mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling power discharged from a secondary battery that is included in an interconnected system, the interconnected system supplying power to a power system, and including a power generator that changes in output power, and an electric power storage-compensation device that includes the secondary battery, and a bidirectional converter that controls charging/discharging of the secondary battery, the electric power storage-compensation device compensating for a change in output power of the power generator, the method including the steps of: using a temperature detection section being annexed to the secondary battery, detecting a temperature of the secondary battery, and limiting maximum discharge power of the secondary battery using the bidirectional converter when the temperature of the secondary battery detected by the temperature detection section has exceeded a preset temperature, characterized in that: the secondary battery includes a plurality of battery modules, each of the plurality of battery modules including a plurality of single cells, a respective temperature detection section is annexed to each of the plurality of battery modules, and a maximum temperature among temperatures detected by the respective temperature detection sections is extracted as the temperature of the secondary battery. the secondary battery includes a plurality of battery modules, each of the plurality of battery modules including a plurality of single cells, a respective temperature detection section is annexed to each of the plurality of battery modules, and a maximum temperature among temperatures detected by the respective temperature detection sections is extracted as the temperature of the secondary battery.
An oral cleaning device comprising: a body portion; a brush head member fixedly mounted to, or for detachably mounting onto, the body portion such that the brush head member extends from the body portion when mounted, the brush head member comprising a bristle face, wherein the bristle face is configured to move relative to the body portion; a sensor clock; a sensor comprising the sensor clock, wherein the sensor is configured to sample sensor data at a sensor sampling frequency, the sensor sampling frequency being based on input from the sensor clock; and a drivetrain configured to generate movement of the bristle face at a drivetrain frequency when the brush head member is mounted to the body portion; characterized by comprising: a second clock; wherein the drivetrain is in communication with the second clock, the drivetrain frequency being based on input from the second clock; and wherein the sensor sampling frequency and the drivetrain frequency are coordinated to minimize drivetrain interference of the sensor. a body portion; a brush head member fixedly mounted to, or for detachably mounting onto, the body portion such that the brush head member extends from the body portion when mounted, the brush head member comprising a bristle face, wherein the bristle face is configured to move relative to the body portion; a sensor clock; a sensor comprising the sensor clock, wherein the sensor is configured to sample sensor data at a sensor sampling frequency, the sensor sampling frequency being based on input from the sensor clock; and a drivetrain configured to generate movement of the bristle face at a drivetrain frequency when the brush head member is mounted to the body portion; characterized by comprising: a second clock; wherein the drivetrain is in communication with the second clock, the drivetrain frequency being based on input from the second clock; and wherein the sensor sampling frequency and the drivetrain frequency are coordinated to minimize drivetrain interference of the sensor. a second clock; wherein the drivetrain is in communication with the second clock, the drivetrain frequency being based on input from the second clock; and wherein the sensor sampling frequency and the drivetrain frequency are coordinated to minimize drivetrain interference of the sensor.
A method for configuring a component carrier in a carrier aggregation scenario, comprising: obtaining information about a component carrier supported by a user equipment, UE; selecting a candidate component carrier according to the information about the component carrier and configuring a resource parameter that is applied to the candidate component carrier to form configuration information about the candidate component carrier; and delivering the configuration information about the candidate component carrier to the UE. obtaining information about a component carrier supported by a user equipment, UE; selecting a candidate component carrier according to the information about the component carrier and configuring a resource parameter that is applied to the candidate component carrier to form configuration information about the candidate component carrier; and delivering the configuration information about the candidate component carrier to the UE.
