mhurhangee/ep-ind-claims huggingface dataset:
A hazard control system comprising: a fuel tank; a control material; and a housing attached to or abutting an outer surface of the fuel tank; wherein the housing is configured to deliver the control material in response to a trigger event, the housing having multiple rows of interconnected compartments containing the control material, the compartments having openings connected by ducts to allow flow of the control material between the interconnected compartments, wherein the housing comprises two face sheets (106A, 106B), at least one of the face sheets (106A, 106B) including multiple indentations, the two face sheets joined (106A, 106B) so that one of the face sheets covers the indentations in the other face sheet to form the compartments and the ducts, and wherein the rows of interconnected compartments are parallel to a longitudinal axis of the face sheets. a fuel tank; a control material; and a housing attached to or abutting an outer surface of the fuel tank; wherein the housing is configured to deliver the control material in response to a trigger event, the housing having multiple rows of interconnected compartments containing the control material, the compartments having openings connected by ducts to allow flow of the control material between the interconnected compartments, wherein the housing comprises two face sheets (106A, 106B), at least one of the face sheets (106A, 106B) including multiple indentations, the two face sheets joined (106A, 106B) so that one of the face sheets covers the indentations in the other face sheet to form the compartments and the ducts, and wherein the rows of interconnected compartments are parallel to a longitudinal axis of the face sheets.
An absorbent article comprising a liquid pervious topsheet, a liquid impervious backsheet, and an absorbent core positioned between the liquid pervious topsheet and the liquid impervious backsheet; said absorbent article having a first and second longitudinal edge (103, 104) and a first and second transverse edge (101, 102); wherein the absorbent core comprises a bottom core wrap sheet, absorbent material, and a liquid management structure, wherein the liquid management structure covers at least a surface portion of the absorbent material and comprises at least one connecting portion which is attached to the bottom core wrap sheet forming at least one attachment zone, characterized in that the liquid management structure has a grammage of at least 19 g/m 2 and comprises meltblown nonwoven material and/or spunbond nonwoven material with a grammage of at least 15 g/m 2, in that the absorbent material is positioned directly between the bottom core wrap sheet and the liquid management structure, and in that the liquid management structure is positioned directly between the absorbent material and the liquid pervious topsheet.
A goggle system comprising: a pair of goggles, a facemask and a support frame, wherein the pair of goggles includes a top surface, a bottom surface having at least one vent, and two opposing side surfaces; the support frame being selectively attachable to the pair of goggles for releasably attaching the facemask to the pair of goggles, the support frame comprising: a nose bridge and two legs extending from the nose bridge, wherein the nose bridge and the two legs are adapted and arranged to releasably attach the facemask to the bottom surface of the pair of goggles, wherein the nose bridge and the two legs are arranged between a rearward facing surface of the pair of goggles and the bottom vents such that they do not obstruct airflow through the at least one bottom vent when the support frame is attached to the pair of goggles and such that the at least one vent is substantially unobstructed when the facemask is attached to the goggles by the support frame. a pair of goggles, a facemask and a support frame, wherein the pair of goggles includes a top surface, a bottom surface having at least one vent, and two opposing side surfaces; the support frame being selectively attachable to the pair of goggles for releasably attaching the facemask to the pair of goggles, the support frame comprising: a nose bridge and two legs extending from the nose bridge, wherein the nose bridge and the two legs are adapted and arranged to releasably attach the facemask to the bottom surface of the pair of goggles, wherein the nose bridge and the two legs are arranged between a rearward facing surface of the pair of goggles and the bottom vents such that they do not obstruct airflow through the at least one bottom vent when the support frame is attached to the pair of goggles and such that the at least one vent is substantially unobstructed when the facemask is attached to the goggles by the support frame.
A carded staple fiber nonwoven having a basis weight of between 40 grams per square meter (gsm) and 150 gsm, the carded staple fiber nonwoven comprising a blend of absorbing fibers, stiffening fibers and filler fibers, characterized in that the carded staple fiber nonwoven is non-heat stiffened, has an air permeability of between about 100 m 3 /m 2 /min and about 500 m 3 /m 2 /min, and a pore volume radius mode of between about 60 μm and about 120 μm, wherein the stiffening fibers comprise hollow, spiral fibers formed from polyethylene terephthalate, wherein the stiffening fibers have a linear density of between 6 dtex and 15 dtex; the filler fibers comprise solid, round fibers formed from polypropylene, wherein the filler fibers have a linear density of 3 dtex or greater, the absorbing fibers comprise tri-lobal fibers formed from rayon, wherein the absorbing fibers have a linear density of between 2 dtex and 6 dtex, and the stiffening fibers form 10% to 50%, by weight, of the carded staple fiber nonwoven and the absorbing fibers form 10% to 50%, by weight, of the carded staple fiber nonwoven.
