mhurhangee/ep-ind-claims huggingface dataset:
A battery unit, comprising: a power supply; a connection configured to be connectable with a load for atomizing an aerosol source or heating a flavor source and a charger for charging the power supply; a switch that is capable of electrically connecting or disconnecting the power supply to or from the load or the charger that is connected to the connection; a detector configured to detect an output voltage of the power supply; and a controller configured to perform, by controlling the switch, a specific process selectively executable to temporarily disable the supply of electric power to the load from the power supply, if it is determined that the load connected to the connection is erroneously determined as the charger, wherein the controller is capable of executing a power supply mode in which electric power is supplied to the load from the power supply and a charge mode in which the charger charges the power supply, and is configured to identify that the load connected to the connection is erroneously determined as the charger if a decreasing amount of the output voltage per a predetermined time period in the charge mode is equal to or smaller than a first threshold which is set based on the decreasing amount of the output voltage per the predetermined time period in the power supply mode. a power supply; a connection configured to be connectable with a load for atomizing an aerosol source or heating a flavor source and a charger for charging the power supply; a switch that is capable of electrically connecting or disconnecting the power supply to or from the load or the charger that is connected to the connection; a detector configured to detect an output voltage of the power supply; and a controller configured to perform, by controlling the switch, a specific process selectively executable to temporarily disable the supply of electric power to the load from the power supply, if it is determined that the load connected to the connection is erroneously determined as the charger, wherein the controller is capable of executing a power supply mode in which electric power is supplied to the load from the power supply and a charge mode in which the charger charges the power supply, and is configured to identify that the load connected to the connection is erroneously determined as the charger if a decreasing amount of the output voltage per a predetermined time period in the charge mode is equal to or smaller than a first threshold which is set based on the decreasing amount of the output voltage per the predetermined time period in the power supply mode.
Device for heating a plurality of functional elements, in particular cams, balancing masses, gearwheels and/or bearings, each of said elements comprising a cutout for a shaft, wherein - the device has a plurality of holding balconies disposed above one another each associated with a respective functional element, - the device has a plurality of work stations (A, B, C, D), namely at least one loading station (A, B), at least one heating station and at least one unloading station, - the holding balconies are individually adjustable relative to each other in the z direction; - the holding balconies in the at least one loading station (A, B) and in the at least one unloading station have a greater spacing from one another in the z direction than in the at least one heating station, - an induction heating device is provided, which has an individual accommodation element for each functional element to be heated and which has a number of accommodation elements corresponding to the number of holding balconies, which are jointly adjustable in the z direction. - the device has a plurality of holding balconies disposed above one another each associated with a respective functional element, - the device has a plurality of work stations (A, B, C, D), namely at least one loading station (A, B), at least one heating station and at least one unloading station, - the holding balconies are individually adjustable relative to each other in the z direction; - the holding balconies in the at least one loading station (A, B) and in the at least one unloading station have a greater spacing from one another in the z direction than in the at least one heating station, - an induction heating device is provided, which has an individual accommodation element for each functional element to be heated and which has a number of accommodation elements corresponding to the number of holding balconies, which are jointly adjustable in the z direction.
A latent curing agent obtained by the reaction of a coumarin compound of the general formula where X and Y can be independently H, an alkyl group, a heteroalkyl group, an aromatic group, a heteroaromatic group or an acetyl group, and Z can be H, OH, an alkyl group, a heteroalkyl group, an aromatic group, a heteroaromatic group, with an amine of the general formula where "a" is 1 or 2, A can be an alkylene group, a heteroalkylene group, an aromatic group, a heteroaromatic group, and B can be an alkyl group (if a = 1), an alkylene group (if a = 2), a heteroalkyl group (if a = 1), a heteroalkylene group (if a = 2), an aromatic group, a heteroaromatic group, a hydroxyl group (if a = 1), a secondary amino group (if a = 2), O or S (if a = 2), whereby B has the valency "a", or where B alone or where A and B together form a ring system selected from an aliphatic ring system, a heteroaliphatic ring system, or an aromatic ring system. where "a" is 1 or 2, A can be an alkylene group, a heteroalkylene group, an aromatic group, a heteroaromatic group, and B can be an alkyl group (if a = 1), an alkylene group (if a = 2), a heteroalkyl group (if a = 1), a heteroalkylene group (if a = 2), an aromatic group, a heteroaromatic group, a hydroxyl group (if a = 1), a secondary amino group (if a = 2), O or S (if a = 2), whereby B has the valency "a", or where B alone or where A and B together form a ring system selected from an aliphatic ring system, a heteroaliphatic ring system, or an aromatic ring system.
