mhurhangee/ep-ind-claims huggingface dataset:
A flow velocity detecting apparatus comprising: an irradiating device configured to irradiate a fluid passage and a fluid that flows in the fluid passage with measuring light; a light receiving device configured to receive interference light of the measuring light scattered by the fluid passage and the measuring light scattered by the fluid; an obtaining device configured to obtain an estimated value of the velocity of the fluid to be detected; and an outputting device configured to perform an arithmetical operation on a signal indicating the received interference light in a usage frequency range determined based on the estimated value of the velocity of the fluid to be detected and to output a flow velocity detection value. an irradiating device configured to irradiate a fluid passage and a fluid that flows in the fluid passage with measuring light; a light receiving device configured to receive interference light of the measuring light scattered by the fluid passage and the measuring light scattered by the fluid; an obtaining device configured to obtain an estimated value of the velocity of the fluid to be detected; and an outputting device configured to perform an arithmetical operation on a signal indicating the received interference light in a usage frequency range determined based on the estimated value of the velocity of the fluid to be detected and to output a flow velocity detection value.
Carrier rail (1a, 1b) which has a C-shaped cross section and on the outside in the region of the upper horizontal leg has a running surface for contacting at least one wheel of a moveable carriage, characterized in that - the lower horizontal leg of the C-shaped profile is embodied to be shorter than the upper horizontal leg and - in the region of the lower horizontal leg, a contact line for transmitting electrical energy to the carriage is plugged onto the carrier rail (1a, 1b), and the contact line comprises at least one electrical conductor (7a..7f) and an electrical insulator (8a..8f), which surrounds the at least one electrical conductor (7a..7f) with the exception of an area which is provided for collecting current, and the insulator (8a..8f) has at least one groove which enables the contact line (6, 6a..6f) to be plugged onto the carrier rail (1a, 1b). - the lower horizontal leg of the C-shaped profile is embodied to be shorter than the upper horizontal leg and - in the region of the lower horizontal leg, a contact line for transmitting electrical energy to the carriage is plugged onto the carrier rail (1a, 1b), and the contact line comprises at least one electrical conductor (7a..7f) and an electrical insulator (8a..8f), which surrounds the at least one electrical conductor (7a..7f) with the exception of an area which is provided for collecting current, and the insulator (8a..8f) has at least one groove which enables the contact line (6, 6a..6f) to be plugged onto the carrier rail (1a, 1b).
A plastic substrate for automotive glazing which is a resin-coated article comprising a plastic substrate and resin layers comprising at least 3 layers disposed on the plastic substrate, the 3 layers comprising first layer in contact with the substrate surface, which is a layer prepared by curing a coating composition containing a vinyl copolymer having an alkoxysilyl group and a UV-absorbing group and a fine particle silicon oxide and not containing any curing catalyst; second layer in contact with the first layer, which is a layer prepared by curing an organopolysiloxane composition containing a curing catalyst in the form of an alkylammonium compound other than methylammonium compounds and a co-hydrolyzate of an organosilicon compound containing a UV-absorbing organooxysilane and a fine particle silicon oxide; and third layer in contact with the second layer, which is a layer prepared by curing an organopolysiloxane composition containing a curing catalyst in the form of a methylammonium compound having an activity higher than the catalyst used in the second layer, and a co-hydrolyzate of an organosilicon compound containing a UV-absorbing organooxysilane and a fine particle silicon oxide.
An accessory gearbox for a gas turbine engine, comprising: an accessory gear train; a first input coupled to the accessory gear train; a second input coupled to the accessory gear train, wherein the accessory gear train operably couples the first input and the second input for communicating rotational energy between an accessory mounted to the accessory gearbox and the first and second inputs; a first differential connected to the first input and coupling the first input to the accessory gear train; a pump motor; a pump differential coupled to the pump motor by the first differential; an oil pump having an oil pump shaft; and an oil pump tune motor connected to the pump differential and operatively coupled therethrough to the oil pump; wherein the pump differential includes first and second spider gears arranged along the oil pump shaft, the oil pump shaft being supported for rotation along an axis orthogonal to the first input and parallel to the second input. an accessory gear train; a first input coupled to the accessory gear train; a second input coupled to the accessory gear train, wherein the accessory gear train operably couples the first input and the second input for communicating rotational energy between an accessory mounted to the accessory gearbox and the first and second inputs; a first differential connected to the first input and coupling the first input to the accessory gear train; a pump motor; a pump differential coupled to the pump motor by the first differential; an oil pump having an oil pump shaft; and an oil pump tune motor connected to the pump differential and operatively coupled therethrough to the oil pump; wherein the pump differential includes first and second spider gears arranged along the oil pump shaft, the oil pump shaft being supported for rotation along an axis orthogonal to the first input and parallel to the second input.
