mhurhangee/ep-ind-claims huggingface dataset:
A coated flexible film having three or more layers comprising: a. a core layer of oriented polypropylene; b. a sealing layer; c. a metal layer opposite the sealing layer, thereby sandwiching the core layer; and d. a printable coating adhered to the metal layer, thereby sandwiching the metal layer between the core layer and the printable coating; wherein the printable coating comprises at least one primer layer of an ethylene acrylic acid-based copolymer, ethylene alkyl ester-based copolymer, or blend thereof, and at least one print layer comprising an acrylic styrene copolymer. a. a core layer of oriented polypropylene; b. a sealing layer; c. a metal layer opposite the sealing layer, thereby sandwiching the core layer; and d. a printable coating adhered to the metal layer, thereby sandwiching the metal layer between the core layer and the printable coating;
Method of removing chloride from wastewater from a fertilizer plant comprising: a. Directing the chloride containing wastewater from the fertilizer plant to an electrochemical cell; b. converting chloride to chlorine gas by electrolysis; and c. Removing the chlorine gas formed in step b and increasing the mass transfer within the electrochemical cell, wherein the mass transfer is increased by mechanical stirring of the electrolyte, vibrating the electrodes, rotating the electrodes, ultrasonicating the electrode or electrolyte, or inert mesh turbulence promoters, or electrolyte jetting. a. Directing the chloride containing wastewater from the fertilizer plant to an electrochemical cell; b. converting chloride to chlorine gas by electrolysis; and c. Removing the chlorine gas formed in step b and increasing the mass transfer within the electrochemical cell, wherein the mass transfer is increased by mechanical stirring of the electrolyte, vibrating the electrodes, rotating the electrodes, ultrasonicating the electrode or electrolyte, or inert mesh turbulence promoters, or electrolyte jetting.
Aircraft having a longitudinal axis, with two wings (6a, b) extending along a respective wing axis (8a, b), with a hinged bearing arranged on the longitudinal axis, on which the wings (6a, b) are mounted in a hinged manner by way of a respective bearing end (14a, b), wherein, in a folded-in packed state, the wings (6a, b) are oriented with their wing axes (8a, b) along the longitudinal axis and, in an extended flight state, are oriented with their wing axes (8a, b) at an angle or transversely with respect to the longitudinal axis, wherein the hinged bearing is arranged at the nose of the aircraft, wherein the aircraft is designed to carry payload inside or on the wings (6a, b), characterized in that the aircraft is configured without a fuselage and consists substantially only of the wings and the hinged bearing, optionally as a connecting piece, and optionally also a drive device.
Climate chamber, having a wall which forms a tank wall, and having a cooling fan, wherein the cooling fan comprises a motor, arranged outside of the wall, which drives a fan wheel via a shaft led through the wall, wherein the wall comprises an opening which is sealed in an airtight manner with a conduit such that the shaft is led hermetically through the wall, wherein the conduit comprises, in order to hermetically and rotatably lead the shaft through the opening in the wall, a roller bearing for holding the shaft and a one-piece seal made of an elastic material, wherein the one-piece seal comprises a roller bearing holding segment, to which the roller bearing is connected, a wall holding segment and a flexible connection segment, which seamlessly connects the roller bearing holding segment and the wall holding segment to each other.