An aircraft including a fuselage and a first measuring probe comprising means for measuring the local incidence corresponding to the incidence of the first probe, means for measuring the static pressure and optionally means for measuring the total pressure, wherein the fuselage includes at least one first zone where the pressure coefficient of the aircraft (Kpa) depends on the local incidence (α loc, α locA, α locB), which is unique irrespective of the sideslip (β) and incidence (α) values of the aircraft, characterized in that the first measuring probe is arranged in said first zone.
A cell line which expresses a chimeric taste receptor polypeptide comprising the extracellular domain of T1R2 and the transmembrane region of T1R1 as contained in SEQ ID NO: 2, and which cell line further expresses a chimeric G protein derived from Galphal6 and either gustducin or transducin.
Method for automatically regulating the speed of a vehicle travelling at low speed as a function of a reference speed (Vc), comprising a step of braking and/or a step of acceleration of the vehicle, characterized in that the step of braking comprises a substep of determination of a movement status (E d1, E d2, E d3, E d4) of the vehicle based on the reference speed (Vc) and a substep of generation of a brake torque (C f1, C f2, C f3, C f4) as a function of the determined movement status (E d1, E d2, E d3, E d4) of the vehicle.
A spinning system comprising: a spinning section spinning filament yarns; a take-off section taking off the filament yarns spun by the spinning section, from the spinning section; and a winding section located on a floor below the spinning section to wind the filament yarns taken off by the take-off section, and characterized in that the winding section includes a turret disk rotatably attached to a side surface of a main body of the winding section, a bobbin holder projecting from the turret disk in a horizontal direction, to which take-up bobbins for winding the filament yarn are attached, a traverse device, and a contact roller, on the downstream side of the take-off section, yarn path regulating guides are located to be aligned in a direction orthogonal to a direction of protrusion of the bobbin holder in order to regulate yarn paths of the filament yarns fed out from the take-off section, traverse support point guides being located on the floor below the spinning section and provided upstream side of the corresponding one of the take-up bobbins attached to the bobbin holder so as to serve as traverse support points for the filament yarns with respect to the take-up bobbins, wherein the traverse device is arranged to traverse the filament yarns by using the traverse support point guides as support points, and the take-off section, the yarn path regulating guides, and the spinning section are arranged on the same floor. a spinning section spinning filament yarns; a take-off section taking off the filament yarns spun by the spinning section, from the spinning section; and a winding section located on a floor below the spinning section to wind the filament yarns taken off by the take-off section, and characterized in that the winding section includes a turret disk rotatably attached to a side surface of a main body of the winding section, a bobbin holder projecting from the turret disk in a horizontal direction, to which take-up bobbins for winding the filament yarn are attached, a traverse device, and a contact roller, on the downstream side of the take-off section, yarn path regulating guides are located to be aligned in a direction orthogonal to a direction of protrusion of the bobbin holder in order to regulate yarn paths of the filament yarns fed out from the take-off section, traverse support point guides being located on the floor below the spinning section and provided upstream side of the corresponding one of the take-up bobbins attached to the bobbin holder so as to serve as traverse support points for the filament yarns with respect to the take-up bobbins, wherein the traverse device is arranged to traverse the filament yarns by using the traverse support point guides as support points, and the take-off section, the yarn path regulating guides, and the spinning section are arranged on the same floor.
Device for treating a liquid containing a dissolved gas, said device comprising: - a hydrodynamic reactor capable of generating, by cavitation, bubbles of said gas within said liquid, - a gas separator capable of extracting said bubbles from said liquid and positioned downstream of the hydrodynamic reactor at a distance of less than 1 m from the hydrodynamic reactor, so that bubbles formed by cavitation in the hydrodynamic reactor, optionally divided when crossing a compression chamber of said hydrodynamic reactor, are trapped in the gas separator. - a hydrodynamic reactor capable of generating, by cavitation, bubbles of said gas within said liquid, - a gas separator capable of extracting said bubbles from said liquid and positioned downstream of the hydrodynamic reactor at a distance of less than 1 m from the hydrodynamic reactor, so that bubbles formed by cavitation in the hydrodynamic reactor, optionally divided when crossing a compression chamber of said hydrodynamic reactor, are trapped in the gas separator.
