mhurhangee/ep-ind-claims huggingface dataset:
A pneumatic tire comprising: a pair of right and left bead portions (6, 7), a carcass layer disposed extending between the bead portions, a tread portion disposed at an outside of the carcass layer in a radial direction of the tire, a pair of side wall portions disposed at right and left sides of the tread portion, and a pair of rubber members constituted with a rigid rubber disposed at an inside of the carcass layer in the side wall portions, wherein the rubber members are constituted with a rubber composition containing a rubber component, characterised in that the rubber component comprises 40% by weight or more of a conjugated diene based elastic polymer having a content of a vinyl linkage of 25% or more in conjugated diene units and 40% by weight or more of a conjugated diene based elastic polymer (a) having a silicon atom in its molecule, wherein the conjugated diene based elastic polymer (a) is obtained by reacting a compound having a silicon atom in its molecule after a completion of polymerization and the compound having a silicon atom in its molecule is an aminoalkoxysilane that is at least one compound selected from the group consisting of 1-{3-(triethoxysilyl)propyl}-4,5-dihydroimidazole, N-(1,3-dimethylbutylidene)-3-(triethoxysilyl)-1-propaneamine, dimethylamino-propyltriethoxysilane, N-(1-methylpropylidene)-3-(triethoxysilyl)-1-propaneamine, and N-(1,3-dimethylbutylidene)-3-(triethoxysilyl)-1-propaneamine. a pair of right and left bead portions (6, 7), a carcass layer disposed extending between the bead portions, a tread portion disposed at an outside of the carcass layer in a radial direction of the tire, a pair of side wall portions disposed at right and left sides of the tread portion, and a pair of rubber members constituted with a rigid rubber disposed at an inside of the carcass layer in the side wall portions, wherein the rubber members are constituted with a rubber composition containing a rubber component, characterised in that the rubber component comprises 40% by weight or more of a conjugated diene based elastic polymer having a content of a vinyl linkage of 25% or more in conjugated diene units and 40% by weight or more of a conjugated diene based elastic polymer (a) having a silicon atom in its molecule,
Device for performing a biochemical analysis, in particular in outer space, in particular an immunoassay, in which at least one analyte in a sample (44a; 44n-o; 44r; 44u; 44v) is determined selectively, with at least one reaction vessel (12a-j; 12n-w, 14a; 14p-t, 16p-t, 18p-t) having at least one work volume (20a-j; 20n-w, 22a; 22n; 22p-v, 24p-t, 26p-t) that is provided for taking in a liquid volume and for performing at least one sub-step of an analysis reaction, and with at least one interface (60a-j; 60n-v, 62a-j; 62n-t; 62v, 64a; 64d; 64n-q; 64s-t; 64v, 66a; 66o-q; 66s-t, 68o-q; 68s-t, 70s) that is provided for a connection of at least one work volume (20a-j; 20n-w, 22a; 22n; 22p-v, 24p-t, 26p-t) to a further media container (28a; 28k-l; 28n-t; 28v-w, 30a; 30n-q; 30s-t; 30w, 32o-q; 32s-t, 34o-q; 34s-t, 36o-q; 36s-t, 38a; 38n-o; 38r; 38u-v), the reaction vessel (12a-j; 12n-w, 14a; 14p-t, 16p-t, 18p-t) being embodied as a vessel which is at least substantially closed-off in an assembled state, and with at least one additional media container which is embodied as a waste container and is provided for taking in excess liquid volumes, characterised in that for a pressure-equalisation operation the waste container comprises a hydrophobic or hydrophilic filter for a pressure equalisation with an environment, and that the waste container comprises at least one wick body, which is filled with absorber material implemented by drip-free organic sponge material, by capillary synthetic storage materials or by an organic superabsorber material, e.g. the product distributed by BASF under the trade name Luquasorb®.
Concrete formwork element for a basin, having an elongate shape intended to be arranged horizontally for the formwork of the basin and comprising a formwork panel having a formwork surface and a rear surface opposed to the formwork surface, the formwork element comprising, at the rear of the formwork panel, at least one main connection profile extending along the formwork element and being fixed to the periphery of the formwork panel, the portion of the formwork panel situated along the main connection profile and intended to be arranged vertically having a cross section in a plane perpendicular to the profile which is constant along the main connection profile, characterized in that the said cross section of the formwork panel has a lateral step, a portion of the formwork panel situated at a distance from the main profile being offset laterally towards the rear of the portion of the formwork panel, and in that the main connection profile has a contact face perpendicular to the portion of the formwork panel where the profile is fixed, the contact face being intended to come into contact with a corresponding contact face of an adjacent formwork element.
