mhurhangee/ep-ind-claims huggingface dataset:
A cleaner comprising: a suction unit configured to guide air into the cleaner; a suction motor configured to generate a suction force that suctions air into the cleaner through suction unit; a dust separation unit comprising: a first cyclone unit configured to separate dust from air that is suctioned into the cleaner through the suction unit; and a second cyclone unit disposed in a vertical direction with the suction motor at a lower side of the suction motor and configured to separate dust from air that is discharged from the first cyclone unit, wherein in use, air discharged from the second cyclone unit flows upward to pass through a passage formed around the suction motor; a discharge cover positioned on an opposite side of the second cyclone unit based on the suction motor and configured to form the appearance of the cleaner; and an impeller located between the discharge cover and the suction motor, wherein the discharge cover is located on an upper side of the impeller, and one surface of the discharge cover is disposed to surround an extension line from a rotational axis of the impeller. a suction unit configured to guide air into the cleaner; a suction motor configured to generate a suction force that suctions air into the cleaner through suction unit; a dust separation unit comprising: a first cyclone unit configured to separate dust from air that is suctioned into the cleaner through the suction unit; and a second cyclone unit disposed in a vertical direction with the suction motor at a lower side of the suction motor and configured to separate dust from air that is discharged from the first cyclone unit, wherein in use, air discharged from the second cyclone unit flows upward to pass through a passage formed around the suction motor; a first cyclone unit configured to separate dust from air that is suctioned into the cleaner through the suction unit; and a second cyclone unit disposed in a vertical direction with the suction motor at a lower side of the suction motor and configured to separate dust from air that is discharged from the first cyclone unit, wherein in use, air discharged from the second cyclone unit flows upward to pass through a passage formed around the suction motor; a discharge cover positioned on an opposite side of the second cyclone unit based on the suction motor and configured to form the appearance of the cleaner; and an impeller located between the discharge cover and the suction motor, wherein the discharge cover is located on an upper side of the impeller, and one surface of the discharge cover is disposed to surround an extension line from a rotational axis of the impeller.
A refrigerator comprising: a body; a storage compartment (20, 30) formed in the body and provided with an open front; a door (21, 22) to open and close the open front of the storage compartment; a water tank to store purified water; a carbonated water production module comprising a module case accommodating a carbon dioxide gas cylinder having carbon dioxide gas stored therein and a carbonated water tank to mix the purified water with the carbon dioxide gas to produce carbonated water, said module case detachably mounted to a rear surface of the door; a dispenser including a dispenser space formed at the front of the door to have an open front, a carbonated water discharge channel connecting the carbonated water tank to the dispenser space to allow the carbonated water to be dispensed from the dispenser space, and a purified water discharge channel connecting the water tank to the dispenser space to allow the purified water to be dispensed from the dispenser space and not passing through the carbonated water tank; a purified water supply channel connecting the water tank to the carbonated water tank to supply the purified water to the carbonated water tank; and an integrated valve assembly to open and close the carbonated water discharge channel, the purified water discharge channel and the purified water supply channel. a body; a storage compartment (20, 30) formed in the body and provided with an open front; a door (21, 22) to open and close the open front of the storage compartment; a water tank to store purified water; a carbonated water production module comprising a module case accommodating a carbon dioxide gas cylinder having carbon dioxide gas stored therein and a carbonated water tank to mix the purified water with the carbon dioxide gas to produce carbonated water, said module case detachably mounted to a rear surface of the door; a dispenser including a dispenser space formed at the front of the door to have an open front, a carbonated water discharge channel connecting the carbonated water tank to the dispenser space to allow the carbonated water to be dispensed from the dispenser space, and a purified water discharge channel connecting the water tank to the dispenser space to allow the purified water to be dispensed from the dispenser space and not passing through the carbonated water tank; a purified water supply channel connecting the water tank to the carbonated water tank to supply the purified water to the carbonated water tank; and an integrated valve assembly to open and close the carbonated water discharge channel, the purified water discharge channel and the purified water supply channel.
An oil pump assembly for a vehicle lubrication system comprising a pumping device, the oil pump assembly presenting an outlet leading from the pumping device, and an inlet leading to the pumping device, the oil pump assembly further comprising a relief valve presenting a valve chamber arranged to communicate via an outlet relief passage with the outlet, and to communicate via a relief deposit passage with a relief deposit location, the relief valve further comprising a plunger located in the valve chamber, the plunger being movable between a closed position, in which communication between the outlet relief passage and the relief deposit passage is prevented, and an open position, in which communication between the outlet relief passage and the relief deposit passage is provided, the oil pump assembly further comprising a control valve for controlling the relief valve, characterised in that it comprises a control passage adapted to provide a communication between the outlet and the control valve via the valve chamber.