A method performed by a base station, the method comprising: sending a handover request to a local access point for initiating a handover of a user equipment from the base station to the local access point, the handover request comprising an indication of an Evolved Packet System, EPS, security configuration to be used for protecting a communication between the base station and the user equipment through the local access point after the handover; forwarding to the user equipment a handover command received from the local access point, wherein said handover command is generated by the local access point and comprises said indication; and communicating with the user equipment, through the local access point, according to the indicated EPS security configuration, after the user equipment is handed over to the local access point. sending a handover request to a local access point for initiating a handover of a user equipment from the base station to the local access point, the handover request comprising an indication of an Evolved Packet System, EPS, security configuration to be used for protecting a communication between the base station and the user equipment through the local access point after the handover; forwarding to the user equipment a handover command received from the local access point, wherein said handover command is generated by the local access point and comprises said indication; and communicating with the user equipment, through the local access point, according to the indicated EPS security configuration, after the user equipment is handed over to the local access point.
A drive mechanism for a slide-out room, the drive mechanism comprising: a motor; a sheath coupled with the motor for rotation by the motor; a first cable engaging the sheath, the first cable including a right side room OUT end and a left side room IN end; a second cable engaging the sheath, the second cable including a right side room IN end and a left side room OUT end; a first drive block fixable relative to the slide-out room, the first drive block receiving the left side room IN end of the first cable and the left side room OUT end of the second cable; a second drive block fixable relative to the slide-out room, the second drive block receiving the right side room OUT end of the first cable and the right side room IN end of the second cable; characterized in that the drive mechanism comprises a first drive bar configured to be fixed in a first channel of a first corner bracket provided at an intersection of a first sidewall and a top wall or bottom wall of the slide-out room adjacent the first drive block, wherein the left side room IN end of the first cable and the left side room OUT end of the second cable are connected at opposite ends of the first drive bar; and a second drive bar configured to be fixed in a second channel of a second corner bracket provided at an intersection of a second sidewall and a top wall or bottom wall of the slide-out room adjacent the second drive block, wherein the right side room OUT end of the first cable and the right side room IN end of the second cable are connected at opposite ends of the second drive bar. a motor; a sheath coupled with the motor for rotation by the motor; a first cable engaging the sheath, the first cable including a right side room OUT end and a left side room IN end; a second cable engaging the sheath, the second cable including a right side room IN end and a left side room OUT end; a first drive block fixable relative to the slide-out room, the first drive block receiving the left side room IN end of the first cable and the left side room OUT end of the second cable; a second drive block fixable relative to the slide-out room, the second drive block receiving the right side room OUT end of the first cable and the right side room IN end of the second cable; a first drive bar configured to be fixed in a first channel of a first corner bracket provided at an intersection of a first sidewall and a top wall or bottom wall of the slide-out room adjacent the first drive block, wherein the left side room IN end of the first cable and the left side room OUT end of the second cable are connected at opposite ends of the first drive bar; and a second drive bar configured to be fixed in a second channel of a second corner bracket provided at an intersection of a second sidewall and a top wall or bottom wall of the slide-out room adjacent the second drive block, wherein the right side room OUT end of the first cable and the right side room IN end of the second cable are connected at opposite ends of the second drive bar.
A method for supporting handover by a master node, in a mobile communication system, comprising: transmitting, to a target secondary node, a first configuration request message for adding the target secondary node, the first configuration request message including configuration information identifying a source secondary node; receiving, from the target secondary node, a configuration response message including an address of the target secondary node, wherein the address includes a tunnel endpoint identifier, TEID, and a transport network layer, TNL, address for a data forwarding; and transmitting, to the source secondary node, a second configuration request message including a forwarding address, wherein the second configuration request message includes the address of the target secondary node as the forwarding address in case that a direct data forwarding from the source secondary node to the target secondary node is used. transmitting, to a target secondary node, a first configuration request message for adding the target secondary node, the first configuration request message including configuration information identifying a source secondary node; receiving, from the target secondary node, a configuration response message including an address of the target secondary node, wherein the address includes a tunnel endpoint identifier, TEID, and a transport network layer, TNL, address for a data forwarding; and transmitting, to the source secondary node, a second configuration request message including a forwarding address, wherein the second configuration request message includes the address of the target secondary node as the forwarding address in case that a direct data forwarding from the source secondary node to the target secondary node is used.
