected metrics.
A PTC (positive temperature coefficient) polymeric compound comprising an electrically insulating matrix consisting essentially of an amorphous siloxane polymer, and first and second electrically conductive particles having different surface energies and electrical conductivities dispersed therein, whereby the PTC polymeric compound becomes a conductive composite body, wherein the compound has a trip temperature between 25 and 170°C, and wherein: - the first and second electrically conductive particles comprise carbon blacks having different surface energies and structural morphologies; - the first electrically conductive particles comprise a thermal carbon black and the second electrically conductive particles comprise a furnace carbon black; - the PTC polymeric compound comprises a fumed silica filler; and - the PTC polymeric compound comprises 3.6-11 % by weight of the furnace carbon black, 35-55 % by weight of the thermal carbon black, 2-13 % by weight of the fumed silica filler, and between 35 and 48 % by weight of the siloxane elastomeric polymer. - the first and second electrically conductive particles comprise carbon blacks having different surface energies and structural morphologies; - the first electrically conductive particles comprise a thermal carbon black and the second electrically conductive particles comprise a furnace carbon black; - the PTC polymeric compound comprises a fumed silica filler; and - the PTC polymeric compound comprises 3.6-11 % by weight of the furnace carbon black, 35-55 % by weight of the thermal carbon black, 2-13 % by weight of the fumed silica filler, and between 35 and 48 % by weight of the siloxane elastomeric polymer.
A protective tube connection assembly comprising: an electric wire; a protective tube through which the electric wire is inserted and which has alternately large diameter portions and small diameter portions; a protector comprising a body portion, an end portion of the protective tube is fixed on the protector, the electric wire led out from the end portion being disposed inside the protector, a wire support portion is provided on a bottom plate portion of the body portion spaced apart from an end portion of the protective tube and the electric wire led out from the end portion of the protective tube is placed on the wire support portion, characterised in that the wire support portion is formed to be higher than a lower inner surface of the small-diameter portion such that the electric wire is disposed at a floating position spaced apart from the lower inner surface of the small diameter portion at the end portion of the protective tube. an electric wire; a protective tube through which the electric wire is inserted and which has alternately large diameter portions and small diameter portions; a protector comprising a body portion, an end portion of the protective tube is fixed on the protector, the electric wire led out from the end portion being disposed inside the protector, a wire support portion is provided on a bottom plate portion of the body portion spaced apart from an end portion of the protective tube and the electric wire led out from the end portion of the protective tube is placed on the wire support portion, characterised in that the wire support portion is formed to be higher than a lower inner surface of the small-diameter portion such that the electric wire is disposed at a floating position spaced apart from the lower inner surface of the small diameter portion at the end portion of the protective tube.
A method, comprising: transmitting, at a base station, carrier deployment information that comprises physical information of a set of available carriers supported by the base station; receiving, at the base station, multi-carrier capability information that comprises carriers that can be simultaneously supported by a mobile station, wherein the simultaneously supportable carriers are based at least in part on the carrier deployment information; determining, at the base station, a set of assigned carriers based at least in part on the multi-carrier capability information; and transmitting carrier assignment information that comprises the determined set of assigned carriers of the base station, characterized by the multi-carrier capability information comprising one or more sets (S1, S2, S3) forming subsets of set of available carriers supported by the base station, wherein each of said one or more sets (S1, S2, S3) of carriers is simultaneously supported by the mobile station. transmitting, at a base station, carrier deployment information that comprises physical information of a set of available carriers supported by the base station; receiving, at the base station, multi-carrier capability information that comprises carriers that can be simultaneously supported by a mobile station, wherein the simultaneously supportable carriers are based at least in part on the carrier deployment information; determining, at the base station, a set of assigned carriers based at least in part on the multi-carrier capability information; and transmitting carrier assignment information that comprises the determined set of assigned carriers of the base station, characterized by the multi-carrier capability information comprising one or more sets (S1, S2, S3) forming subsets of set of available carriers supported by the base station, wherein each of said one or more sets (S1, S2, S3) of carriers is simultaneously supported by the mobile station.
