mhurhangee/ep-ind-claims huggingface dataset:
Refrigeration appliance, with a water-conducting conduit system, which has a connector for connecting to a domestic water supply system, and with a monitoring device, which has a water leak detection device arranged in the machine chamber of the refrigeration appliance, to detect water leaks in the water-conducting conduit system of the refrigeration appliance and a collection trough for leaked water, characterised in that the monitoring device fastened with a form fit to a support rail arranged in the machine chamber has a monitoring device housing which comprises the collection trough, and that a fastening element is associated with the monitoring device housing, said fastening element being able to pivot between a first position and a second position and having a horizontally extending bottom rib, which engages with an engaging segment of the support rail in the first position and is not engaged in the second position..
A method of cell change, performed by a wireless device, the cell change being from a first group of cells to a multi-cell configuration of a second group of cells, wherein the multi-cell configuration implements a multicarrier configuration including a primary carrier and a number of secondary carriers, the method comprising: receiving a cell change command; synchronizing the wireless device to interoperate with a first cell of the second group of cells within a first specified period of time, wherein the first cell is a primary cell providing the primary carrier; synchronizing the wireless device to interoperate with at least one remaining cell of the second group of cells within a second specified period of time ending after an end of the first specified period of time, wherein the at least one remaining cell includes a secondary cell providing one of the secondary carriers, and wherein the synchronizing of the wireless device to interoperate with the at least one remaining cell begins after the synchronizing of the wireless device to interoperate with the first cell; and commencing transmission of a signal from the wireless device on the first cell after the end of the first period of time but before the end of the second period of time. receiving a cell change command; synchronizing the wireless device to interoperate with a first cell of the second group of cells within a first specified period of time, wherein the first cell is a primary cell providing the primary carrier; synchronizing the wireless device to interoperate with at least one remaining cell of the second group of cells within a second specified period of time ending after an end of the first specified period of time, wherein the at least one remaining cell includes a secondary cell providing one of the secondary carriers, and wherein the synchronizing of the wireless device to interoperate with the at least one remaining cell begins after the synchronizing of the wireless device to interoperate with the first cell; and commencing transmission of a signal from the wireless device on the first cell after the end of the first period of time but before the end of the second period of time.
A hand held tool with a housing and a tool holder that is non-rotatably connected to a rotor rotatably mounted in the housing, said rotor comprising at least two separate single turbines (46, 48, 50, 52) consecutively arranged on the rotor and non-rotatably coupled to the rotor, which are configured to be pneumatically driven, wherein the at least two single turbines (46, 48, 50, 52) are non-rotatably connected to each other by first coupling means at a predetermined angle of rotation position and elastically braced against one another in the direction of their axis of rotation into a compact turbine package, characterized in that each single turbine (46, 48, 50, 52) comprises a first wheel half and a second wheel half and the wheel halves (120, 122) comprise bores (150, 152, 154) distributed over the wheel half and arranged coaxially to their axis of rotation and in a rotational symmetry of order corresponding to the number of bores, which are configured to accept a rod, which as the first coupling means is configured to penetrate mutually aligned bores of the wheel halves of all turbines of the turbine package and thereby to non-rotatably couple the single turbines of the turbine package to one another.
Assembly for an electric motor-driven vehicle, with an intermediate circuit capacitor assigned to a high-voltage component of the vehicle, which intermediate circuit capacitor comprises a plurality of film windings and has, in its interior, a mount for a discharge module of the high-voltage component for discharging the intermediate circuit capacitor, and a discharge module which is arranged in the mount, characterised in that the foil windings are arranged next to one another in a lattice structure with the omission of an inner lattice site, and the mount is formed by a cavity left free by the omission, and the intermediate circuit capacitor comprises a sheath which encloses the foil windings, which sheath has a plurality of inwardly extending projections, which comprise an electrically conductive material or are made of an electrically conductive material and are arranged equidistantly along a circumferential direction of the sheath, wherein a projection has a point at its inner end.
Watch comprising a case having a middle part and inside which is housed a movement, the watch including a control member intended to be actuated by a user, the watch further comprising an internal transmission device provided with an actuator able to move, in response to actuation of the control member, between a rest position and an active position in which the actuator actuates a mechanism of the movement, wherein the transmission device is integrated into the case and includes a closed cavity filled with an incompressible fluid and a thrust means kinematically connected to the control member and arranged to displace the fluid inside the cavity, and wherein the displacement of fluid inside the cavity causes displacement of the actuator, characterized in that the thrust means is a control piston, and in that the actuator includes an actuator piston.
