mhurhangee/ep-ind-claims huggingface dataset:
A package for holding a pouch, said package comprising a first main panel, a first side panel, a second main panel and a second side panel, said first main panel, said first side panel, said second main panel and said second side panel being arranged to define a tube-like body, said tube-like body having an inside and an outside and having a top opening, said first main panel, said first side panel, said second main panel and said second side panel having an inner surface facing said inside and an outer surface facing said outside wherein said first main panel comprises a first slit line defining a first tongue adapted to form a support tongue for receiving and holding said pouch, characterized in that said tube-like body has a bottom opening, said package further comprising a bottom flap hingedly connected to said first main panel, said bottom flap being folded towards said inside of said tube-like body so that said bottom flap contacts said inner surface of said first main panel, wherein said bottom flap comprises a second slit line defining a second tongue, wherein said first slit line and said second slit line substantially overlap when said bottom flap is folded to said inside of said tube-like body to contact said inner surface of said first main panel, so that said first tongue and said second tongue define a double layered tongue adapted to be pushed to said inside of said tube-like body to form a double layered support tongue adapted to receive and hold said pouch.
Suction device for a home vacuum cleaner, comprising: - a motor casing comprising a passage opening, - a suction motor disposed in the motor casing and configured to generate a suction flow, the suction motor comprising an air inlet opening, and - an aeraulic sealing element comprising a first annular sealing portion configured to sealingly engage with the motor casing, and a second annular sealing portion configured to sealingly engage with the suction motor, characterised in that the first annular sealing portion is overmoulded on the motor casing and comprises an annular sealing protrusion, which extends around the passage opening and which is configured to sealingly engage with a housing of the home vacuum cleaner, said annular sealing protrusion having, at least locally, a hollow part. - a motor casing comprising a passage opening, - a suction motor disposed in the motor casing and configured to generate a suction flow, the suction motor comprising an air inlet opening, and - an aeraulic sealing element comprising a first annular sealing portion configured to sealingly engage with the motor casing, and a second annular sealing portion configured to sealingly engage with the suction motor,
Collimator for an X-ray beam, the collimator comprising several portions (104 1, 104 2, 104 3, 104 4, 104 5), each portion, made of a monocrystalline material with a diffracting periodic structure, comprising at least one opening flaring into the thickness of the portion, the faces of the opening formed by all the openings of each portion of the collimator forming a sawtooth structure along the longitudinal axis (A 104) of the opening.
A method for heating water and generating power, the method comprising: deploying (402, 502) a photovoltaic bladder (102, 202) from a stowed configuration (250, 350), the PV bladder comprising a heat transmission bladder and a PV backing, wherein the heat transmission bladder is located on top of the PV backing; routing a heat transfer fluid through the heat transmission bladder; receiving (404, 504) solar radiation at the PV bladder; routing the heat transfer fluid from the heat transmission bladder to a heat exchanger (104, 206); and transferring heat from the heat transfer fluid via the heat exchanger to water stored within one or more water storage tanks (210, 212). deploying (402, 502) a photovoltaic bladder (102, 202) from a stowed configuration (250, 350), the PV bladder comprising a heat transmission bladder and a PV backing, wherein the heat transmission bladder is located on top of the PV backing; routing a heat transfer fluid through the heat transmission bladder; receiving (404, 504) solar radiation at the PV bladder; routing the heat transfer fluid from the heat transmission bladder to a heat exchanger (104, 206); and transferring heat from the heat transfer fluid via the heat exchanger to water stored within one or more water storage tanks (210, 212).
A method of manufacturing a polarizing plastic lens, which comprises: an upper mold positioning step of positioning an upper mold so that a nonmolding surface faces up and a molding surface faces down; an adhesive column forming step of discharging a thixotropic curable adhesive from a discharge nozzle positioned beneath the molding surface of the upper mold to form adhesive columns on a rim portion of the molding surface of the upper mold; a bonding step of bonding the upper mold and a polarizing film by means of the adhesive columns that have been formed; an adhesive column curing step of subjecting the adhesive columns to a curing treatment after the bonding step; a casting mold assembling step of assembling a casting mold having a cavity within which the polarizing film has been positioned with the upper mold to which the polarizing film has been bonded, a lower mold positioned opposite the upper mold so as to sandwich the polarizing film, and a sealing member maintaining a spacing between the upper mold and lower mold; and a polymerizing and curing step of casting a curable composition into the cavity, and polymerizing and curing the curable composition that has been cast to provide a polarizing plastic lens within which the polarizing film is positioned. an upper mold positioning step of positioning an upper mold so that a nonmolding surface faces up and a molding surface faces down; an adhesive column forming step of discharging a thixotropic curable adhesive from a discharge nozzle positioned beneath the molding surface of the upper mold to form adhesive columns on a rim portion of the molding surface of the upper mold; a bonding step of bonding the upper mold and a polarizing film by means of the adhesive columns that have been formed; an adhesive column curing step of subjecting the adhesive columns to a curing treatment after the bonding step; a casting mold assembling step of assembling a casting mold having a cavity within which the polarizing film has been positioned with the upper mold to which the polarizing film has been bonded, a lower mold positioned opposite the upper mold so as to sandwich the polarizing film, and a sealing member maintaining a spacing between the upper mold and lower mold; and a polymerizing and curing step of casting a curable composition into the cavity, and polymerizing and curing the curable composition that has been cast to provide a polarizing plastic lens within which the polarizing film is positioned.
