mhurhangee/ep-ind-claims huggingface dataset:
A polypropylene film, wherein the film has a mesopentad fraction of 0.970 or more; wherein a polypropylene component dissolved in xylene, CXS, is less than 1.5% by mass with respect to a total mass of the film, after the film is completely dissolved in the xylene, and then precipitated at room temperature; wherein at least one surface of the film has a surface elastic modulus of 2.6 GPa or more, measured by nanoindentation measurement as described in the specification; and wherein a sum of heat shrinkage rates in film longitudinal and width directions is 5% or less after a heat treatment at 130°C for 10 minutes. wherein a polypropylene component dissolved in xylene, CXS, is less than 1.5% by mass with respect to a total mass of the film, after the film is completely dissolved in the xylene, and then precipitated at room temperature; wherein at least one surface of the film has a surface elastic modulus of 2.6 GPa or more, measured by nanoindentation measurement as described in the specification; and wherein a sum of heat shrinkage rates in film longitudinal and width directions is 5% or less after a heat treatment at 130°C for 10 minutes.
A closure for a container (170, 218, 266) in which the closure interacts with a first container and a second container when the two containers are in stacked relationship one above the other, the closure for sealing the first container and for locating the base of the second container with respect to the first container, wherein the containers are planter pots (170, 218, 266) for containing plant growing materials, characterised in that the closure comprises a cover portion having a former for forming and maintaining a void within the contents of the container (170, 218, 266) when the container (170, 218, 266) is provided with contents, and the former contacts the contents of the container (170, 218, 266), an edge portion located at or towards the peripheral portion of the closure for facilitating sealing of the container (170, 218, 266) and for locating the first container with respect to at least one other container in an array of similar containers, and at least one spacer member for guiding the positioning of the second container with respect to the first container when the first and second containers are in stacked relationship with the base of the second container located on the first container to facilitate formation of an array or assemblage of the first and second containers as part of an array of similar containers for transportation of the containers in a module (230, 260) of similar containers in which the containers are stably mounted in stacked relationship with each other during transportation of the module (230, 260) and the former is in contact with the contents of the container (170, 218, 266).
A start control unit for a steam turbine plant, characterized by inputting a measured value of a steam temperature fed to a steam turbine, a measured value or an estimated value of a rotor temperature of the steam turbine, and a measured value of a casing temperature of the steam turbine, and controlling a steam flow rate so as to increase the steam flow rate fed to the steam turbine when a difference between the steam temperature and the rotor temperature is smaller than a first regulated value and a difference between the rotor temperature and the casing temperature is a second regulated value or larger.
A pressure cooking appliance having an internally-fitted lid and comprising at least: - a vessel and a lid designed to be fitted in the vessel with an ability to move between at least firstly a closed position in which it co-operates with the vessel to form a cooking enclosure capable of rising in pressure, and secondly an opening position allowing communication between the inside of the enclosure with the outside; - a manual control member for moving the lid, the control member being movable between at least first and second positions that correspond respectively to the closed position and to the opening position of the lid; - a movable latch suitable for occupying a latching position preventing the lid from reaching its opening position and an unlatching position allowing the lid to reach its opening position; and - opening safety means that are automatically activatable/deactivatable in response to the pressure level inside the enclosure, said opening safety means, when activated, preventing the latch from reaching its unlatching position, and when it is deactivated, allowing the latch to leave its latching position; the appliance being characterized in that the manual control member is connected to the latch by a transmission device designed to drive the latch away from its latching position in response to the manual control member moving from its first position towards its second position while the opening safety means are deactivated. - a vessel and a lid designed to be fitted in the vessel with an ability to move between at least firstly a closed position in which it co-operates with the vessel to form a cooking enclosure capable of rising in pressure, and secondly an opening position allowing communication between the inside of the enclosure with the outside; - a manual control member for moving the lid, the control member being movable between at least first and second positions that correspond respectively to the closed position and to the opening position of the lid; - a movable latch suitable for occupying a latching position preventing the lid from reaching its opening position and an unlatching position allowing the lid to reach its opening position; and - opening safety means that are automatically activatable/deactivatable in response to the pressure level inside the enclosure, said opening safety means, when activated, preventing the latch from reaching its unlatching position, and when it is deactivated, allowing the latch to leave its latching position;
A plasticized vinyl chloride polymer film comprising: a) at least one vinyl chloride polymer, b) at least one plasticizer for said at least one vinyl chloride polymer, and c) at least 2 parts by weight of a hydrophilic polyurethane polymer per each 100 parts by weight of said at least one vinyl chloride polymer, wherein said hydrophilic polyurethane polymer is characterized by having at least 2 parts by weight of repeating units derived from polymerizing ethylene oxide per 100 parts by weight of said at least one vinyl chloride polymer, wherein said hydrophilic polyurethane polymer is characterized by the presence of at least 10 wt. % of ethylene oxide repeat units based on the weight of said hydrophilic polyurethane polymer and at least 50 mole % of said ethylene oxide repeat units are in oxyalkenyl blocks of 500 to 10,000 grams/mole number average molecular weight, wherein at least 5 wt.% to 35 wt.% of said ethylene oxide repeat units are in lateral side or terminal chains from said hydrophilic polyurethane polymer backbone. a) at least one vinyl chloride polymer, b) at least one plasticizer for said at least one vinyl chloride polymer, and c) at least 2 parts by weight of a hydrophilic polyurethane polymer per each 100 parts by weight of said at least one vinyl chloride polymer,
