mhurhangee/ep-ind-claims huggingface dataset:
A cell culture in a stationary phase plug-flow bioreactor comprising (a) adherent stromal cells on a substrate in the form of a sheet, the substrate including a non-woven fibrous matrix forming a physiologically acceptable three-dimensional network of fibers, wherein the fibers form a pore volume as a percentage of total volume of from 40-95 % and a pore size of from 10-100 μm, and (b) undifferentiated hemopoietic stem cells.
An eye-mountable device (110, 210, 400, 500) comprising: a lens comprising a polymeric material, the lens operable to be removably mounted over an eye and to be compatible with a motion of an eyelid (30, 32) when a concave surface of the lens is so mounted; an eyelid sensor (163, 435) coupled to the lens and operable to provide output data indicative of whether an eyelid of an eye on which the lens is mounted is closed; a display (164, 464) operable to display a light signal in response to the output data from the sensor that the eyelid is closed; and a feedback sensor (165, 466) configured to sense a movement of the eye to allow a wearer of the eye-mountable device to provide feedback to the eye-mountable device; characterised in that the eye-mountable device is configured to cause the display to display the light signal again if the feedback from the feedback sensor indicates the wearer did not receive the previously displayed light signal. a lens comprising a polymeric material, the lens operable to be removably mounted over an eye and to be compatible with a motion of an eyelid (30, 32) when a concave surface of the lens is so mounted; an eyelid sensor (163, 435) coupled to the lens and operable to provide output data indicative of whether an eyelid of an eye on which the lens is mounted is closed; a display (164, 464) operable to display a light signal in response to the output data from the sensor that the eyelid is closed; and a feedback sensor (165, 466) configured to sense a movement of the eye to allow a wearer of the eye-mountable device to provide feedback to the eye-mountable device; characterised in that the eye-mountable device is configured to cause the display to display the light signal again if the feedback from the feedback sensor indicates the wearer did not receive the previously displayed light signal.
A disperse dye comprising as an active dyeing compound water-insoluble protonated M- chlorophyllin, where M represents a divalent metal cation, characterized in that: said dye comprises an aqueous dispersion of particles of said active dyeing compound and, said aqueous dispersion has a viscosity of between 0.5 and 5 Pa s. said dye comprises an aqueous dispersion of particles of said active dyeing compound and, said aqueous dispersion has a viscosity of between 0.5 and 5 Pa s.
Chuck-integrated force-measuring system for determining cutting forces at the cutting edge of a rotating tool having at least one measuring sensor as well as a measurement processing station, wherein theat least one measuring sensor is a strain sensor which can be located on a tool holder of a machine tool with a rotating spindle, and having a measuring hub which can be inserted as an adapter piece in a chuck of the spindle of the machine tool, wherein the at least one measuring sensor is integrated in the measuring hub, characterised in that the measuring hub consists of a main body having two mutually opposed end faces, wherein at one of these end faces is formed its own internal chuck for receiving a tool, and at the opposite end face is formed an extension which can be inserted in the chuck of the spindle of the machine tool.
