mhurhangee/ep-ind-claims huggingface dataset:
A device for controlling the flow of a fluid through a conduit from an upstream side of the device to a downstream side of the device, the device comprising: a housing comprising one or more valve apertures through which the flow of fluid is selectively controlled; a valve member arranged to move reciprocally to selectively open and close the one or more valve apertures, thereby controlling flow of the fluid through the one or more valve apertures; a stop for arresting the travel of the valve member arranged at or beyond a position the valve member reaches when at least some of the one or more valve apertures are open; and wherein the valve member comprises an end portion arranged to come into contact with the stop when the valve member reaches or passes the position at which at least some of the one or more valve apertures are open and a body portion, the end portion projects from the body portion in a direction towards the stop, the end portion and the body portion each have a maximum dimension in a direction substantially perpendicular to the direction in which the end portion projects from the body portion, the device being characterized in that the valve member is in a form of a cap that fits over the housing and in that the maximum dimension of the end portion is less than the maximum dimension of the body portion. a housing comprising one or more valve apertures through which the flow of fluid is selectively controlled; a valve member arranged to move reciprocally to selectively open and close the one or more valve apertures, thereby controlling flow of the fluid through the one or more valve apertures; a stop for arresting the travel of the valve member arranged at or beyond a position the valve member reaches when at least some of the one or more valve apertures are open; and wherein the valve member comprises an end portion arranged to come into contact with the stop when the valve member reaches or passes the position at which at least some of the one or more valve apertures are open and a body portion, the end portion projects from the body portion in a direction towards the stop, the end portion and the body portion each have a maximum dimension in a direction substantially perpendicular to the direction in which the end portion projects from the body portion, the device being characterized in that the valve member is in a form of a cap that fits over the housing and in that the maximum dimension of the end portion is less than the maximum dimension of the body portion.
Pallet lever for a timepiece escapement, comprising a pallet head carrying at least one entry pallet and/or one exit pallet and arranged to cooperate with an escape wheel, and further including a fork arranged to cooperate with a balance, wherein the angular position of said fork is variable relative to said head, and wherein the only direct, permanent, mechanical connection between said head and said fork is provided by at least one flexible strip, wherein the range of pivoting motion of said head and that of said fork are limited with respect to each other by stops, and wherein said head includes at least a first arm including a first support and stop surface arranged to cooperate, in abutment or support, in certain relative positions of said head and of said fork, with a second support and stop surface comprised in at least a second arm of said fork., characterized in that the lever is made in one-piece with said at least one flexible strip..
Fuel delivery device for supplying an internal combustion engine of a motor vehicle with fuel from a fuel tank, having an electromotively driven fuel pump which is arranged in the fuel tank, having a feed line which is connected to the fuel pump and which leads to the internal combustion engine, and having a pressure sensor for determining the pressure of the fuel fed to the internal combustion engine, wherein the pressure sensor is connected to a section, which is remote from the internal combustion engine, of the feed line, characterized in that the pressure sensor is arranged in a flange, which closes off an assembly opening of the fuel tank, of the fuel pump.
Stream multiplexer, comprising: a reception interface for receiving encoded data for each of at least two different spatial segments or different groups of subsequent spatial segments of a video picture of a video stream encoded thereinto; and a data stream former configured to packetize the encoded data for each of the at least two different spatial segments or different groups of subsequent spatial segments into separate substreams, and to provide the separate substreams at an output; wherein the at least two different spatial segments or different groups of subsequent spatial segments of the video picture of the video stream are encoded such that the encoded data comprises, for each spatial segment or group of spatial segments, at least one slice; wherein the data stream former is configured to packetize slice data of each of the at least one slice of at least one of the spatial segments or groups of subsequent spatial segments into one separate substream; wherein the data stream former is configured to provide a further separate substream comprising suitable slice headers that, when combined with the slice data, results in a conformant HEVC bitstream, wherein the suitable slice headers contain a parameter set referencing with a new picture size. a reception interface for receiving encoded data for each of at least two different spatial segments or different groups of subsequent spatial segments of a video picture of a video stream encoded thereinto; and a data stream former configured to packetize the encoded data for each of the at least two different spatial segments or different groups of subsequent spatial segments into separate substreams, and to provide the separate substreams at an output; wherein the at least two different spatial segments or different groups of subsequent spatial segments of the video picture of the video stream are encoded such that the encoded data comprises, for each spatial segment or group of spatial segments, at least one slice; wherein the data stream former is configured to packetize slice data of each of the at least one slice of at least one of the spatial segments or groups of subsequent spatial segments into one separate substream; wherein the data stream former is configured to provide a further separate substream comprising suitable slice headers that, when combined with the slice data, results in a conformant HEVC bitstream, wherein the suitable slice headers contain a parameter set referencing with a new picture size.
