mhurhangee/ep-ind-claims huggingface dataset:
A membrane, comprising: a porous base membrane, wherein the porous base membrane comprises one or more of a fluoropolymer; and a hydrophilic coating bonded to the porous base membrane, wherein the hydrophilic coating is prepared by: a hydrophilic additive, wherein the hydrophilic additive comprises at least one acrylate, diacrylate, triacrylate, multiacrylate, acrylamide, or combinations of these; and a hydrophilic polymer having an average molecular weight of greater than 2500 Daltons and is derivatized with an electron beam reactive group, wherein the hydrophilic polymer comprises a polyvinyl alcohol polymer, polyvinyl amine polymer (PVAm), and/or polyvinyl alcohol-polyvinyl amine copolymer (PVA-PVAm), wherein the electron beam reactive group is configured to permanently bond the hydrophilic coating to the porous base membrane upon exposure to electron beam irradiation, and wherein the electron beam reactive group comprises methacrylates, acrylates, and/or acrylamides; and by irradiating the hydrophilic coating with an electron beam source. a porous base membrane, wherein the porous base membrane comprises one or more of a fluoropolymer; and a hydrophilic coating bonded to the porous base membrane, wherein the hydrophilic coating is prepared by: a hydrophilic additive, wherein the hydrophilic additive comprises at least one acrylate, diacrylate, triacrylate, multiacrylate, acrylamide, or combinations of these; and a hydrophilic polymer having an average molecular weight of greater than 2500 Daltons and is derivatized with an electron beam reactive group, wherein the hydrophilic polymer comprises a polyvinyl alcohol polymer, polyvinyl amine polymer (PVAm), and/or polyvinyl alcohol-polyvinyl amine copolymer (PVA-PVAm), wherein the electron beam reactive group is configured to permanently bond the hydrophilic coating to the porous base membrane upon exposure to electron beam irradiation, and wherein the electron beam reactive group comprises methacrylates, acrylates, and/or acrylamides; and by irradiating the hydrophilic coating with an electron beam source. a hydrophilic additive, wherein the hydrophilic additive comprises at least one acrylate, diacrylate, triacrylate, multiacrylate, acrylamide, or combinations of these; and a hydrophilic polymer having an average molecular weight of greater than 2500 Daltons and is derivatized with an electron beam reactive group, wherein the hydrophilic polymer comprises a polyvinyl alcohol polymer, polyvinyl amine polymer (PVAm), and/or polyvinyl alcohol-polyvinyl amine copolymer (PVA-PVAm), wherein the electron beam reactive group is configured to permanently bond the hydrophilic coating to the porous base membrane upon exposure to electron beam irradiation, and wherein the electron beam reactive group comprises methacrylates, acrylates, and/or acrylamides; and by irradiating the hydrophilic coating with an electron beam source.
A safety catheter comprising: a catheter including a catheter tube and a catheter hub; an insertion needle assembly including an insertion needle having a sharp distal tip and a proximal end; and a tip protector assembly having an inner member, an outer member, a retainer and a collar, the inner member having distal arms and being movable within the outer member between a distal inner member position and a proximal inner member position, the retainer being movable between a distal retainer position and a proximal retainer position; wherein the tip protector assembly is changeable between a ready position, a safe position, and a release position; wherein in the ready position, the retainer is in the distal retainer position and the retainer and the collar cooperate to prevent separation of the tip protector assembly from the catheter hub; wherein in the safe position, the inner member is in the proximal inner member position, the distal arms form a distal needle stop that prevents distal movement of the insertion needle, the retainer is in the distal retainer position, and the retainer and collar cooperate to prevent separation of the tip protector assembly from the catheter hub; and wherein in the release position, the retainer is in the proximal retainer position and the tip protector assembly is separable from the catheter hub. a catheter including a catheter tube and a catheter hub; an insertion needle assembly including an insertion needle having a sharp distal tip and a proximal end; and a tip protector assembly having an inner member, an outer member, a retainer and a collar, the inner member having distal arms and being movable within the outer member between a distal inner member position and a proximal inner member position, the retainer being movable between a distal retainer position and a proximal retainer position; wherein the tip protector assembly is changeable between a ready position, a safe position, and a release position; wherein in the ready position, the retainer is in the distal retainer position and the retainer and the collar cooperate to prevent separation of the tip protector assembly from the catheter hub; wherein in the safe position, the inner member is in the proximal inner member position, the distal arms form a distal needle stop that prevents distal movement of the insertion needle, the retainer is in the distal retainer position, and the retainer and collar cooperate to prevent separation of the tip protector assembly from the catheter hub; and wherein in the release position, the retainer is in the proximal retainer position and the tip protector assembly is separable from the catheter hub.