A spool valve for controlling a twin phaser for coupling an input member for rotation with two output members and for enabling the phase of each of the two output members to be varied independently relative to the input member, the spool valve comprising: a bore that is operatively associated with the twin phaser, a plurality of fluid channels (125,126,127,128) opening into the bore, and a spool dimensioned to be received in the bore and movable relative to the bore to open and close the fluid channels (125,126,127,128) in a predetermined manner to provide fluid communication between the spool and the twin phaser in order to vary the phase of the output members relative to the input member, characterised in that the spool and the fluid channels (125,126,127,128) are configured such that axial displacement of the spool relative to the bore serves to control the phase of one of the output members and rotation of the spool relative to the bore serves to control the phase of the other output member. a bore that is operatively associated with the twin phaser, a plurality of fluid channels (125,126,127,128) opening into the bore, and a spool dimensioned to be received in the bore and movable relative to the bore to open and close the fluid channels (125,126,127,128) in a predetermined manner to provide fluid communication between the spool and the twin phaser in order to vary the phase of the output members relative to the input member, characterised in that the spool and the fluid channels (125,126,127,128) are configured such that axial displacement of the spool relative to the bore serves to control the phase of one of the output members and rotation of the spool relative to the bore serves to control the phase of the other output member.
An AC adapter unit comprising: an AC adapter including an AC adapter block, the AC adapter block having an AC inlet, and a DC cable extending from the AC adapter block; and a storage tray having a carrying surface on which the AC adapter is placed; wherein the DC cable has a bundled part in which the DC cable is bundled; and the AC adapter block and the bundled part of the DC cable are stored in adjacent positions on the carrying surface so that a side portion of the AC adapter block and a long axis of the figure-8 shape of the bundled part of the DC cable are parallel, characterized in that the DC cable is bundled such that the bundled part appears in a figure-8 shape when seen from a direction perpendicular to the carrying surface of the storage tray. an AC adapter including an AC adapter block, the AC adapter block having an AC inlet, and a DC cable extending from the AC adapter block; and a storage tray having a carrying surface on which the AC adapter is placed; wherein the DC cable has a bundled part in which the DC cable is bundled; and the AC adapter block and the bundled part of the DC cable are stored in adjacent positions on the carrying surface so that a side portion of the AC adapter block and a long axis of the figure-8 shape of the bundled part of the DC cable are parallel, characterized in that the DC cable is bundled such that the bundled part appears in a figure-8 shape when seen from a direction perpendicular to the carrying surface of the storage tray.
A device for injecting a fluid internally of a flow of loose material, comprising a feeder of loose material, provided with a lower discharge mouth through which the loose material flows along a descending direction, an injector, predisposed to inject a fluid onto the loose material, which injector is located below the discharge mouth such as to be positioned internally of the flow of loose material; the injector is arranged along the descending direction and comprises at least a nozzle for emitting the fluid, which nozzle is facing downwards; characterised in that it comprises at least two nozzles arranged symmetrically with respect to the descending direction and inclined such as to diverge with respect to one another, and which comprises a motor device predisposed for enabling movement of the injector along a longitudinal direction perpendicular to the descending direction.
High density dispersion for use as a catalyst retriever, the dispersion comprising magnetic particles functionalized with a weak organic acid being a functionalized acid and selected from at least one of the following groups: wherein - R1 is wherein n ∈, preferably n ∈, - R2 is wherein m ∈ - R3 and R4 may be selected from H, CH3 and R1 and R2; and - X is selected from F, Cl, Br, I, dicyanamide, bis(trifluoromethylsulphonyl)imide, wherein the magnetic particles are present in an amount > 15 vol.% relative to a total volume of the dispersion, and wherein the weak organic acid is present in an amount of 5*10 -6 -0,1 Mole acid/gr magnetic particle. - R1 is wherein n ∈, preferably n ∈, - R2 is wherein m ∈ - R3 and R4 may be selected from H, CH3 and R1 and R2; and - X is selected from F, Cl, Br, I, dicyanamide, bis(trifluoromethylsulphonyl)imide, wherein the magnetic particles are present in an amount > 15 vol.% relative to a total volume of the dispersion, and wherein the weak organic acid is present in an amount of 5*10 -6 -0,1 Mole acid/gr magnetic particle.
