mhurhangee/ep-ind-claims huggingface dataset:
An end piece for positioning over a heat source of an aerosol generating article, the end piece comprising: a body defining a bore configured to receive the aerosol generating article; a cage configured to surround at least a portion of the heat source and to allow air to access the heat source, the cage comprising a wall and one or more openings through the wall; a stop arranged to engage a distal end of the heat source as the aerosol generating article is slid through the bore, wherein the stop is configured to prevent the distal end of the heat source from being advanced beyond the cage; and a seal extending from an inner surface of the cage downstream of the stop and upstream of the one or more openings through the wall of the cage, wherein the seal is arranged to surround and contact the aerosol generating article and is configured to prevent or limit combustion products released from the heat source from entering air drawn through the aerosol generating article. a body defining a bore configured to receive the aerosol generating article; a cage configured to surround at least a portion of the heat source and to allow air to access the heat source, the cage comprising a wall and one or more openings through the wall; a stop arranged to engage a distal end of the heat source as the aerosol generating article is slid through the bore, wherein the stop is configured to prevent the distal end of the heat source from being advanced beyond the cage; and a seal extending from an inner surface of the cage downstream of the stop and upstream of the one or more openings through the wall of the cage, wherein the seal is arranged to surround and contact the aerosol generating article and is configured to prevent or limit combustion products released from the heat source from entering air drawn through the aerosol generating article.
A pharmaceutical composition for use in preventing or treating nonalcoholic steatohepatitis, the pharmaceutical composition comprising a batyl alcohol as an effective component.
Piece of furniture, with a furniture carcass which comprises two carcass side walls (14a, 14b) which lie opposite one another, and with at least one pair of guide units for guiding a movable furniture part, in particular drawer, in the furniture carcass, wherein the carcass side walls (14a, 14b) each comprise at least one assembly interface (20a, 20b) which comprises at least two fastening holes which are arranged behind one another in a side wall depth direction and at which the guide units of the pair are fastened lying opposite one another, characterised in that the carcass side walls (14a, 14b) for increasing their stiffness each comprise at least two embossings which are arranged above one another in a side wall height direction, wherein the embossings are designed in a raised manner on the inner side of the respective carcass side wall (14a, 14b) and wherein at least one assembly interface (20a, 20b) is arranged between two adjacent embossings in the side wall height direction, wherein the at least one assembly interface (20a, 20b) is designed deepened in a channel-like manner with respect to the embossings and comprises an assembly surface which comprises the fastening holes and wherein several assembly interfaces (20a, 20b) are provided, these each being arranged between two embossings which are arranged adjacently in the side wall height direction, characterised in that the assembly interfaces (20a, 20b) which are deepened in a channel-like manner are connected to one another at their front side and rear side which lie in the side wall depth direction, in each case via a vertical channel in a manner such that a ladder-like structure is formed.
Docetaxel for use in the treatment of a cancer in a patient comprising orally administering an effective dose of docetaxel, wherein docetaxel is administered on a bi-daily basis once a week wherein each moment of administration comprises the administration of at least 10 mg docetaxel, preferably at least 20 mg docetaxel, whereby side effects are controlled by preventing peak plasma levels of docetaxel that induce said side effects, whilst maintaining an effective plasma level of docetaxel to eradicate tumor cells; and wherein the peak plasma levels of docetaxel are below 3000 ng/mL, and the effective plasma level of docetaxel is at least 600 ng.h/mL.
A system for the wall assembly of panels comprising a first and second regulation mechanism from above, of the height and depth, respectively, of a panel, an anti-disengagement means, a panel bracket fixed to said panel provided with a hook element, a supporting element fixed to a wall, said panel bracket being hooked to said supporting element by means of said hook element, characterized in that said anti-disengagement means consist of protuberances present on said supporting element and acting directly against an edge of said panel, so as to prevent the disengagement of said hook element from said supporting element, when the panel is subjected to forces directed upwards being said panel bracket wedge-inserted inside a seat of said panel, said seat, below said panel bracket, also houses said supporting element and also has said edge against which said protuberances are engaged.
