mhurhangee/ep-ind-claims huggingface dataset:
An aerosol generating device configured to operate with a tobacco article comprising a substrate portion and a mouthpiece portion arranged successively along an article axis, the aerosol generating device comprising: - a device body extending along a device axis from a fixing end, and comprising a heating chamber configured to receive the substrate portion of the tobacco article and defining an opening adjacent to the fixing end of the device body and a closed end opposite to the opening according to the device axis; - a mouthpiece fixed on the fixing end of the device body and forming an inner volume between this fixing end and an inner surface of the mouthpiece, the mouthpiece being configured to be engaged with the mouthpiece portion of the tobacco article and defining at least one airflow inlet on its internal surface in fluid communication with the closed end of the heating chamber; the aerosol generating device being characterized in that it further comprises leakage preventing means (180; 280) preventing flow leakage from the inner volume via the airflow inlet. - a device body extending along a device axis from a fixing end, and comprising a heating chamber configured to receive the substrate portion of the tobacco article and defining an opening adjacent to the fixing end of the device body and a closed end opposite to the opening according to the device axis; - a mouthpiece fixed on the fixing end of the device body and forming an inner volume between this fixing end and an inner surface of the mouthpiece, the mouthpiece being configured to be engaged with the mouthpiece portion of the tobacco article and defining at least one airflow inlet on its internal surface in fluid communication with the closed end of the heating chamber; the aerosol generating device being characterized in that it further comprises leakage preventing means (180; 280) preventing flow leakage from the inner volume via the airflow inlet.
A composition for use in the treatment of cough, comprising one or more polysaccharide fractions of plantain, one or more polysaccharide fractions of marshmallow, one or more polyphenolic fractions of agrimony comprising tannins, brown sugar, honey and one or more pharmaceutically acceptable carriers and/or excipients, wherein said one or more polyphenolic fractions of agrimony comprising tannins comprises polyphenols at a percentage in weight greater than or equal to 3%.
A method for producing a concrete slab made of prestressed concrete, whose tensioning members comprise a plurality of rovings (6, 7), particularly carbon fiber rovings, extending through the concrete slab parallel to the slab plane, comprising the steps: - producing a formwork that is bounded at the bottom by a manufacturing table and whose side walls are penetrated by prestressed rovings (6, 7), - pouring concrete into the formwork and allowing the concrete to set, and - cutting off laterally protruding areas of the rovings (6, 7), whereby the side walls of the formwork are produced by piling a powdery construction material that hardens through liquid addition onto the manufacturing table and moistening the pile. - producing a formwork that is bounded at the bottom by a manufacturing table and whose side walls are penetrated by prestressed rovings (6, 7), - pouring concrete into the formwork and allowing the concrete to set, and - cutting off laterally protruding areas of the rovings (6, 7),
A method for determining phase angle in phase shift transformer for medium voltage inverter, the inverter including a plurality of unit power cells formed in first and second stages, one stage formed with 3-phase unit power cells, and the plurality of unit power cells respectively connected to the phase shift transformer, the method characterized by: selecting an arbitrary phase shift angle and phase angle relative to a unit power cell of the first stage; determining a phase angle displacement in consideration of the phase shift angle and the number of unit power cells connected to each phase of a motor; determining a phase angle of the unit power cell at the second stage using a phase angle of the unit power cell at the first stage; and adjusting a phase angle when the determined phase angle of the unit power cell at the second stage exceeds a predetermined phase angle (S4, S5). selecting an arbitrary phase shift angle and phase angle relative to a unit power cell of the first stage; determining a phase angle displacement in consideration of the phase shift angle and the number of unit power cells connected to each phase of a motor; determining a phase angle of the unit power cell at the second stage using a phase angle of the unit power cell at the first stage; and adjusting a phase angle when the determined phase angle of the unit power cell at the second stage exceeds a predetermined phase angle (S4, S5).
Lock (2, 2') for withdrawing ash from, or feeding coal into, a pressurized gas generator of a coal-gasification plant, having a lock chamber (3, 3') and an opening and closing mechanism which is intended for opening and closing the lock chamber, and comprises a first subassembly with a closure element in the manner of a valve, said subassembly being intended for installation between the lock chamber (3, 3') and the gas generator, and devices for moving the closure element, wherein the closure element is designed in the manner of a stamper with a closure head and a stem part, characterized in that the stem part comprises a sleeve which is open at only one end and is guided on a bolt, which projects axially into the sleeve, the sleeve shielding the bold against oncoming material.
