mhurhangee/ep-ind-claims huggingface dataset:
System (56, 71, 72) of distributing electric current to electrical outlets (14, 40) of a passenger vehicle, said distribution system (56, 71, 72) comprising: - a power source capable of delivering an electric current; - distribution units equipped with electrical outlets; - a power converter (18, 60) connected in input (19, 62) to the power source in order to convert the electric current delivered by the power source, the power converter (18, 60) being a common power converter having one or more outputs (20, 64) connected to all the distribution units of the distribution system in order to transmit the converted electric current to the electrical outlets of all the distribution units of the distribution system, wherein at least one electrical outlet is a USB port, and wherein each distribution unit additionally comprises a secondary power converter having an input connected to an output (20, 64) of the common power converter (18, 60) and at least one output connected to said USB port. - a power source capable of delivering an electric current; - distribution units equipped with electrical outlets; - a power converter (18, 60) connected in input (19, 62) to the power source in order to convert the electric current delivered by the power source, the power converter (18, 60) being a common power converter having one or more outputs (20, 64) connected to all the distribution units of the distribution system in order to transmit the converted electric current to the electrical outlets of all the distribution units of the distribution system,
An engine system comprising: a battery; a fuel cell configured to charge the battery; a turbocharger that is supplied with exhaust gas discharged from the fuel cell; an internal combustion engine that is supplied with air from the turbocharger; an internal combustion engine control unit that stops the internal combustion engine automatically upon fulfillment of a predetermined stop condition, and that starts the internal combustion engine automatically upon fulfillment of a predetermined restoration condition; characterized by: a fuel cell control unit configured to stop the fuel cell from charging the battery or limit a charge amount of the battery to a value equal to or smaller than a discharge amount of the battery when the fuel cell is driven during operation of the internal combustion engine and a state of charge of the fuel cell is equal to or larger than a first limit value, wherein: the fuel cell control unit is configured not to limit the charge amount when the internal combustion engine control unit stops the internal combustion engine and the fuel cell is driven during stop of the internal combustion engine. a battery; a fuel cell configured to charge the battery; a turbocharger that is supplied with exhaust gas discharged from the fuel cell; an internal combustion engine that is supplied with air from the turbocharger; an internal combustion engine control unit that stops the internal combustion engine automatically upon fulfillment of a predetermined stop condition, and that starts the internal combustion engine automatically upon fulfillment of a predetermined restoration condition; characterized by: a fuel cell control unit configured to stop the fuel cell from charging the battery or limit a charge amount of the battery to a value equal to or smaller than a discharge amount of the battery when the fuel cell is driven during operation of the internal combustion engine and a state of charge of the fuel cell is equal to or larger than a first limit value, wherein: the fuel cell control unit is configured not to limit the charge amount when the internal combustion engine control unit stops the internal combustion engine and the fuel cell is driven during stop of the internal combustion engine. a fuel cell control unit configured to stop the fuel cell from charging the battery or limit a charge amount of the battery to a value equal to or smaller than a discharge amount of the battery when the fuel cell is driven during operation of the internal combustion engine and a state of charge of the fuel cell is equal to or larger than a first limit value, wherein: the fuel cell control unit is configured not to limit the charge amount when the internal combustion engine control unit stops the internal combustion engine and the fuel cell is driven during stop of the internal combustion engine. the fuel cell control unit is configured not to limit the charge amount when the internal combustion engine control unit stops the internal combustion engine and the fuel cell is driven during stop of the internal combustion engine.