An air conditioning system having a connecting network and a plurality of partial networks, within each of the plurality of partial networks not less than one indoor unit of an air conditioner, each indoor unit having only one communication port, and an outdoor unit of the air conditioner, the outdoor unit having only one communication port, are connected, and the plurality of partial networks being connected to each other via a connecting network which connects the partial networks, the air conditioning system further comprising: a plurality of gateway apparatuses, each connected to the not less than one indoor unit and the outdoor unit within a respective management target partial network, which is a partial network, among the plurality of partial networks, that is to be managed, and to the connecting network, characterized in that: each gateway apparatus is adapted to cache data that has been communicated within the management target partial network, and when transmission of data related to at least one of the indoor unit and the outdoor unit within the management target partial network is requested from at least one of the indoor unit and the outdoor unit within another partial network, to transmit the data cached to the indoor unit or the outdoor unit of said another partial network, via the connecting network and another gateway apparatus. a plurality of gateway apparatuses, each connected to the not less than one indoor unit and the outdoor unit within a respective management target partial network, which is a partial network, among the plurality of partial networks, that is to be managed, and to the connecting network, characterized in that: each gateway apparatus is adapted to cache data that has been communicated within the management target partial network, and when transmission of data related to at least one of the indoor unit and the outdoor unit within the management target partial network is requested from at least one of the indoor unit and the outdoor unit within another partial network, to transmit the data cached to the indoor unit or the outdoor unit of said another partial network, via the connecting network and another gateway apparatus.
Arrangement in the supply of rope to the speed limiter of an elevator, said elevator comprising at least a hoisting machine and an elevator car suspended to be supported by the hoisting machine and fitted to move along guide rails in an elevator shaft, and said speed limiter comprising at least an upper rope pulley placed essentially in conjunction with the speed limiter, over which pulley the speed limiter rope has been fitted to run, and a diverting pulley which is placed essentially in the lower part of the shaft and under which the speed limiter rope has been fitted to run, and a safety gear, to which the rope is secured, characterized in that the arrangement comprises at least a braking device for braking the rope supplied to the speed limiter, said braking device being fitted to maintain a sufficient tension of at least that portion of the rope which runs over the rope pulley to permit gripping during the supply of new rope.
Bottom module for holding a heat pump of a domestic appliance for drying laundry, having - at least one receiving area for at least partially receiving at least one heat exchanger of the heat pump, - at least one further receiving area for at least partially receiving a compressor and/or a throttle of the heat pump and - at least one wall separating the receiving areas (2, 3) at least partially from one another, on which at least one feedthrough for feeding through a tube of a refrigerant circuit of the heat pump is arranged, characterised in that - the wall is formed at least partially by at least one adapter component (8, 9, 10) embodied separately and having the feedthrough, said adapter component being connected to the remaining bottom module. - at least one receiving area for at least partially receiving at least one heat exchanger of the heat pump, - at least one further receiving area for at least partially receiving a compressor and/or a throttle of the heat pump and - at least one wall separating the receiving areas (2, 3) at least partially from one another, on which at least one feedthrough for feeding through a tube of a refrigerant circuit of the heat pump is arranged, characterised in that - the wall is formed at least partially by at least one adapter component (8, 9, 10) embodied separately and having the feedthrough, said adapter component being connected to the remaining bottom module.