A method for manufacturing a microstructure body comprising a crystal structure comprised of titanium oxide particles Ti 3 O 5 and maintaining a paramagnetic metal state in a temperature range of 0 to 800 K, the microstructure body being a plurality of the titanium oxide particles without silica coating, including: a baking step of baking a power body composed of TiO 2 particles for an hour or longer, in a hydrogen atmosphere of 0.1 Umin or more and at a temperature of 1100 °C to 1400 °C, wherein the microstructure body produced through the baking step does not undergo phase transition to β phase having the property of a nonmagnetic semiconductor when the temperature is equal to or lower than 460 K as the temperature is lowered from a high temperature, and, instead, the microstructure body undergoes phase transition to λ phase that is the monoclinic crystal phase in which a paramagnetic metal state is maintained, thus maintaining the property of a paramagnetic metal even within a low temperature range lower than or equal to 460 K, while the λ phase phase-transits to the β phase that is a monoclinic crystal phase and having the property of a nonmagnetic semiconductor, when subjected to an external stimulus of an external force or a light. a baking step of baking a power body composed of TiO 2 particles for an hour or longer, in a hydrogen atmosphere of 0.1 Umin or more and at a temperature of 1100 °C to 1400 °C, wherein the microstructure body produced through the baking step does not undergo phase transition to β phase having the property of a nonmagnetic semiconductor when the temperature is equal to or lower than 460 K as the temperature is lowered from a high temperature, and, instead, the microstructure body undergoes phase transition to λ phase that is the monoclinic crystal phase in which a paramagnetic metal state is maintained, thus maintaining the property of a paramagnetic metal even within a low temperature range lower than or equal to 460 K, while the λ phase phase-transits to the β phase that is a monoclinic crystal phase and having the property of a nonmagnetic semiconductor, when subjected to an external stimulus of an external force or a light.
An article of footwear (1200, 1900, 2300, 3300) comprising: a shoe body including a shoe upper (1202, 2302) and a sole (1204, 1904, 2304) defining a first cavity (1206, 1906), the sole (1204, 1904, 2304) including a bendable portion (1924, 2316); said sole comprising a second cavity (801, 1228, 1912, 2314) therein and at least one pump (802, 1002a, 1002b, 1222, 1918, 2312, 2902) positioned in the second cavity (801, 1228, 1912, 2314); and a resilient actuation member (800, 1000, 1920, 2422) positioned inside said sole (1204, 1904, 2304) and actuable on the pump (1002a, 1002b, 1222, 1918, 2312, 2902); characterized in that, the resilient actuation member comprises a first end portion (1224, 1226), a second end portion (1224, 1226) opposite the first end portion (1224, 1226), and a pivotal region at which the first end portion (1224, 1226) is pivotable relative to the second end portion (1224, 1226) about a pivot at the pivotal region within the second cavity, the first and second end portions having a tendency to return to their default positions, and the second end portion including a movable free end operable to actuate against said pump in response to bending or unbending of said sole (1204, 1904, 2304) for ventilating the first cavity (1206, 1906). a shoe body including a shoe upper (1202, 2302) and a sole (1204, 1904, 2304) defining a first cavity (1206, 1906), the sole (1204, 1904, 2304) including a bendable portion (1924, 2316); said sole comprising a second cavity (801, 1228, 1912, 2314) therein and at least one pump (802, 1002a, 1002b, 1222, 1918, 2312, 2902) positioned in the second cavity (801, 1228, 1912, 2314); and a resilient actuation member (800, 1000, 1920, 2422) positioned inside said sole (1204, 1904, 2304) and actuable on the pump (1002a, 1002b, 1222, 1918, 2312, 2902); the resilient actuation member comprises a first end portion (1224, 1226), a second end portion (1224, 1226) opposite the first end portion (1224, 1226), and a pivotal region at which the first end portion (1224, 1226) is pivotable relative to the second end portion (1224, 1226) about a pivot at the pivotal region within the second cavity, the first and second end portions having a tendency to return to their default positions, and the second end portion including a movable free end operable to actuate against said pump in response to bending or unbending of said sole (1204, 1904, 2304) for ventilating the first cavity (1206, 1906).