An emergency valve assembly for extraction wells, comprising: - an external housing inside which a pass-through duct is arranged; - a rotating stopper which forms, in its interior, a section of the pass-through duct, wherein the pass-through duct, including its section arranged in the rotating stopper, is arranged for the passage of a production or drilling line arranged for containing and carrying, through at least one relative pipe, extraction fluids such as, petroleum, oil, water, sludge, rock debris and/or earth, natural gas, or other fluids extracted from an underground reservoir; - a stopper drive arranged for actuating the rotating stopper making it rotate so as to shear the production or drilling line passing through it, in particular shearing the pipe and closing the pass-through duct; characterized in that the pass-through duct (52,520) has a minimum passage section having a diameter equal to or greater than 0.18 m (seven inches), wherein the external housing forms a stopper seat in which the rotating stopper can rotate so as to shear the production or drilling line passing through it and close the pass-through duct, and the valve assembly is arranged for shearing the production or drilling line by crushing it between a first edge, also referred to as first cutting edge, of the section of pass-through duct arranged on the rotating stopper, and a second rim, also referred to as second cutting edge, arranged on the stopper seat. - an external housing inside which a pass-through duct is arranged; - a rotating stopper which forms, in its interior, a section of the pass-through duct, wherein the pass-through duct, including its section arranged in the rotating stopper, is arranged for the passage of a production or drilling line arranged for containing and carrying, through at least one relative pipe, extraction fluids such as, petroleum, oil, water, sludge, rock debris and/or earth, natural gas, or other fluids extracted from an underground reservoir; - a stopper drive arranged for actuating the rotating stopper making it rotate so as to shear the production or drilling line passing through it,
A method, comprising: receiving location communications from multiple wearable devices that indicate locations of the multiple wearable devices; determining the locations of the multiple wearable devices based on the location communications; receiving a request communication from a wearable device of the multiple wearable devices that indicates that a user of the wearable device requests assistance; determining, based on the locations of the multiple wearable devices, whether any of the multiple wearable devices are outside of an approved area; in response to determining that the wearable device is outside of the approved area, providing a warning instruction to the wearable device to cause the wearable device to generate haptic feedback, the haptic feedback including a first predetermined pattern of vibrations to indicate that the wearable device is outside of the approved area; in response to providing the warning instruction to the wearable device, sending an acknowledgement communication from the wearable device to a mobile device acknowledging that the user of the wearable device received the haptic feedback; determining an occurrence of an event; and in response to the occurrence of the event, providing a request instruction to cause the wearable device of the multiple wearable devices to generate haptic feedback including a second predetermined pattern of vibrations that is different to the first predetermined pattern of vibrations. receiving location communications from multiple wearable devices that indicate locations of the multiple wearable devices; determining the locations of the multiple wearable devices based on the location communications; receiving a request communication from a wearable device of the multiple wearable devices that indicates that a user of the wearable device requests assistance; determining, based on the locations of the multiple wearable devices, whether any of the multiple wearable devices are outside of an approved area; in response to determining that the wearable device is outside of the approved area, providing a warning instruction to the wearable device to cause the wearable device to generate haptic feedback, the haptic feedback including a first predetermined pattern of vibrations to indicate that the wearable device is outside of the approved area; in response to providing the warning instruction to the wearable device, sending an acknowledgement communication from the wearable device to a mobile device acknowledging that the user of the wearable device received the haptic feedback; determining an occurrence of an event; and in response to the occurrence of the event, providing a request instruction to cause the wearable device of the multiple wearable devices to generate haptic feedback including a second predetermined pattern of vibrations that is different to the first predetermined pattern of vibrations.
