mhurhangee/ep-ind-claims huggingface dataset:
A method for producing styrene-modified linear low-density polyethylene-based resin beads, comprising the steps of: dispersing 100 parts by weight of non-crosslinked linear low-density polyethylene-based resin beads which are polymerized using a metallocene compound as a catalyst and contain an inorganic nucleating agent, 50 to 300 parts by weight of a styrene-based monomer and 0.1 to 0.9 parts by weight of a polymerization initiator relative to 100 parts by weight of the styrene-based monomer into an aqueous suspension containing a dispersant; impregnating the polyethylene-based resin beads with the styrene-based monomer under heating the resulting dispersion at such a temperature that the styrene-based monomer does not substantially polymerize; and performing polymerization of the styrene-based monomer at a temperature of (T + 10) to (T + 35) °C, where T °C is a crystallization peak temperature of the polyethylene-based resin beads. dispersing 100 parts by weight of non-crosslinked linear low-density polyethylene-based resin beads which are polymerized using a metallocene compound as a catalyst and contain an inorganic nucleating agent, 50 to 300 parts by weight of a styrene-based monomer and 0.1 to 0.9 parts by weight of a polymerization initiator relative to 100 parts by weight of the styrene-based monomer into an aqueous suspension containing a dispersant; impregnating the polyethylene-based resin beads with the styrene-based monomer under heating the resulting dispersion at such a temperature that the styrene-based monomer does not substantially polymerize; and performing polymerization of the styrene-based monomer at a temperature of (T + 10) to (T + 35) °C, where T °C is a crystallization peak temperature of the polyethylene-based resin beads.
Scroll compressor for refrigerant of a vehicle air conditioning system, comprising - a housing with a high-pressure chamber and with compressor chambers and with a counterpressure chamber, - a fixed scroll with a base plate and with a spiral wall, the base plate of the fixed scroll defining the high-pressure chamber, - a movable scroll with a base plate and with a spiral wall engaging into the spiral wall of the fixed scroll and forming the compressor chambers with the latter, the base plate of the movable scroll defining the counterpressure chamber, characterized in - that the counterpressure chamber is connected to the compressor chambers and to the high-pressure chamber via a pressure line, the pressure line running at least partially in the fixed scroll and being connected to at least one of the compressor chambers via a first duct and to the high-pressure chamber via a second duct, - that the cross-sectional area of the pressure line is larger by at least a factor of two than the cross-sectional area of the first duct connected to the compressor chamber and of the second duct connected to the high-pressure chamber and/or - that the cross-sectional area of the first duct connected to the compressor chamber is larger than the cross-sectional area of the second duct connected to the high-pressure chamber. - a housing with a high-pressure chamber and with compressor chambers and with a counterpressure chamber, - a fixed scroll with a base plate and with a spiral wall, the base plate of the fixed scroll defining the high-pressure chamber, - a movable scroll with a base plate and with a spiral wall engaging into the spiral wall of the fixed scroll and forming the compressor chambers with the latter, the base plate of the movable scroll defining the counterpressure chamber, characterized in - that the counterpressure chamber is connected to the compressor chambers and to the high-pressure chamber via a pressure line, the pressure line running at least partially in the fixed scroll and being connected to at least one of the compressor chambers via a first duct and to the high-pressure chamber via a second duct, - that the cross-sectional area of the pressure line is larger by at least a factor of two than the cross-sectional area of the first duct connected to the compressor chamber and of the second duct connected to the high-pressure chamber and/or - that the cross-sectional area of the first duct connected to the compressor chamber is larger than the cross-sectional area of the second duct connected to the high-pressure chamber.
A detector, comprising: a pixel configured to detect radiation particles incident thereon, the pixel disposed in a substrate; a first guard ring in the substrate and surrounding the pixel, the first guard ring comprising a first doped semiconductor region in the substrate and a first electrically conductive layer in electrical contact to the first doped semiconductor region; a second guard ring in the substrate and surrounding the first guard ring, the second guard ring comprising a second doped semiconductor region is in the substrate and a second electrically conductive layer in electrical contact to the second doped semiconductor region; the detector being characterized in that the first electrically conductive layer extends further toward an interior of the first guard ring than the first doped semiconductor region by a first extent; the second electrically conductive layer extends further toward an interior of the second guard ring than the second doped semiconductor region by a second extent; wherein the second extent is greater than the first extent. a pixel configured to detect radiation particles incident thereon, the pixel disposed in a substrate; a first guard ring in the substrate and surrounding the pixel, the first guard ring comprising a first doped semiconductor region in the substrate and a first electrically conductive layer in electrical contact to the first doped semiconductor region; a second guard ring in the substrate and surrounding the first guard ring, the second guard ring comprising a second doped semiconductor region is in the substrate and a second electrically conductive layer in electrical contact to the second doped semiconductor region; the detector being characterized in that the first electrically conductive layer extends further toward an interior of the first guard ring than the first doped semiconductor region by a first extent; the second electrically conductive layer extends further toward an interior of the second guard ring than the second doped semiconductor region by a second extent; wherein the second extent is greater than the first extent.