A security element, comprising a) a substrate b) a coating on at least a portion of the substrate comprising at least one liquid crystal compound, the coating being applied on the reverse side of the substrate if the substrate is transparent or translucent or on the surface side if the substrate is transparent, translucent, reflective or opaque and c) a further coating on at least a portion of the coating containing the liquid crystal compound or direct on the substrate if the coating containing the liquid crystal compound is placed on the reverse side of the substrate, the further coating comprising platelet shaped transition metal particles having a longest dimension of edge length of from 5 nm to 1000 nm, preferably from 5 nm to 600 nm and particularly from 10 nm to 500 nm, and a thickness of from 2 nm to 100 nm, preferably from 2 to 40 nm and particularly from 4 to 30 nm. a) a substrate b) a coating on at least a portion of the substrate comprising at least one liquid crystal compound, the coating being applied on the reverse side of the substrate if the substrate is transparent or translucent or on the surface side if the substrate is transparent, translucent, reflective or opaque and on the reverse side of the substrate if the substrate is transparent or translucent or on the surface side if the substrate is transparent, translucent, reflective or opaque and c) a further coating on at least a portion of the coating containing the liquid crystal compound or direct on the substrate if the coating containing the liquid crystal compound is placed on the reverse side of the substrate, the further coating comprising platelet shaped transition metal particles having a longest dimension of edge length of from 5 nm to 1000 nm, preferably from 5 nm to 600 nm and particularly from 10 nm to 500 nm, and a thickness of from 2 nm to 100 nm, preferably from 2 to 40 nm and particularly from 4 to 30 nm. the further coating comprising platelet shaped transition metal particles having a longest dimension of edge length of from 5 nm to 1000 nm, preferably from 5 nm to 600 nm and particularly from 10 nm to 500 nm, and a thickness of from 2 nm to 100 nm, preferably from 2 to 40 nm and particularly from 4 to 30 nm.
A fluorinated elastic copolymer composition, which comprises a fluorinated elastic copolymer which is a tetrafluoroethylene-propylene copolymer, and a compound represented by the following formula wherein the compound represented by the following formula is contained in an amount of from 0.1 to 10 parts by mass per 100 parts by mass of the fluorinated elastic copolymer: (RCOO -) n M n+ (wherein R is a C 10-30 organic group, n is an integer of 2 or 3, and M is an alkaline earth metal, Zn, Cd, Co, Sn, Cu, Pb, Ni or Al).
A bleed assembly for a gas turbine engine, the assembly comprising a noise reduction device for a flow of gas, the assembly comprising a flow passage, a bleed valve at an inlet to the flow passage and a noise reduction body extending across the flow passage, characterised by the noise reduction body having a cellular structure comprising partitions (50, 52) which define a plurality of cells which communicate with one another through inlet and outlet apertures (56, 58, 60) in walls of the cells to provide a plurality of flow paths through the noise reduction body, each cell having at least one of the inlet apertures (56, 58) and at least one of the outlet apertures (58, 60), which inlet and outlet apertures (56, 58, 60) each cause a contraction of the flow through the noise reduction body followed by sudden expansion of flow emerging into or from the respective cell, the apertures (56, 58, 60) having increasing flow cross-sections in the direction of gas flow.