A process for acquiring seismic data in a seismic survey comprising a large plurality of shot points (J, K, L, M) and a large plurality of receiver points wherein multiple sweep-style phase encoded seismic sources (21, 22, 23, 24) are arranged such that each source (21, 22, 23, 24) is positioned at a separate shot point (J, K, L, M) and the sources (21, 22, 23, 24) are delivering seismic energy into the earth concurrently while receivers are arranged to record seismic signals reflected back from the earth to the surface to create a composite data record of energy from the sources (21, 22, 23, 24), wherein a pseudo listen time is created in the composite data record using a frequency band pass filter based method and wherein the process is characterized by the phase encoded sources (21, 22, 23, 24) delivering at each shot point (J, K, L, M) at least the number of sweeps of seismic energy as there are sources that are commonly delivering seismic energy into the earth used in the survey and further characterized in that the phase encoded sweeps are delivered continuously with no listen time at the end and also no listen time between each sweep, and in that a frequency band pass filter is designed to attenuate the frequencies of the next activated sources (21, 22, 23, 24) activated during the pseudo listen time and said band pass filter is applied to or used during the pseudo listen time to attenuate the contaminating energy.
A method for obtaining reduced coenzyme Q 10 which comprises obtaining oily reduced coenzyme Q 10 from an organic phase containing reduced coenzyme Q 10 by distilling off an organic solvent at 45°C or more, wherein the obtained oily reduced coenzyme Q 10 has a solvent content of 10% by weight or less.
A signal transmission apparatus, comprising: a transmitting unit configured to, after a period of time of receiving a downlink signal related to beam failure recovery and before receiving or applying activation signaling or reconfiguration signaling, transmit an uplink signal in a first cell by using a spatial domain transmission filter identical to a spatial domain transmission filter transmitting an uplink signal related to beam failure recovery or receiving a downlink reference signal, characterized in that when a second cell where the uplink signal related to beam failure recovery is transmitted is a different cell from the first cell, the transmitting unit is configured to transmit the uplink signal in the first cell by using the spatial domain transmission filter identical to the spatial domain transmission filter receiving the downlink reference signal. a transmitting unit configured to, after a period of time of receiving a downlink signal related to beam failure recovery and before receiving or applying activation signaling or reconfiguration signaling, transmit an uplink signal in a first cell by using a spatial domain transmission filter identical to a spatial domain transmission filter transmitting an uplink signal related to beam failure recovery or receiving a downlink reference signal, characterized in that when a second cell where the uplink signal related to beam failure recovery is transmitted is a different cell from the first cell, the transmitting unit is configured to transmit the uplink signal in the first cell by using the spatial domain transmission filter identical to the spatial domain transmission filter receiving the downlink reference signal.
A method for estimating a temperature of a motor of a pitch drive mechanism of a rotor blade of a wind turbine, the method comprising: monitoring, via at least one sensor, an actual temperature and at least one additional operating condition of the motor during a normal operating period of the wind turbine; storing, via a pitch controller, the monitored temperatures and the monitored additional operating conditions of the motor for the normal operating period; determining a relationship between the monitored temperatures and the monitored additional operating conditions of the motor for the normal operating period; and, in the event that the sensor fails to operate, determining, via the pitch controller, an estimated temperature of the motor based on the relationship. monitoring, via at least one sensor, an actual temperature and at least one additional operating condition of the motor during a normal operating period of the wind turbine; storing, via a pitch controller, the monitored temperatures and the monitored additional operating conditions of the motor for the normal operating period; determining a relationship between the monitored temperatures and the monitored additional operating conditions of the motor for the normal operating period; and, in the event that the sensor fails to operate, determining, via the pitch controller, an estimated temperature of the motor based on the relationship.
A bonnet for use with a fluid regulator comprising: a body having a cavity to receive a loading assembly of the fluid regulator; a support structure disposed in the cavity and extending across the cavity to increase an impact toughness or strength of the body, the support structure comprising a webbing, the webbing comprising a hub and a plurality of pairs of walls or ribs, the hub protruding away from an upper inner surface of the body into the cavity, the plurality of pairs of walls or ribs extending outwardly away from the hub towards an inner side surface of the body; wherein the hub comprises an opening coaxially aligned with an opening of the body to receive an adjusting element of the load assembly; characterized in that the body includes a plurality of venting apertures; and in that each pair of walls or ribs surrounds a respective one of the venting apertures. a body having a cavity to receive a loading assembly of the fluid regulator; a support structure disposed in the cavity and extending across the cavity to increase an impact toughness or strength of the body, the support structure comprising a webbing, the webbing comprising a hub and a plurality of pairs of walls or ribs, the hub protruding away from an upper inner surface of the body into the cavity, the plurality of pairs of walls or ribs extending outwardly away from the hub towards an inner side surface of the body; wherein the hub comprises an opening coaxially aligned with an opening of the body to receive an adjusting element of the load assembly; characterized in that the body includes a plurality of venting apertures; and in that each pair of walls or ribs surrounds a respective one of the venting apertures.