A method for intermittent encapsulation of preemptable network traffic at a network node, comprising: receiving a frame at the network node; determining if the frame is a preemptable frame capable of being interrupted or suspended after transmission begins; if the frame is a preemptable frame, determining if the preemptable frame satisfies a selective encapsulation rule, wherein the selective encapsulation rule comprises a scheduled transmission time window; if the preemptable frame does not satisfy the selective encapsulation rule, transmitting the preemptable frame from the network node without encapsulating the preemptable frame; and if the preemptable frame satisfies the selective encapsulation rule, encapsulating the preemptable frame and transmitting the encapsulated preemptable frame from the network node, wherein the preemptable frame is encapsulated with at least one of a preemption header and a preemption trailer. receiving a frame at the network node; determining if the frame is a preemptable frame capable of being interrupted or suspended after transmission begins; if the frame is a preemptable frame, determining if the preemptable frame satisfies a selective encapsulation rule, wherein the selective encapsulation rule comprises a scheduled transmission time window; if the preemptable frame does not satisfy the selective encapsulation rule, transmitting the preemptable frame from the network node without encapsulating the preemptable frame; and if the preemptable frame satisfies the selective encapsulation rule, encapsulating the preemptable frame and transmitting the encapsulated preemptable frame from the network node, wherein the preemptable frame is encapsulated with at least one of a preemption header and a preemption trailer.
A method for producing polyacrylic acid (salt)-based water absorbent resin, the method comprising, in order, a step in which an acrylic acid (salt)-based monomer aqueous solution or monomer slurry is polymerized, a step in which the water-containing gel-like crosslinked polymer obtained in the polymerization step is dried, a step in which the dried polymer obtained in the drying step is pulverized, and a classification step which takes place after the drying step or after the pulverizing step, wherein, at the time of providing the dried polymer to a roll mill used in the pulverizing step, the dried polymer is provided in a dispersed state in the axial direction of a roll of the roll mill, and wherein at least one pair of rolls of the roll mill comprises a low speed roll and a high speed roll rotating in opposite directions and a peripheral speed ratio thereof is 1: 1.05 to 1: 10.
A method of distributed sensing comprising the steps of: interrogating an optical fibre with electromagnetic radiation; detecting electromagnetic radiation which is back-scattered from the optical fibre; processing said detected back-scattered radiation to provide a measurement signal for each of a plurality of longitudinal sensing portions of the optical fibre; and analysing the measurement signals from the longitudinal sensing portions to detect events of interest, wherein the method comprises analysing the measurement signals of a first subset of longitudinal sensing portions to provide a first zone (206a; 306a) having a first sensing function and analysing the measurement signals of at least a second subset of longitudinal sensing portions to provide at least a second zone (206b; 306b) having a second, different, sensing function; characterised in that the method comprises analysing the measurement signals from the first zone to detect a first characteristic or signature and analysing the measurement signals from the second zone to detect a second characteristic or signature. interrogating an optical fibre with electromagnetic radiation; detecting electromagnetic radiation which is back-scattered from the optical fibre; processing said detected back-scattered radiation to provide a measurement signal for each of a plurality of longitudinal sensing portions of the optical fibre; and analysing the measurement signals from the longitudinal sensing portions to detect events of interest, wherein the method comprises analysing the measurement signals of a first subset of longitudinal sensing portions to provide a first zone (206a; 306a) having a first sensing function and analysing the measurement signals of at least a second subset of longitudinal sensing portions to provide at least a second zone (206b; 306b) having a second, different, sensing function; characterised in that the method comprises analysing the measurement signals from the first zone to detect a first characteristic or signature and analysing the measurement signals from the second zone to detect a second characteristic or signature.