A subsea termination gland for providing a termination and connection to an electrical conductor in an underwater environment, wherein the subsea termination gland comprises: - a dry mateable first connector interface, configured to be mated with a complementary second connector interface of a connector front end, - a termination assembly comprising a connection member providing a first connection section of said first connector interface, the connection member comprising one or more pressure resistant components and a moulding; wherein the moulding forms a passage which is tapered, wherein an inner diameter of the passage is larger at a front portion in proximity to the pressure resistant components, the front portion configured to allow a pin of the connector front end to enter the passage and wherein the inner diameter is reduced towards the middle of the insulator; the connection member being connectable to said electrical conductor (11, 286), wherein the first connection section is exposed to the ambient environment when the termination gland is not mated with the connector front end, and, - a sealing section for sealing the termination gland to the connector front end, - characterized in that the moulding is a flexible or resilient moulding and wherein the passage of the moulding has an inner diameter that is at least over part of its length smaller than an outer diameter of the pin of the connector front end so that when the connector front end is mated with the termination gland, an interference fit is obtained between at least part of the passage and the pin of the connector front end. - a dry mateable first connector interface, configured to be mated with a complementary second connector interface of a connector front end, - a termination assembly comprising a connection member providing a first connection section of said first connector interface, the connection member comprising one or more pressure resistant components and a moulding; wherein the moulding forms a passage which is tapered, wherein an inner diameter of the passage is larger at a front portion in proximity to the pressure resistant components, the front portion configured to allow a pin of the connector front end to enter the passage and wherein the inner diameter is reduced towards the middle of the insulator; the connection member being connectable to said electrical conductor (11, 286), wherein the first connection section is exposed to the ambient environment when the termination gland is not mated with the connector front end, and, - a sealing section for sealing the termination gland to the connector front end, - characterized in that the moulding is a flexible or resilient moulding and wherein the passage of the moulding has an inner diameter that is at least over part of its length smaller than an outer diameter of the pin of the connector front end so that when the connector front end is mated with the termination gland, an interference fit is obtained between at least part of the passage and the pin of the connector front end.
A circuit breaker box comprising a housing unit that can house therein a switching device that switches contacts and a conductor that is connected to the switching device, wherein the housing unit has a tubular shape extending in a first direction, and includes a top surface provided horizontally, inclined surfaces extending downward from both sides of the top surface so as to be apart from each other, a bottom surface that opposes the top surface at a lower side and that has a width wider than that of the top surface, side surfaces vertically extending from both sides of the bottom surface towards the inclined surfaces, and the circuit breaker box further comprises fins (12, 13), characterized in that the fins are provided in an upright manner on the top surface and on the inclined surfaces, wherein the fins (12, 13) include a plurality of top fins, each provided in an upright manner on the top surface and each provided in the first direction, and a plurality of side fins, each provided in an upright manner on the inclined surfaces and each provided in the first direction, and the top fins and the side fins are provided in an upright manner so as to be shifted from each other when viewed from a direction perpendicular to the first direction. a top surface provided horizontally, inclined surfaces extending downward from both sides of the top surface so as to be apart from each other, a bottom surface that opposes the top surface at a lower side and that has a width wider than that of the top surface, side surfaces vertically extending from both sides of the bottom surface towards the inclined surfaces, and a plurality of top fins, each provided in an upright manner on the top surface and each provided in the first direction, and a plurality of side fins, each provided in an upright manner on the inclined surfaces and each provided in the first direction, and
A lane change assist information visualization system, comprising: an ego vehicle sensing device configured to detect a velocity of an ego vehicle; an object vehicle sensing device configured to detect at least a distance to the ego vehicle and a velocity of a surrounding vehicle; a driver intention detecting device configured to detect a driver's intention to change lanes; a lane change program computing device for computing, according to signals from the ego vehicle sensing device, object vehicle sensing device and driver intention detecting device, (a) a lane change possibility, (b) a time period that has to elapse before a lane change is allowed if a lane change possibility does not currently exists, or a time period in which a lane change should be made if a lane change possibility currently exists; and (c) a need for acceleration or deceleration; and a display unit configured to indicate the lane change possibility, the time period and the need for acceleration or deceleration computed by the lane change program computing device, characterized in that the lane change program computing device is configured to compute a position of an object vehicle, and the display unit is configured to indicate the position of the object vehicle in relation to the ego vehicle. an ego vehicle sensing device configured to detect a velocity of an ego vehicle; an object vehicle sensing device configured to detect at least a distance to the ego vehicle and a velocity of a surrounding vehicle; a driver intention detecting device configured to detect a driver's intention to change lanes; a lane change program computing device for computing, according to signals from the ego vehicle sensing device, object vehicle sensing device and driver intention detecting device, (a) a lane change possibility, (b) a time period that has to elapse before a lane change is allowed if a lane change possibility does not currently exists, or a time period in which a lane change should be made if a lane change possibility currently exists; and (c) a need for acceleration or deceleration; and (a) a lane change possibility, (b) a time period that has to elapse before a lane change is allowed if a lane change possibility does not currently exists, or a time period in which a lane change should be made if a lane change possibility currently exists; and (c) a need for acceleration or deceleration; and a display unit configured to indicate the lane change possibility, the time period and the need for acceleration or deceleration computed by the lane change program computing device, characterized in that the lane change program computing device is configured to compute a position of an object vehicle, and the display unit is configured to indicate the position of the object vehicle in relation to the ego vehicle.