A method in a user equipment, UE, of establishing a control channel with a network component, wherein the network component comprises a trusted wireless local area network access gateway,TWAG, the method comprising: receiving, by the UE, an identifier of a link channel in an extensible authentication protocol, EAP, message from an authentication, authorization and accounting, AAA, server/proxy, wherein the identifier of the link channel is used for establishment of the link channel with the network component; and communicating (5-2,5-3), by the UE, with the network component over the link channel using a wireless local area network control protocol,WLCP, wherein the wireless local area network, WLAN, comprises a trusted WLAN Access Network, TWAN. receiving, by the UE, an identifier of a link channel in an extensible authentication protocol, EAP, message from an authentication, authorization and accounting, AAA, server/proxy, wherein the identifier of the link channel is used for establishment of the link channel with the network component; and communicating (5-2,5-3), by the UE, with the network component over the link channel using a wireless local area network control protocol,WLCP, wherein the wireless local area network, WLAN, comprises a trusted WLAN Access Network, TWAN.
A method comprising: decoding one or more resource blocks in a HARQ indicator channel by a user equipment, UE, in a wireless communication system; detecting a hybrid automatic repeat request, HARQ, indicator for a data transmission, wherein the HARQ indicator is a single-state indicator encoded with a UE identity, ID, of the UE, and wherein the HARQ indicator is encoded in one of the resource blocks of the HARQ indicator channel; and determining a HARQ acknowledgment status for the data transmission based on the detection of the HARQ indicator, characterized in that the HARQ indicator is generated by scrambling a sequence of coded CRC bits, generated from a predefined common signal for ACK/NACK, with a subset of the UE ID sequence. decoding one or more resource blocks in a HARQ indicator channel by a user equipment, UE, in a wireless communication system; detecting a hybrid automatic repeat request, HARQ, indicator for a data transmission, wherein the HARQ indicator is a single-state indicator encoded with a UE identity, ID, of the UE, and wherein the HARQ indicator is encoded in one of the resource blocks of the HARQ indicator channel; and determining a HARQ acknowledgment status for the data transmission based on the detection of the HARQ indicator, characterized in that the HARQ indicator is generated by scrambling a sequence of coded CRC bits, generated from a predefined common signal for ACK/NACK, with a subset of the UE ID sequence.
Method for determining toll roads, with a filter unit and an on-board unit, OBU, which can communicate with each other, and a toll collection point, the filter unit having a mapping material, so that toll roads can be determined on the basis of position data, and comprising the following steps: - regular transmission of road segment position data by the OBU to the filter unit, the transmission of position data taking place without reference to the toll ID, and the OBU not sending a toll ID to the filter unit; - verification by the filtering unit of the position data transmitted for toll relevance, toll relevance being given when a toll road is used, the road segments actually subject to toll being determined by means of knowledge of the complete road network and current pricing models, and transmission of toll collection data for these road segments subject to toll to the OBU, and the filtering unit, after the OBU has confirmed the correct receipt of toll collection data, erasing all centrally maintained data for this transaction; - storage by the OBU of the road segments subject to toll as well as, at the end of the journey, transmission of the complete road for which a toll has been incurred at the toll collection point with the vehicle's toll ID for invoicing. - regular transmission of road segment position data by the OBU to the filter unit, the transmission of position data taking place without reference to the toll ID, and the OBU not sending a toll ID to the filter unit; - verification by the filtering unit of the position data transmitted for toll relevance, toll relevance being given when a toll road is used, the road segments actually subject to toll being determined by means of knowledge of the complete road network and current pricing models, and transmission of toll collection data for these road segments subject to toll to the OBU, and the filtering unit, after the OBU has confirmed the correct receipt of toll collection data, erasing all centrally maintained data for this transaction; - storage by the OBU of the road segments subject to toll as well as, at the end of the journey, transmission of the complete road for which a toll has been incurred at the toll collection point with the vehicle's toll ID for invoicing.