A lens moving apparatus comprising: a housing supporting a driving magnet, the housing including a first surface allowing the magnet to be mounted thereon; a bobbin provided on an outer surface thereof with a coil disposed in the driving magnet and configured to move in a first direction in the housing; a base disposed under the bobbin and spaced apart from the bobbin by a predetermined distance; an upper elastic member disposed above the bobbin and including an inner frame coupled to the bobbin and an outer frame coupled to the housing; and a plurality of support members each coupled at a lower portion thereof to the base and including a projecting portion protruding upward and bent at at least a portion thereof, at least a portion of the bent portion of the projecting portion being coupled to the upper elastic member, wherein the support members are separately disposed on corresponding second surfaces of the housing so as to support the housing in the state of being spaced apart from the base by a predetermined distance, wherein each of the support members comprises: a first coupling portion which includes the projecting portion and is coupled to the upper elastic member or the housing; a second coupling portion coupled to the base; a pair of first elastic deformation portions which extend from the first coupling portion and are symmetrically disposed with respect to each other; a pair of second elastic deformation portions which extend from the second coupling portion and are symmetrically disposed with respect to each other; and a pair of plate-shaped connecting portions, which are connected between the pair of first elastic deformation portions and the pair of second elastic deformation portions. a housing supporting a driving magnet, the housing including a first surface allowing the magnet to be mounted thereon; a bobbin provided on an outer surface thereof with a coil disposed in the driving magnet and configured to move in a first direction in the housing; a base disposed under the bobbin and spaced apart from the bobbin by a predetermined distance; an upper elastic member disposed above the bobbin and including an inner frame coupled to the bobbin and an outer frame coupled to the housing; and a plurality of support members each coupled at a lower portion thereof to the base and including a projecting portion protruding upward and bent at at least a portion thereof, at least a portion of the bent portion of the projecting portion being coupled to the upper elastic member, a first coupling portion which includes the projecting portion and is coupled to the upper elastic member or the housing; a second coupling portion coupled to the base; a pair of first elastic deformation portions which extend from the first coupling portion and are symmetrically disposed with respect to each other; a pair of second elastic deformation portions which extend from the second coupling portion and are symmetrically disposed with respect to each other; and a pair of plate-shaped connecting portions, which are connected between the pair of first elastic deformation portions and the pair of second elastic deformation portions.
Contact dryer for drying moist material, consisting of at least one drying tube, in which the material to be dried can be conveyed and on the outer side of which there is a heating medium in a casing tube at least partially surrounding the drying tube, wherein at least one further drying tube is arranged in the casing tube, formed as a pressure vessel, and the at least two drying tubes are formed in such a way that the material to be dried cannot mix along at least one longitudinal section of the at least two drying tubes, wherein the casing tube does not perform a rotating movement and the heating medium is water vapour or an organic medium, which during operation changes to an at least partially gaseous or vaporous phase when heat is supplied and condenses back to the liquid phase when heat is removed, wherein in the casing tube there is at least one heating tube, through which heat can be supplied to the heating medium, and the heating tube is arranged in such a way that the heating medium at least partially surrounds the heating tube during operation or that the at least one heating tube is outside the casing tube and is connected to the casing tube in such a way that the heating region, in which the at least one heating tube is arranged, and the drying region, in which the at least two drying tubes are arranged in the casing tube, represent a common pressure vessel, wherein the drying region is arranged above the heating region in such a way that the condensate from the drying region flows into the heating region, driven by gravitational force.
A method of re-lining a ventilation duct for a building comprising the steps of: - providing a flexible composite tube of fire-proof polymer material having at least a flexible tubular fibre-core being impregnated with at ambient temperature self-curing polymer material through the duct having inner walls and outer walls and characterized in that the ventilation duct has a square cross section with sharp inner corners; the method being further characterized in blowing compressed air through the flexible composite tube so that the flexible composite tube is formed against the ventilation duct's inner wall(s) so that the flexible composite tube is formed also into the sharp inner corners, and allowing the self-curing polymer to self-cure at ambient temperature (T amb). - providing a flexible composite tube of fire-proof polymer material having at least a flexible tubular fibre-core being impregnated with at ambient temperature self-curing polymer material through the duct having inner walls and outer walls and characterized in that the ventilation duct has a square cross section with sharp inner corners; the method being further characterized in blowing compressed air through the flexible composite tube so that the flexible composite tube is formed against the ventilation duct's inner wall(s) so that the flexible composite tube is formed also into the sharp inner corners, and allowing the self-curing polymer to self-cure at ambient temperature (T amb).