A method for producing rare earth permanent magnets by coating sintered magnet bodies (m) of an R 1 -Fe-B composition, R 1 is one or more elements selected from rare earth elements including Y and Sc, with a slurry in which a powder of one or more compounds selected from oxides, fluorides, oxyfluorides, hydroxides and hydrides of R 2, R 2 is one or more elements selected from rare earth elements including Y and Sc, is dispersed in a solvent, drying the resulting sintered magnet bodies (m) to coat surfaces of the sintered magnet bodies (m) with the powder, and subjecting the resulting sintered magnet bodies (m) to heat treatment to cause absorption of R 2 into the sintered magnet bodies (m), the method comprising: disposing a fixed beam having a number of magnet body holding portions, which are provided consecutively at equal intervals and on which the sintered magnet bodies (m) are to be placed, so that a section of the fixed beam extends through the slurry; repeating operations of lifting the sintered magnet bodies (m) placed on the magnet body holding portions, moving the sintered magnet bodies (m) forward, and placing the sintered magnet bodies (m) on the next magnet body holding portions, all by moving beams disposed along the fixed beam, whereby the sintered magnet bodies (m) are continuously transported along the fixed beam; allowing the individual sintered magnet bodies (m) to pass through the slurry in a course of the transport thereof to coat the individual sintered magnet bodies (m) with the slurry; and further, drying the resulting sintered magnet bodies (m) while transporting the sintered magnet bodies (m), whereby the powder is continuously deposited on the sintered magnet bodies (m). disposing a fixed beam having a number of magnet body holding portions, which are provided consecutively at equal intervals and on which the sintered magnet bodies (m) are to be placed, so that a section of the fixed beam extends through the slurry; repeating operations of lifting the sintered magnet bodies (m) placed on the magnet body holding portions, moving the sintered magnet bodies (m) forward, and placing the sintered magnet bodies (m) on the next magnet body holding portions, all by moving beams disposed along the fixed beam, whereby the sintered magnet bodies (m) are continuously transported along the fixed beam; allowing the individual sintered magnet bodies (m) to pass through the slurry in a course of the transport thereof to coat the individual sintered magnet bodies (m) with the slurry; and further, drying the resulting sintered magnet bodies (m) while transporting the sintered magnet bodies (m), whereby the powder is continuously deposited on the sintered magnet bodies (m).
A method for processing inter-system reselection or switching of a UE from a time division duplex-synchronous, TD-SCDMA, system to a time division long term evolution, TD-LTE, system, comprising: receiving, by a packet data network gateway PGW a modify bearer request message sent by a serving gateway SGW; obtaining, by the PGW, an S5/S8 interface resource information in the current bearer context information, updating the current bearer context information according to the modify bearer request message, and obtaining an S5/S8 interface resource in the updated bearer context information; when the PGW determines that the S5/S8 interface resource information changes according to the S5/S8 interface resource information in the updated bearer context information and the interface resource information in the current bearer context information, sending back, by the PGW, a modify bearer response message carrying the changed S5/S8 interface resource information in the updated bearer context information to the SGW, for enabling the SGW to update the bearer context information according to the modify bearer response message wherein the S5/S8 interface resource information comprises: a control plane IP address and a control plane tunnel endpoint identifier TEIDC of the S5/S8 interface, and a user plane IP address and a user plane tunnel endpoint identifier TEIDU of the S5/S8 interface. receiving, by a packet data network gateway PGW a modify bearer request message sent by a serving gateway SGW; obtaining, by the PGW, an S5/S8 interface resource information in the current bearer context information, updating the current bearer context information according to the modify bearer request message, and obtaining an S5/S8 interface resource in the updated bearer context information; when the PGW determines that the S5/S8 interface resource information changes according to the S5/S8 interface resource information in the updated bearer context information and the interface resource information in the current bearer context information, sending back, by the PGW, a modify bearer response message carrying the changed S5/S8 interface resource information in the updated bearer context information to the SGW, for enabling the SGW to update the bearer context information according to the modify bearer response message wherein the S5/S8 interface resource information comprises: a control plane IP address and a control plane tunnel endpoint identifier TEIDC of the S5/S8 interface, and a user plane IP address and a user plane tunnel endpoint identifier TEIDU of the S5/S8 interface.
A music reproduction apparatus comprising: an acquisition section (Ste, SN, CTe) configured to acquire music piece data to be reproduced; a reproduction section configured to reproduce the music piece data acquired by said acquisition section; a generation section configured to generate control information that includes music piece information identifying a music piece to be reproduced and reproduced position information indicative of a position, reproduced by said reproduction section, of the music piece data; a modulation section configured to output, on the basis of the control information generated by said generation section, an audio signal of a predetermined frequency band for carrying the control information; and an output section configured to transmit to outside the audio signal output by said modulation section characterized in that said reproduced position information is indicative of a measure number of a measure where a currently reproduced tone is located in a musical score. an acquisition section (Ste, SN, CTe) configured to acquire music piece data to be reproduced; a reproduction section configured to reproduce the music piece data acquired by said acquisition section; a generation section configured to generate control information that includes music piece information identifying a music piece to be reproduced and reproduced position information indicative of a position, reproduced by said reproduction section, of the music piece data; a modulation section configured to output, on the basis of the control information generated by said generation section, an audio signal of a predetermined frequency band for carrying the control information; and an output section configured to transmit to outside the audio signal output by said modulation section characterized in that said reproduced position information is indicative of a measure number of a measure where a currently reproduced tone is located in a musical score.
