mhurhangee/ep-ind-claims huggingface dataset:
An energy storage device management method for deciding an SOC estimated value, which is a value indicating a state of charge of an energy storage device, the method implemented by an information processor, comprising: executing first and second SOC estimation methods for estimating an SOC of the energy storage device in ways different from each other; and employing a reset value as the SOC estimated value when a first SOC region and a second SOC region are different from each other, wherein a V-SOC correlation between a voltage and the state of charge of the energy storage device is sectioned into a plurality of SOC regions, the first SOC region is the SOC region that the SOC estimated by the first SOC estimation method belongs to, and the second SOC region is the SOC region that the SOC estimated by the second SOC estimation method belongs to, and characterized in that the reset value is set to: a value, which is a limit value of the second SOC region on a side of the second SOC region which is close to the first SOC region, or a value, which is between the limit value of the second SOC region on the side of the second SOC region which is close to the first SOC region and an intermediate value of the second SOC region. executing first and second SOC estimation methods for estimating an SOC of the energy storage device in ways different from each other; and employing a reset value as the SOC estimated value when a first SOC region and a second SOC region are different from each other, wherein a V-SOC correlation between a voltage and the state of charge of the energy storage device is sectioned into a plurality of SOC regions, the first SOC region is the SOC region that the SOC estimated by the first SOC estimation method belongs to, and the second SOC region is the SOC region that the SOC estimated by the second SOC estimation method belongs to, and characterized in that the reset value is set to: a value, which is a limit value of the second SOC region on a side of the second SOC region which is close to the first SOC region, or a value, which is between the limit value of the second SOC region on the side of the second SOC region which is close to the first SOC region and an intermediate value of the second SOC region. a value, which is a limit value of the second SOC region on a side of the second SOC region which is close to the first SOC region, or a value, which is between the limit value of the second SOC region on the side of the second SOC region which is close to the first SOC region and an intermediate value of the second SOC region.
A method comprising: generating a shared master secret, wherein the shared master secret comprises a pair-wise master key, PMK; generating a set of shared ephemeral key data, wherein the set of shared ephemeral key data is generated independent of the shared master secret, and wherein a validity duration of the set of shared ephemeral key data is less than a validity duration of the shared master secret; deriving a pair-wise transient key, PTK based on the shared master secret; and encrypting at least one message that is to be transmitted to at least one station (118, 120) based on at least the shared master secret, the PTK, and the set of shared ephemeral key data. generating a shared master secret, wherein the shared master secret comprises a pair-wise master key, PMK; generating a set of shared ephemeral key data, wherein the set of shared ephemeral key data is generated independent of the shared master secret, and wherein a validity duration of the set of shared ephemeral key data is less than a validity duration of the shared master secret; deriving a pair-wise transient key, PTK based on the shared master secret; and encrypting at least one message that is to be transmitted to at least one station (118, 120) based on at least the shared master secret, the PTK, and the set of shared ephemeral key data.
A sun visor comprising a sun visor body constituted by a plastic core comprising two major surfaces and a perimeter, and two foam pads defining the external shape of the sun visor, one of the pads being applied to a first one of the two major surfaces of the core and another one of the pads being applied to a second one of the two major surfaces of the core such that the plastic core is sandwiched between the foam pads, wherein the sun visor further comprises a flexible cover covering the foam pads, characterized in that the cover is bag-shaped, defining an inner space accessible through an opening in one of the shorter sides of the cover into which the sun visor body has been inserted with snug fit, and in that the plastic core comprises, in correspondence with one portion of the perimeter, a retention member for retaining a portion of the open end of the flexible cover, the retention member comprising an aperture for receiving the portion of the flexible cover, the retention member further comprising, in said aperture, a plurality of projections (130a, 130b) adapted for engaging the flexible cover. wherein the sun visor further comprises a flexible cover covering the foam pads, characterized in that the cover is bag-shaped, defining an inner space accessible through an opening in one of the shorter sides of the cover into which the sun visor body has been inserted with snug fit, and in that the plastic core comprises, in correspondence with one portion of the perimeter, a retention member for retaining a portion of the open end of the flexible cover, the retention member comprising an aperture for receiving the portion of the flexible cover, the retention member further comprising, in said aperture, a plurality of projections (130a, 130b) adapted for engaging the flexible cover.