A nitrogen generation system for an aircraft, comprising: a RAM air circuit; a motor having a rotor and a stator configured to drive rotor rotation; a compressor fluidly disposed between a cabin of the aircraft and a heat exchanger of the aircraft, the compressor having an inlet defined between the cabin and the compressor and being rotatably coupled to the rotor for forming a pressure depression at the inlet; and a cooling system comprising a first duct extending from the RAM air circuit to the stator, and a second duct extending from the stator to an aircraft exterior; characterized in that the cooling system provides a flow of cooling air from the RAM air circuit to the inlet through the first duct and the stator and the aircraft exterior through the second duct such that the cooling air removes heat from the stator; and further comprises: a third duct extending from the second duct to the inlet; and a valve arrangement configured to direct the flow of cooling air from the second duct to the third duct. a RAM air circuit; a motor having a rotor and a stator configured to drive rotor rotation; a compressor fluidly disposed between a cabin of the aircraft and a heat exchanger of the aircraft, the compressor having an inlet defined between the cabin and the compressor and being rotatably coupled to the rotor for forming a pressure depression at the inlet; and a cooling system comprising a first duct extending from the RAM air circuit to the stator, and a second duct extending from the stator to an aircraft exterior; characterized in that the cooling system provides a flow of cooling air from the RAM air circuit to the inlet through the first duct and the stator and the aircraft exterior through the second duct such that the cooling air removes heat from the stator; and further comprises: a third duct extending from the second duct to the inlet; and a valve arrangement configured to direct the flow of cooling air from the second duct to the third duct. a third duct extending from the second duct to the inlet; and a valve arrangement configured to direct the flow of cooling air from the second duct to the third duct.
A pump arrangement for a breast pump system, comprising: a housing; a pump motor assembly comprising a pump motor with an axis or a set of pump motors (30, 32) with parallel axes (52, 54); and a damping arrangement (56, 58) coupled to the pump motor assembly providing a coupling between an outer surface of the pump motor assembly and an inner surface of the housing, characterised in that the damping arrangement comprises: a frame for coupling to the pump motor assembly, wherein the frame comprises a ring arrangement which: extends around the pump motor; or extends around each pump motor of the set; or extends around the overall assembly of the set of pump motors, and wherein the frame extends in a plane perpendicular to the axis or set of parallel axes; and a set of one or more first limbs extending at least partially radially outwardly from the axis or one of the set of parallel axes from the outside of the frame. a housing; a pump motor assembly comprising a pump motor with an axis or a set of pump motors (30, 32) with parallel axes (52, 54); and a damping arrangement (56, 58) coupled to the pump motor assembly providing a coupling between an outer surface of the pump motor assembly and an inner surface of the housing, characterised in that the damping arrangement comprises: a frame for coupling to the pump motor assembly, wherein the frame comprises a ring arrangement which: extends around the pump motor; or extends around each pump motor of the set; or extends around the overall assembly of the set of pump motors, and wherein the frame extends in a plane perpendicular to the axis or set of parallel axes; and a set of one or more first limbs extending at least partially radially outwardly from the axis or one of the set of parallel axes from the outside of the frame. a frame for coupling to the pump motor assembly, wherein the frame comprises a ring arrangement which: extends around the pump motor; or extends around each pump motor of the set; or extends around the overall assembly of the set of pump motors, and wherein the frame extends in a plane perpendicular to the axis or set of parallel axes; and extends around the pump motor; or extends around each pump motor of the set; or extends around the overall assembly of the set of pump motors, and wherein the frame extends in a plane perpendicular to the axis or set of parallel axes; and a set of one or more first limbs extending at least partially radially outwardly from the axis or one of the set of parallel axes from the outside of the frame.
A desludging installation provided to be connected to two ends (6, 8) of a hot-water heating circuit, comprising means for controlling the flow of cleaning water between these ends (6, 8), making it possible to reverse the flow direction in the two pipes (12, 18) of the heating circuit, comprising a system for injecting air (40, 50) into the cleaning water, and comprising two control systems (14, 16) each arranged respectively at one end (6, 8) of the heating circuit, characterised in that each control system (14, 16) comprises an isolation valve, then a first three-way coupling, one of the channels of which extends the pipe (12, 18), and a second three-way coupling, one of the channels of which supplies an end (6, 8) of the heating circuit, the two other channels connecting in parallel the two couplings (30, 32), one comprising a nonreturn valve, which only allows through the flow coming from the isolation valve and blocks the other direction, and the other a blocking valve, in that the channel of the second coupling of each control system (14, 16) which supplies one end (6, 8) of the heating circuit is also equipped with a pressure gauge and a pressure-relief valve and in that the means (42, 50) making it possible to inject air into the cleaning water are located at a point upstream of said pressure gauge in flow direction in the heating circuit and inject air continuously or sporadically.
A composition comprising: a phase change material comprising (a) i. one or more fatty acids, ii. one or more alkyl esters of a fatty acid, iii. one or more fatty alcohols, iv. a fatty sulfonate or phosphonate, or a combination of any of i-iv; and (b) v. a salt hydrate, wherein the PCM is present in the composition in an amount of 95 to 99 weight percent, based on the total weight of the composition. a phase change material comprising (a) i. one or more fatty acids, ii. one or more alkyl esters of a fatty acid, iii. one or more fatty alcohols, iv. a fatty sulfonate or phosphonate, or a combination of any of i-iv; and (b) v. a salt hydrate, i. one or more fatty acids, ii. one or more alkyl esters of a fatty acid, iii. one or more fatty alcohols, iv. a fatty sulfonate or phosphonate, or a combination of any of i-iv; and (b) v. a salt hydrate, wherein the PCM is present in the composition in an amount of 95 to 99 weight percent, based on the total weight of the composition.