A computer-implemented method for responding to requests for cost data, the method being executed by one or more processors and comprising: receiving, by a cost service, a request for cost data of operation one or more virtual machines VM over a timeframe; transmitting, by the cost service, a cost data request to a cost data source; determining, by the cost service, that usable, in view of the requested timeframe, cost data is stored within a fuzzy cache of the service, and in response: calculating supplemental cost data based on the usable cost data, and transmitting an initial response comprising the supplemental cost data, the initial response being displayed at a client that had transmitted the request for the cost data; receiving, by the cost service and from the cost data source, requested cost data in response to the request for the cost data; and transmitting, by the cost service, an updated response comprising the requested cost data. receiving, by a cost service, a request for cost data of operation one or more virtual machines VM over a timeframe; transmitting, by the cost service, a cost data request to a cost data source; determining, by the cost service, that usable, in view of the requested timeframe, cost data is stored within a fuzzy cache of the service, and in response: calculating supplemental cost data based on the usable cost data, and transmitting an initial response comprising the supplemental cost data, the initial response being displayed at a client that had transmitted the request for the cost data; calculating supplemental cost data based on the usable cost data, and transmitting an initial response comprising the supplemental cost data, the initial response being displayed at a client that had transmitted the request for the cost data; receiving, by the cost service and from the cost data source, requested cost data in response to the request for the cost data; and transmitting, by the cost service, an updated response comprising the requested cost data.
A system comprising: a wet wipes bag with a wet wipes outlet and a wet wipe flip top cap, wherein the wet wipe flip-top cap with a convenient outlet is composed of the cap body and the upper cover, wherein the cap body is designed with an aperture in the middle, wherein the cap body is molded with an elastic sealing cover inside, which completely covers the above-mentioned aperture; the cap body is sealed and fixed on the wet wipes outlet of the wet wipes bag characterized in that the elastic sealing cover (3, 44) will open a small-diameter outlet when being applied with downward force, for taking out wet wipes; and when the force applying stops, the elastic sealing cover (3, 44) can resume back to closing state.
A method for routing communications in a communications network between a first User Equipment registered with an access point base station and a second User Equipment, the access point base station positioned at least partially within range of one or more macro base stations, the method comprising the steps of: determining whether the second user equipment is within network coverage of the access point base station or a further access point base station positioned at least partially within range of one or more macro base stations; characterized by routing the communication via one or more of the access point base stations in dependence upon the result of the determination; and broadcasting, by each access point base station, to all other access point base stations data updating a look-up table for an identifier indicating whether the second UE is within coverage of the access point base station or further acces point base station. determining whether the second user equipment is within network coverage of the access point base station or a further access point base station positioned at least partially within range of one or more macro base stations; characterized by routing the communication via one or more of the access point base stations in dependence upon the result of the determination; and broadcasting, by each access point base station, to all other access point base stations data updating a look-up table for an identifier indicating whether the second UE is within coverage of the access point base station or further acces point base station.
An electric power steering apparatus comprising a vector control system that is configured to calculate steering assist command values of dq axes based on at least a steering torque, to calculate dq-axes current command values from said steering assist command values, to convert said dq-axes current command values into dq-axes voltage command values, to convert said dq-axes voltage command values into 3-phase voltage command values, to convert said 3-phase voltage command values unto 3-phase duty command values, to driving-control a 3-phase brushless motor by an inverter of a pulse width modulation control, and to apply an assist torque to a steering system of a vehicle, characterized in that said electric power steering apparatus has two dead time compensating functions A and B of which efficiencies to respectively perform a dead time compensation of said inverter are different each other, and comprises a dead time compensating section A that is configured to input said q-axis steering assist command value (iqref), the inverter-applying voltage (Vr) applied to the inverter, the motor rotational angle (θ) and the motor rotational number (ω), and is configured to calculate first dq-axes compensation values (VdA, VqA), a dead time compensating section B that is configured to input said dq-axes current command values (id*, iq*), said inverter-applying voltage, said motor rotational angle and said motor rotational number, and is configured to calculate second dq-axes compensation values (VdB, VqB); and a compensation value switching section that is configured to output said second dq-axes compensation values (VdB, VqB) as dq-axes dead time compensation values (Vd*, Vq*) when said d-axis current command value is near zero, the absolute value of said q-axis current command value is equal to or more than a first threshold value and the absolute value of said motor rotational number is equal to or more than a second threshold value, and to output said first dq-axes compensation values (VdA, VqA) as dq-axes dead time compensation values otherwise.