A method for transmitting a vehicle to everything, V2X, signal for V2X communication by a user equipment, UE, in a wireless communication system, the method comprising: receiving information for a resource pool including a first resource unit with size A and a second resource unit with size B which are set for the V2X communication, wherein the size B is smaller than the size A; determining a transmission region as the first resource unit or the second resource unit based on the information, and transmitting the V2X signal via the transmission region, wherein a time-frequency hopping is applied to the second resource unit after the time-frequency hopping is applied to the first resource unit, and wherein a number N1 of first resource units are present in the resource pool, and wherein a number N2 of second resource units are present in the first resource unit, and wherein an amount of resources of the number N2 of second resource units is equal to the amount of resources of a single first resource unit, and wherein whether the time-frequency hopping is frequency-domain hopping or time-domain hopping is determined according to a period of the V2X signal, wherein, based on the transmission region including a retransmission of the V2X signal, a frequency hopping is applied to the resource pool in a frequency domain after applying the time-frequency hopping every period of the V2X signal. receiving information for a resource pool including a first resource unit with size A and a second resource unit with size B which are set for the V2X communication, wherein the size B is smaller than the size A; determining a transmission region as the first resource unit or the second resource unit based on the information, and transmitting the V2X signal via the transmission region, wherein a time-frequency hopping is applied to the second resource unit after the time-frequency hopping is applied to the first resource unit, and wherein a number N1 of first resource units are present in the resource pool, and wherein a number N2 of second resource units are present in the first resource unit, and wherein an amount of resources of the number N2 of second resource units is equal to the amount of resources of a single first resource unit, and wherein whether the time-frequency hopping is frequency-domain hopping or time-domain hopping is determined according to a period of the V2X signal, wherein, based on the transmission region including a retransmission of the V2X signal, a frequency hopping is applied to the resource pool in a frequency domain after applying the time-frequency hopping every period of the V2X signal.
A method of characterizing a disease or disorder, comprising: (a) contacting a biological test sample with a plurality of oligonucleotides, wherein the plurality of oligonucleotides comprises 164 different oligonucleotide sequences, and wherein each different member of the plurality of oligonucleotides comprises a different sequence that is any one of SEQ ID NOs. 510599-510763 or a sequence that is 95 percent homologous to any one of SEQ ID NOs. 510599-510763; (b) detecting a presence or level of complexes formed in step (a) between the plurality of oligonucleotides and a target in the biological test sample; and (c) comparing the presence or level detected in step (b) to a reference level from a biological control sample, thereby characterizing the disease or disorder. (a) contacting a biological test sample with a plurality of oligonucleotides, wherein the plurality of oligonucleotides comprises 164 different oligonucleotide sequences, and wherein each different member of the plurality of oligonucleotides comprises a different sequence that is any one of SEQ ID NOs. 510599-510763 or a sequence that is 95 percent homologous to any one of SEQ ID NOs. 510599-510763; (b) detecting a presence or level of complexes formed in step (a) between the plurality of oligonucleotides and a target in the biological test sample; and (c) comparing the presence or level detected in step (b) to a reference level from a biological control sample, thereby characterizing the disease or disorder.
A method for fabricating a laminate, the method comprising: laying up a first set of layers comprising tows of unidirectional thermoplastic fiber-reinforced material for the laminate; and characterized by laying up a second set of layers comprising tows of braided thermoplastic fiber-reinforced material, wherein the fibers are electrically conductive, for the laminate. laying up a first set of layers comprising tows of unidirectional thermoplastic fiber-reinforced material for the laminate; and characterized by laying up a second set of layers comprising tows of braided thermoplastic fiber-reinforced material, wherein the fibers are electrically conductive, for the laminate.