An energy storage device comprising: at least one battery pack; a power conversion unit to convert, into DC power, AC power from a first phase from among three phases of an internal power network in a charging mode, and to convert the DC power stored in the at least one battery pack into the AC power in a discharging mode, wherein the energy storage device further comprises; a connector unit configured to receive the AC power from the first phase of the internal power network in the charging mode, and to output the AC power converted in the power conversion unit to the first phase in the discharging mode; a communication module to exchange data with an external energy storage device; and a controller to control the power conversion unit, wherein an AC power including information based on power line communication, PLC, from a photovoltaic module is output to the internal power network, characterized in that the information includes at least one of generated electric power information of the photovoltaic module including a solar cell module, input and output current information of the photovoltaic module, input and output voltage information of the photovoltaic module, operation state information of the photovoltaic module, and error information of the photovoltaic module, wherein the connector unit is configured to receive voltage information of the first phase of the internal power network based on power line communication, and to transmit voltage information of the first phase of the internal power network to an external energy storage device (100b, 100c). at least one battery pack; a power conversion unit to convert, into DC power, AC power from a first phase from among three phases of an internal power network in a charging mode, and to convert the DC power stored in the at least one battery pack into the AC power in a discharging mode, wherein the energy storage device further comprises; a connector unit configured to receive the AC power from the first phase of the internal power network in the charging mode, and to output the AC power converted in the power conversion unit to the first phase in the discharging mode; a communication module to exchange data with an external energy storage device; and a controller to control the power conversion unit, wherein an AC power including information based on power line communication, PLC, from a photovoltaic module is output to the internal power network, characterized in that the information includes at least one of generated electric power information of the photovoltaic module including a solar cell module, input and output current information of the photovoltaic module, input and output voltage information of the photovoltaic module, operation state information of the photovoltaic module, and error information of the photovoltaic module, wherein the connector unit is configured to receive voltage information of the first phase of the internal power network based on power line communication, and to transmit voltage information of the first phase of the internal power network to an external energy storage device (100b, 100c).
A hook surface fastener comprising a base fabric and hook engaging elements formed on the base fabric, characterized in that the hook surface fastener satisfies the following requirements 1 to 5 simultaneously: the base fabric is a woven fabric comprising warp yarns, weft yarns and fibers constituting the hook engaging elements, and the warp yarns and the fibers constituting the hook engaging elements are polyphenylene sulfide fibers; the polyphenylene sulfide fibers constituting the hook engaging elements have a crystal orientation of 85.0 to 90.0% and a crystallinity of 32.0 to 42.0%; the weft yarns are substantially non-twisted, paralleled yarns comprising polyphenylene sulfide fibers and heat-fusible fibers having a melting point or a softening point each being 230 °C or lower; a ratio of the heat-fusible fibers to the fibers constituting the base fabric is 10 to 25% by weight wherein the fibers constituting the base fabric are total of the warp yarns and the weft yarns exclusive of the fibers constituting the hook engaging elements, and the fibers constituting the hook engaging elements are anchored to the base fabric by fusion of the heat-fusible fibers; and no resin coat layer is provided on a back surface of the base fabric. the base fabric is a woven fabric comprising warp yarns, weft yarns and fibers constituting the hook engaging elements, and the warp yarns and the fibers constituting the hook engaging elements are polyphenylene sulfide fibers; the polyphenylene sulfide fibers constituting the hook engaging elements have a crystal orientation of 85.0 to 90.0% and a crystallinity of 32.0 to 42.0%; the weft yarns are substantially non-twisted, paralleled yarns comprising polyphenylene sulfide fibers and heat-fusible fibers having a melting point or a softening point each being 230 °C or lower; a ratio of the heat-fusible fibers to the fibers constituting the base fabric is 10 to 25% by weight wherein the fibers constituting the base fabric are total of the warp yarns and the weft yarns exclusive of the fibers constituting the hook engaging elements, and the fibers constituting the hook engaging elements are anchored to the base fabric by fusion of the heat-fusible fibers; and no resin coat layer is provided on a back surface of the base fabric.