A public transport vehicle for people including a system for transmitting sound messages by magnetic induction loop to people carrying an audio assistance apparatus, said system including a means for converting sound waves coming from a primary message emitter into modulated electric current (i) circulating in a circuit for diffusing messages in one to several loudspeakers distributed in the cabin of said vehicle, the diffusion circuit being connected to at least one magnetic induction loop forming lines of magnetic induction field carrying sound signals induced by the modulated electric current (i), characterised in that: - said vehicle is a bus, a coach, a tram, an aircraft, or a train; - the magnetic induction loop is arranged in a housing of an arrangement element present in the cabin of the vehicle; - said arrangement element is located raised relative to a floor, and below a ceiling of said cabin, and is selected from: a seat back (72, 72 A) or a backrest; and - the loop is dimensioned to essentially follow a periphery of said arrangement element, said periphery determining a projection area of the magnetic field carrying sound signals extending around the heads of at least two passengers; - the magnetic induction loop (5; 5') includes an optimised number n of turns, this number being determined by a compromise between a magnetic field which is strong enough to exceed an ambient noise threshold and a sufficient limitation of an intrinsic self-induction formed by the turns which attenuates the high frequencies. - said vehicle is a bus, a coach, a tram, an aircraft, or a train; - the magnetic induction loop is arranged in a housing of an arrangement element present in the cabin of the vehicle; - said arrangement element is located raised relative to a floor, and below a ceiling of said cabin, and is selected from: a seat back (72, 72 A) or a backrest; and - the loop is dimensioned to essentially follow a periphery of said arrangement element, said periphery determining a projection area of the magnetic field carrying sound signals extending around the heads of at least two passengers; - the magnetic induction loop (5; 5') includes an optimised number n of turns, this number being determined by a compromise between a magnetic field which is strong enough to exceed an ambient noise threshold and a sufficient limitation of an intrinsic self-induction formed by the turns which attenuates the high frequencies.
A device for processing a used multiple glazed unit, comprising a conveying assembly suitable for the flat transport of said multiple glazed unit, and a fragmentation assembly suitable for fragmenting the glazed units of said multiple glazed unit during said transport, said processing device being characterized in that it comprises an assembly for cutting the glazed units from said multiple glazed unit arranged upstream of said fragmentation assembly.
Process for pre-treating liquid effluents comprising the following steps: a) filling a single reactor with untreated effluent; b) phased and sequential addition of a coagulating agent, of a neutralizing agent, and of a flocculating agent to the reactor; whereby the coagulating and neutralizing agents are added to the reactor in a phased and sequential way until a pH probe measures a predefined pH value corresponding to the addition of the coagulating agent and a second pH value corresponding to the addition of the neutralizing agent; c) sedimentation of the effluent resulting from the addition from steps (b); d) formation of a first sludge fraction at the bottom of the reactor, of a second lower extract fraction and of a third upper extract fraction of a supernatant from the treated effluent, resulting from steps (b) and (c); whereby the reactor has two different means of drainage for the upper and lower fractions of the supernatant extract; e) sequential drainage of the third upper extract fraction and of the second lower extract fraction of the supernatant of the treated effluent; whereby opening a valve of the upper supernatant extract'` fraction first allows its draining to a treatment plant, followed by deactivating said valve after the upper supernatant extract fraction is drained off and activating a valve of the lower extract fraction of the supernatant, enabling the draining of the lower extract fraction of the supernatant; f) drainage of the sludge fraction; characterized by step (a) being preceded by the introduction of air into the reactor through an air pump during the period until the beginning of step (c). a) filling a single reactor with untreated effluent; b) phased and sequential addition of a coagulating agent, of a neutralizing agent, and of a flocculating agent to the reactor; whereby the coagulating and neutralizing agents are added to the reactor in a phased and sequential way until a pH probe measures a predefined pH value corresponding to the addition of the coagulating agent and a second pH value corresponding to the addition of the neutralizing agent; c) sedimentation of the effluent resulting from the addition from steps (b); d) formation of a first sludge fraction at the bottom of the reactor, of a second lower extract fraction and of a third upper extract fraction of a supernatant from the treated effluent, resulting from steps (b) and (c); whereby the reactor has two different means of drainage for the upper and lower fractions of the supernatant extract; e) sequential drainage of the third upper extract fraction and of the second lower extract fraction of the supernatant of the treated effluent; whereby opening a valve of the upper supernatant extract'` fraction first allows its draining to a treatment plant, followed by deactivating said valve after the upper supernatant extract fraction is drained off and activating a valve of the lower extract fraction of the supernatant, enabling the draining of the lower extract fraction of the supernatant; f) drainage of the sludge fraction;
A pharmaceutical composition for oral administration comprising: N-(5-(4-(4-((dimethylamino)methyl)-3-phenyl-lH-pyrazol-l-yl)pirimidine-2-ylamino)-4-methoxy-2-morpholinophenyl)acrylamide (Lazertinib) or its pharmaceutically acceptable salt as an active ingredient; and a combination of microcrystalline cellulose and mannitol as a diluent.
