mhurhangee/ep-ind-claims huggingface dataset:
A smokeless tobacco product container, comprising a container body including a base portion and at least one container body side wall extending from the base portion, the base portion and the at least one container body side wall cooperating to define a tobacco storage volume therein, the at least one container body side wall including a lid engagement region; a lid including a top portion and at least one lid side wall extending therefrom, the at least one lid side wall including a container body engagement region, the container body engagement region configured to selectively contact the lid engagement region, the lid and the container body being separate components; and a coating layer comprising methyl salicylate, the coating layer positioned on at least one of the lid engagement region and the container body engagement region such that, when the lid is removed from the container body, the methyl salicylate is exposed to an environment outside of the tobacco storage volume. a container body including a base portion and at least one container body side wall extending from the base portion, the base portion and the at least one container body side wall cooperating to define a tobacco storage volume therein, the at least one container body side wall including a lid engagement region; a lid including a top portion and at least one lid side wall extending therefrom, the at least one lid side wall including a container body engagement region, the container body engagement region configured to selectively contact the lid engagement region, the lid and the container body being separate components; and a coating layer comprising methyl salicylate, the coating layer positioned on at least one of the lid engagement region and the container body engagement region such that, when the lid is removed from the container body, the methyl salicylate is exposed to an environment outside of the tobacco storage volume.
A positive electrode for a lithium ion secondary battery, comprising a current collector and a positive electrode active material layer on the current collector, wherein the positive electrode active material layer comprises a positive electrode active material, a conductive auxiliary agent and a binder; the positive electrode active material comprises a lithium composite oxide, and a BET specific surface area of the positive electrode active material is 0.1 to 1 m 2 /g; (based on the measurement at 77K by the nitrogen adsorption method), at least a part of the conductive auxiliary agent comprises a spherical amorphous carbon particle; and a content of the conductive auxiliary agent is 1.8 to 6% by mass with respect to the positive electrode active material; characterized in that a porosity of the positive electrode active material layer is 16% or higher and 19% or lower [porosity = (apparent volume of the active material layer - a volume of the particles)/(apparent volume of the active material layer)].
System for optimizing a device for regulating the heating of a building based on weather forecasts, said device comprising an electronic regulator (1, 1', 1") supplying a temperature setpoint for the water heating of the building produced by a boiler from the outdoor temperature and from a setpoint temperature for the indoor ambient air, and comprising an auxiliary correction block (6, 6', 6") connected to the electronic regulator (1, 1', 1"), said block (6, 6', 6") being provided with inputs that can be parameterized based on characteristics specific to the building and that are linked to a weather centre, characterized in that said auxiliary block (6, 6', 6") comprises storage means for a plurality of predetermined matrices whose values are established from variables corresponding to the input parameters linked to the weather forecasts and to the building, a value of each matrix being selected and used directly or combined by processing means with values from other matrices in order to supply to the electronic regulator (1, 1', 1") as output from the auxiliary block (6, 6', 6") one or more corrective input parameters.
An endotracheal dilation and ventilation device, wherein that it comprises a tube formed from a first section having a constant internal diameter and a second section having a progressive internal diameter, the second section being in continuity with the first section, and the second section having an internal diameter that decreases after contact with the first section, and the free end of the tube that corresponds to the first section being open with an opening and able to incorporate a breathing means, and the other opposite free end of the tube that corresponds to the second section is also open with an opening and has an outer geometry in the form of a tip with rounded edges; and the region of the tube wherein the opening at the end of the tube that corresponds to the second section is located has less rigid properties than the rest of the same tube.
An apparatus for the generation of pressurized vapor from a liquid, comprising: a) a porous member comprising an insulator for transporting the liquid towards a heat source via capillary forces and including an area for the pressurization of vapor that is produced from the liquid; b) a heater comprising an electrical heating element and a heat exchanger in intimate contact with the heating element for conveying heat to the porous member with which the heater is in intimate contact for vaporizing the liquid at a plurality of vapor collection channels situated at the interface between the porous member and the heater for the collection of vapor, the interface also including at least one orifice for release of the vapor at a velocity greater than zero; c) at least one mechanical force generator for situating the heater in heat-exchanging contact with the porous member by compressive forces; and d) a housing wall positioned so as to provide a gap that is 3 mm or 2 mm or 1 mm from the porous member and heater; wherein the porous member draws the liquid towards the heater via capillary forces, and wherein vapor pressurization occurs at an interface between the porous member and the heater. a) a porous member comprising an insulator for transporting the liquid towards a heat source via capillary forces and including an area for the pressurization of vapor that is produced from the liquid; b) a heater comprising an electrical heating element and a heat exchanger in intimate contact with the heating element for conveying heat to the porous member with which the heater is in intimate contact for vaporizing the liquid at a plurality of vapor collection channels situated at the interface between the porous member and the heater for the collection of vapor, the interface also including at least one orifice for release of the vapor at a velocity greater than zero; c) at least one mechanical force generator for situating the heater in heat-exchanging contact with the porous member by compressive forces; and d) a housing wall positioned so as to provide a gap that is 3 mm or 2 mm or 1 mm from the porous member and heater; wherein the porous member draws the liquid towards the heater via capillary forces, and wherein vapor pressurization occurs at an interface between the porous member and the heater.