Propulsion unit for watercraft including a movable housing, a drive shaft rotatably mounted inside the movable housing by means of at least one shaft bearing (26, 28) including a closed space (40, 42) provided to contain a hydraulic fluid, an electric machine being suitable for rotating the drive shaft relative to the movable housing, the propulsion unit including a supply circuit (58, 59) suitable for supplying the closed space (40, 42) of the shaft bearing (26, 28) with hydraulic fluid, characterized in that the movable housing is provided with an azimuth bearing comprising a closed volume supplied to contain a hydraulic fluid, and in that the supply circuit (58, 59) includes a supply duct linking the closed space (40, 42) of the shaft bearing (26, 28) and the closed volume of the azimuth bearing.
Rotor hub for a wind turbine, adapted to support or supporting at least one rotor blade, with the rotor hub comprising a base body having a first section providing a connecting site connectable with a wind turbine structure and an opposing second section providing a freely exposed front portion, characterised in that the front portion is at least partially built of a sandwich-construction.
A mobile system for reducing emission of a slurry, such as a liquid manure, where said mobile system is mounted on a pulling vehicle, such as a tractor or a truck, and consists of - a slurry tanker (5, 35) in liquid communication with - means (11,12,13) for adding/injecting an acid into said slurry, where said slurry tanker and/or means (11,12,13) for adding/injecting an acid into said slurry is in communication with - distributing means for allowing a reduced emission slurry to be placed on the application site wherein said means (11,12,13) for adding/injecting the acid into said slurry comprises an acid tank, and wherein said mobile system further comprises one or more pH sensors (23, 25, 53), characterised in that said acid tank is arranged as a front tank on said pulling vehicle, and said front tank is shielded by an enclosure. - a slurry tanker (5, 35) in liquid communication with - means (11,12,13) for adding/injecting an acid into said slurry, where said slurry tanker and/or means (11,12,13) for adding/injecting an acid into said slurry is in communication with - distributing means for allowing a reduced emission slurry to be placed on the application site wherein said means (11,12,13) for adding/injecting the acid into said slurry comprises an acid tank, and wherein said mobile system further comprises one or more pH sensors (23, 25, 53), characterised in that said acid tank is arranged as a front tank on said pulling vehicle, and said front tank is shielded by an enclosure.
A moving mechanism for moving shelves that can be pulled out of a cabinet, comprising: a fixed member, bearing fixed hinges (22, 23) for rotation about a vertical line; a first arm and a second arm, which are sustained by the fixed member, cantilever-style, inside a containment space, and rotatably about a vertical line, said first arm and second arm in turn sustaining a related shelf in a condition rotatable with a turning motion about at least one vertical line; at least the second arm of said arms being provided with two component segments (10, 11), converging at an interposed articulated joint; and control and guiding means for coordination of the movement of said first arm and second arm which are designed to allow said shelf to translate along a trajectory with variable orientation of its positioning, in such a way as to allow the shelf to freely pass through the access opening of the cabinet; the mechanism being characterised in that said control and guiding means comprise a slider and a track having a substantially sinuous shape, comprising three arcs (16a, 16b, 16c) facing in different directions to one another, relative to which said slider is movable, said slider and said track being as one, constantly coupled to one another and operatively positioned between said first arm and second arm. a fixed member, bearing fixed hinges (22, 23) for rotation about a vertical line; a first arm and a second arm, which are sustained by the fixed member, cantilever-style, inside a containment space, and rotatably about a vertical line, said first arm and second arm in turn sustaining a related shelf in a condition rotatable with a turning motion about at least one vertical line; at least the second arm of said arms being provided with two component segments (10, 11), converging at an interposed articulated joint; and control and guiding means for coordination of the movement of said first arm and second arm which are designed to allow said shelf to translate along a trajectory with variable orientation of its positioning, in such a way as to allow the shelf to freely pass through the access opening of the cabinet; the mechanism being characterised in that said control and guiding means comprise a slider and a track having a substantially sinuous shape, comprising three arcs (16a, 16b, 16c) facing in different directions to one another, relative to which said slider is movable, said slider and said track being as one, constantly coupled to one another and operatively positioned between said first arm and second arm.