A composition for use in inactivating retroviral DNA integrated into the genome of a host cell latently infected with a retrovirus, the composition comprising: an isolated nucleic acid sequence encoding a Clustered Regularly Interspaced Short Palindromic Repeat (CRISPR)-associated endonuclease and at least one isolated nucleic acid sequence encoding at least one guide RNA (gRNA) that is complementary to a target sequence in an integrated retroviral DNA wherein the retrovirus is a human immunodeficiency virus, wherein said at least one gRNA includes a first gRNA that is complementary to a first target sequence in the HIV DNA, and a second gRNA that is complementary to a second target sequence in the HIV DNA, and wherein said first target sequence is situated in an LTR region of the HIV DNA, and said second target sequence is situated in a sequence encoding structural proteins or non-structural proteins of the HIV DNA, wherein the second target sequence is situated in a sequence encoding: Gag-Pol precursor, Gag, Pol, Pro (protease), Reverse Transcriptase, integrase (In), or Env; or, wherein the second target sequence is situated in a sequence encoding: regulatory proteins, or accessory proteins.
A method of operating a vapor compression system comprising a first compressor, a second compressor, a condenser, and at least one check valve in fluid communication with the condenser and at least one of the first compressor and the second compressor, the method comprising: transmitting a shutdown command to at least one of the first compressor and the second compressor, at least one of the first compressor and second compressor comprising a rotating shaft and a magnetic bearing, the magnetic bearing comprising an active mode and an inactive mode, the magnetic bearing levitating the rotating shaft in the active mode; the method characterised by comprising: monitoring a rotational speed of the rotating shaft for a preset time after the at least one of the first compressor and the second compressor is shutdown, wherein the magnetic bearing remains in the active mode at least during the preset time; determining that the check valve has failed if the rotational speed does not reach an acceptable threshold within the preset time; and if the check valve is determined to have failed, transmitting a shutdown command to the other of the first compressor or the second compressor. transmitting a shutdown command to at least one of the first compressor and the second compressor, at least one of the first compressor and second compressor comprising a rotating shaft and a magnetic bearing, the magnetic bearing comprising an active mode and an inactive mode, the magnetic bearing levitating the rotating shaft in the active mode; the method characterised by comprising: monitoring a rotational speed of the rotating shaft for a preset time after the at least one of the first compressor and the second compressor is shutdown, wherein the magnetic bearing remains in the active mode at least during the preset time; determining that the check valve has failed if the rotational speed does not reach an acceptable threshold within the preset time; and if the check valve is determined to have failed, transmitting a shutdown command to the other of the first compressor or the second compressor. monitoring a rotational speed of the rotating shaft for a preset time after the at least one of the first compressor and the second compressor is shutdown, wherein the magnetic bearing remains in the active mode at least during the preset time; determining that the check valve has failed if the rotational speed does not reach an acceptable threshold within the preset time; and if the check valve is determined to have failed, transmitting a shutdown command to the other of the first compressor or the second compressor.
A co-crystal of glycopyrronium bromide comprising glycopyrronium bromide and lactose, wherein the glycopyrronium bromide and lactose are present in a stoichiometric ratio of 1:1, 1:2 or 2:1.
A torch assembly comprising: a body; a first feed roll attached to the body; a second feed roll attached to the body; and, a control comprising a first end pivotally attached to the body and a second end having a handle, wherein the control is constructed to move the first feel roll when said control is rotated about an axis of rotation, characterised in that: the body is in a handle portion of the torch assembly; the first feed roll is movable between a feed position and a thread position; the control comprises a bearing surface between the first end and the second end, wherein the bearing surface is constructed to move the first feed roll responsive to movement of the control; and the torch assembly comprises a lock constructed to selectively maintain the first feed roll in the thread position, the lock comprising a shelf of the body constructed to receive a portion of the control thereon, wherein movement of said control in a direction generally parallel to said axis of rotation causes said portion of the control to engage the shelf, thereby selectively maintaining the first feed roll in the thread position. a body; a first feed roll attached to the body; a second feed roll attached to the body; and, a control comprising a first end pivotally attached to the body and a second end having a handle, wherein the control is constructed to move the first feel roll when said control is rotated about an axis of rotation, characterised in that: the body is in a handle portion of the torch assembly; the first feed roll is movable between a feed position and a thread position; the control comprises a bearing surface between the first end and the second end, wherein the bearing surface is constructed to move the first feed roll responsive to movement of the control; and the torch assembly comprises a lock constructed to selectively maintain the first feed roll in the thread position, the lock comprising a shelf of the body constructed to receive a portion of the control thereon, wherein movement of said control in a direction generally parallel to said axis of rotation causes said portion of the control to engage the shelf, thereby selectively maintaining the first feed roll in the thread position. the body is in a handle portion of the torch assembly; the first feed roll is movable between a feed position and a thread position; the control comprises a bearing surface between the first end and the second end, wherein the bearing surface is constructed to move the first feed roll responsive to movement of the control; and the torch assembly comprises a lock constructed to selectively maintain the first feed roll in the thread position, the lock comprising a shelf of the body constructed to receive a portion of the control thereon, wherein movement of said control in a direction generally parallel to said axis of rotation causes said portion of the control to engage the shelf, thereby selectively maintaining the first feed roll in the thread position.