Method for moving a patient couch as a function of a body value of a patient positioned on the patient couch for medical imaging, wherein the medical imaging takes place in an imaging modality with a recording region, wherein the patient couch can be moved within the recording region by means of a drive chain, with the following steps: - providing a body value, in particular a mass and/or physique, of the patient, - setting an operating parameter of the drive chain by means of a control unit for controlling the drive chain as a function of the body value in such a manner that a speed value of the patient couch is increased up to a predefined or body value-dependent maximum value, and possibly repeatedly setting the operating parameter so that a rocking of the patient couch during the movement of the patient couch is at least partially suppressed, and - moving the patient couch by means of the drive chain in accordance with the increased speed value to perform the medical imaging, characterised in that the body value is entered into a digital twin of the drive chain of the patient couch, wherein the digital twin digitally maps at least one operating state of the drive chain of the patient couch which influences the operating parameter and, as a function of the entered body value and the mapped operating state, ascertains the operating parameter for the setting. - providing a body value, in particular a mass and/or physique, of the patient, - setting an operating parameter of the drive chain by means of a control unit for controlling the drive chain as a function of the body value in such a manner that a speed value of the patient couch is increased up to a predefined or body value-dependent maximum value, and possibly repeatedly setting the operating parameter so that a rocking of the patient couch during the movement of the patient couch is at least partially suppressed, and - moving the patient couch by means of the drive chain in accordance with the increased speed value to perform the medical imaging,
A disc tumbler cylinder lock-key-combination, the disc tumbler cylinder-lock of which combination comprises an outer cylinder and, to be rotated inside it, an inner cylinder having a disc pack, which comprises tumbler discs provided with a central opening and a peripheral cavity, and spacer discs, which spacer discs separate the tumbler discs from each other, and central openings form a uniform canal having a guide element, which comprises two rails (8A, 8B), which inner cylinder further has rotation limiter disc means, which are in connection with the guide element, and a locking bar, which, when the lock is in the locked position, is located partially in the groove in the outer cylinder and partially in the gap in the inner cylinder, which tumbler discs are rotatable by the key of the combination into a position, in which the peripheral cavities are at the site of the gap of the inner cylinder forming a uniform groove, into which the locking bar is able to move by the rotation of the key, characterized in that the limiter disc means are composed of a frame piece and a limiter piece, which frame piece is an annular disc having an opening in the middle of the disc, which opening extends up to the border of the disc widening towards the border and to the wider portion of the opening, on the side of said border, is disposed a limiter piece, and on the bottom of which opening is additionally a recess for the first rail of the guide element, and the first side of the opening forming a sliding surface, along which the limiter piece is able to slide as the key is rotated from the locked position of the lock, which limiter piece comprises a first projection, a second projection and a third projection, the third projection being towards the bottom of the opening of the frame piece, the second projection being in the opposite direction as the third projection, and the first projection being transversely away from the third and second projections, between which third and first projections is a recess for the second rail of the guide element, the border surface of the second projection being wider than the width of the gap of the inner cylinder and each side edge of the end of the third projection being bevelled (29A, 29B, 29D), on the inner surface of which inner cylinder is a recess at the site of the rotation limiter disc means for the second projection of the limiter piece, and which key has at least one bevel-edged cavity for the end of the third projection, the gradient of the bevelled edge corresponding to the gradient of the bevelled side edges (29A, 29B, 29D) of the third projection, the limiter piece and frame piece being rotatable in relation to the inner cylinder as the key is rotated.