A system for monitoring a plurality of marine vessels (31") using a satellite network, (32") the system comprising: a plurality of satellite payloads (35") to be carried by respective satellites, each satellite payload comprising a communications interface (36") configured to communicate via the satellite network, a radio frequency, RF, (38") transceiver configured to communicate with the plurality of marine vessels, and a controller (39") cooperating with the communications interface and the RF transceiver, said controller being configured to obtain from a marine vessel automatic identification system, AIS, data including vessel position and call sign information via the RF transceiver, and communicate to the terrestrial station the AIS data via the communications interface; and the terrestrial station (40"") being configured to (42") receive the AIS data, receive social media data, and determine expected passenger lists for the marine vessels based upon the AIS data and social media data.
An exhaust filter comprising an inlet in fluid communication with an outlet via an expansion chamber, the expansion chamber comprising an inner core extending in the longitudinal direction, wherein the filter is provided with at least one accelerator tube between the inlet and the expansion chamber, characterised in that the inner core comprises an inlet gas deflective cap at the inlet end of the inner core to deflect exhaust gases from the inlet toward the accelerator tubes, and an outlet gas deflecting cap at the outlet end of the inner core, and in that the gases pass substantially longitudinally along the length of the filter.
A method for manufacturing a bezel surrounding and supporting a rim of a display panel, comprising: (a) preparing a mold (S110, S510, S610), the mold being formed on a molding surface thereof with a three-dimensional pattern for imparting a surface shape to a bezel and the molding surface of the mold is coated with a release agent; (b) fastening a gasket (S210, S510, S620) to a rim of the molding surface of the mold; (c) injecting a polymeric raw material (S140, S530, S630) for the bezel onto the molding surface of the mold; and (d) curing the polymeric raw material (S150, S550, S640) while transferring the three-dimensional pattern from the molding surface of the mold to the polymeric raw material; (e) further curing an unreacted portion of the polymeric raw material through a heat treatment (S160, S560), (g) coating at least one surface of the bezel with a glass film (S170, S570, S650), the at least one surface of the bezel comprising a transferred three-dimensional pattern, and the bezel being formed of a cured polymeric raw material, wherein the mold comprises a frame attached to an outer surface of the mold, and the frame is formed of a glass or metal honeycomb plate. (a) preparing a mold (S110, S510, S610), the mold being formed on a molding surface thereof with a three-dimensional pattern for imparting a surface shape to a bezel and the molding surface of the mold is coated with a release agent; (b) fastening a gasket (S210, S510, S620) to a rim of the molding surface of the mold; (c) injecting a polymeric raw material (S140, S530, S630) for the bezel onto the molding surface of the mold; and (d) curing the polymeric raw material (S150, S550, S640) while transferring the three-dimensional pattern from the molding surface of the mold to the polymeric raw material; (e) further curing an unreacted portion of the polymeric raw material through a heat treatment (S160, S560), (g) coating at least one surface of the bezel with a glass film (S170, S570, S650), the at least one surface of the bezel comprising a transferred three-dimensional pattern, and the bezel being formed of a cured polymeric raw material,
A rotating tool having a rotating main shaft, in which the rotating main shaft is provided with a machine tool retaining hole having a cross-sectional shape that substantially matches a base part of a driver bit, drill bit, or other machine tool having a polygonal cross-sectional shape that is inserted into the machine tool retaining hole, wherein the rotating tool rotates said machine tool inserted in the machine tool retaining hole by rotating said rotating main shaft and performs work; wherein said rotating tool has a pushing mechanism for rotating the machine tool in a prescribed direction relative to the machine tool retaining hole in a state in which said machine tool is inserted in said machine tool retaining hole, and twisting and pushing the machine tool against an internal surface of said machine tool retaining hole; a locking groove provided to a base part of said machine tool; and a locking body for locking in said locking groove provided to said machine tool retaining hole, characterized in that a first pushing part is provided to a sliding tube for pushing the locking body and the pushing mechanism comprises a protruding/retreating body, preferably steel ball, and a second pushing part that is provided to the sliding tube.