A network device (SW31, SW32, SW33, SW34) for a process control system for controlling an industrial process implemented at a plant, the network device (SW31, SW32, SW33, SW34) comprising: a first detector (51a, 51b), which is configured to detect a connection state of the network device (SW31, SW32, SW33, SW34) with a network that is provided in the plant, and a second detector, which is configured to detect a state of the network device (SW31, SW32, SW33, SW34), characterized by a first information collection unit configured to receive a first field device state information in a first coding system from a first field device, the first coding system including an information code indicating a state of the first field device, a first normalization unit configured to convert the first field device state information in the first coding system, a connection information which indicates a first detection result detected by the first detector (51a, 51b), and a network device state information which indicates a second detection result detected by the second detector, into a first field device state information in a predetermined coding system, a connection information in the predetermined coding system, and a network device state information in the predetermined coding system, respectively, and a first communication unit configured to output, to the network, the first field device state information in the predetermined coding system, the connection information in the predetermined coding system, and the network device state information in the predetermined coding system. a first detector (51a, 51b), which is configured to detect a connection state of the network device (SW31, SW32, SW33, SW34) with a network that is provided in the plant, and a second detector, which is configured to detect a state of the network device (SW31, SW32, SW33, SW34), characterized by a first information collection unit configured to receive a first field device state information in a first coding system from a first field device, the first coding system including an information code indicating a state of the first field device, a first normalization unit configured to convert the first field device state information in the first coding system, a connection information which indicates a first detection result detected by the first detector (51a, 51b), and a network device state information which indicates a second detection result detected by the second detector, into a first field device state information in a predetermined coding system, a connection information in the predetermined coding system, and a network device state information in the predetermined coding system, respectively, and a first communication unit configured to output, to the network, the first field device state information in the predetermined coding system, the connection information in the predetermined coding system, and the network device state information in the predetermined coding system.
A method of analyzing an electrolyte of a redox flow battery, comprising: passing a first electrolyte solution or a second electrolyte solution through each of a first auxiliary cell and a second auxiliary cell connected to a main cell and a storage tank; closing only one of the first auxiliary cell and the second auxiliary cell in order to confine electrolyte in one of the first auxiliary cell or the second auxiliary cell; applying current to the first auxiliary cell and the second auxiliary cell; creating data by measuring a voltage between the first auxiliary cell and the second auxiliary cell; and analyzing an electrolyte contained in a closed auxiliary cell based on variation in the voltage between the first auxiliary cell and the second auxiliary cell according to time. passing a first electrolyte solution or a second electrolyte solution through each of a first auxiliary cell and a second auxiliary cell connected to a main cell and a storage tank; closing only one of the first auxiliary cell and the second auxiliary cell in order to confine electrolyte in one of the first auxiliary cell or the second auxiliary cell; applying current to the first auxiliary cell and the second auxiliary cell; creating data by measuring a voltage between the first auxiliary cell and the second auxiliary cell; and analyzing an electrolyte contained in a closed auxiliary cell based on variation in the voltage between the first auxiliary cell and the second auxiliary cell according to time.
A composition comprising Safranin O for use in destroying bacteria in humans by application of radiation of a preselected wavelength to activate Safranin O following introduction to a treatment area, where a blood serum, blood plasma, blood or saliva is present, and allowing a predetermined time period to elapse to allow said Safranin O to couple with bacteria in said treatment area and stimulate a photodynamic reaction to destroy said bacteria, wherein said preselected wavelength is between 500 nm and 580 nm, and wherein said predetermined time period is at least 15 minutes.