A method for producing a diesel fuel, comprising: hydrotreating a diesel boiling range feedstock containing at least 500 vppm of sulfur under effective hydrotreating conditions; and dewaxing at least a portion of the hydrotreated feedstock in the presence of a dewaxing catalyst under effective catalytic dewaxing conditions, wherein the dewaxing catalyst comprises a molecular sieve having a SiO 2:Al 2 O 3 ratio of 100 or less, and a metal oxide binder with a surface area of 80 m 2 /g or less, and the dewaxing catalyst has a ratio of zeolite surface area to external surface area of at least 80:100. hydrotreating a diesel boiling range feedstock containing at least 500 vppm of sulfur under effective hydrotreating conditions; and dewaxing at least a portion of the hydrotreated feedstock in the presence of a dewaxing catalyst under effective catalytic dewaxing conditions, wherein the dewaxing catalyst comprises a molecular sieve having a SiO 2:Al 2 O 3 ratio of 100 or less, and a metal oxide binder with a surface area of 80 m 2 /g or less, and the dewaxing catalyst has a ratio of zeolite surface area to external surface area of at least 80:100.
A fastening device for connecting an end mask of a rail vehicle to a structural element of a body of the rail vehicle, comprising: - a bolt having a head and a shank, the shank having a threaded tip portion, the shank having an external diameter d; - a tubular bushing provided with a threaded through hole and a fastening interface for fastening the tubular bushing to the structural element of the rail vehicle body, - a sleeve passing through the threaded through hole of the tubular bushing, the sleeve having an externally threaded wall threadedly engaged with the threaded through hole of the tubular bushing, the sleeve having two opposite axial ends (58, 62) protruding from opposite ends of the tubular bushing, the sleeve having an internal cylindrical through cavity having a diameter D - a nut threadedly engaged with the threaded tip portion of the shank, wherein the nut has a flat base resting on one of the protruding axial ends (58, 62) of the threaded sleeve, and an external edge of the flat base of the nut is at a distance F of the shank such that F + d > D - a spacer having a through hole, a flat back face resting against one of the protruding axial ends (58, 62) of the sleeve and a front face opposite the flat back face, wherein the head of the bolt rests directly or indirectly against the front face, and an external edge of the flat back face is at a distance E of the through hole of the spacer such that E + d > D characterised in that the spacer has a tapered shape with a large base formed by the back face and a small base formed by the front face, the nut has a tapered shape and in that at least one of the following conditions is met: D > 1.5 d D − d > 10 mm. - a bolt having a head and a shank, the shank having a threaded tip portion, the shank having an external diameter d; - a tubular bushing provided with a threaded through hole and a fastening interface for fastening the tubular bushing to the structural element of the rail vehicle body, - a sleeve passing through the threaded through hole of the tubular bushing, the sleeve having an externally threaded wall threadedly engaged with the threaded through hole of the tubular bushing, the sleeve having two opposite axial ends (58, 62) protruding from opposite ends of the tubular bushing, the sleeve having an internal cylindrical through cavity having a diameter D - a nut threadedly engaged with the threaded tip portion of the shank, wherein the nut has a flat base resting on one of the protruding axial ends (58, 62) of the threaded sleeve, and an external edge of the flat base of the nut is at a distance F of the shank such that F + d > D - a spacer having a through hole, a flat back face resting against one of the protruding axial ends (58, 62) of the sleeve and a front face opposite the flat back face, wherein the head of the bolt rests directly or indirectly against the front face, and an external edge of the flat back face is at a distance E of the through hole of the spacer such that E + d > D
A base station apparatus for conducting space division multiple access with a terminal in a downlink, comprising: space division multiplexing information notification means for sending space division multiplexing information concerning a different terminal connected to the base station at the same time when the terminal is connected to the base station; and dedicated data transmission means for executing dedicated data transmission using a transmission weight corresponding to each of the terminals based on the space division multiplexing information after the space division multiplexing information is sent, characterized in that the space division multiplexing information is at least one of: information of the transmission weight generated by transmission weight generation means; information of an identification number of the transmission weight which is selected from among known transmission weight candidates; information of transmission power used in the terminal; information concerning transmission format used for the dedicated data transmission to the terminal; and information concerning at least one of modulation level and coding rate used for the dedicated data transmission to the terminal. space division multiplexing information notification means for sending space division multiplexing information concerning a different terminal connected to the base station at the same time when the terminal is connected to the base station; and dedicated data transmission means for executing dedicated data transmission using a transmission weight corresponding to each of the terminals based on the space division multiplexing information after the space division multiplexing information is sent, characterized in that the space division multiplexing information is at least one of: information of the transmission weight generated by transmission weight generation means; information of an identification number of the transmission weight which is selected from among known transmission weight candidates; information of transmission power used in the terminal; information concerning transmission format used for the dedicated data transmission to the terminal; and information concerning at least one of modulation level and coding rate used for the dedicated data transmission to the terminal. information of the transmission weight generated by transmission weight generation means; information of an identification number of the transmission weight which is selected from among known transmission weight candidates; information of transmission power used in the terminal; information concerning transmission format used for the dedicated data transmission to the terminal; and information concerning at least one of modulation level and coding rate used for the dedicated data transmission to the terminal.