A composition comprising a hydrophobic polymer matrix and a surfactant, wherein the surfactant is miscible but not fully soluble in the polymer matrix, wherein the composition is a hydrophilic pressure sensitive or a hydrophilic heat activated adhesive and wherein the polymer matrix comprises methoxyethyl acrylate.
A mobile device, comprising: a network interface configured to access a voicemail server via a network; and a storage device; wherein the mobile device is configured to: establish a voicemail access session with the voicemail server via a voice call; identify a message portion and a non-message portion of the voicemail access session, wherein the message portion comprises a voice message played by the voicemail server and the non-message portion comprises a voicemail prompt; discard the non-message portion; and store the message portion on the storage device. a network interface configured to access a voicemail server via a network; and a storage device; establish a voicemail access session with the voicemail server via a voice call; identify a message portion and a non-message portion of the voicemail access session, wherein the message portion comprises a voice message played by the voicemail server and the non-message portion comprises a voicemail prompt; discard the non-message portion; and store the message portion on the storage device.
An apparatus comprising: a physical keyboard comprised of a plurality of mechanical keys, wherein at least some of the mechanical keys each includes a capacitively-sensitive keycap; a plurality of light emitters disposed behind the physical keyboard and configured to provide backlighting for the mechanical keys; and a control circuit operably coupled to the plurality of light emitters and configured to control the plurality of light emitters to selectively flash backlighting for at least some of the mechanical keys to thereby present a symbolic representation of a presently available touch-based gesture, wherein the control circuit is configured to cause the backlighting for at least two mechanical keys of the plurality of mechanical keys to flash sequentially. a physical keyboard comprised of a plurality of mechanical keys, wherein at least some of the mechanical keys each includes a capacitively-sensitive keycap; a plurality of light emitters disposed behind the physical keyboard and configured to provide backlighting for the mechanical keys; and a control circuit operably coupled to the plurality of light emitters and configured to control the plurality of light emitters to selectively flash backlighting for at least some of the mechanical keys to thereby present a symbolic representation of a presently available touch-based gesture, wherein the control circuit is configured to cause the backlighting for at least two mechanical keys of the plurality of mechanical keys to flash sequentially.
A method of controlling connection to a communication path in a communication network comprising: determining a value of a bandwidth expansion factor based on information relating to transmission of data over the communication path, determining a value of bandwidth for said connection by applying said determined bandwidth expansion factor to requested bandwidth for said connection, and controlling admission of said connection using said determined value of bandwidth, wherein said information comprises at least one of (a) the type of channel associated with said communication path, (b) the type of connection associated with said communication path, (c) one or more sizes of packet payload for transmission on said communication path, and (d) the distribution of size of packet payload for transmission on said communication path. determining a value of a bandwidth expansion factor based on information relating to transmission of data over the communication path, determining a value of bandwidth for said connection by applying said determined bandwidth expansion factor to requested bandwidth for said connection, and controlling admission of said connection using said determined value of bandwidth, wherein said information comprises at least one of (a) the type of channel associated with said communication path, (b) the type of connection associated with said communication path, (c) one or more sizes of packet payload for transmission on said communication path, and (d) the distribution of size of packet payload for transmission on said communication path.