An induction heating system comprising: - a transformer configured to receive alternating current, AC, power from an induction power supply unit, and to transform the AC power into induction heating power; and - an induction heating coil to receive the induction heating power from the transformer, and to produce an AC magnetic field that induces eddy currents into a workpiece, characterized by - a first interchangeable induction heating coil which can be used as the induction heating coil; - a flux concentrator attached to the first interchangeable induction heating coil, the first interchangeable induction heating coil configured to electrically couple and decouple from the transformer, wherein the shape of the first interchangeable induction heating coil corresponds to the shape of a first workpiece to be used as the workpiece, and - a second interchangeable induction heating coil which can be used as the induction heating coil configured to electrically couple and decouple from the transformer, wherein the shape of the second interchangeable induction heating coil corresponds to a shape of a second workpiece to be used as the workpiece. - a transformer configured to receive alternating current, AC, power from an induction power supply unit, and to transform the AC power into induction heating power; and - an induction heating coil to receive the induction heating power from the transformer, and to produce an AC magnetic field that induces eddy currents into a workpiece, characterized by - a first interchangeable induction heating coil which can be used as the induction heating coil; - a flux concentrator attached to the first interchangeable induction heating coil, the first interchangeable induction heating coil configured to electrically couple and decouple from the transformer, wherein the shape of the first interchangeable induction heating coil corresponds to the shape of a first workpiece to be used as the workpiece, and - a second interchangeable induction heating coil which can be used as the induction heating coil configured to electrically couple and decouple from the transformer, wherein the shape of the second interchangeable induction heating coil corresponds to a shape of a second workpiece to be used as the workpiece.
A pit leveling device for elevators, comprising: a base having supporting portions and a plurality of supporting feet, wherein the plurality of supporting feet are detachably disposed below the supporting portions; and a plurality of lifting devices disposed below the supporting portions for pushing the supporting portions away from at least a part of the supporting feet during an upward movement, characterised in that the pit leveling device further comprises: height compensators detachably disposed in gaps where the supporting portions are pushed away from at least a part of the supporting feet by the lifting devices. a base having supporting portions and a plurality of supporting feet, wherein the plurality of supporting feet are detachably disposed below the supporting portions; and a plurality of lifting devices disposed below the supporting portions for pushing the supporting portions away from at least a part of the supporting feet during an upward movement, characterised in that the pit leveling device further comprises: height compensators detachably disposed in gaps where the supporting portions are pushed away from at least a part of the supporting feet by the lifting devices.
A computer implemented method of network monitoring and control, the method comprising receiving alerts related to monitored devices; analyzing (12, 402) the alerts to identify alerts related to a first monitored device; automatically performing (13, 405) at least one predefined action for the first monitored device based on the identified alerts; characterized in that the method further comprises checking whether one, two, or more than two alerts related to the first monitored device have occurred during a predefined period of time; responsive to identifying that one alert related to the first monitored device has occurred during the predefined period of time, performing a first set of actions as the predefined action; responsive to identifying that two alerts related to the first monitored device have occurred during the predefined period of time, performing a second set of actions as the predefined action; and responsive to identifying that more than two alerts related to the first monitored device have occurred during the predefined period of time, generating a ticket for manual action as the predefined action. receiving alerts related to monitored devices; analyzing (12, 402) the alerts to identify alerts related to a first monitored device; automatically performing (13, 405) at least one predefined action for the first monitored device based on the identified alerts; characterized in that the method further comprises checking whether one, two, or more than two alerts related to the first monitored device have occurred during a predefined period of time; responsive to identifying that one alert related to the first monitored device has occurred during the predefined period of time, performing a first set of actions as the predefined action; responsive to identifying that two alerts related to the first monitored device have occurred during the predefined period of time, performing a second set of actions as the predefined action; and responsive to identifying that more than two alerts related to the first monitored device have occurred during the predefined period of time, generating a ticket for manual action as the predefined action.
A composition comprising Tingenin A, Tingenin B and Celastrol or their pharmaceutically acceptable salts for its use in the treatment and/or prevention of vitiligo.
An apparatus for the filling, in particular for the continuous filling, of bulk material, comprising a plurality of piston-in-cylinder arrangements which run around on a closed path, in particular on a circular path, which in so doing pass through at least one filling region as well as at least one dispensing region and which each comprise a cylinder (12, 12') and a piston (14, 14') movable to and fro in the cylinder (12, 12') while changing a filling volume available for the bulk material, wherein at least one venting opening via which the filling volume is in communication with a vacuum source is present from a reaching of a venting position of the piston (14, 14') between the piston (14, 14') and a wall of the cylinder (12, 12'); and wherein a set of different sealing elements, in particular annular sealing elements, is provided for the piston (14, 14') which are couplable to the piston (14, 14') in a manner replaceable with one another and which define venting openings of different sizes.