Use of a reference system for electrochemical potentiostatic or galvanostatic analysis and deposition methods, in which at least one working electrode, one mating electrode and one reference electrode are used and the reference electrode is a pH electrode which comprises an impermeable membrane, wherein an input amplifier V1 for the pH electrode having a high input impedance is provided, characterized in that the cutoff frequency of the input amplifier V1 is more than 1 MHz and: i) the signal of the pH electrode is delivered to the input amplifier V1 via a cable and a further amplifier V2 is provided, which has a cutoff frequency of at least 1 MHz and be capable of driving a capacitive load of more than 10 pF and the further amplifier V2 is used as a guard amplifier to compensate for the detrimental effects of the stray capacitance of the guarding of the cable and of the measurement layout, or ii) the amplifier V1 is integrated as an impedance converter into the pH electrode, a further amplifier V2 being provided, which has a cutoff frequency of at least 1 MHz and be capable of driving a capacitive load of more than 10 pF and the further amplifier V2 is used as a guard amplifier to compensate for the detrimental effects of the stray capacitance of the guarding of the pH electrode, into which the pH electrode is integrated, or iii) the amplifier V1 is integrated as an impedance converter into the jack of the pH electrode, a further amplifier V2 being provided, which has a cutoff frequency of at least 1 MHz and be capable of driving a capacitive load of more than 10 pF and the further amplifier V2 is used as a guard amplifier to compensate for the detrimental effects of the stray capacitance of the guarding of the pH electrode, which is integrated into the jack of the pH electrode. i) the signal of the pH electrode is delivered to the input amplifier V1 via a cable and a further amplifier V2 is provided, which has a cutoff frequency of at least 1 MHz and be capable of driving a capacitive load of more than 10 pF and the further amplifier V2 is used as a guard amplifier to compensate for the detrimental effects of the stray capacitance of the guarding of the cable and of the measurement layout, or ii) the amplifier V1 is integrated as an impedance converter into the pH electrode, a further amplifier V2 being provided, which has a cutoff frequency of at least 1 MHz and be capable of driving a capacitive load of more than 10 pF and the further amplifier V2 is used as a guard amplifier to compensate for the detrimental effects of the stray capacitance of the guarding of the pH electrode, into which the pH electrode is integrated, or iii) the amplifier V1 is integrated as an impedance converter into the jack of the pH electrode, a further amplifier V2 being provided, which has a cutoff frequency of at least 1 MHz and be capable of driving a capacitive load of more than 10 pF and the further amplifier V2 is used as a guard amplifier to compensate for the detrimental effects of the stray capacitance of the guarding of the pH electrode, which is integrated into the jack of the pH electrode.
A method of dynamically assigning a mobile subscriber identity to a device comprising: receiving a user identification and a request for a mobile subscriber identity from a device: assigning a unique mobile subscriber identity, from a pool of unique identifications, to said device in response to said request; associating said unique mobile subscriber identity with said user identification; and providing said mobile subscriber identity to said device, characterised in that updating said unique mobile subscriber identity occurs once a threshold of usage of an account associated with the unique mobile subscriber identity is reached. assigning a unique mobile subscriber identity, from a pool of unique identifications, to said device in response to said request; associating said unique mobile subscriber identity with said user identification; and providing said mobile subscriber identity to said device, characterised in that updating said unique mobile subscriber identity occurs once a threshold of usage of an account associated with the unique mobile subscriber identity is reached.
An adjustable support device for a frame member, comprising a stem having fastening means (2b, 6) for releasably connecting the stem to a foundation (10, 13), and the adjustable support device also comprising a support element for the frame member, connected to one end of the stem, the adjustable support device further comprising a tool interface portion which is accessible for an operating tool when the frame member is resting on the support element and configured such that the distance between the foundation and the frame member may be adjusted by the operating tool when a frame member is resting on the support element, characterized in that the upper part of the stem further comprises distance indication means arranged between the fastening means (2b, 6) and the support element for indicating a desired distance between the foundation and the frame when the frame is placed on the support element.
A dispenser for a therapeutic agent, the dispenser including a longitudinally extending body comprising: a longitudinally extending base element; a tubular element extending longitudinally from the base element such that an inner wall of the tubular element defines a cavity; a therapeutic agent within the cavity; the dispenser optionally including closure means for the cavity; wherein the therapeutic agent is a particulate material; characterised by an upper element which extends longitudinally from the tubular element; and wherein the upper element includes one or more channels which extend longitudinally from the cavity through the upper element; and wherein the base element and/or the tubular element is of a porous material having a low pressure drop for facilitating the ease of administration of the therapeutic agent.
Access point comprising means for receiving data packets sent by at least one terminal using a carrier-sense-multiple-access protocol, and means for transmitting, to said terminal, at least the width of the backoff window that said terminal must observe when sending a packet, characterized in that, said sent packets being coded by said at least one terminal by means of an erasure-correcting code of dimension k, of length n and of minimum distance d, each coding operation being applied to n successive packets (P 1,...,P n), said width of the backoff window transmitted by the access point to said terminal is dependent at least on the minimum distance d of said erasure-correcting code and on the total number of terminals connected to said access point, and said access point furthermore comprises means for decoding the received packets coded by means of said erasure-correcting code and for correcting at least all the configurations of erased packets up to d-1 erased packets.