Construction castable material with controllable flow or slump comprising (a) a binder comprising - fly ashes comprising from 1.5% to 35% by weight of CaO and a Lost on Ignition value at 950 °C from 0.5% to 5.5% by weight, representing from 10% to 60% of the binder weight - ground granulated blast furnace slag comprising from 40% to 70% by weight of CaO and from 30 to 60% by weight of SiO 2, representing from 40% to 90% of the binder weight, and - water to binder ratio of between 0.41 to 0.6,(b) an activator comprising alkaline reagents selected from the group composed by water glass, preferably in solution with 30 to 50% by weight solid content, sodium metasilicates and sodium hydroxide, (c) sand with a particle size lower than 4 mm, fine aggregate with a particle size greater than 4 mm and a maximum lower than 8 mm and coarse aggregate with a particle size greater than 8 mm and a maximum lower than 32 mm and (d) tartaric acid or conjugated salts of tartaric acid in a dosage from 0.001% to 3% by weight with respect to the binder in combination with Polycarboxylate Ether Polymers in a concentration range of from 0.12% to 0.75% by weight of binder. (a) a binder comprising - fly ashes comprising from 1.5% to 35% by weight of CaO and a Lost on Ignition value at 950 °C from 0.5% to 5.5% by weight, representing from 10% to 60% of the binder weight - ground granulated blast furnace slag comprising from 40% to 70% by weight of CaO and from 30 to 60% by weight of SiO 2, representing from 40% to 90% of the binder weight, and - water to binder ratio of between 0.41 to 0.6,(b) an activator comprising alkaline reagents selected from the group composed by water glass, preferably in solution with 30 to 50% by weight solid content, sodium metasilicates and sodium hydroxide, - fly ashes comprising from 1.5% to 35% by weight of CaO and a Lost on Ignition value at 950 °C from 0.5% to 5.5% by weight, representing from 10% to 60% of the binder weight - ground granulated blast furnace slag comprising from 40% to 70% by weight of CaO and from 30 to 60% by weight of SiO 2, representing from 40% to 90% of the binder weight, and - water to binder ratio of between 0.41 to 0.6,(b) an activator comprising alkaline reagents selected from the group composed by water glass, preferably in solution with 30 to 50% by weight solid content, sodium metasilicates and sodium hydroxide, (c) sand with a particle size lower than 4 mm, fine aggregate with a particle size greater than 4 mm and a maximum lower than 8 mm and coarse aggregate with a particle size greater than 8 mm and a maximum lower than 32 mm and (d) tartaric acid or conjugated salts of tartaric acid in a dosage from 0.001% to 3% by weight with respect to the binder in combination with Polycarboxylate Ether Polymers in a concentration range of from 0.12% to 0.75% by weight of binder.
A non-thermal plasma jet device as spatial ionization source for ambient mass spectrometry of the type that allows a free adjustment of the geometry of the emerging plasma beam, said device comprising a dielectric barrier probe of non-thermal plasma, which generates a non-thermal plasma jet; a high voltage and high frequency transformer circuit connected to an outer electrode through which it is possible to perform the discharge for gas ionization that produces plasma; wherein said plasma generator circuit is in turn connected to an AC power source; a grounded inner electrode, which allows to perform the discharge for producing plasma; a storage tank for a gas serving as discharge gas; a test sample on which the non-thermal plasma jet is applied; and a ion transfer adapter to direct the ions produced by the device from the vacuum-free sample to a mass analyzer, characterized in that the probe is a double dielectric barrier probe of non-thermal plasma integrated from said grounded inner electrode; a plasma adapter, identified as second dielectric barrier, inside which the inner electrode is disposed, wherein the plasma adapter allows controlling the diameter of the plasma by changing the diameter of its head; a first dielectric barrier inside which are the second dielectric barrier and the inner electrode, which has over its end opposite to where the second dielectric barrier and the inner electrode are introduced, said outer electrode connected by a cable to said high voltage and high frequency transformer circuit, thus allowing to perform the discharge for the ionization of the gas; and an insulating safety barrier that protects the operator of the device from any electric shock, isolating the production of ozone.
A drive train for a wind turbine, the drive train comprising: - a main shaft coupled, at a first end, to a hub of the wind turbine, said main shaft defining a rotational axis, - a main bearing arrangement in the form of a single locating bearing arranged to support the main shaft, thereby providing a first support point for the main shaft, said main bearing arrangement comprising an inner raceway connected to the main shaft and an outer raceway coupled to a support structure of the wind turbine, and - a gear arrangement coupled to the main shaft at a second end of the main shaft arranged opposite the first end, said gear arrangement providing a second support point for the main shaft; the drive train being characterised in that the outer raceway of the main bearing arrangement is coupled to the support structure via a first flange part arranged on the outer raceway and a second flange part arranged on the support structure, said first and second flange parts defining interfacing surfaces extending in a plane which is arranged non-parallel to the rotational axis of the main shaft, and in that the drive train further comprises means for temporarily fixing the hub of the wind turbine to the support structure. - a main shaft coupled, at a first end, to a hub of the wind turbine, said main shaft defining a rotational axis, - a main bearing arrangement in the form of a single locating bearing arranged to support the main shaft, thereby providing a first support point for the main shaft, said main bearing arrangement comprising an inner raceway connected to the main shaft and an outer raceway coupled to a support structure of the wind turbine, and - a gear arrangement coupled to the main shaft at a second end of the main shaft arranged opposite the first end, said gear arrangement providing a second support point for the main shaft;
A cleaning composition comprising: at least two anionic surfactants, wherein the at least two anionic surfactants comprise a linear alkylbenzene sulfonate and a sodium lauryl ether sulfate (SLES), wherein the LAS and the SLES are present in the cleaning composition in a total amount combined of about 1%-2% by weight and wherein a weight ratio of LAS:SLES is 6:1 to 1:1; an ionic agent in an amount of 0.01% to 0.5% by weight, wherein the ionic agent comprises an alkali metal salt or an acid salt; a nonionic surfactant in an amount of greater than 0% to less than 0.45% by weight; and a fragrance. at least two anionic surfactants, wherein the at least two anionic surfactants comprise a linear alkylbenzene sulfonate and a sodium lauryl ether sulfate (SLES), wherein the LAS and the SLES are present in the cleaning composition in a total amount combined of about 1%-2% by weight and wherein a weight ratio of LAS:SLES is 6:1 to 1:1; an ionic agent in an amount of 0.01% to 0.5% by weight, wherein the ionic agent comprises an alkali metal salt or an acid salt; a nonionic surfactant in an amount of greater than 0% to less than 0.45% by weight; and a fragrance.