Method for the manufacture of wood fiber based decorative substrates, comprising the steps of: a) mechanical embossing at least on one main side of a substrate that is distinct from an edge of the substrate so as to form an embossed surface, wherein the embossed surface is present on at least this main side of the substrate; b) applying a primer on the embossed surface of the substrate; c) drying or curing the primer coated on the embossed surface so as to form a base layer; d) digitally printing a decor onto the base layer using a liquid ink; and e) drying or curing the liquid ink forming the digitally printed decor, wherein step (a) is carried out directly on the substrate, and not on any top coat/top layer present on the substrate, and wherein step a) is carried out with engraved embossing cylinders or press plates. a) mechanical embossing at least on one main side of a substrate that is distinct from an edge of the substrate so as to form an embossed surface, wherein the embossed surface is present on at least this main side of the substrate; b) applying a primer on the embossed surface of the substrate; c) drying or curing the primer coated on the embossed surface so as to form a base layer; d) digitally printing a decor onto the base layer using a liquid ink; and e) drying or curing the liquid ink forming the digitally printed decor,
An actinic radiation-curable inkjet ink that undergoes temperature-induced reversible sol-gel phase transition, the actinic radiation-curable inkjet ink comprising a colorant, a gelling agent, a photopolymerizable compound, and a photopolymerization initiator, wherein the photopolymerizable compound includes a photopolymerizable compound A, which is a (meth)acrylate compound having a hydroxyl group; a photopolymerizable compound B, which is a (meth)acrylate compound having a molecular weight in a range from 300 to 1,500 and having a structure represented by (-CH 2 -CH 2 -O-) m (where m is an integer of from 3 to 14) in a molecule; and a photopolymerizable compound C, which is a (meth)acrylate compound having a molecular weight in a range from 280 to 1,500 and having a ClogP value in a range from 4.0 to 7.0, the photopolymerizable compound A is contained in an amount in a range from 1 to 15 wt % relative to a total weight of the ink, the photopolymerizable compound B is contained in an amount in a range from 30 to 70 wt % relative to the total weight of the ink, the photopolymerizable compound C is contained in an amount in a range from 10 to 40 wt % relative to the total weight of the ink, and the gelling agent is contained in an amount in a range from 2 to 10 wt % relative to the total weight of the ink.
Method for making a reflecting stratiform structure, configured so as to reflect the incident radiation coming from an upper side with respect to said structure, comprising an upper transparent protective coating layer, characterised in that: said upper transparent protective coating layer is in direct contact with the outside and said upper transparent protective coating layer is applied to said reflecting stratiform structure through a cross-linking process, which is carried out by cross-linking a polymerisable resin, which will form said upper transparent protective coating layer, by passing energy through a transparent thermoplastic film (102, 120), preferably made of polyethylene terephthalate, so as to cross-link said polymerisable resin.
An industrial hybrid engine, wherein an endless rotary band wound around a drive pulley of a crankshaft and a motor pulley of an electric motor for power is provided, characterised in that the electric motor is attached to an engine body (h) in a fixed position by using a support bracket attached to the engine body (h), and a tension mechanism is supported by the support bracket, the tension mechanism tensioning the endless rotary band in a direction in which the endless rotary band is stretched, wherein the tension mechanism includes a tension pulley, a swing arm, pivotally supporting the tension pulley at its tip, and a tension body that energizes the swing arm around a shaft center.
A hot melt composition comprising a block copolymer consisting of at least two blocks as reaction product of a polyamide having a molecular weight of 5000 g/mol to 100000 g/mol and a modified olefin copolymer having a molecular weight of 3000 to 100000 g/mol and containing covalently bound organic acid anhydride groups to the polymer chain, wherein the polyamide has an amine number from 0.2 to 10 and the olefin copolymer has an acid number from 1 to 100.
A medico-surgical tube arrangement including a medico-surgical tube having a shaft and an expansible member on the outside of the shaft adapted to make contact with the surface of a body cavity within which the tube is inserted, the tube also including a plurality of sensors (420, 421) on the expansible member around the expansible member responsive to contact between the expansible member and the wall of the body cavity, characterised in that the arrangement includes a leakage indicator unit responsive to an output from each sensor (420, 421), and that the leakage indicator unit detects from the output from each sensor regions of incomplete contact between the expansible member and the wall of the body cavity and thereby provides an indication of potential leakage.