A communication method comprising: determining (101, 301), by a base station, a first time-frequency resource and a second time-frequency resource, wherein the first time-frequency resource and the second time-frequency resource are at different second unit scheduling times within a same first unit scheduling time in a time domain and have different core frequency bands in a frequency domain, a subcarrier interval of the first time-frequency resource in the frequency domain is different from a subcarrier interval of the second time-frequency resource in the frequency domain and at least two second unit scheduling times are included in each first unit scheduling time; and broadcasting (102, 302), by the base station, a Master Information Block, MIB, on the first time-frequency resource and on the second time-frequency resource. determining (101, 301), by a base station, a first time-frequency resource and a second time-frequency resource, wherein the first time-frequency resource and the second time-frequency resource are at different second unit scheduling times within a same first unit scheduling time in a time domain and have different core frequency bands in a frequency domain, a subcarrier interval of the first time-frequency resource in the frequency domain is different from a subcarrier interval of the second time-frequency resource in the frequency domain and at least two second unit scheduling times are included in each first unit scheduling time; and broadcasting (102, 302), by the base station, a Master Information Block, MIB, on the first time-frequency resource and on the second time-frequency resource.
A thermoelement for measuring the temperature in gaseous or fluid media by means of one or more thermocouples comprising wires made from different kinds of metals welded together which give off a resulting electrical voltage when heated and are configured as a measuring insert arranged in an insulating rod inserted in a heat-resistant protective tube that can be connected to a connection head, in which case the protective tube is wholly or partially surrounded by a holding tube, characterised in that, the holding tube is supported against the protective tube at a radial distance from the protective tube, that a heat-resistant trace and, possibly, an insulating material are inserted between the protective tube and the holding tube, and that the holding tube is attached to the connection head and/or the protective tube in one or both end areas with thermal insulation.
A data storage method, comprising: acquiring, by a network interface card, unsolicited data sent by an iSCSI initiator in a client, and buffering the acquired unsolicited data into buffer space of the network interface card, wherein the unsolicited data is to-be-stored data, for which a corresponding destination address is not acquired, among data received by the network interface card; sending, by the network interface card, a write data command to a driver layer; sending, by the driver layer, the write data command to an Internet Small Computer System Interface, iSCSI, layer; receiving, by the network interface card, a destination address corresponding to the unsolicited data from the SCSI layer through the driver layer; and writing, in a direct memory access, DMA, manner, the buffered unsolicited data into storage space that corresponds to the destination address corresponding to the unsolicited data. acquiring, by a network interface card, unsolicited data sent by an iSCSI initiator in a client, and buffering the acquired unsolicited data into buffer space of the network interface card, wherein the unsolicited data is to-be-stored data, for which a corresponding destination address is not acquired, among data received by the network interface card; sending, by the network interface card, a write data command to a driver layer; sending, by the driver layer, the write data command to an Internet Small Computer System Interface, iSCSI, layer; receiving, by the network interface card, a destination address corresponding to the unsolicited data from the SCSI layer through the driver layer; and writing, in a direct memory access, DMA, manner, the buffered unsolicited data into storage space that corresponds to the destination address corresponding to the unsolicited data.
An induction heating cooking device comprising: a cooking panel of which at least a part is formed of a transparent material and a light-shielding layer provided at a lower surface of the cooking panel to have an auxiliary slit corresponding to the part of the cooking panel formed of the transparent material; an induction coil to generate a magnetic field to inductively heat a cooking container to be put on the cooking panel; a light source module having a plurality of light sources to emit light and disposed outside the induction coil; and characterized in that a light source cover to cover the light source module and having a main slit to pass the light emitted from the light source module to form a flame image for the cooking container, wherein the auxiliary slit of the light-shielding layer is positioned to pass through the light passed through the main slit of the light source cover. a cooking panel of which at least a part is formed of a transparent material and a light-shielding layer provided at a lower surface of the cooking panel to have an auxiliary slit corresponding to the part of the cooking panel formed of the transparent material; an induction coil to generate a magnetic field to inductively heat a cooking container to be put on the cooking panel; a light source module having a plurality of light sources to emit light and disposed outside the induction coil; and characterized in that a light source cover to cover the light source module and having a main slit to pass the light emitted from the light source module to form a flame image for the cooking container, wherein the auxiliary slit of the light-shielding layer is positioned to pass through the light passed through the main slit of the light source cover.