A retrieval/storage apparatus for warehouses, comprising: a support frame presenting a retrieval/storage surface for at least one article which must be retrieved from a respective warehouse or stored in said warehouse; said frame defining a housing space for a drawer of containment of one or more of said articles; access means operatively active on said retrieval/storage surface to open/close at least one opening through which it is possible to access said housing space, inside the drawer; said access means comprising a first and a second walls (13, 14) both mobile along the retrieval/storage surface in reciprocal approaching/distancing, a third wall mobile along the retrieval/storage surface in a direction transversal to the direction of extension of the first and second walls (13, 14), and a fourth wall mobile along the retrival/storage surface in reciprocal approaching/distancing with said third wall; characterised in that said housing space having an access opening, fashioned along a side adjiacent to said retrival/storage surface, for the entry/exit of the drawer into/from the housing space; and in that each of the first, second, third and fourth walls (13,14,15, 16) consists of a shutter slidable along a respective path (13', 14', 15' 16') which extends according to a substantially arcuate configuration, around the housing space of the drawer, such as not to interfere with the access opening of the housing space. a support frame presenting a retrieval/storage surface for at least one article which must be retrieved from a respective warehouse or stored in said warehouse; said frame defining a housing space for a drawer of containment of one or more of said articles; access means operatively active on said retrieval/storage surface to open/close at least one opening through which it is possible to access said housing space, inside the drawer; said access means comprising a first and a second walls (13, 14) both mobile along the retrieval/storage surface in reciprocal approaching/distancing, a third wall mobile along the retrieval/storage surface in a direction transversal to the direction of extension of the first and second walls (13, 14), and a fourth wall mobile along the retrival/storage surface in reciprocal approaching/distancing with said third wall; characterised in that said housing space having an access opening, fashioned along a side adjiacent to said retrival/storage surface, for the entry/exit of the drawer into/from the housing space; and in that each of the first, second, third and fourth walls (13,14,15, 16) consists of a shutter slidable along a respective path (13', 14', 15' 16') which extends according to a substantially arcuate configuration, around the housing space of the drawer, such as not to interfere with the access opening of the housing space.
A radiation detector comprising: a base and a window defining at least in part a vacuum chamber; an uncooled thermal sensor for generating a photoresistive current disposed within the vacuum chamber; an uncooled filter disposed within the vacuum chamber between the radiation sensor and the window; and at least one heat extractor (26,28) thermally coupled to said thermal sensor and to said filter, characterised in that: the thermal sensor is a focal plane array that defines an image plane that is spaced from the filter a non-zero distance h, wherein h has a value that is selected to maintain thermal gradient between the filter and the image plane, wherein h is less than or equal to 2.54 millimetres (0.1 inches). a base and a window defining at least in part a vacuum chamber; an uncooled thermal sensor for generating a photoresistive current disposed within the vacuum chamber; an uncooled filter disposed within the vacuum chamber between the radiation sensor and the window; and at least one heat extractor (26,28) thermally coupled to said thermal sensor and to said filter, characterised in that: the thermal sensor is a focal plane array that defines an image plane that is spaced from the filter a non-zero distance h, wherein h has a value that is selected to maintain thermal gradient between the filter and the image plane, wherein h is less than or equal to 2.54 millimetres (0.1 inches).
A capsule for use with an electronic smoking device, the capsule comprising: a shell having a lateral wall (101, 102) and an end wall, the lateral wall (101, 102) and the end wall defining a cavity open at one end; a puncturable membrane sealing the open end of the cavity defined by the end wall and the lateral wall (101, 102); a liquid contained within the cavity by the shell and the puncturable membrane; and a self-supporting liquid transporting element formed of fibrous material arranged within the cavity enclosed by the puncturable membrane and immersed in the liquid, characterized in that ring elements keep the fibres of the fibrous material together. a shell having a lateral wall (101, 102) and an end wall, the lateral wall (101, 102) and the end wall defining a cavity open at one end; a puncturable membrane sealing the open end of the cavity defined by the end wall and the lateral wall (101, 102); a liquid contained within the cavity by the shell and the puncturable membrane; and a self-supporting liquid transporting element formed of fibrous material arranged within the cavity enclosed by the puncturable membrane and immersed in the liquid, characterized in that ring elements keep the fibres of the fibrous material together.
A method for wireless communications, comprising: establishing, for a mobile device, a wireless connection with a wireless communication network using a communication system, the connection having an associated Quality of Service (QoS) value; measuring available battery power at the mobile device; and reducing an allowable average data rate of the connection as a function of the available battery power at the mobile device and as a function of the QoS value associated with the connection, the allowable average data rate being reduced while maintaining the QoS value associated with the connection, wherein reducing the allowable average data rate of the connection comprises reprioritizing communication links between the mobile device and the wireless communication network. establishing, for a mobile device, a wireless connection with a wireless communication network using a communication system, the connection having an associated Quality of Service (QoS) value; measuring available battery power at the mobile device; and reducing an allowable average data rate of the connection as a function of the available battery power at the mobile device and as a function of the QoS value associated with the connection, the allowable average data rate being reduced while maintaining the QoS value associated with the connection, wherein reducing the allowable average data rate of the connection comprises reprioritizing communication links between the mobile device and the wireless communication network.