A method for selecting a heat medium of each of a plurality of use side heat exchangers (26s to 26d, 61e to 61h) in installing an air-conditioning system in which a plurality of spaces are air-conditioning spaces and two types of circulation heat media including a refrigerant and a nontoxic medium are allowed to coexist as the circulation heat media of a use side heat exchanger installed in each of the plurality of spaces, characterised by comprising: a first step of determining power required for the use side heat exchangers (26s to 26d, 61e to 61h) corresponding to each air-conditioned space; a second step of calculating a total refrigerant amount required when the refrigerant is circulated through all the use side heat exchangers having the determined power; a third step of calculating for each air-conditioned space a refrigerant concentration when the total refrigerant amount leaks to one air-conditioned space using the refrigerant, a fourth step of determining whether or not the refrigerant concentration for each air-conditioned space exceeds a predetermined limit concentration; a fifth step of, when there are any air-conditioned spaces exceeding the limit concentration in the fourth step, selecting the nontoxic medium as the circulation heat medium of a use side heat exchanger installed in one of the air-conditioned spaces; and a sixth step of calculating a total refrigerant amount required when the refrigerant is circulated through all the use side heat exchangers other than the use side heat exchanger in which the nontoxic medium is selected, as the total refrigerant amount in the third step. a first step of determining power required for the use side heat exchangers (26s to 26d, 61e to 61h) corresponding to each air-conditioned space; a second step of calculating a total refrigerant amount required when the refrigerant is circulated through all the use side heat exchangers having the determined power; a third step of calculating for each air-conditioned space a refrigerant concentration when the total refrigerant amount leaks to one air-conditioned space using the refrigerant, a fourth step of determining whether or not the refrigerant concentration for each air-conditioned space exceeds a predetermined limit concentration; a fifth step of, when there are any air-conditioned spaces exceeding the limit concentration in the fourth step, selecting the nontoxic medium as the circulation heat medium of a use side heat exchanger installed in one of the air-conditioned spaces; and a sixth step of calculating a total refrigerant amount required when the refrigerant is circulated through all the use side heat exchangers other than the use side heat exchanger in which the nontoxic medium is selected, as the total refrigerant amount in the third step.
A polyurethane foam that is produced from a polyurethane spraying system, is open-celled, and has a density of less than 16.02 kg/m 3 (1 pound per cubic foot) and a water absorption of less than 10 percent by volume of the polyurethane foam, said polyurethane foam being the reaction product of: a) a resin component comprising; a blowing agent, a first polyol having a number-average molecular weight of from 150 to 500 and having at least tetra-functionality in an amount of from 5 to 25 parts by weight based on 100 parts by weight of said resin component; a second polyol having a number-average molecular weight of from 3500 to 8000 and having terminal hydroxyl groups, and a curing component having at least one primary amine group and having a number-average molecular weight of from 150 to 5000 in an amount of 5 to 15 parts by weight based on 100 parts by weight of said resin component, and b) an isocyanate component comprising diphenylmethane diisocyanate; wherein said a) and b) are reacted in a volumetric ratio having an isocyanate index of from 15 to 70. a) a resin component comprising; a blowing agent, a first polyol having a number-average molecular weight of from 150 to 500 and having at least tetra-functionality in an amount of from 5 to 25 parts by weight based on 100 parts by weight of said resin component; a second polyol having a number-average molecular weight of from 3500 to 8000 and having terminal hydroxyl groups, and a curing component having at least one primary amine group and having a number-average molecular weight of from 150 to 5000 in an amount of 5 to 15 parts by weight based on 100 parts by weight of said resin component, and a blowing agent, a first polyol having a number-average molecular weight of from 150 to 500 and having at least tetra-functionality in an amount of from 5 to 25 parts by weight based on 100 parts by weight of said resin component; a second polyol having a number-average molecular weight of from 3500 to 8000 and having terminal hydroxyl groups, and a curing component having at least one primary amine group and having a number-average molecular weight of from 150 to 5000 in an amount of 5 to 15 parts by weight based on 100 parts by weight of said resin component, and b) an isocyanate component comprising diphenylmethane diisocyanate; wherein said a) and b) are reacted in a volumetric ratio having an isocyanate index of from 15 to 70.