Opening assembly for bags housing containers for pharmaceutical use, comprising at least one clamping mechanism for clamping a portion of said bag and at least one cutting element, wherein said clamping mechanism is arranged to clamp together sections of opposing sheets (E, F) of said bag which are spaced apart with respect to an end flap of the bag characterised in that said at least one cutting element is arranged and configured for the trimming and the separation of said end flap protruding with respect to said sections of said opposing sheets (E, F) of said bag mutually clamped together by said clamping mechanism.
A gaseous fuel CPOX reformer comprising: an array of spaced-apart CPOX reactor units, each CPOX reactor unit comprising an elongate tube having a gas-permeable wall with an internal surface and an external surface, the gas-permeable wall enclosing an open gaseous flow passageway and defining an inlet and an outlet of the CPOX reactor unit, the open gaseous flow passageway being a conduit or channel for the passage of gas therethrough where a solid, including a porous solid or material, is not present across the entire cross-sectional plane of the conduit or channel extending from the inlet to the outlet of the CPOX reactor unit, wherein a CPOX reactor unit is in thermal communication with at least an adjacent CPOX reactor unit(s) in the array, at least a section of the wall containing a CPOX catalyst partially or completely forming, disposed on an internal surface of, or disposed within the structure of the gas-permeable wall, a hydrogen barrier associated with the external surface of at least the CPOX catalyst-containing wall section of the CPOX reactor units, and an igniter in thermal communication with the CPOX catalyst of the CPOX catalyst containing wall section of at least one CPOX reactor unit. an array of spaced-apart CPOX reactor units, each CPOX reactor unit comprising an elongate tube having a gas-permeable wall with an internal surface and an external surface, the gas-permeable wall enclosing an open gaseous flow passageway and defining an inlet and an outlet of the CPOX reactor unit, the open gaseous flow passageway being a conduit or channel for the passage of gas therethrough where a solid, including a porous solid or material, is not present across the entire cross-sectional plane of the conduit or channel extending from the inlet to the outlet of the CPOX reactor unit, wherein a CPOX reactor unit is in thermal communication with at least an adjacent CPOX reactor unit(s) in the array, at least a section of the wall containing a CPOX catalyst partially or completely forming, disposed on an internal surface of, or disposed within the structure of the gas-permeable wall, a hydrogen barrier associated with the external surface of at least the CPOX catalyst-containing wall section of the CPOX reactor units, and an igniter in thermal communication with the CPOX catalyst of the CPOX catalyst containing wall section of at least one CPOX reactor unit.
An information transmission method, applied to a first network, wherein a convergence gateway is deployed in the first network, the first network is connected to a second network by using the convergence gateway, wherein the first network is configured to function as a cell within the second network, and the method comprises: receiving, by the convergence gateway, a service request sent by first user equipment, wherein the service request comprises identity information of the first user equipment and service information of the first user equipment; obtaining, by the convergence gateway, first user permission information of the first user equipment in the first network according to the identity information of the first user equipment; and determining, by the convergence gateway based on the first user permission information, a forwarding manner for forwarding the service information to second user equipment, wherein the forwarding manner comprises any one of the following manners: directly forwarding the service information to the second user equipment by using the convergence gateway; or forwarding the service information to the second network by using the convergence gateway, and forwarding the service information to the second user equipment by using the second network. receiving, by the convergence gateway, a service request sent by first user equipment, wherein the service request comprises identity information of the first user equipment and service information of the first user equipment; obtaining, by the convergence gateway, first user permission information of the first user equipment in the first network according to the identity information of the first user equipment; and determining, by the convergence gateway based on the first user permission information, a forwarding manner for forwarding the service information to second user equipment, wherein the forwarding manner comprises any one of the following manners: directly forwarding the service information to the second user equipment by using the convergence gateway; or forwarding the service information to the second network by using the convergence gateway, and forwarding the service information to the second user equipment by using the second network. directly forwarding the service information to the second user equipment by using the convergence gateway; or forwarding the service information to the second network by using the convergence gateway, and forwarding the service information to the second user equipment by using the second network.