Apparatus for homogenization and separation of media, comprising a centrifuge (40, 70) which has a centrifuge rotor (14, 44, 74) that is adapted to rotate about a motor axis of a centrifuge motor (12, 42, 72) and has a rotor body to which at least one rotation unit (16, 48, 80) is connected in such a manner that the latter is additionally adapted to be rotatable about a rotation unit rotation axis which is different from said motor axis, and the latter is adapted to be driven via a rotation unit drive, with means being provided by which at least two different rotation speeds of said rotation unit (16, 48, 80) can be adjusted, which rotation unit (16, 48, 80) is furthermore provided, in its circumferential region, with a toothing which can be used to drive said rotation unit (16, 48, 80), wherein said rotation unit is mounted in a recess in the rotor body which is closed at the bottom, wherein said rotation unit drive comprises a toothing which is in connection with the centrifuge motor, which toothing of the rotation unit drive is non-rotatably connected to a motor housing of said centrifuge motor as a central gear rim, and wherein said gear rim lies between said motor housing and said centrifuge rotor.
A method for producing noble metal nanoparticles having or facets comprising the steps of: a) providing a solution comprising water, noble metal seed growth nanoparticles, a noble metal salt comprising the same metal as the metal seed growth nanoparticles, and a reducing agent; b) heating the solution to between 95 and 130 °C at a rate of between 1 °C/min and 5 °C/min, under a pressure of between 1 and 5 atm, while maintaining the solution under a reduced oxygen atmosphere and wherein the concentration of dissolved oxygen in the solution is less than the concentration of oxygen in an oxygen saturated solution, providing that the solution does neither comprise an organic solvent nor a shape-directing agent. a) providing a solution comprising water, noble metal seed growth nanoparticles, a noble metal salt comprising the same metal as the metal seed growth nanoparticles, and a reducing agent; b) heating the solution to between 95 and 130 °C at a rate of between 1 °C/min and 5 °C/min, under a pressure of between 1 and 5 atm, while maintaining the solution under a reduced oxygen atmosphere and wherein the concentration of dissolved oxygen in the solution is less than the concentration of oxygen in an oxygen saturated solution, providing that the solution does neither comprise an organic solvent nor a shape-directing agent.
Drive system comprising a DC link busbar arrangement, the DC link busbar arrangement having at least one first busbar adapter part, on which two spaced-apart lug portions, i.e. in particular lug regions, are formed, one of the two lug portions having a larger cross section, in particular conductor cross section, in particular conductor cross section for carrying current, than the other of the two lug portions, characterised in that the DC link busbar arrangement, i.e. the insulating means and each busbar adapter part, has a through-opening, through which there passes a dome portion of a retaining part connected to a housing part of the drive system, in particular to a housing part of an axle module of the drive system, a cover part, arranged on the side of the DC link busbar arrangement facing away from the housing part, being connected to the dome portion.
An extraction unit for extracting cartridges (1a;1b) of two different dimensions (da,ha;db,hb) comprising a seat (14,20) for receiving any of said cartridges (1a;1b) for extraction thereof in the seat, the seat being delimited by a first part (20,30,33) and second part (12,13,14) that are relatively movable between a cartridge extraction position and a cartridge loading and/or ejection position over a closure distance (Ca,Cb), the first delimiting part (20,30,33) being extendable and retractable for defining a cartridge cavity having selectively: - a first depth (Ha) for receiving a cartridge having a first height (ha); and - a second depth (Hb) different to said first depth (Ha) for receiving a cartridge having a second height (hb) different to said first height (ha), the first delimiting part (20,30,33) having a first member and a second member that delimit the cartridge cavity and that are relatively movable to retract and extend the first delimiting part between: - a first member position in which the cartridge cavity has the first depth (Ha); and - a second member position in which the cartridge cavity has the second depth (Hb), characterised in that at least one of the delimiting parts (14,20) has a shifter (21,35,38), in particular a motorized shifter having a motor, for compensating the extension and retraction of the first delimiting part (20,30,33) so as to maintain the closure distance (Ca) for said first member position equal to the closure distance (Cb) for said second member position. - a first depth (Ha) for receiving a cartridge having a first height (ha); and - a second depth (Hb) different to said first depth (Ha) for receiving a cartridge having a second height (hb) different to said first height (ha), - a first member position in which the cartridge cavity has the first depth (Ha); and - a second member position in which the cartridge cavity has the second depth (Hb),
A method for decoding a video, the method comprising: decoding information indicating whether at least one non-zero transform coefficient exists in a current block; when the information indicates that the non-zero transform coefficient exists in the current block, decoding transform coefficients included in the current block by scanning the transform coefficients according to a predetermined scanning order; determining whether to skip an inverse-transform for the current block or not, characterised in that when the current block is one of two partitions generated by binary-partitioning a coding block either in a horizontal direction or in a vertical direction, a transform skip flag indicating whether the inverse-transform is skipped or not is not parsed from a bitstream and it is determined that the inverse-transform is not to be skipped for the current block. decoding information indicating whether at least one non-zero transform coefficient exists in a current block; when the information indicates that the non-zero transform coefficient exists in the current block, decoding transform coefficients included in the current block by scanning the transform coefficients according to a predetermined scanning order; determining whether to skip an inverse-transform for the current block or not, characterised in that when the current block is one of two partitions generated by binary-partitioning a coding block either in a horizontal direction or in a vertical direction, a transform skip flag indicating whether the inverse-transform is skipped or not is not parsed from a bitstream and it is determined that the inverse-transform is not to be skipped for the current block.