A system for adjusting vehicle settings based on portable wireless device position, the system comprising: a plurality of nodes (14a, 14b, 14c, 14d), each including one or more antennas configured to receive a PWD signal, wherein ranges between each of the plurality of nodes (14a, 14b, 14c, 14d) and the PWD are determined based on the received PWD signals; and a processing system configured to use the ranges determined with respect to each of the plurality of nodes (14a, 14b, 14c, 14d) and calculate a vertical height of the PWD, and to determine whether the PWD is being carried within an article of clothing of a driver based on said PWD vertical height, and to make initial vehicle settings for a driver based on PWD vertical height and whether the PWD is likely being carried within an article of clothing of the driver. a plurality of nodes (14a, 14b, 14c, 14d), each including one or more antennas configured to receive a PWD signal, wherein ranges between each of the plurality of nodes (14a, 14b, 14c, 14d) and the PWD are determined based on the received PWD signals; and a processing system configured to use the ranges determined with respect to each of the plurality of nodes (14a, 14b, 14c, 14d) and calculate a vertical height of the PWD, and to determine whether the PWD is being carried within an article of clothing of a driver based on said PWD vertical height, and to make initial vehicle settings for a driver based on PWD vertical height and whether the PWD is likely being carried within an article of clothing of the driver.
Aircraft comprising: - a fuselage having an outer face on which is fixed a second interface, - at least one emergency beacon comprising: - a base having a first interface designed to cooperate with said second interface in order to ensure the fixing of the base onto said outer face, and - a casing in which are housed at least the following electronic components: a control unit, a radio transmitter suitable for transmitting a distress radio signal and detection means designed to detect an abnormal behavior of the aircraft, and - fixing means designed to take up a fixing position in which the fixing means ensure the fixing of the casing onto the base or a position of separation, in which the fixing means do not ensure the fixing of the casing onto the base, the transition from the fixing position to the position of separation being ordered by said control unit when the detection means detect an abnormal behavior, characterized in that the second interface is a physical interface designed to receive a navigation lamp, in which the first interface is a physical interface similar to the physical interface of said navigation lamp and in which the base comprises a mounting interface designed to receive a navigation lamp. - a fuselage having an outer face on which is fixed a second interface, - at least one emergency beacon comprising: - a base having a first interface designed to cooperate with said second interface in order to ensure the fixing of the base onto said outer face, and - a casing in which are housed at least the following electronic components: a control unit, a radio transmitter suitable for transmitting a distress radio signal and detection means designed to detect an abnormal behavior of the aircraft, and - a base having a first interface designed to cooperate with said second interface in order to ensure the fixing of the base onto said outer face, and - a casing in which are housed at least the following electronic components: a control unit, a radio transmitter suitable for transmitting a distress radio signal and detection means designed to detect an abnormal behavior of the aircraft, and - fixing means designed to take up a fixing position in which the fixing means ensure the fixing of the casing onto the base or a position of separation, in which the fixing means do not ensure the fixing of the casing onto the base, the transition from the fixing position to the position of separation being ordered by said control unit when the detection means detect an abnormal behavior,
An electromagnetic spring, characterized in that the electromagnetic spring comprises: a rotor; a stator, operable to brake a rotation of the rotor; a gear set, comprising a first input shaft, a second input shaft and an output shaft, wherein the second input shaft connects to the rotor, and a power generated by the rotor and an external power inputted from the first input shaft are coupled via the gear set, and then outputted from the output shaft. a rotor; a stator, operable to brake a rotation of the rotor; a gear set, comprising a first input shaft, a second input shaft and an output shaft, wherein the second input shaft connects to the rotor, and a power generated by the rotor and an external power inputted from the first input shaft are coupled via the gear set, and then outputted from the output shaft.