Receiving arrangement, composed of a receiving body and a camshaft, for receiving the camshaft, wherein the camshaft comprises a shaft body with functional elements, which shaft body extends along an axis of rotation, and wherein a gearwheel is mounted on the shaft body, wherein a receiving body is provided, by means of which the camshaft can be at least partially received for the purposes of performing a grinding machining process, characterized in that the gearwheel has a receiving means onto which the receiving body can be engaged and by way of which it is made possible for the camshaft to be received by the receiving body.
A straddle-type vehicle comprising: a vehicle body frame; a fuel tank; and a bracket for fastening a front end portion of the fuel tank to a front portion of the vehicle body frame; wherein the bracket includes: a bracket body of a flat plate shape; and a swelling portion which partially swells from the bracket body toward the vehicle body frame, on a reverse surface of the bracket body which surface is configured to contact the vehicle body frame; and wherein the swelling portion is configured to contact the vehicle body frame such that a gap is formed between the bracket body and the vehicle body frame, characterized in that cables (53, 54) extend through the gap. a vehicle body frame; a fuel tank; and a bracket for fastening a front end portion of the fuel tank to a front portion of the vehicle body frame; wherein the bracket includes: a bracket body of a flat plate shape; and a swelling portion which partially swells from the bracket body toward the vehicle body frame, on a reverse surface of the bracket body which surface is configured to contact the vehicle body frame; and wherein the swelling portion is configured to contact the vehicle body frame such that a gap is formed between the bracket body and the vehicle body frame, characterized in that cables (53, 54) extend through the gap. a bracket body of a flat plate shape; and a swelling portion which partially swells from the bracket body toward the vehicle body frame, on a reverse surface of the bracket body which surface is configured to contact the vehicle body frame; and wherein the swelling portion is configured to contact the vehicle body frame such that a gap is formed between the bracket body and the vehicle body frame, characterized in that cables (53, 54) extend through the gap.
A proving unit to verify the operation of a separate contact voltage measurement system and a separate non-contact alternating current, AC, voltage measurement system, the proving unit comprising: a direct current, DC, power source subsystem comprising at least one output that provides a DC voltage; a DC-to-AC converter comprising an input and an output, the input of the DC-to-AC converter electrically coupled to at least one of the at least one output of the DC power source subsystem, wherein in operation the DC-to-AC converter receives the DC voltage from the DC power source subsystem and converts the DC voltage to a specified AC voltage at the output of the DC-to-AC converter; an insulated wire comprising a conductor surrounded by an insulation layer, the conductor selectively electrically coupleable to the output of the DC-to-AC converter; a wire support portion (230, 232) coupled to the insulated wire which physically supports the insulated wire such that the insulated wire is accessible to the separate non-contact AC voltage measurement system capable of measuring voltage in the insulated wire without galvanically contacting the conductor in the insulated wire; and a pair of electrical contacts (352, 354) selectively electrically coupleable to at least one of the output of the DC-to-AC converter or at least one of the at least one output of the DC power source subsystem, each of the pair of electrical contacts accessible to a test instrument probe of the separate contact voltage measurement system. a direct current, DC, power source subsystem comprising at least one output that provides a DC voltage; a DC-to-AC converter comprising an input and an output, the input of the DC-to-AC converter electrically coupled to at least one of the at least one output of the DC power source subsystem, wherein in operation the DC-to-AC converter receives the DC voltage from the DC power source subsystem and converts the DC voltage to a specified AC voltage at the output of the DC-to-AC converter; an insulated wire comprising a conductor surrounded by an insulation layer, the conductor selectively electrically coupleable to the output of the DC-to-AC converter; a wire support portion (230, 232) coupled to the insulated wire which physically supports the insulated wire such that the insulated wire is accessible to the separate non-contact AC voltage measurement system capable of measuring voltage in the insulated wire without galvanically contacting the conductor in the insulated wire; and a pair of electrical contacts (352, 354) selectively electrically coupleable to at least one of the output of the DC-to-AC converter or at least one of the at least one output of the DC power source subsystem, each of the pair of electrical contacts accessible to a test instrument probe of the separate contact voltage measurement system.