Process for manufacturing a tyre in which an uncured blank of the tyre is vulcanized in a mould, this tyre comprising a layer of cellular material that forms a running layer of a tread of the tyre in which hollow tread pattern elements (20, 22, 26) are made, the running layer having - a thickness E, and - a degree of expansion of greater than or equal to 50%, in which process - the uncured blank is provided with a mass of material, comprising p,p'-oxybis(benzenesulphonyl hydrazide) that forms a pore-forming agent, this material comprising the pore-forming agent being intended to form the cellular material, the process being characterized in that - the uncured blank is placed in a vulcanization mould comprising moulding elements (30, 32, 34) for moulding the hollow tread pattern elements (20, 22, 26), the mould being such that at least 95% of the moulding elements (30, 32, 34) each satisfy the following two conditions a) and b): a) the moulding element (30, 32, 34) is separated from at least one other moulding element (30, 32, 34) by a distance, expressed in millimetres, of less than or equal to DM = 6.85 + 0.0065 T 3, T being the amount of p,p'-oxybis(benzenesulphonyl hydrazide) in the mass of material intended to form the cellular material, and T being greater than or equal to 3 phr, the separation distance between two moulding elements (30, 32, 34) being the shortest distance between these two moulding elements (30, 32, 34) travelled between these moulding elements (30, 32, 34), b) the moulding element (30, 32, 34) is intended to form a hollow tread pattern element (20, 22, 26) having a depth at least equal to 80% of the thickness E of the running layer. - a thickness E, and - a degree of expansion of greater than or equal to 50%, - the uncured blank is provided with a mass of material, comprising p,p'-oxybis(benzenesulphonyl hydrazide) that forms a pore-forming agent, this material comprising the pore-forming agent being intended to form the cellular material, - the uncured blank is placed in a vulcanization mould comprising moulding elements (30, 32, 34) for moulding the hollow tread pattern elements (20, 22, 26), a) the moulding element (30, 32, 34) is separated from at least one other moulding element (30, 32, 34) by a distance, expressed in millimetres, of less than or equal to DM = 6.85 + 0.0065 T 3, T being the amount of p,p'-oxybis(benzenesulphonyl hydrazide) in the mass of material intended to form the cellular material, and T being greater than or equal to 3 phr, the separation distance between two moulding elements (30, 32, 34) being the shortest distance between these two moulding elements (30, 32, 34) travelled between these moulding elements (30, 32, 34), b) the moulding element (30, 32, 34) is intended to form a hollow tread pattern element (20, 22, 26) having a depth at least equal to 80% of the thickness E of the running layer.
A membrane electrode assembly comprising: a polymer electrolyte membrane; a pair of catalyst layers formed so as to sandwich the polymer electrolyte membrane; and paired gas diffusion layers (14, 14B, 14C) formed so as to sandwich the pair of catalyst layers and the polymer electrolyte membrane, at least one of the layers provided with a first main surface made in contact with the catalyst layers and a second main surface positioned on a side opposite to the first main surface, a plurality of gas flow passages (21, 21B, 21C) formed on a second main surface side so as to be adjacent to one after another, a rib portion (22, 22B, 22C) separating the mutually adjacent gas flow passages (21, 21B, 21C) from each other, the gas diffusion layers comprised of a porous member mainly comprised of conductive particles and a polymer resin, and characterized in that the conductive particles are structured with two kinds of carbon materials having mutually different average particle size and the rib portion separating the mutually adjacent gas flow passages (21, 21B, 21C) from each other has a porosity that is lower than a porosity of a lower area of the rib portion (22, 22B, 22C) positioned on a first main surface side. a polymer electrolyte membrane; a pair of catalyst layers formed so as to sandwich the polymer electrolyte membrane; and paired gas diffusion layers (14, 14B, 14C) formed so as to sandwich the pair of catalyst layers and the polymer electrolyte membrane, at least one of the layers provided with a first main surface made in contact with the catalyst layers and a second main surface positioned on a side opposite to the first main surface, a plurality of gas flow passages (21, 21B, 21C) formed on a second main surface side so as to be adjacent to one after another, a rib portion (22, 22B, 22C) separating the mutually adjacent gas flow passages (21, 21B, 21C) from each other, the gas diffusion layers comprised of a porous member mainly comprised of conductive particles and a polymer resin, and characterized in that the conductive particles are structured with two kinds of carbon materials having mutually different average particle size and the rib portion separating the mutually adjacent gas flow passages (21, 21B, 21C) from each other has a porosity that is lower than a porosity of a lower area of the rib portion (22, 22B, 22C) positioned on a first main surface side.
A torch for welding-type systems comprising: a spool gun constructed to receive a spool of consumable wire and a connection line for communicating a shielding gas and welding-type electrical power from a power source to the spool gun; characterised in that the torch comprises a unitary connector which is connectable to the power source such that both shielding gas and welding-type power from power source are communicated, in use, through the connection line to the spool gun,; and wherein the unitary connector has an outer periphery and an inner passage, the outer periphery having a pair of grooves formed therein and a pair of O-rings, one O-ring positioned in each groove of the pair of grooves, the grooves generally flanking at least one gas opening formed in the outer periphery that is constructed to allow passage of gas to the inner passage of the connector; and wherein an end of the unitary connector has a closed construction. a spool gun constructed to receive a spool of consumable wire and a connection line for communicating a shielding gas and welding-type electrical power from a power source to the spool gun; characterised in that the torch comprises a unitary connector which is connectable to the power source such that both shielding gas and welding-type power from power source are communicated, in use, through the connection line to the spool gun,; and wherein the unitary connector has an outer periphery and an inner passage, the outer periphery having a pair of grooves formed therein and a pair of O-rings, one O-ring positioned in each groove of the pair of grooves, the grooves generally flanking at least one gas opening formed in the outer periphery that is constructed to allow passage of gas to the inner passage of the connector; and wherein an end of the unitary connector has a closed construction.