A brushless motor driven by an inverter, which uses pulse width modulation comprising: a stator molded integrally by applying a resin to a fixing member including a stator iron core and a winding wound thereon so that the resin covers the fixing member; a rotor having a shaft and a disk-like rotor iron core holding a permanent magnet on an outer circumference, an inner circumference side of the stator and an outer circumference side of the permanent magnet being arranged to face each other; two bearings (15; 15a, 15b) rotatably supporting the shaft; and a first and second conductive bracket (17, 19) fixing the two bearings (15a, 15b), each of the two bearings (15a, 15b) being fixed with one of the brackets (17, 19), wherein the two brackets (17, 19) are electrically connected to each other with a conducting member (22, 23); and characterized in that the conducting member (22, 23) is integrally molded together with the fixing member by the resin and holds a resin portion, wherein the conducting member (22, 23) is arranged on the stator iron core through the resin portion so that the conducting member (22, 23) extends from one of the two brackets (17, 19) toward an outer circumference of the brushless motor, then bends at the outer circumference of the brushless motor, and further extends on a surface of the outer circumference of the stator iron core while being isolated from the stator winding. a stator molded integrally by applying a resin to a fixing member including a stator iron core and a winding wound thereon so that the resin covers the fixing member; a rotor having a shaft and a disk-like rotor iron core holding a permanent magnet on an outer circumference, an inner circumference side of the stator and an outer circumference side of the permanent magnet being arranged to face each other; two bearings (15; 15a, 15b) rotatably supporting the shaft; and a first and second conductive bracket (17, 19) fixing the two bearings (15a, 15b), each of the two bearings (15a, 15b) being fixed with one of the brackets (17, 19), wherein the two brackets (17, 19) are electrically connected to each other with a conducting member (22, 23); and characterized in that the conducting member (22, 23) is integrally molded together with the fixing member by the resin and holds a resin portion, wherein the conducting member (22, 23) is arranged on the stator iron core through the resin portion so that the conducting member (22, 23) extends from one of the two brackets (17, 19) toward an outer circumference of the brushless motor, then bends at the outer circumference of the brushless motor, and further extends on a surface of the outer circumference of the stator iron core while being isolated from the stator winding.
A method for indirect-electrification-type continuous electrolytic etching of a metal strip for continuously forming grooves by indirect-electrification-type electrolytic etching on a metal strip to be etched on one or both surfaces and having an etching mask formed in etching patterns at least on the surface to be etched, the method comprising the steps of: arranging an A series electrode and a B series electrode, or arranging plural electrodes of an A series electrode and a B series electrode alternately at least in two pairs in said order in the travelling direction of the metal strip so that they face the surface of the metal strip to be etched; filling the space between the metal strip and the group of electrodes with an electrolyte; and applying voltage across the A series and B series electrodes, alternately repeating a voltage application wherein an A series electrode becomes a cathode and a B series electrode becomes an anode for a period of time M of 3 to 10 msec. and a voltage application wherein the A series electrode becomes an anode and the B series electrode becomes a cathode for a period of time N of 4 x M to 20 x M msec.
A method for producing a polymer, comprising: (i) continuously supplying and bringing at least a first monomer being a cyclic ester or a cyclic carbonate, which is ring-opening polymerizable, and a compressive fluid, comprising at least one selected from the group consisting of carbon monoxide, carbon dioxide, dinitrogen oxide, nitrogen, methane, ethane, propane, 2,3-dimethylbutane, and ethylene, into contact with each other, to thereby allow the first monomer to carry out ring-opening polymerization to continuously generate an intermediate; and (ii) bringing the intermediate and a second monomer, which is identical to the first monomer in kind, into contact with each other, to thereby allow the intermediate and the second monomer to carry out polymerization. (i) continuously supplying and bringing at least a first monomer being a cyclic ester or a cyclic carbonate, which is ring-opening polymerizable, and a compressive fluid, comprising at least one selected from the group consisting of carbon monoxide, carbon dioxide, dinitrogen oxide, nitrogen, methane, ethane, propane, 2,3-dimethylbutane, and ethylene, into contact with each other, to thereby allow the first monomer to carry out ring-opening polymerization to continuously generate an intermediate; and (ii) bringing the intermediate and a second monomer, which is identical to the first monomer in kind, into contact with each other, to thereby allow the intermediate and the second monomer to carry out polymerization.