A storage device having an inner space for storing a pet care device, comprising: a first case having a first inner body and a sterilizer, the sterilizer being configured to emit ultraviolet light to the pet care device; a second case having a second inner body being configured to accommodate the pet care device; and a hinge rotatably connecting first sides of the first and second cases (10, 20), wherein the inner space is formed inside the first case and the second case; characterized in that the first and the second inner bodies (11, 21) include a material capable of diffusing ultraviolet light. a first case having a first inner body and a sterilizer, the sterilizer being configured to emit ultraviolet light to the pet care device; a second case having a second inner body being configured to accommodate the pet care device; and a hinge rotatably connecting first sides of the first and second cases (10, 20), wherein the inner space is formed inside the first case and the second case; characterized in that the first and the second inner bodies (11, 21) include a material capable of diffusing ultraviolet light.
A first control node for a wireless communication system, the first control node comprising a transceiver configured to receive, from a plurality of first remote radio heads (410a, 410b,..., 410n) initially assigned to the first control node, a first set of Channel State Information, CSI, comprising CSI for radio channels between the plurality of first remote radio heads (410a, 410b,..., 410n) and all the user devices (500a, 500b,..., 500n) in an Area of Interest, wherein multiple control nodes and many remote radio heads are deployed in the Area of Interest, all the user devices (500a, 500b,..., 500n) are associated to some remote radio head, and through the remote radio head to some control node, the transceiver characterized in that it is further configured to receive a second set of CSI from a second control node, wherein the second set of CSI comprises CSI for radio channels between a plurality of second remote radio heads (420a, 420b,..., 420n) initially assigned to the second control node and all the user devices (500a, 500b,..., 500n) in the Area of Interest, a processor characterized in that it is configured to determine a first association based on a concatenation of the first set of CSI and the second set of CSI, wherein the first association comprises an updated association vector indicating which remote radio heads in the plurality of first remote radio heads (410a, 410b,..., 410n) and the plurality of second remote radio heads (420a, 420b,..., 420n) are newly assigned to the first control node. a transceiver configured to receive, from a plurality of first remote radio heads (410a, 410b,..., 410n) initially assigned to the first control node, a first set of Channel State Information, CSI, comprising CSI for radio channels between the plurality of first remote radio heads (410a, 410b,..., 410n) and all the user devices (500a, 500b,..., 500n) in an Area of Interest, wherein multiple control nodes and many remote radio heads are deployed in the Area of Interest, all the user devices (500a, 500b,..., 500n) are associated to some remote radio head, and through the remote radio head to some control node, the transceiver characterized in that it is further configured to receive a second set of CSI from a second control node, wherein the second set of CSI comprises CSI for radio channels between a plurality of second remote radio heads (420a, 420b,..., 420n) initially assigned to the second control node and all the user devices (500a, 500b,..., 500n) in the Area of Interest, a processor characterized in that it is configured to determine a first association based on a concatenation of the first set of CSI and the second set of CSI, wherein the first association comprises an updated association vector indicating which remote radio heads in the plurality of first remote radio heads (410a, 410b,..., 410n) and the plurality of second remote radio heads (420a, 420b,..., 420n) are newly assigned to the first control node.