A nucleic acid comprising: (a) a 5' complement-reverse complement sequence; (b) a 5' untranslated region sequence; (c) an RNA sequence; (d) a 3' UTR sequence; and (e) a 3' CRC sequence, wherein the 5' CRC sequence is fully complementary to the 3' CRC sequence, and wherein the 5' and 3' CRC sequences consist of 10 to 50 nucleotides. (a) a 5' complement-reverse complement sequence; (b) a 5' untranslated region sequence; (c) an RNA sequence; (d) a 3' UTR sequence; and (e) a 3' CRC sequence,
Baling press comprising a partially or fully variable bale forming chamber, in which a stalk-like or leave-shaped harvested crop or similar pressing material can be formed and/or pressed into bales, wherein the bale forming chamber can be supplied with the harvested crop and/or pressing material through a supply channel, in which a supply and/or cutting device is arranged and which opens into the bale forming chamber, wherein in the transition region between the supply channel and the bale forming chamber at a lower edge region of the bale forming chamber adjacent to the supply channel, at least two starter rollers (5a, 5b) arranged one behind the other in the feed direction of the harvested crop for starting the bale shaping are provided, at least one of which is configured to be drivable, characterized in that the at least two starter rollers (5a, 5b) are connected to one another via a supply element of endless configuration and that revolves around the starter rollers (5a, 5b).
Electrical device, comprising a housing part (1, 8), which comprises a heat sink, and a circuit board fitted with heat-generating components and at least one power module, wherein the circuit board is provided in a shell, at least partly filled with potting compound, and is connected to the shell, wherein the power module has at its surface a higher temperature than the components at their surface, in particular as a peak temperature during the operation of the device, wherein the power modules have a contact surface which is in contact with a contact surface of the heat sink for removing heat to the heat sink, wherein heat dissipation of the components is provided via the potting compound to the heat sink, wherein protrusions are provided on the inner side of the heat sink so as to extend into the potting compound, wherein the protrusions are cooling fins or cooling fingers, wherein the protrusions on the inner side are directed at a respective component to reduce the heat transmission resistance from the component to the heat sink, characterised in that the inner side of the heat sink is in heat-conducting connection with the potting compound via a film lying on the potting compound, wherein the film is applied to the potting compound, wherein the inner side of the heat sink touches the film and thus the heat transfer is provided from the respective component, substantially via the potting compound and after that the film, to the heat sink and from there to the surroundings, and in that the shell is detachably connected in a central housing part (1, 8), the housing part (1, 8), which comprises the heat sink, being connectable to the central housing part (1, 8), wherein the central housing part (1, 8) comprises means for connection to the shell and also bearing-receiving regions for receiving at least one of the bearings of the rotor of an electric motor and at least one of the bearings of an output shaft of a gearing, the input shaft of which is connected to the rotor shaft or is the rotor shaft.
A method for the prediction and adaptation of movement trajectories T of a motor vehicle for assisting the driver in his or her task of driving and/or for preventing a collision or reducing the consequences of an accident, characterized in that for the prediction and adaptation of movement trajectories of the motor vehicle, an intersection of situatively required movement trajectories, which are determined using environment sensors, and physically possible movement trajectories, which result from properties that are characteristic of the driving dynamics of the motor vehicle and from the coefficient of friction (μ) obtained between the tires and the road up to a maximum possible threshold coefficient of friction (μ max), is formed, and only those movement trajectories are taken into account that lie within this intersection.
A method for a User Equipment, UE, for reporting power headroom, the method comprises: - receiving, via Radio Resource Control, RRC, protocol, a parameter indicating whether simultaneous transmission of Physical Uplink Shared Channel, PUSCH, and Physical Uplink Control Channel, PUCCH, is possible; - configuring the uplink transmission based on the received parameter; - determining power headroom for transmission on at least a PUCCH, when simultaneous transmission of PUSCH and PUCCH is possible; and - transmitting to a base station at least one power headroom report indicating the power headroom for transmission on at least the PUCCH. - receiving, via Radio Resource Control, RRC, protocol, a parameter indicating whether simultaneous transmission of Physical Uplink Shared Channel, PUSCH, and Physical Uplink Control Channel, PUCCH, is possible; - configuring the uplink transmission based on the received parameter; - determining power headroom for transmission on at least a PUCCH, when simultaneous transmission of PUSCH and PUCCH is possible; and - transmitting to a base station at least one power headroom report indicating the power headroom for transmission on at least the PUCCH.