A razor head comprising a razor cartridge and a razor blade, and the razor cartridge comprising a front side wall, a rear side wall, a left side wall, and a right side wall, the front side wall and the rear side wall being separated along a width direction of the razor cartridge, the left side wall and the right side wall being separated along a length direction of the razor cartridge, the front side wall, the rear side wall, the left side wall and the right side wall jointly enclosing an accommodating space, the razor blade being located in the accommodating space, a left end of the razor blade being assembled on the left side wall, and a right end of the razor blade being assembled on the right side wall; wherein the front side wall has a plurality of protective ribs protruded upward and arranged at intervals along the length direction of the razor cartridge, each of the protective ribs is extended along the width direction of the razor cartridge, and wherein a guide groove is enclosed between two adjacent protective ribs, characterized in that, each of the protective ribs includes a flexible protective rib located at the front and a rigid protective rib located at the rear, the flexible protective rib is engaged with the rigid protective rib, the rigid protective rib is located in front of the razor blade and arranged adjacent to the razor blade. wherein the front side wall has a plurality of protective ribs protruded upward and arranged at intervals along the length direction of the razor cartridge, each of the protective ribs is extended along the width direction of the razor cartridge, and wherein a guide groove is enclosed between two adjacent protective ribs, characterized in that, each of the protective ribs includes a flexible protective rib located at the front and a rigid protective rib located at the rear, the flexible protective rib is engaged with the rigid protective rib, the rigid protective rib is located in front of the razor blade and arranged adjacent to the razor blade.
A method for decontaminating a volume of a gaseous medium, such as air, contaminated by contaminating species in suspension, said volume of a gaseous medium being in contact with at least one surface of a solid substrate, said method comprising the following successive steps: a) fine droplets of an inorganic gel consisting of a colloidal solution comprising an inorganic viscosifying agent and a solvent are sprayed into said volume of a gaseous medium, thus forming a mist; b) the contaminating species in suspension are captured, caught by said droplets of the inorganic gel; c) the droplets of the inorganic gel containing the captured contaminating species in suspension are deposited on said surface of the solid substrate; d) the gel is maintained on the surface of the solid substrate at least for a period of time sufficient for the gel to dry and form a dry and solid residue containing the captured contaminating species in suspension; e) the dry and solid residue containing said captured contaminating species in suspension is recovered, the method characterized in that the volume of a gaseous medium is an enclosed volume defined by sidewalls, such as a floor, a ceiling and walls, forming said surface, the mist of fine droplets filling the entire enclosed volume, and the fine droplets of the inorganic gel containing the captured contaminating species in suspension are deposited on at least one of the sidewalls, preferably on all sidewalls. a) fine droplets of an inorganic gel consisting of a colloidal solution comprising an inorganic viscosifying agent and a solvent are sprayed into said volume of a gaseous medium, thus forming a mist; b) the contaminating species in suspension are captured, caught by said droplets of the inorganic gel; c) the droplets of the inorganic gel containing the captured contaminating species in suspension are deposited on said surface of the solid substrate; d) the gel is maintained on the surface of the solid substrate at least for a period of time sufficient for the gel to dry and form a dry and solid residue containing the captured contaminating species in suspension; e) the dry and solid residue containing said captured contaminating species in suspension is recovered,
A method for producing a skin-covered foamed molded article, comprising the steps of: (a) forming a parison in a molten or softened state; (b) blow molding the parison into a skin defining a hollow interior space; (c) filling expanded polystyrene beads in the hollow interior space; and (d) heating the expanded polystyrene beads filled in the hollow interior space to fuse-bond the expanded polystyrene beads to each other and to form a foam layer fuse-bonded to the skin, characterized in that the parison is formed of a polystyrene resin composition that meets the following requirements to: the polystyrene resin composition has a Charpy impact strength at 23°C according to ISO179/1eA of at least 5 kJ/m 2; the polystyrene resin composition has a melt mass flow rate at a temperature of 200°C and a load of 5 kg of 1.5 to 3.0 g/10 min; the polystyrene resin composition has a ratio Mw S (abs)/ Mw S (r) of at least 1.4 where Mw S (abs) and Mw S (r) represent a weight average absolute molecular weight and a linear polystyrene equivalent weight average molecular weight, respectively, of the polystyrene resin composition. (a) forming a parison in a molten or softened state; (b) blow molding the parison into a skin defining a hollow interior space; (c) filling expanded polystyrene beads in the hollow interior space; and (d) heating the expanded polystyrene beads filled in the hollow interior space to fuse-bond the expanded polystyrene beads to each other and to form a foam layer fuse-bonded to the skin, the polystyrene resin composition has a Charpy impact strength at 23°C according to ISO179/1eA of at least 5 kJ/m 2; the polystyrene resin composition has a melt mass flow rate at a temperature of 200°C and a load of 5 kg of 1.5 to 3.0 g/10 min; the polystyrene resin composition has a ratio Mw S (abs)/ Mw S (r) of at least 1.4 where Mw S (abs) and Mw S (r) represent a weight average absolute molecular weight and a linear polystyrene equivalent weight average molecular weight, respectively, of the polystyrene resin composition.