Base station for cleaning and/or emptying a suction dust compartment of a first vacuum cleaner, which base station comprises a fan, a base dust chamber, a first air inlet connected in terms of flow to the base dust chamber and a first air outlet connected in terms of flow to the base dust chamber, it being possible to connect the air inlet to an air channel of the first vacuum cleaner such that suction material contained in the suction dust compartment of the first vacuum cleaner can be conveyed into the base dust chamber by means of the fan, characterised in that the base station additionally comprises at least one interface, which interface comprises a closable second air inlet which is connected in terms of flow to the base dust chamber, by means of which second air inlet suction material contained in a suction dust compartment of a second vacuum cleaner can be conveyed into the base dust chamber.
A method for discontinuous reception, DRX, operation in an adaptive Time Division Duplex, TDD, system, comprising: a) configuring and entering the DRX operation by a user equipment, UE, in a mobile communication network; b) obtaining adaptive TDD configuration information from a base station, wherein the adaptive TDD configuration information comprises an actual TDD configuration and a reference TDD configuration; c) performing DRX timer counting based on the reference TDD configuration; and d) synchronizing DRX status with the base station, the method characterized in that the synchronizing in step d) involves sending a DRX status report to synchronize the DRX operation with the base station and obtaining the actual TDD configuration in the first subframe with PDCCH opportunity from the base station when the UE enters a new DRX cycle. a) configuring and entering the DRX operation by a user equipment, UE, in a mobile communication network; b) obtaining adaptive TDD configuration information from a base station, wherein the adaptive TDD configuration information comprises an actual TDD configuration and a reference TDD configuration; c) performing DRX timer counting based on the reference TDD configuration; and d) synchronizing DRX status with the base station, the method characterized in that the synchronizing in step d) involves sending a DRX status report to synchronize the DRX operation with the base station and obtaining the actual TDD configuration in the first subframe with PDCCH opportunity from the base station when the UE enters a new DRX cycle.
A wear resistant alloy consisting of, by weight, 0.15% up to 0.35% C; up to 1 % Si; up to 1 % Mn; greater than 25% to less than 40% Ni; 15% to 25% Cr; up to 0.5% Mo; up to 0.5% W; greater than 1.6% to 3% Al; 1 % to 3.5% Ti; greater than 1.1 to 3% total of Nb and Ta; up to 0.015% B; and the balance being Fe and inevitable impurities; wherein Mo +0.5W ≤ 0.75%; Ti + Nb ≥ 4.5% and 13 ≤ (Ti + Nb)/C ≤ 50, on a weight percentage basis; wherein the total primary carbide volume fraction is greater than 1% and up to 4%.