In vitro method for establishing functional cytokine memory for IFN-gamma in a cell and/or cell population via demethylation of one or more regulatory nucleic acid sequences associated with the cytokine-encoding nucleic acid sequence, comprising the following steps:- provision of a cell population comprising CD4+ T-cells, - subsequent activation of the cell population, - isolation of an IFN-gamma expressing cell population from the activated cells, and - application of IL-12 to the isolated IFN-gamma expressing cell population to induce DNA demethylation of one or more regulatory nucleic acid sequences associated with the IFN-gamma-encoding sequence. - subsequent activation of the cell population, - isolation of an IFN-gamma expressing cell population from the activated cells, and - application of IL-12 to the isolated IFN-gamma expressing cell population to induce DNA demethylation of one or more regulatory nucleic acid sequences associated with the IFN-gamma-encoding sequence.
A method for creating a consistent replica of a data object in a storage replication system, the method comprising: (a) determining one or more regions of the data object as dirty regions which have been modified by a write operation; (b) copying one or more of the dirty regions from the data object onto a replica of the data object; (c) creating an immutable image of the data object; and (d) copying the dirty regions that have not been copied in the step (b) from the data object onto the replica of the data object, from the immutable image of the data object onto the replica of the data object, to create a consistent replica of the data object. (a) determining one or more regions of the data object as dirty regions which have been modified by a write operation; (b) copying one or more of the dirty regions from the data object onto a replica of the data object; (c) creating an immutable image of the data object; and (d) copying the dirty regions that have not been copied in the step (b) from the data object onto the replica of the data object, from the immutable image of the data object onto the replica of the data object, to create a consistent replica of the data object.
An integrated-circuit device comprising: a plurality of processor cores (2, 3); and a system timer comprising: a first oscillator configured to output a first clock signal at a first frequency; a first counter register incremented by the first clock signal; and a plurality of event registers, each event register being configured to trigger an event when a value held therein is determined to be equal to a value held in the first counter register; characterised in that: the first counter register is configured to be readable by each of the plurality of processor cores; and each of the processor cores is configured to be capable of writing to at least one of the event registers. a plurality of processor cores (2, 3); and a system timer comprising: a first oscillator configured to output a first clock signal at a first frequency; a first counter register incremented by the first clock signal; and a plurality of event registers, each event register being configured to trigger an event when a value held therein is determined to be equal to a value held in the first counter register; a first oscillator configured to output a first clock signal at a first frequency; a first counter register incremented by the first clock signal; and a plurality of event registers, each event register being configured to trigger an event when a value held therein is determined to be equal to a value held in the first counter register; the first counter register is configured to be readable by each of the plurality of processor cores; and each of the processor cores is configured to be capable of writing to at least one of the event registers.
A method of redistribution of user equipments, UEs, from one cell to another cell performed by a user equipment, UE, which is in a radio resource control, RRC, inactive state, the method comprising camping on a camping cell; acquiring an radio access network notification area, RNA, information of a plurality of cell redistribution candidates and acquiring redistribution parameters of the plurality of cell redistribution candidates from a base station, gNB,;; filtering out the cell redistribution candidate which do not belong to a configured RNA of the UE based on the RNA information; measuring the remaining redistribution candidates and verifying whether any of the redistribution parameters of the remaining redistribution candidates become valid to determine a target cell; and performing a cell re-selection procedure to camp on the target cell from the camping cell, wherein the RNA information contains at least a RNA code or a tracking area identity list. camping on a camping cell; acquiring an radio access network notification area, RNA, information of a plurality of cell redistribution candidates and acquiring redistribution parameters of the plurality of cell redistribution candidates from a base station, gNB,;; filtering out the cell redistribution candidate which do not belong to a configured RNA of the UE based on the RNA information; measuring the remaining redistribution candidates and verifying whether any of the redistribution parameters of the remaining redistribution candidates become valid to determine a target cell; and performing a cell re-selection procedure to camp on the target cell from the camping cell, wherein the RNA information contains at least a RNA code or a tracking area identity list.