A household appliance, comprising: a communication module communicatively connected to a base station for long-distance wireless communication, the communication module configured to transmit state information indicating a state of the household appliance to a server via the base station, the server communicatively connected to the base station via a network, a battery configured to supply power for operating the communication module, to the communication module, a controller configured to control operation of the household appliance when the household appliance is powered-on, a storage configured to sequentially store a control state indicating control carried out by the controller, and is a storage device capable of storing information even when the household appliance is in a non-energized state, wherein when a power supply of the household appliance is powered-off, the communication module is configured to use power from the battery to read the control state that was sequentially stored in the storage when the power supply of the household appliance was powered-on, and configured to transmit the read control state as the state information to the server via the base station, wherein the power supply is configured to receive power from an external power source and configured to supply power to the household appliance. a communication module communicatively connected to a base station for long-distance wireless communication, the communication module configured to transmit state information indicating a state of the household appliance to a server via the base station, the server communicatively connected to the base station via a network, a battery configured to supply power for operating the communication module, to the communication module, a controller configured to control operation of the household appliance when the household appliance is powered-on, a storage configured to sequentially store a control state indicating control carried out by the controller, and is a storage device capable of storing information even when the household appliance is in a non-energized state, wherein when a power supply of the household appliance is powered-off, the communication module is configured to use power from the battery to read the control state that was sequentially stored in the storage when the power supply of the household appliance was powered-on, and configured to transmit the read control state as the state information to the server via the base station, wherein the power supply is configured to receive power from an external power source and configured to supply power to the household appliance.
An interventional therapy system (100, 200, 300, 900), comprising: at least one controller (102, 202, 910): configured to obtain a reference image dataset of an object of interest; configured to segment the reference image dataset to determine peripheral outlines of the OOI in a plurality of image slices; configured to acquires a current image of the OOI using an ultrasound probe (114, 224); configured to select a peripheral outline (CBS, 545) of a selected image slice of the plurality of slices of the reference image dataset which is determined to correspond to the current image; configured to deformably register the selected image slice of the plurality of slices of the reference image dataset with the current image to obtain at least one deformation vector; and configured to modify the selected peripheral outline of the image slice of the plurality of slices of the reference image dataset in accordance with the at least one deformation vector. configured to obtain a reference image dataset of an object of interest; configured to segment the reference image dataset to determine peripheral outlines of the OOI in a plurality of image slices; configured to acquires a current image of the OOI using an ultrasound probe (114, 224); configured to select a peripheral outline (CBS, 545) of a selected image slice of the plurality of slices of the reference image dataset which is determined to correspond to the current image; configured to deformably register the selected image slice of the plurality of slices of the reference image dataset with the current image to obtain at least one deformation vector; and configured to modify the selected peripheral outline of the image slice of the plurality of slices of the reference image dataset in accordance with the at least one deformation vector.
A cartridge for an aerosol generating system, the cartridge comprising - a liquid storage portion, the liquid storage portion comprising - a rigid support portion having a nozzle defining an opening for dispensing an aerosol-forming substrate, and - a collapsible portion, attached to the rigid support portion, and - a wick provided within the opening defined by the nozzle of the support, wherein the wick extends through the opening and across the full cross-section of the opening. - a liquid storage portion, the liquid storage portion comprising - a rigid support portion having a nozzle defining an opening for dispensing an aerosol-forming substrate, and - a collapsible portion, attached to the rigid support portion, and - a rigid support portion having a nozzle defining an opening for dispensing an aerosol-forming substrate, and - a collapsible portion, attached to the rigid support portion, and - a wick provided within the opening defined by the nozzle of the support, wherein the wick extends through the opening and across the full cross-section of the opening.