A method of fault detection in an electrical machine having a rotor and a stator, wherein the stator is radially outside or inside the rotor, wherein the rotor comprises a plurality of magnets (m1, m2, m3, m4) and the stator comprises a phase with a first branch and a second branch arranged in parallel with the first branch, including a first pair of coils (a1, a2) connected in series in the first branch, and a second pair of coils (a3, a4) connected in series in the second branch, the method comprising: measuring a voltage over a single coil of one of the pairs of coils connected in series; determining a fault condition based at least on the measured voltage (ea1, ea2, ea3, ea4) over time. measuring a voltage over a single coil of one of the pairs of coils connected in series; determining a fault condition based at least on the measured voltage (ea1, ea2, ea3, ea4) over time.
A method of transmitting data over a wireless communications channel, comprising: transmitting a plurality of blocks, each block comprising a plurality of symbols (71, 72, 73, 74, 75) representing said data, and comprising: transmitting said symbols (71, 72, 73, 74, 75) using time packing, such that each symbol in a block overlaps in the time domain with at least one other symbol in the block; and including a null guard interval in each block, in which no symbol or any part of any symbol is transmitted, wherein transmitting said symbols using time packing comprises transmitting said symbols using Faster-than-Nyquist signalling, the method further comprising: applying precoding to input data; and passing the precoded input data to a pulse-shaping filter. transmitting a plurality of blocks, each block comprising a plurality of symbols (71, 72, 73, 74, 75) representing said data, and comprising: transmitting said symbols (71, 72, 73, 74, 75) using time packing, such that each symbol in a block overlaps in the time domain with at least one other symbol in the block; and including a null guard interval in each block, in which no symbol or any part of any symbol is transmitted, transmitting said symbols (71, 72, 73, 74, 75) using time packing, such that each symbol in a block overlaps in the time domain with at least one other symbol in the block; and including a null guard interval in each block, in which no symbol or any part of any symbol is transmitted, wherein transmitting said symbols using time packing comprises transmitting said symbols using Faster-than-Nyquist signalling, the method further comprising: applying precoding to input data; and passing the precoded input data to a pulse-shaping filter. applying precoding to input data; and passing the precoded input data to a pulse-shaping filter.
A device (14; 500; 710) configured to play one or more of a plurality of audio streams, the device comprising: a memory configured to store the plurality of audio streams, each of the audio streams representative of a soundfield; and one or more processors (712, 714, 718) coupled to the memory, and configured to: present a user interface to a user; obtain an indication from the user via the user interface representing a desired listening position; in response to obtaining the indication representing the desired listening position, suggest an alternative listening position; and select, based on the alternative listening position, at least one audio stream of the plurality of audio streams. a memory configured to store the plurality of audio streams, each of the audio streams representative of a soundfield; and one or more processors (712, 714, 718) coupled to the memory, and configured to: present a user interface to a user; obtain an indication from the user via the user interface representing a desired listening position; in response to obtaining the indication representing the desired listening position, suggest an alternative listening position; and select, based on the alternative listening position, at least one audio stream of the plurality of audio streams. present a user interface to a user; obtain an indication from the user via the user interface representing a desired listening position; in response to obtaining the indication representing the desired listening position, suggest an alternative listening position; and select, based on the alternative listening position, at least one audio stream of the plurality of audio streams.