Expanded beads of thermoplastic polyurethane, wherein the Shore A hardness of the thermoplastic polyurethane is 85 or more and 95 or less, measured according to ASTM D2240; the average cell diameter of the expanded beads is from 50 to 300 μm, measured as described in the specification; the average cell diameter in the central part of the expanded beads is 300 μm or less; the ratio (A/B) of the average cell diameter in the central part of the expanded beads to the average cell diameter in the surface layer part of the expanded beads is 5 or less, wherein the average cell diameters and, are measured as described in the specification and wherein the portion forming the central part and the portion forming the surface layer part of the expanded beads are determined as described in the specification; and the closed cell ratio when bisecting the expanded bead is 60% or more, determined as described in the specification. the Shore A hardness of the thermoplastic polyurethane is 85 or more and 95 or less, measured according to ASTM D2240; the average cell diameter of the expanded beads is from 50 to 300 μm, measured as described in the specification; the average cell diameter in the central part of the expanded beads is 300 μm or less; the ratio (A/B) of the average cell diameter in the central part of the expanded beads to the average cell diameter in the surface layer part of the expanded beads is 5 or less, wherein the average cell diameters and, are measured as described in the specification and wherein the portion forming the central part and the portion forming the surface layer part of the expanded beads are determined as described in the specification; and the closed cell ratio when bisecting the expanded bead is 60% or more, determined as described in the specification.
A vinylcarbosiloxane resin that is the hydrosilation reaction product of 1,3,5,7-tetravinyl-1,3,5,7-tetramethylcyclotetrasiloxane and a hydride-terminated linear polysiloxane, siloxane, or silane, having two terminal Si-H hydrogens reactive with vinyl groups in a hydrosilation reaction, in a molar ratio of 1.2: 1 or greater, wherein the hydride-terminated linear polysiloxane, siloxane, or silane, having two terminal Si-H hydrogens reactive with vinyl groups in a hydrosilation reaction is selected from the group having the structures: in which R is a C 1 to C 4 alkyl group or an aryl group; an oxygen; or a linear silicone unit of the structure -(O-SiMe 2) n or -(O-SiAr 2) n or -(O-SiMeAr) n; in which n is at least the numeral one and represents the number of repeating units; and in which Me is a methyl group; Ar is an aryl group; and R' and R" independently are a C 1 to C 4 alkyl group or an aryl group.
Method for cleaning a floorspace by means of a vacuum cleaner, with: - a suction passage; - a fan for suctioning contaminated air through the suction passage; - a dirt filter for separating dirt from the contaminated air; and - an outlet passage for expelling air, from which dirt has been separated, from the dirt filter, wherein the method comprises the following steps: - determining a pressure difference between the suction passage and the outlet passage; - determining a change in the pressure difference over time; - determining an amount of suctioned dirt per unit time on the basis of the change; and - providing a signal, which indicates the amount of suctioned dirt per unit time, on the basis of the change. - a suction passage; - a fan for suctioning contaminated air through the suction passage; - a dirt filter for separating dirt from the contaminated air; and - an outlet passage for expelling air, from which dirt has been separated, from the dirt filter, - determining a pressure difference between the suction passage and the outlet passage; - determining a change in the pressure difference over time; - determining an amount of suctioned dirt per unit time on the basis of the change; and - providing a signal, which indicates the amount of suctioned dirt per unit time, on the basis of the change.
A transmitter in a visible light communication system, comprising: a data converter configured to convert a data signal to at least one chromaticity of a set of predetermined chromaticity coordinates and convert a training signal to chromaticities corresponding to each chromaticity coordinate of the set of predetermined chromaticity coordinates; an adjusted symbol transmitter configured to transmit the training signal to the data converter; and a pre-light emitter configured to emit light having all chromaticities corresponding to each chromaticity coordinate of the set of predetermined chromaticity coordinates corresponding to the converted training signal, and thereafter, emit light having the at least one chromaticity corresponding to the converted data signal by controlling a light intensity of each light source of a plurality of light sources for emitting light in different colors. a data converter configured to convert a data signal to at least one chromaticity of a set of predetermined chromaticity coordinates and convert a training signal to chromaticities corresponding to each chromaticity coordinate of the set of predetermined chromaticity coordinates; an adjusted symbol transmitter configured to transmit the training signal to the data converter; and a pre-light emitter configured to emit light having all chromaticities corresponding to each chromaticity coordinate of the set of predetermined chromaticity coordinates corresponding to the converted training signal, and thereafter, emit light having the at least one chromaticity corresponding to the converted data signal by controlling a light intensity of each light source of a plurality of light sources for emitting light in different colors.
An aqueous dye solution comprising an acid dye compound and a quaternary ammonium compound selected from soluble tetrabutylammonium compounds and tetrahexylammonium compounds, further comprising a water-soluble organic solvent, wherein the water-soluble organic solvent fully dissolves or is fully miscible in water at 20°C and 1 atm. pressure at the concentration in the aqueous dye solution and wherein the aqueous dye solution is prepared by dissolving the acid dye compound in water and the water-soluble organic solvent, then adding the quaternary ammonium compound.