A continuous olefin polymerization process comprising polymerization of at least one olefin monomer in at least two serial vapor phase polymerization reactors containing an agitated bed of forming polymer particles, comprising a polymer particles transfer step wherein forming polymer particles are transferred from an upstream reactor to a downstream reactor, wherein the forming polymer particles transport step comprises in a repeating sequence the steps of: (a) discharging at least one charge of forming polymer powder and reactive gases from the upstream reactor into a gas-solid separator wherein the polymer powder is separated from the reactive gases; (b) collecting the polymer powder separated in the gas-solid separator in a pressure transfer chamber; (c) closing a valve between the gas-solid separator and the pressure transfer chamber and increasing the pressure in the pressure transfer chamber with a pressurizing gas to a pressure that is higher than the operating pressure of the downstream reactor; (d) discharging the polymer powder from the pressure transfer chamber into the downstream reactor by opening and subsequently closing a valve between the pressure transfer chamber and the downstream reactor; and (e) opening the valve between the gas-solid separator and the pressure transfer chamber, wherein the pressure in the pressure transfer chamber before said discharging at least one charge of forming polymer powder and reactive gases from the upstream reactor into the gas-solid separator is 105-500 kPaa, wherein the at least one olefin monomer is propylene or a mixture of ethylene and propylene. (a) discharging at least one charge of forming polymer powder and reactive gases from the upstream reactor into a gas-solid separator wherein the polymer powder is separated from the reactive gases; (b) collecting the polymer powder separated in the gas-solid separator in a pressure transfer chamber; (c) closing a valve between the gas-solid separator and the pressure transfer chamber and increasing the pressure in the pressure transfer chamber with a pressurizing gas to a pressure that is higher than the operating pressure of the downstream reactor; (d) discharging the polymer powder from the pressure transfer chamber into the downstream reactor by opening and subsequently closing a valve between the pressure transfer chamber and the downstream reactor; and (e) opening the valve between the gas-solid separator and the pressure transfer chamber, wherein the pressure in the pressure transfer chamber before said discharging at least one charge of forming polymer powder and reactive gases from the upstream reactor into the gas-solid separator is 105-500 kPaa, wherein the at least one olefin monomer is propylene or a mixture of ethylene and propylene.
A road-sweeping vehicle comprising: a debris suction mechanism supported on a chassis for generating an air flow path between an inlet suction port and an exhaust port, wherein the debris suction mechanism includes a rotatable fan for causing air to flow along the air flow path, whereby debris located around the inlet suction port are entrained in the air flow path; a collection chamber for receiving the entrained debris, wherein the collection chamber is located on the air flow path after the inlet suction port; and a liquid-based dust filtration system located on the air flow path after the collection chamber and downstream of the rotatable fan, wherein the liquid-based dust filtration system includes: a liquid bath for holding a volume of liquid; an air inlet configured to cause air flowing along the air flow path to mix with liquid in the liquid bath to remove dust from air that has flowed through the collection chamber; and an upright column arranged above the liquid bath to define the air flow path for air after it has mixed with liquid in the liquid bath, characterized in that the debris suction mechanism comprises a water tank and a spray in fluid communication with the water tank, wherein the spray is arranged to deliver water in the vicinity of the inlet suction port, and wherein the water tank is independent of the liquid-based dust filtration system. a debris suction mechanism supported on a chassis for generating an air flow path between an inlet suction port and an exhaust port, wherein the debris suction mechanism includes a rotatable fan for causing air to flow along the air flow path, whereby debris located around the inlet suction port are entrained in the air flow path; a collection chamber for receiving the entrained debris, wherein the collection chamber is located on the air flow path after the inlet suction port; and a liquid-based dust filtration system located on the air flow path after the collection chamber and downstream of the rotatable fan, wherein the liquid-based dust filtration system includes: a liquid bath for holding a volume of liquid; an air inlet configured to cause air flowing along the air flow path to mix with liquid in the liquid bath to remove dust from air that has flowed through the collection chamber; and an upright column arranged above the liquid bath to define the air flow path for air after it has mixed with liquid in the liquid bath, a liquid bath for holding a volume of liquid; an air inlet configured to cause air flowing along the air flow path to mix with liquid in the liquid bath to remove dust from air that has flowed through the collection chamber; and an upright column arranged above the liquid bath to define the air flow path for air after it has mixed with liquid in the liquid bath, characterized in that the debris suction mechanism comprises a water tank and a spray in fluid communication with the water tank, wherein the spray is arranged to deliver water in the vicinity of the inlet suction port, and wherein the water tank is independent of the liquid-based dust filtration system.
An assembly comprising: - a roller blind apron movable between a retracted position and at least one deployed position, - an actuator system comprising a motor configured to drive the passage of the roller apron alternately from the retracted position to the at least one deployed position, - a coupling system including at least one control member intended to be connected to a sash of a carpentry, the coupling system being configured so that said motor drives a movement of the control member alternately between a first position and a second position, so as to be able to make the sash pass respectively between a closed position and an open position. the assembly being characterised in that the coupling system comprises a drive device, the drive device having an engaged configuration in which the coupling system is configured to cooperate with the motor so as to cause the movement of the control member alternately between the first position and the second position, and a disengaged configuration in which, during an operation of the motor, the coupling system does not cause the movement of the control member alternately between the first position and the second position. - a roller blind apron movable between a retracted position and at least one deployed position, - an actuator system comprising a motor configured to drive the passage of the roller apron alternately from the retracted position to the at least one deployed position, - a coupling system including at least one control member intended to be connected to a sash of a carpentry, the coupling system being configured so that said motor drives a movement of the control member alternately between a first position and a second position, so as to be able to make the sash pass respectively between a closed position and an open position.