A refrigerated appliance comprising: a cabinet defining a compartment; a first door coupled to the cabinet, wherein the first door defines a storage chamber therein; a second door disposed on an opposing side of the first door from the cabinet; a bin disposed within the chamber; and the bin being disposed within the chamber in the first position and partially externally from the chamber in the second position, wherein the bin is accessible from a first side when the first door is disposed in an open position and the bin is in the second rotated position and from a second side when the second door is disposed in an open position, characterized by the refrigerated appliance further comprising: a bracket coupled to the first door and the bin, wherein the bracket includes a rotatable member to rotate the bin between first upright and second rotated positions, wherein the bin is defined by a front surface, a rear surface, opposing side surfaces, and a bottom surface, the bottom surface having a forward portion that extends vertically below a rearward portion, wherein the bin defines a cavity and the rotatable member is partially disposed within the cavity, the refrigerated appliance further comprising: a latch, the latch including a magnet on the bin and a magnetically attractive material retainer on the bracket, the refrigerated appliance further comprising: a damper disposed between the bin and the first door, wherein the damper is mounted on the first door and is arranged to engage a curved rack that is positioned on the bin. a cabinet defining a compartment; a first door coupled to the cabinet, wherein the first door defines a storage chamber therein; a second door disposed on an opposing side of the first door from the cabinet; a bin disposed within the chamber; and the bin being disposed within the chamber in the first position and partially externally from the chamber in the second position, wherein the bin is accessible from a first side when the first door is disposed in an open position and the bin is in the second rotated position and from a second side when the second door is disposed in an open position, characterized by the refrigerated appliance further comprising: a bracket coupled to the first door and the bin, wherein the bracket includes a rotatable member to rotate the bin between first upright and second rotated positions, wherein the bin is defined by a front surface, a rear surface, opposing side surfaces, and a bottom surface, the bottom surface having a forward portion that extends vertically below a rearward portion, wherein the bin defines a cavity and the rotatable member is partially disposed within the cavity, the refrigerated appliance further comprising: a latch, the latch including a magnet on the bin and a magnetically attractive material retainer on the bracket, the refrigerated appliance further comprising: a damper disposed between the bin and the first door, wherein the damper is mounted on the first door and is arranged to engage a curved rack that is positioned on the bin.
A vehicular visual assistance system comprising: image pickup means (14L, 14R) mounted on a housing (13L, 13R) of a door mirror (12L, 12R), the image pickup means (14L, 14R) being capable of picking up an image of a fore-and-aft region sideward of a vehicle; a display monitor provided within a vehicle compartment, the display monitor being visible to a vehicle driver; and image processing means for displaying on the display monitor an image obtained by processing an image signal from the image pickup means, wherein the image pickup means (14L, 14R) is mounted on a lower part of the housing (13L, 13R) and is capable of picking up an image of and corresponding to a region which is continuous in the fore-and-aft direction while simultaneously including part of a front region directly viewed by a vehicle driver on a driver's seat and part of a rear region indirectly viewed by the vehicle driver via the door mirror (12L, 12R), and wherein the image processing means displays on the display monitor a picked up image of a region, among the regions whose images have been picked up by the image pickup means (14L, 14R), for which at least front and rear boundaries thereof overlap the rear edge of the directly viewed region and the front edge of the indirectly viewed region, respectively, characterized in that the image pickup means (14L, 14R) is mounted on a lower part of the housing (13L, 13R) so that an optical axis intersects a straight line which runs through an outer edge of a contact area of a front wheel of the vehicle and which is parallel to the fore-and-aft direction of the vehicle. image pickup means (14L, 14R) mounted on a housing (13L, 13R) of a door mirror (12L, 12R), the image pickup means (14L, 14R) being capable of picking up an image of a fore-and-aft region sideward of a vehicle; a display monitor provided within a vehicle compartment, the display monitor being visible to a vehicle driver; and image processing means for displaying on the display monitor an image obtained by processing an image signal from the image pickup means, wherein the image pickup means (14L, 14R) is mounted on a lower part of the housing (13L, 13R) and is capable of picking up an image of and corresponding to a region which is continuous in the fore-and-aft direction while simultaneously including part of a front region directly viewed by a vehicle driver on a driver's seat and part of a rear region indirectly viewed by the vehicle driver via the door mirror (12L, 12R), and wherein the image processing means displays on the display monitor a picked up image of a region, among the regions whose images have been picked up by the image pickup means (14L, 14R), for which at least front and rear boundaries thereof overlap the rear edge of the directly viewed region and the front edge of the indirectly viewed region, respectively, characterized in that the image pickup means (14L, 14R) is mounted on a lower part of the housing (13L, 13R) so that an optical axis intersects a straight line which runs through an outer edge of a contact area of a front wheel of the vehicle and which is parallel to the fore-and-aft direction of the vehicle.