Low-temperature heat utilization arrangement set up for extracting low-temperature heat from process gas at temperatures below 200°C or below 190°C, wherein the low-temperature heat utilization arrangement is arranged downstream of a hydrogen plant and the process gas is provided from the hydrogen plant and wherein the low-temperature heat utilization arrangement is set up to provide the process gas (M21, M22) at a lowered intermediate temperature or at an even further lowered final temperature for at least one subsequent process, wherein the process gas in the low-temperature heat utilization arrangement can be fed to a first unit by means of which the temperature can be lowered to the intermediate temperature; characterized in that the first unit is an ORC unit for energetic conversion of the thermal energy into electrical energy, wherein the ORC unit is coupled to at least one electrical consumer unit or to a line for energy export and wherein the ORC unit is set up for energetic feedback of electrical energy within the low-temperature heat utilization arrangement or to a process in the hydrogen plant upstream of the ORC unit. wherein the process gas in the low-temperature heat utilization arrangement can be fed to a first unit by means of which the temperature can be lowered to the intermediate temperature; characterized in that the first unit is an ORC unit for energetic conversion of the thermal energy into electrical energy, wherein the ORC unit is coupled to at least one electrical consumer unit or to a line for energy export and wherein the ORC unit is set up for energetic feedback of electrical energy within the low-temperature heat utilization arrangement or to a process in the hydrogen plant upstream of the ORC unit.
A device for pelletizing at least one strand (1, 1') of a material to be pelletized, comprising a cutting device with two blades (5, 6) moveable relative to each other, at least one feed roller (3, 4) and at least one strand feeder (2, 2') for feeding the strand (1, 1') to the cutting device, the strand feeder having an inclination, and a rectification guide arranged downstream of the strand feeder (2, 2') in a region directly in front of the feed roller (3, 4), wherein additionally an inclination of the rectification guide is adjustable and the rectification guide is moveable relative to the strand feeder such that an angle at which the strand is fed to the feed roller (3,4) is adjustable, wherein the rectification guide (7, 7') is configured tap-shaped and arranged at an angle oriented downwardly relative to the vertical such that the strand (1, 1') moving on the rectification guide is fed at least there under gravitational influence without further moving parts to the feed roller, wherein the rectification guide (7, 7') is pivotable around a rotation axis in the region immediately upstream of the feed rollers, characterized in that the inclination of the rectification guide (7, 7') and the inclination of the strand feeder (2, 2') are adjustable separately from one another.
A method for realizing session transfer, characterized by comprising: a service continuity application server (SCC AS), after receiving a session transfer request, when judging that a state of a session needed to be transferred is a held state, updating a remote leg by using a held state session state information, and notifying an enhanced mobile switching center (eMSC) that the state of the session needed to be transferred is the held state; and the eMSC completing a call setup of a target access network according to the held state. a service continuity application server (SCC AS), after receiving a session transfer request, when judging that a state of a session needed to be transferred is a held state, updating a remote leg by using a held state session state information, and notifying an enhanced mobile switching center (eMSC) that the state of the session needed to be transferred is the held state; and the eMSC completing a call setup of a target access network according to the held state.
A method comprising: receiving, by a user equipment, UE, first downlink control information, DCI, in a first control resource set, CORESET, the first DCI providing first scheduling information for transmission of first data over a first physical downlink shared channel, PDSCH; receiving, by the UE, second DCI in a second CORESET, the second DCI providing second scheduling information for transmission of second data, which is the same as the first data, over a second PDSCH; receiving, by the UE, the first data over the first PDSCH and the second data over the second PDSCH using, respectively, the first scheduling information and second scheduling information; and receiving, by the UE, a CORESET configuration, wherein the first CORESET and the second CORESET are decoded, by the UE, in an order in which the first CORESET and the second CORESET are arranged in the CORESET configuration, wherein if the CORESET arranged first in the CORESET configuration is successfully decoded, the UE does not decode the CORESET arranged second in the CORESET configuration, and wherein if decoding the CORESET arranged first in the CORESET configuration fails, the UE decodes the CORESET arranged second in the CORESET configuration, wherein the first and second CORESETs are received using at least one of different time resources, different frequency resources, and different beams. receiving, by a user equipment, UE, first downlink control information, DCI, in a first control resource set, CORESET, the first DCI providing first scheduling information for transmission of first data over a first physical downlink shared channel, PDSCH; receiving, by the UE, second DCI in a second CORESET, the second DCI providing second scheduling information for transmission of second data, which is the same as the first data, over a second PDSCH; receiving, by the UE, the first data over the first PDSCH and the second data over the second PDSCH using, respectively, the first scheduling information and second scheduling information; and receiving, by the UE, a CORESET configuration, wherein the first CORESET and the second CORESET are decoded, by the UE, in an order in which the first CORESET and the second CORESET are arranged in the CORESET configuration, wherein if the CORESET arranged first in the CORESET configuration is successfully decoded, the UE does not decode the CORESET arranged second in the CORESET configuration, and wherein if decoding the CORESET arranged first in the CORESET configuration fails, the UE decodes the CORESET arranged second in the CORESET configuration, wherein the first and second CORESETs are received using at least one of different time resources, different frequency resources, and different beams.