A reciprocating motor comprising: a stator provided with air gaps (A1, A2) respectively at both sides thereof along an axial direction of the reciprocating motor, the air gaps (A1, A2) interposing a magnet coil (111, 211) therebetween; and a mover (120, 220) running through the stator, being configured for reciprocating with respect to the stator, and having at least one magnet (122, 222) comprised of a 2-pole magnet having poles N and S along an axial direction of a stator core, and arranged at any one of the air gaps (A1, A2) and a non-magnet (125, 225) arranged at the other one of the air gaps (A1, A2) and the non-magnet (125, 225) being made of a magnetic material, the mover (120, 220) formed in a cylindrical shape, wherein the stator core includes a yoke portion, wherein both ends of the yoke portion include a first pole portion corresponding to the magnet and a second pole portion corresponding to the non-magnet, wherein the stator comprises a first stator core formed in a cylindrical shape and a second stator core, wherein the first stator core is provided with the magnet coil and the second stator core is provided inside the first stator core with the mover interposed therebetween, and characterized in that an axial length of the second stator core is longer than an axial length of the first stator core and in that the second stator core is formed to be as long as a maximum distance for reciprocation of the mover. a stator provided with air gaps (A1, A2) respectively at both sides thereof along an axial direction of the reciprocating motor, the air gaps (A1, A2) interposing a magnet coil (111, 211) therebetween; and a mover (120, 220) running through the stator, being configured for reciprocating with respect to the stator, and having at least one magnet (122, 222) comprised of a 2-pole magnet having poles N and S along an axial direction of a stator core, and arranged at any one of the air gaps (A1, A2) and a non-magnet (125, 225) arranged at the other one of the air gaps (A1, A2) and the non-magnet (125, 225) being made of a magnetic material, the mover (120, 220) formed in a cylindrical shape, wherein the stator core includes a yoke portion, wherein both ends of the yoke portion include a first pole portion corresponding to the magnet and a second pole portion corresponding to the non-magnet, wherein the stator comprises a first stator core formed in a cylindrical shape and a second stator core, wherein the first stator core is provided with the magnet coil and the second stator core is provided inside the first stator core with the mover interposed therebetween, and characterized in that an axial length of the second stator core is longer than an axial length of the first stator core and in that the second stator core is formed to be as long as a maximum distance for reciprocation of the mover.
A dispersible, air-laid, multistrata nonwoven wipe material, comprising: a first layer comprising: (a) from 50 to 100 weight percent cellulosic fibers; and (b) from 0 to 50 weight percent bicomponent fibers; a second layer comprising: (a) from 50 to 100 weight percent cellulosic fibers; and (b) from 0 to 50 weight percent bicomponent fibers; a third layer comprising: (a) from 50 to 95 weight percent cellulosic fibers; and (b) from 5 to 50 weight percent bicomponent fibers; and characterised in that the nonwoven wipe material is dispersible in water. a first layer comprising: (a) from 50 to 100 weight percent cellulosic fibers; and (b) from 0 to 50 weight percent bicomponent fibers; (a) from 50 to 100 weight percent cellulosic fibers; and (b) from 0 to 50 weight percent bicomponent fibers; a second layer comprising: (a) from 50 to 100 weight percent cellulosic fibers; and (b) from 0 to 50 weight percent bicomponent fibers; (a) from 50 to 100 weight percent cellulosic fibers; and (b) from 0 to 50 weight percent bicomponent fibers; a third layer comprising: (a) from 50 to 95 weight percent cellulosic fibers; and (b) from 5 to 50 weight percent bicomponent fibers; and characterised in that the nonwoven wipe material is dispersible in water. (a) from 50 to 95 weight percent cellulosic fibers; and (b) from 5 to 50 weight percent bicomponent fibers; and
A method for sharing resources in a communication network, the method comprising: receiving, by a network slice manager entity, a workload mobility request to add network resources to a domain in the communication network; authenticating, by the network slice manager entity, a virtual network function with a blockchain authentication function entity over a blockchain network interface based on the workload mobility request; receiving, by the network slice manager entity, an indication of a successful authentication from the BAF entity; and instantiating, by the network slice manager entity, the VNF in the domain of the communication network based on the indication of the successful authentication. receiving, by a network slice manager entity, a workload mobility request to add network resources to a domain in the communication network; authenticating, by the network slice manager entity, a virtual network function with a blockchain authentication function entity over a blockchain network interface based on the workload mobility request; receiving, by the network slice manager entity, an indication of a successful authentication from the BAF entity; and instantiating, by the network slice manager entity, the VNF in the domain of the communication network based on the indication of the successful authentication.
Child safety seat for attaching to a vehicle seat of a vehicle in the opposite direction to the direction of travel thereof, comprising a seat element, a back element, a first side element having a first inflatable air chamber and a second side element having a second inflatable air chamber, the first side element being connected to a first longitudinal edge of the back element and a first longitudinal edge of the seat element and the second side element being connected to a second longitudinal edge of the back element and a second longitudinal edge of the seat element, characterised in that a first tension element is connected in each case to the first longitudinal edge of the back element and to the first longitudinal edge of the seat element and a second tension element is connected in each case to the second longitudinal edge of the back element and to the second longitudinal edge of the seat element, the first tension element and the second tension element being arranged in a pre-tensioned state by the first and second side element.