Control method for minimizing the electrical energy consumed during a process of filling or draining a tank, said process of filling or draining the tank being implemented using a pumping equipment item which comprises at least one pump, one electric motor actuating said pump and one actuator controlling said electric motor, said filling or draining process being performed in the presence of a disturbing flow (Q c) draining the tank or respectively filling the tank, said method consisting in determining an optimum speed (ωopt) of the pumping equipment item that minimizes a volume energy (Ev) consumed by the pumping equipment item during the process of filling or draining the tank, said method being characterized in that said volume energy is a function: - of the instantaneous tank filling flow (Q input) produced by the pumping equipment item or the instantaneous tank draining flow (Q output) produced by the pumping equipment item, - of the disturbing flow (Q c), - of the volume of liquid in the tank, said volume being variable in time as a function of said instantaneous filling flow or said instantaneous draining flow, and said disturbing flow, - of the instantaneous power (p) consumed by the pumping equipment item. - of the instantaneous tank filling flow (Q input) produced by the pumping equipment item or the instantaneous tank draining flow (Q output) produced by the pumping equipment item, - of the disturbing flow (Q c), - of the volume of liquid in the tank, said volume being variable in time as a function of said instantaneous filling flow or said instantaneous draining flow, and said disturbing flow, - of the instantaneous power (p) consumed by the pumping equipment item.
A microfluidic device (300, 400, 500), comprising: a gel chamber (334, 434, 534) with a gel matrix disposed therein, the gel chamber (334, 434, 534) including an open top surface region; a fluidic chamber (336, 536, 536') wherein a first interface region (342, 442) is formed between the gel chamber (334, 434, 534) and the fluidic chamber (336, 536, 536'); and a membrane (340, 440, 540, 540') disposed at the first interface region (342, 442), the membrane (340, 440, 540, 540') including a first side facing the gel chamber (334, 434, 534) and a second side facing the fluidic chamber (336, 536, 536'); and a removable cover (410, 510) comprising a chamber (415, 515) and optionally one or more fluidic channels, wherein said chamber (415, 515) substantially aligns with the gel chamber (334, 434, 534). a gel chamber (334, 434, 534) with a gel matrix disposed therein, the gel chamber (334, 434, 534) including an open top surface region; a fluidic chamber (336, 536, 536') wherein a first interface region (342, 442) is formed between the gel chamber (334, 434, 534) and the fluidic chamber (336, 536, 536'); and a membrane (340, 440, 540, 540') disposed at the first interface region (342, 442), the membrane (340, 440, 540, 540') including a first side facing the gel chamber (334, 434, 534) and a second side facing the fluidic chamber (336, 536, 536'); and a removable cover (410, 510) comprising a chamber (415, 515) and optionally one or more fluidic channels, wherein said chamber (415, 515) substantially aligns with the gel chamber (334, 434, 534).
A transport apparatus with an infeed for conveying a multitude of similarly shaped and sized articles in a mass flow, with a distribution section located downstream of the infeed, which distribution section leads in conveying direction of the articles into a row transport, in which the articles are conveyed further or transported away in at least two parallel rows that are separate from each other, and with at least one sensor device (6, 8, 11) assigned to the infeed, to the distribution section, or to the rows in order to detect and monitor the mass flow in the infeed, in the distribution section, or within the rows, which at least one sensor device (6, 8, 11) is in terms of signalling coupled via a control unit to a motor-driven actuator assigned to the distribution section to influence a lateral distribution of the articles, wherein the actuator moves a movable guiding device, which is adjacent to the article flow on at least one side, in the event of gaps, interruptions, or a termination of the article flow in the infeed, in the distribution section, or within the rows being detected, characterised in that the transport apparatus furthermore comprises a robot or another manipulator with a suitable tool, wherein the robot or manipulator is configured to distribute individual articles in a final phase with only few articles still feeding towards the distribution section, which is designed as a container divider, in such a manner that preferably all lanes are served evenly to the container divider for the separate row transport of the articles such that complete bundles can be produced for as long as possible without a manual intervention by an operator becoming necessary at the infeed in the event of a change of article type.