A ventilator comprising: a blower (750, 100) comprising: a housing defining an impeller cavity; an impeller plate disposed within the impeller cavity and comprising an outside edge; and one or more vanes (170, 171) disposed on the impeller plate and comprising a leading surface and a trailing surface connecting at a tip; and a flow control device characterized in that it comprises: a fixed magnetic field; a drive coil (520, 615) configured to move within the fixed magnetic field in response to a low frequency signal and configured to receive a high frequency signal; a detection coil adjacent the drive coil and configured to detect the high frequency signal in the drive coil, the detected high frequency signal corresponding to a position of the drive coil; and a processor coupled to the high frequency source and the low frequency source and configured (i) to receive the detected high frequency signal form the detection coil and (ii) to adjust the low frequency signal to move the drive coil, wherein the blower is in fluid communication with the flow control device. a blower (750, 100) comprising: a housing defining an impeller cavity; an impeller plate disposed within the impeller cavity and comprising an outside edge; and one or more vanes (170, 171) disposed on the impeller plate and comprising a leading surface and a trailing surface connecting at a tip; and a housing defining an impeller cavity; an impeller plate disposed within the impeller cavity and comprising an outside edge; and one or more vanes (170, 171) disposed on the impeller plate and comprising a leading surface and a trailing surface connecting at a tip; and a flow control device characterized in that it comprises: a fixed magnetic field; a drive coil (520, 615) configured to move within the fixed magnetic field in response to a low frequency signal and configured to receive a high frequency signal; a detection coil adjacent the drive coil and configured to detect the high frequency signal in the drive coil, the detected high frequency signal corresponding to a position of the drive coil; and a processor coupled to the high frequency source and the low frequency source and configured (i) to receive the detected high frequency signal form the detection coil and (ii) to adjust the low frequency signal to move the drive coil, wherein the blower is in fluid communication with the flow control device. a fixed magnetic field; a drive coil (520, 615) configured to move within the fixed magnetic field in response to a low frequency signal and configured to receive a high frequency signal; a detection coil adjacent the drive coil and configured to detect the high frequency signal in the drive coil, the detected high frequency signal corresponding to a position of the drive coil; and a processor coupled to the high frequency source and the low frequency source and configured (i) to receive the detected high frequency signal form the detection coil and (ii) to adjust the low frequency signal to move the drive coil, wherein the blower is in fluid communication with the flow control device.
Connection of at least two fire-resistant cables (1A, 1B) each comprising at least one elongated electrically conductive element (2A, 2B) and at least one electrically insulating sheath (3A, 3B) surrounding said elongated electrically conductive element (2A, 2B), the ends of said cables (2a, 2b) intended to be connected being stripped and joined so as to ensure physical and electrical contact between said cables (1A, 1B), said connection being characterized in that it comprises at least one layer comprising at least one cementitious material and surrounding a portion of each electrically insulating sheath (3a, 3b) and said stripped and joining ends of said cables (2a, 2b), said cementitious material being a solid material comprising silicon (Si), aluminum (Al), oxygen and at least one element selected from potassium, sodium (Na), lithium (Li), cesium (Cs) and calcium (Ca), said solid material being a geopolymer cement or being derived from a mixture of conventional anhydrous cement and water.
An absorbent article comprising: a liquid pervious film topsheet having a body facing surface and a garment facing surface; a backsheet having a body facing surface and a garment facing surface; an absorbent core having a body facing surface and a garment facing surface, the absorbent core being provided between the topsheet and the backsheet; and a bonding layer having a body facing surface and a garment facing surface, the body facing surface of the bonding layer having a fibrous matrix comprising cellulosic fibers and thermoplastic fibers, wherein the garment facing surface of the topsheet is directly bonded to the body facing surface of the bonding layer at discrete bond points. a liquid pervious film topsheet having a body facing surface and a garment facing surface; a backsheet having a body facing surface and a garment facing surface; an absorbent core having a body facing surface and a garment facing surface, the absorbent core being provided between the topsheet and the backsheet; and a bonding layer having a body facing surface and a garment facing surface, the body facing surface of the bonding layer having a fibrous matrix comprising cellulosic fibers and thermoplastic fibers, wherein the garment facing surface of the topsheet is directly bonded to the body facing surface of the bonding layer at discrete bond points.
A mixer system comprising a sealed tube provided with inlets and outlets for a process fluid said tube being rotatable in reciprocating arcs around the longitudinal axis of the tube containing a mixing element comprising one or more blades mounted at each end on a blade carrier and said blade carrier is supported within the tube in a manner that allows the one or more blades to rotate in the same direction and angular velocity - in degrees per second - as the tube rotates in arcs characterized in that the blade carriers are located at each end of the tube and supported by the tube or a tube end flange and are mounted so that the blades are not touching the tube walls.
Flame retardant thermoplastic composition comprising polymer comprising a thermoplastic elastomer and a halogen free flame retardant system characterized in that (i) the thermoplastic elastomer comprises a copolyester elastomer comprising (a) hard blocks consisting of segments of hard polyester polymers and soft blocks consisting soft polyester polymers linked by urethane groups and (ii) the halogen free flame retardant system comprises a nitrogen containing flame retardant. (i) the thermoplastic elastomer comprises a copolyester elastomer comprising (a) hard blocks consisting of segments of hard polyester polymers and soft blocks consisting soft polyester polymers linked by urethane groups and (ii) the halogen free flame retardant system comprises a nitrogen containing flame retardant.