A method of preparing a graft copolymer, comprising: graft emulsion polymerization of a diene-based rubber polymer with an aromatic vinyl-based monomer and a vinyl cyanide-based monomer in the presence of an azo-based initiator having a solubility in water at 20 °C of 10 g/100 g or more and a 10-hour half-life decomposition temperature in water of 80 °C or less, wherein the graft emulsion polymerization is initiated at 45 to 55 °C. graft emulsion polymerization of a diene-based rubber polymer with an aromatic vinyl-based monomer and a vinyl cyanide-based monomer in the presence of an azo-based initiator having a solubility in water at 20 °C of 10 g/100 g or more and a 10-hour half-life decomposition temperature in water of 80 °C or less, wherein the graft emulsion polymerization is initiated at 45 to 55 °C.
A therapeutic film-forming preparation for onychomycosis, comprising: a) efinaconazole or a salt thereof, b) 1% by weight or more and 30% by weight or less of ethyl cellulose, c) 20% by weight or more of a volatile solvent, wherein the volatile solvent is water or a liquid component having a boiling point lower than a boiling point of water, and d) 0.01% by weight or more and less than 30% by weight of a surfactant, preferably 0.1% by weight or more and 25% by weight or less of a surfactant, more preferably 1% by weight or more and 20% by weight or less of a surfactant. a) efinaconazole or a salt thereof, b) 1% by weight or more and 30% by weight or less of ethyl cellulose, c) 20% by weight or more of a volatile solvent, wherein the volatile solvent is water or a liquid component having a boiling point lower than a boiling point of water, and d) 0.01% by weight or more and less than 30% by weight of a surfactant, preferably 0.1% by weight or more and 25% by weight or less of a surfactant, more preferably 1% by weight or more and 20% by weight or less of a surfactant.
A method for controlling a vehicle system on a host vehicle, comprising: receiving inputs from sensors arranged on the host vehicle; determining whether a forward vehicle is present in front of the host vehicle based on the inputs from the sensors; characterized in that, in a case in which the forward vehicle is determined to be present in front of the host vehicle, determining whether the forward vehicle is expected to turn out of a path of the host vehicle prior to the host vehicle reaching a current position of the forward vehicle based on the inputs from the sensors; and in a case in which the forward vehicle is expected to turn out of the path of the host vehicle prior to the host vehicle reaching the current position of the forward vehicle, delaying activation of autonomous emergency braking of the host vehicle for a predetermined amount of time. receiving inputs from sensors arranged on the host vehicle; determining whether a forward vehicle is present in front of the host vehicle based on the inputs from the sensors; characterized in that, in a case in which the forward vehicle is determined to be present in front of the host vehicle, determining whether the forward vehicle is expected to turn out of a path of the host vehicle prior to the host vehicle reaching a current position of the forward vehicle based on the inputs from the sensors; and in a case in which the forward vehicle is expected to turn out of the path of the host vehicle prior to the host vehicle reaching the current position of the forward vehicle, delaying activation of autonomous emergency braking of the host vehicle for a predetermined amount of time.