Throughput control device for a solar-operated hot-water flow device, in particular for a drinking water supply with continuous heater, comprising at least one switch valve, a primary water supply, a secondary water supply, a line system for carrying drinking water, the line system being connectable on the output side to a consumer and on the input side to the primary water supply and the secondary water supply via at least one switch valve, and a control system for switching the valve, means being provided for avoiding drinking water stagnation in the device, in particular in the secondary water supply, characterized in that, depending on the switching of the switch valve, drinking water can be led to the consumer via the primary water supply and/or the secondary water supply that can be heated by a continuous heater, wherein the means comprise a line unit, via which drinking water can flow to the consumer from the secondary water supply even when the line system is connected to the primary water supply, wherein the line unit comprises a leakage line, via which a leakage flow of drinking water can flow from the secondary water supply to the consumer, wherein the line unit is formed as a bypass line bypassing the switch valve.
A method of preventing skin aging in a mammal, said method comprising step of administering effective concentration of a composition containing partially purified extracellular metabolite isolated from Bacillus coagulans to said mammal to bring about a reduction in signs and symptoms of skin aging, wherein Bacillus coagulans is of strain Bacillus coagulans MTCC 5856, wherein any method for treatment of the human or animal body by therapy is excluded.
A method for cell activation of a secondary cell (171), SCell, configured for an electronic device, comprising: determining (S210A) signal qualities of reference signals transmitted from a network to the electronic device, the signal qualities corresponding to powers of the reference signals received from corresponding reception directions by the electronic device; reporting (S220A) at least one of the signal qualities to the network; receiving (S230A), from the network, a signal including transmission configuration indication, TCI, information indicating a selected transmission direction to be used by the electronic device for downlink, DL, communication with the network in the SCell (171), the selected transmission direction being based on the reported at least one of the signal qualities; determining a channel state information, CSI, report based on the TCI information or both the TCI information and spatial relation information; and reporting the CSI report to the network using the selected transmission direction. determining (S210A) signal qualities of reference signals transmitted from a network to the electronic device, the signal qualities corresponding to powers of the reference signals received from corresponding reception directions by the electronic device; reporting (S220A) at least one of the signal qualities to the network; receiving (S230A), from the network, a signal including transmission configuration indication, TCI, information indicating a selected transmission direction to be used by the electronic device for downlink, DL, communication with the network in the SCell (171), the selected transmission direction being based on the reported at least one of the signal qualities; determining a channel state information, CSI, report based on the TCI information or both the TCI information and spatial relation information; and reporting the CSI report to the network using the selected transmission direction.
A battery pack, comprising: a housing having an outer bottom plate and an inner bottom plate, and defining a primary chamber for accommodating battery cells above the inner bottom plate, and a secondary chamber between the outer bottom plate and the inner bottom plate; wherein the outer bottom plate includes an outer flat plate extending substantially in parallel to the inner bottom plate, characterized in that the outer bottom plate further includes an upright wall extending from a peripheral part of the outer flat plate to abut against a peripheral part of the inner bottom plate, the inner bottom plate being provided with at least one opening surrounded by a tubular flange projecting toward the outer bottom plate, the housing including an air communication passage formed in the upright wall of the outer bottom plate and communicating the secondary chamber with an exterior of the housing; and wherein a bottom surface of the inner bottom plate includes a substantially horizontal reference surface, and a part of a bottom surface of the inner bottom plate adjacent to the upright wall inclines upwards with respect to the horizontal reference surface along a direction away from the outer bottom plate and towards the upright wall, and wherein the air communication passage includes a first communication hole having an edge located above the reference surface of the inner bottom plate. a housing having an outer bottom plate and an inner bottom plate, and defining a primary chamber for accommodating battery cells above the inner bottom plate, and a secondary chamber between the outer bottom plate and the inner bottom plate; wherein the outer bottom plate includes an outer flat plate extending substantially in parallel to the inner bottom plate, characterized in that the outer bottom plate further includes an upright wall extending from a peripheral part of the outer flat plate to abut against a peripheral part of the inner bottom plate, the inner bottom plate being provided with at least one opening surrounded by a tubular flange projecting toward the outer bottom plate, the housing including an air communication passage formed in the upright wall of the outer bottom plate and communicating the secondary chamber with an exterior of the housing; and wherein a bottom surface of the inner bottom plate includes a substantially horizontal reference surface, and a part of a bottom surface of the inner bottom plate adjacent to the upright wall inclines upwards with respect to the horizontal reference surface along a direction away from the outer bottom plate and towards the upright wall, and wherein the air communication passage includes a first communication hole having an edge located above the reference surface of the inner bottom plate.