Handheld power tool charging apparatus for energy stores (12a, 14a, 16a) of handheld power tools, which is intended to wirelessly transmit energy, having a first charging region and a first detection unit (24a; 24b; 24c) for detecting a foreign body in the first charging region, and having at least one further charging region (20a, 22a) and at least one further detection unit (26a, 28a; 26b, 28b; 26c, 28c) for detecting a foreign body in the at least one further charging region (20a, 22a), characterized in that the detection units (24a, 26a, 28a; 24b, 26b, 28b; 24c, 26c, 28c) are at least partially matched to one another, wherein the first detection unit and/or the at least one further detection unit (26c, 28c) is/are intended to start the detection of a foreign body in the first charging region and/or the detection of a foreign body in the at least one further charging region at at least substantially random times.
A method for selectively removing at least one coating from the surface of a substrate, comprising the step of contacting the coating with an aqueous composition consisting of an acid consisting of a primary acid having the formula H x AF 6, or precursors to said acid, wherein A is selected from the group consisting of Si, Ge, Ti, Zr, Al, and Ga; and x is 1-6 and optionally at least one additional acid or precursor thereof selected from the group consisting of phosphoric acid, nitric acid, sulfuric acid, hydrochloric acid, hydrofluoric acid, hydrobromic acid, hydriodic acid, acetic acid, perchloric acid, phosphorous acid, phosphinic acid, and mixtures of any of the foregoing, wherein said coating is at least one diffusion coating or overlay coating selected from an aluminide material and an MCrAl material where M is an element from the group consisting ofNi, Co, Fe, and combinations thereof, and X is an element from the group consisting of Y, Ta, Si, Hf, Ti, Zr, B, C, and combinations thereof.
Liquid pharmaceutical form for local application containing hexadecylphosphocholine and a solvent, characterized by that, the concentration of hexadecylphosphocholine is from 0,5 mg/ml to 300 mg/ml, as a solvent a co-solvent system is used which is a mixture from hexylene glycol, propylene glycol, diethylene glycol monoethyl ether and water and a value of pH of the solution is in the range from 4 to 6.
A calculation device for a radar apparatus which is configured to specify a direction of a target based on a reception signal of an antenna, the calculation device comprising: a calculation unit configured to calculate a relative displacement magnitude in a lateral direction of each of a plurality of targets relative to a traveling direction of a moving object having the antenna mounted thereon, from data of an angle and a distance of that target position-measured by the reception signal of repeating scans while the moving object is moving, and configured to evaluate a relative inclination between a reference axis of a scanning direction of the radar apparatus and a reference axis of the traveling direction of the moving object, based on the displacement magnitude, characterised in that when the accumulation number of the data of the angle and the distance of the plurality of targets, which data is position-measured of the repeating scans by the reception signal while the moving object having the antenna mounted thereon is moving, reaches a predetermined number, the calculation unit is configured to calculate an average of relative moving speeds in the lateral direction of the targets having an amount of displacement within a prescribed range relative to the traveling direction of the moving object, based on the accumulated data and to calculate a magnitude of the relative inclination between the reference axis of the scanning direction of the radar apparatus and the reference axis of the traveling direction of the moving object, based on the average. a calculation unit configured to calculate a relative displacement magnitude in a lateral direction of each of a plurality of targets relative to a traveling direction of a moving object having the antenna mounted thereon, from data of an angle and a distance of that target position-measured by the reception signal of repeating scans while the moving object is moving, and configured to evaluate a relative inclination between a reference axis of a scanning direction of the radar apparatus and a reference axis of the traveling direction of the moving object, based on the displacement magnitude, characterised in that when the accumulation number of the data of the angle and the distance of the plurality of targets, which data is position-measured of the repeating scans by the reception signal while the moving object having the antenna mounted thereon is moving, reaches a predetermined number, the calculation unit is configured to calculate an average of relative moving speeds in the lateral direction of the targets having an amount of displacement within a prescribed range relative to the traveling direction of the moving object, based on the accumulated data and to calculate a magnitude of the relative inclination between the reference axis of the scanning direction of the radar apparatus and the reference axis of the traveling direction of the moving object, based on the average.