A modified laminin characterized in that a heterotrimeric laminin E8 fragment has a collagen binding molecule conjugated to at least one site selected from the α chain N-terminus, the β chain N-terminus and the γ chain N-terminus, wherein the heterotrimeric laminin E8 fragment has integrin binding activity.
A vehicle battery mounting structure comprising: a vehicle floor that supports a vehicle seat such that the vehicle seat is slidable in a vehicle longitudinal direction and in which a service hole is formed at a portion over which a seat cushion of the vehicle seat is located when the vehicle seat is located at a center in a sliding direction; characterized by a battery unit that is arranged below the vehicle floor in a vehicle vertical direction and that has an operating portion protruding toward the service hole; and a service hole cover that closes the service hole, and that includes a first cover that is provided on an upper face of the vehicle floor and that covers one end side of the service hole in the vehicle longitudinal direction and a second cover _ that is detachably attached to the upper face of the vehicle floor and that covers the other end side of the service hole in the vehicle longitudinal direction. a vehicle floor that supports a vehicle seat such that the vehicle seat is slidable in a vehicle longitudinal direction and in which a service hole is formed at a portion over which a seat cushion of the vehicle seat is located when the vehicle seat is located at a center in a sliding direction; characterized by a battery unit that is arranged below the vehicle floor in a vehicle vertical direction and that has an operating portion protruding toward the service hole; and a service hole cover that closes the service hole, and that includes a first cover that is provided on an upper face of the vehicle floor and that covers one end side of the service hole in the vehicle longitudinal direction and a second cover _ that is detachably attached to the upper face of the vehicle floor and that covers the other end side of the service hole in the vehicle longitudinal direction.
An apparatus (400, 600) comprising: a spring seat (416, 606) coupled to a diaphragm (402, 602) of an actuator, the spring seat to contact a spring and to be coupled to a stem, the diaphragm to displace the stem based on a force provided to the diaphragm, the stem to control a fluid valve; and an adjuster (412, 619) to adjust an amount of force provided to the spring seat by the spring, the adjuster in contact with a second spring seat (414, 620) to contact the spring on an end of the spring opposite the spring seat; wherein the spring seat includes an edge (458, 626, 628) to limit a range of motion of the spring seat by contacting a casing and/or the second spring seat; characterized in that the second spring seat comprises a stepped profile and the adjuster comprises bearing surfaces (442, 444) defining a stepped profile to contact the corresponding stepped profile of the second spring seat. a spring seat (416, 606) coupled to a diaphragm (402, 602) of an actuator, the spring seat to contact a spring and to be coupled to a stem, the diaphragm to displace the stem based on a force provided to the diaphragm, the stem to control a fluid valve; and an adjuster (412, 619) to adjust an amount of force provided to the spring seat by the spring, the adjuster in contact with a second spring seat (414, 620) to contact the spring on an end of the spring opposite the spring seat; wherein the spring seat includes an edge (458, 626, 628) to limit a range of motion of the spring seat by contacting a casing and/or the second spring seat; characterized in that the second spring seat comprises a stepped profile and the adjuster comprises bearing surfaces (442, 444) defining a stepped profile to contact the corresponding stepped profile of the second spring seat.