A method for eliminating wrinkles in clothes contained in the drum of a washing machine, characterized by comprising: determining whether or not a wrinkle-eliminating course is selected; supplying steam to the clothes when it is determined that the wrinkle-eliminating course is selected; and supplying hot air to the clothes, to which the steam was supplied, to eliminate the wrinkles in the clothes, wherein the wrinkle-eliminating course is an independent course for only eliminating the wrinkles in the clothes. determining whether or not a wrinkle-eliminating course is selected; supplying steam to the clothes when it is determined that the wrinkle-eliminating course is selected; and supplying hot air to the clothes, to which the steam was supplied, to eliminate the wrinkles in the clothes, wherein the wrinkle-eliminating course is an independent course for only eliminating the wrinkles in the clothes.
A polymer composition comprising 0.01 to 5 % by weight of a surfactant interacting additive, which comprises solid substances with polar surface groups such as one or more selected from fillers, pigments, TiO 2, CaCO 3, carbon black, huntite, mica, kaolin, aluminium hydroxide, magnesium dihydroxide and SiO 2, and characterized by that the polymer composition further comprises at least one silanol condensation catalyst, wherein each catalyst is selected from: i) a compound of formula I ArSO 3 H or a precursor thereof, wherein Ar is an 1 to 4 alkyl groups substituted aryl, wherein the aryl is phenyl or naphthyl, and wherein each alkyl group, independently, is a linear or branched alkyl with 10 to 30 carbons, wherein the total number of carbons in the alkyl groups is in the range of 20 to 80 carbons; ii) a derivative of i) selected from the group consisting of an anhydride, an ester, an acetylate, an epoxy blocked ester and an amine salt thereof which is hydrolysable to the corresponding compound of formula I; and iii) a metal salt of i) wherein the metal ion is selected from the group consisting of copper, aluminum, tin and zinc. i) a compound of formula I ArSO 3 H or a precursor thereof, wherein Ar is an 1 to 4 alkyl groups substituted aryl, wherein the aryl is phenyl or naphthyl, and wherein each alkyl group, independently, is a linear or branched alkyl with 10 to 30 carbons, wherein the total number of carbons in the alkyl groups is in the range of 20 to 80 carbons; ii) a derivative of i) selected from the group consisting of an anhydride, an ester, an acetylate, an epoxy blocked ester and an amine salt thereof which is hydrolysable to the corresponding compound of formula I; and iii) a metal salt of i) wherein the metal ion is selected from the group consisting of copper, aluminum, tin and zinc.
A method for handling a service request in a network, wherein the method is performed by a first service communication proxy, SCP, node that is configured to operate as an SCP between a first network function, NF, node of a service consumer and a second NF node of a service producer in the network, the method comprising: transmitting (102, 700) information towards the first NF node if no response is received from the second NF node to a first request (634, 640) transmitted towards the second NF node via the first SCP node, wherein the first request is for the second NF node to execute a service requested by the first NF node, and wherein the information is indicative that no response is received from the second NF node to the first request (634, 640), and wherein the information is accompanied by an existing hypertext transfer protocol, HTTP, status code and the existing HTTP status code is a 504 Gateway Timeout. transmitting (102, 700) information towards the first NF node if no response is received from the second NF node to a first request (634, 640) transmitted towards the second NF node via the first SCP node, wherein the first request is for the second NF node to execute a service requested by the first NF node, and wherein the information is indicative that no response is received from the second NF node to the first request (634, 640), and wherein the information is accompanied by an existing hypertext transfer protocol, HTTP, status code and the existing HTTP status code is a 504 Gateway Timeout.