A machine tool clamping arrangement, being designed for clamping a workpiece in a machine tool, with a first head and a second head that are designed to be located in their position in a machine tool, wherein a first jaw reception (6a, 6b) and a second jaw reception (8a, 8b), which are individually movable toward each other, are provided at each of the heads (2a, 2b); and wherein the first head and the second head are designed such that during use the first jaw reception of the first head is arranged opposite to the first jaw reception of the second head and the second jaw reception of the first head is arranged opposite to the second jaw reception of the second head; characterised in that each head (2a, 2b) has at least one guide element (4a, 4b) in which the first jaw reception (6a, 6b) and the second jaw reception (8a, 8b) are arranged, wherein the at least one guide element (4a, 4b) is swivelable about a swivel axis of the particular head (2a, 2b); and wherein the first head and the second head are designed such that during use the swivel axis of the first head coincides with the swivel axis of the second head.
Module mat of compressible module halves of compressible modules for cable entries or pipe penetrations to receive one or more of said compressible modules each surrounding a cable or pipe, which compressible modules are to be placed in a frame together with at least one compression unit, wherein each compressible module is formed of two module halves each comprising a base part having on an upper side a groove receiving a cable or pipe wherein the module mat is formed by a number of said module halves sticking together along separation lines facilitating separation of the module halves, and wherein the module halves are to be separated from each other along the separation lines having a longitudinal extension with respect to the grooves, characterised in that in said groove a number of peelable layers, forming a stack of layers, is received, that further separation lines facilitating separation of the module halves having a transversal extension with respect to the grooves are provided, and that the longitudinal and transversal separation lines (10, 11) are placed at lower edges of the module halves.
Hose line (1, 2) which is configured as a dualchamber or multiple-chamber hose line and has an outer hose, the inside hose cross section of which is penetrated by at least one inner hose, the outer hose being assigned at least one hose coupling with a hose nipple, around which hose nipple an associated hose end region of the outer hose engages tightly, the hose coupling having an end-side receiving cavity, in which a hose connector for the at least one inner hose is provided, which hose connector has an outer part which can be inserted into the receiving cavity of the hose coupling, in which outer part at least two holes (13, 14) which penetrate the outer part are provided, of which the outer part engages around a hose end region of the at least one inner hose at least in one hole, and an inner part of the hose connector projecting into the hose end region of the at least one inner hose, which inner part is widened in such a way that the inner hose is clamped in a tight and fixing manner between the inner part, projecting into this inner hose, and the outer part, characterized in that the outer part has a pot-shaped part region which can be inserted into the receiving cavity of the hose coupling, and in that a sleeve-shaped part region of reduced cross section projects on the pot bottom of this pot shape, into which sleeve-shaped part region of the outer part the hose end region of the inner hose is clamped in a tight and fixing manner by means of the inner part of the hose connector, and in that the hose end region of in each case one inner hose is held in a tight and fixing manner in each of the holes (13, 14) in the outer part of the hose connector.
A mobile terminal configured for performing downlink receptions or uplink transmissions in a wireless communication system comprising a base station configured with a cell for operation in an unlicensed spectrum with a carrier bandwidth which is divided into a plurality of frequency ranges, the mobile terminal comprising: a processor which, in operation, monitors physical downlink control channel, PDCCH, candidates of a first search space set located in a designated first frequency range from the plurality of frequency ranges, and a transceiver which, in operation, receives a downlink control information, DCI, transmitted in the first search space set of the designated first frequency range, wherein the received DCI includes an indication whether or not the mobile terminal is to skip monitoring some specific or all PDCCH candidates in at least one second search space set associated with at least one second frequency range from the plurality of frequency ranges, and wherein only if the indication in the received DCI does not indicate to skip monitoring the specific or all PDCCH candidates in the at least one second search space set, the processor, in operation, additionally, monitors the specific or all PDCCH candidates associated with the at least one second frequency range for receiving a DCI including a downlink assignment which is assigning resources for downlink receptions or an uplink grant which is assigning resources for uplink transmissions. a processor which, in operation, monitors physical downlink control channel, PDCCH, candidates of a first search space set located in a designated first frequency range from the plurality of frequency ranges, and a transceiver which, in operation, receives a downlink control information, DCI, transmitted in the first search space set of the designated first frequency range, wherein the received DCI includes an indication whether or not the mobile terminal is to skip monitoring some specific or all PDCCH candidates in at least one second search space set associated with at least one second frequency range from the plurality of frequency ranges, and wherein only if the indication in the received DCI does not indicate to skip monitoring the specific or all PDCCH candidates in the at least one second search space set, the processor, in operation, additionally, monitors the specific or all PDCCH candidates associated with the at least one second frequency range for receiving a DCI including a downlink assignment which is assigning resources for downlink receptions or an uplink grant which is assigning resources for uplink transmissions.