Fluid meter comprising a conduit in which a fluid circulates and a main measuring device arranged to measure at least one magnitude relating to the fluid, the fluid meter further comprising: - an orientation sensor arranged to produce measurements of an orientation of the meter; - a processing unit connected to the orientation sensor, and arranged to correct measurements of at least one of the magnitudes according to the orientation of the sensor; the processing unit being further arranged to access at least two sets of correction data, each associated with a separate reference orientation and memorised in a memory integrated or connected to the processing unit, and to correct the measurements of the magnitude by using at least one of the sets of correction data, the sets of correction data having been defined during a calibration phase of the meter. - an orientation sensor arranged to produce measurements of an orientation of the meter; - a processing unit connected to the orientation sensor, and arranged to correct measurements of at least one of the magnitudes according to the orientation of the sensor; the processing unit being further arranged to access at least two sets of correction data, each associated with a separate reference orientation and memorised in a memory integrated or connected to the processing unit, and to correct the measurements of the magnitude by using at least one of the sets of correction data, the sets of correction data having been defined during a calibration phase of the meter.
A compressible ultra-resilient pad comprising: a first layer of a plurality of substantially parallel longitudinal yarns; a second layer of an elastic nonwoven extruded film or sheet on one side of the first layer, wherein the nonwoven extruded film or sheet is elastic, resilient, and compressible in a thickness direction, and extensible, bendable and resilient in its length and transverse directions; a third layer of a plurality of substantially parallel yarns on the opposite side of the second layer as the first layer and running in the same direction as those of the first layer, and wherein the parallel yarns of the third layer are aligned such that they nest between the spaces created between the parallel yarns of the first layer. a first layer of a plurality of substantially parallel longitudinal yarns; a second layer of an elastic nonwoven extruded film or sheet on one side of the first layer, wherein the nonwoven extruded film or sheet is elastic, resilient, and compressible in a thickness direction, and extensible, bendable and resilient in its length and transverse directions; a third layer of a plurality of substantially parallel yarns on the opposite side of the second layer as the first layer and running in the same direction as those of the first layer, and wherein the parallel yarns of the third layer are aligned such that they nest between the spaces created between the parallel yarns of the first layer.
An ink comprising: water; a coloring material; and a polymer comprising a structure unit represented by the following Chemical formula 1 and a structure unit represented by the following Chemical formula 2 or the following Chemical formula 3, where R and T each, independently represent hydrogen atoms or methyl groups, L and N each, independently represent single bonds or carbonyl groups, M and Q each, independently represent naphthyl groups or biphenyl groups, p represents an integer of from 2 to 12, and q represents an integer of from 1 to 3. water; a coloring material; and a polymer comprising a structure unit represented by the following Chemical formula 1 and a structure unit represented by the following Chemical formula 2 or the following Chemical formula 3,
Mobile charging station positionable inside areas intended for charging electric vehicles, comprising at least a bearing structure, at least an electric charging circuit of the battery for an electric vehicle, said electric charging circuit being supported by said bearing structure and having at least an output connector connectable to said electric vehicle, and at least a removable battery pack, comprising: - coupling/uncoupling means of said removable battery pack which can be positioned in a coupling configuration, wherein said removable battery pack is locked together with said bearing structure and is connected to said electric charging circuit, and in an uncoupling configuration, wherein said removable battery pack can be removed from said bearing structure; and - locking means configured to lock said coupling/uncoupling means in said coupling configuration and electronic identification and authentication means which are operatively connected to said locking means and adapted to disable said locking means to allow the movement of said coupling/uncoupling means from said coupling configuration to said uncoupling configuration. - coupling/uncoupling means of said removable battery pack which can be positioned in a coupling configuration, wherein said removable battery pack is locked together with said bearing structure and is connected to said electric charging circuit, and in an uncoupling configuration, wherein said removable battery pack can be removed from said bearing structure; and - locking means configured to lock said coupling/uncoupling means in said coupling configuration and electronic identification and authentication means which are operatively connected to said locking means and adapted to disable said locking means to allow the movement of said coupling/uncoupling means from said coupling configuration to said uncoupling configuration.