A container for consumer articles, the container being at least partially formed from a cellulose-fiber-based laminar blank having a thickness, the laminar blank defining a portion of the container, which comprises at least a first planar wall and a second planar wall that are connected to one another by a bevelled edge portion; characterised in that the bevelled edge portion has an inner surface and an outer surface, and the inner surface of the bevelled edge portion defines an ablation area, the ablation area having a length in the longitudinal direction of the bevelled edge portion and a width that extends across the bevelled edge portion; wherein the ablation area comprises two or more ablated lines extending substantially in the longitudinal direction of the bevelled edge portion, each ablated line having a minimum residual thickness that is less than the thickness of the laminar blank; wherein the minimum residual thickness of each of the two or more ablated lines is at least about 15 percent and less than about 40 percent of the thickness of the blank; wherein the gap between the low points of two adjacent ablated lines is more than 1.3 millimetres and less than 5.0 millimetres; and wherein the thickness of the laminar blank is from about 260 micrometres to about 340 micrometres.
Multi-shaft preparation unit for plastic melt, at least comprising an extruder housing which in its interior has an enclosed treatment chamber for plastic melt, and at least one rotor body shaft which is rotatably mounted in the treatment chamber and has a plurality of receptacle grooves (22.5), one satellite screw being mounted in each of the latter; wherein the multi-shaft preparation unit possesses a drive unit in which a gearbox unit, which is connected to the drive shaft shoulders (22.2, 23.2) of the rotor body shaft that are guided out of the treatment chamber of the extruder housing and of the satellite screws, is disposed outside the extruder housing, so as to be between a drive motor and the treatment chamber, and that the drive shaft ends (22.2, 23.2) of the rotor body shaft and of the satellite screws are in each case guided through bores in a sealing and guiding body (22.3) on the rotor body shaft that terminates the rear part of the treatment chamber, characterized in that provided between the extruder housing and the gearbox unit is a separation device for decoupling a flow of fluid and/or heat which emanates from the treatment chamber and through which the respective drive shaft shoulders (22.2, 23.2) of the rotor body shaft and of the satellite screws are guided, wherein the drive shaft shoulders (22.2, 23.2) of the rotor body shaft and of the satellite screws are guided through at least one cavity (33.1) in the separation device.
An anti-restenotic drug for use in a method of reducing restenosis with a bioresorbable drug delivery stent, the method comprising: providing a drug delivery bioresorbable stent (10, 40, 50) with a dosage of the anti-restenotic drug in a bioresorbable polymer matrix (40', 60) arranged within a plurality of openings in the stent without coating an exterior surface of the stent with the anti-restenotic drug, wherein the bioresorbable material of the stent degrades more slowly than the bioresorbable polymer matrix and the bioresorbable polymer matrix is arranged in the plurality of openings such that it does not change the bioresorbtion of the stent; implanting the stent within an artery of a patient; and delivering the anti-restenotic drug from the bioresorbable polymer matrix in the plurality of openings in the stent, wherein the bioresorbable polymer matrix is arranged in the plurality of openings to release the anti-restenotic drug to the artery at a minimum release rate of 1 percent of the total dosage of the drug on the stent per day throughout an entire administration period from the time of implantation of the stent until the time that substantially all the drug is released from the stent. providing a drug delivery bioresorbable stent (10, 40, 50) with a dosage of the anti-restenotic drug in a bioresorbable polymer matrix (40', 60) arranged within a plurality of openings in the stent without coating an exterior surface of the stent with the anti-restenotic drug, wherein the bioresorbable material of the stent degrades more slowly than the bioresorbable polymer matrix and the bioresorbable polymer matrix is arranged in the plurality of openings such that it does not change the bioresorbtion of the stent; implanting the stent within an artery of a patient; and delivering the anti-restenotic drug from the bioresorbable polymer matrix in the plurality of openings in the stent, wherein the bioresorbable polymer matrix is arranged in the plurality of openings to release the anti-restenotic drug to the artery at a minimum release rate of 1 percent of the total dosage of the drug on the stent per day throughout an entire administration period from the time of implantation of the stent until the time that substantially all the drug is released from the stent.