A method of preparing a mixed manganese ferrite coated catalyst for use in preparing 1,3-butadiene, comprising: a) co-precipitating a precursor aqueous solution comprising a manganese precursor and an iron precursor while being mixed in a basic solution, thus forming a co-precipitated solution; b) washing and filtering the co-precipitated solution, thus obtaining a solid sample which is then dried; c) mixing the dried solid sample, a binder and distilled water and an acid at a weight ratio of 1: 0.5 ∼ 2: 6 ∼ 12: 0.3 ∼ 0.8 at room temperature, thus obtaining a mixture; and d) adding a support to the mixture obtained in c) and then performing blending and drying, wherein amounts of the manganese precursor and the iron precursor are adjusted so that an atom ratio of iron/manganese is 2.0 ∼ 2.5, wherein the support is selected from the group consisting of silicon carbide, alumina, and silica, wherein the support is used in an amount 5 ∼ 15 times the weight of the dried solid sample. a) co-precipitating a precursor aqueous solution comprising a manganese precursor and an iron precursor while being mixed in a basic solution, thus forming a co-precipitated solution; b) washing and filtering the co-precipitated solution, thus obtaining a solid sample which is then dried; c) mixing the dried solid sample, a binder and distilled water and an acid at a weight ratio of 1: 0.5 ∼ 2: 6 ∼ 12: 0.3 ∼ 0.8 at room temperature, thus obtaining a mixture; and d) adding a support to the mixture obtained in c) and then performing blending and drying,
Method for transmission of a message between a telecommunication terminal, which is connected to a line-connected telephone network (PSTN), and a short message service centre (SMSC), wherein - the message is input as a short message, in particular via an input keypad or a touchscreen, on the telecommunication terminal and is converted into a short message format, or the message is sent to the short message service centre (SMSC) as a short message converted into a short message format for the purpose of forwarding to the telecommunication terminal, - a connection setup is realized between the telecommunication terminal and the short message service centre (SMSC) via a physical layer and a data link layer, - the short message is transmitted in the short message format with FSK off-hook signalling in the voice band either from the telecommunication terminal to the short message service centre (SMSC) or from the short message service centre (SMSC) to the telecommunication terminal, and - the short message received in the short message service centre (SMSC) is forwarded to a further telecommunication terminal or the short message received in the telecommunication terminal is converted into an output format and is output, in particular on a display unit. - the message is input as a short message, in particular via an input keypad or a touchscreen, on the telecommunication terminal and is converted into a short message format, or the message is sent to the short message service centre (SMSC) as a short message converted into a short message format for the purpose of forwarding to the telecommunication terminal, - a connection setup is realized between the telecommunication terminal and the short message service centre (SMSC) via a physical layer and a data link layer, - the short message is transmitted in the short message format with FSK off-hook signalling in the voice band either from the telecommunication terminal to the short message service centre (SMSC) or from the short message service centre (SMSC) to the telecommunication terminal, and - the short message received in the short message service centre (SMSC) is forwarded to a further telecommunication terminal or the short message received in the telecommunication terminal is converted into an output format and is output, in particular on a display unit.
An optical connector having a fiber-spliced portion connecting a built-in fiber held by a ferrule and an optical fiber exposed by removing a sheath of an optical cord to each other, the optical cord having a sheath covering the coated optical fiber and a tension fiber interposed between the coated optical fiber and the sheath, the optical connector comprising: a first housing for containing the ferrule; a second housing arranged behind the first housing; the first and second housings defining a space containing the fiber-spliced portion, a sheath pressing member, mounted to the second housing, for pressing the sheath against the second housing; and a securing member, mounted to the second housing so as to contain the sheath pressing member, for securing a tension fiber to the second housing together with the sheath, wherein the second housing has a first tubular portion and a second tubular portion disposed behind the first tubular portion and having an outer diameter smaller than that of the first tubular portion; wherein the sheath pressing member has an annular portion adapted to fit to the second tubular portion and first and second pressing arms, disposed so as to extend behind the annular portion, for pressing the sheath in a bifurcated state against the second tubular portion; and wherein the securing member has a tension fiber securing portion adapted to fit to the first tubular portion so as to hold the tension fiber between the tension fiber securing portion and the first tubular portion and a sheath securing portion, disposed behind the tension fiber securing portion, for holding the sheath in the bifurcated state between the sheath securing portion and the second tubular portion via the pressing arms. a first housing for containing the ferrule; a second housing arranged behind the first housing; the first and second housings defining a space containing the fiber-spliced portion, a sheath pressing member, mounted to the second housing, for pressing the sheath against the second housing; and a securing member, mounted to the second housing so as to contain the sheath pressing member, for securing a tension fiber to the second housing together with the sheath, wherein the second housing has a first tubular portion and a second tubular portion disposed behind the first tubular portion and having an outer diameter smaller than that of the first tubular portion; wherein the sheath pressing member has an annular portion adapted to fit to the second tubular portion and first and second pressing arms, disposed so as to extend behind the annular portion, for pressing the sheath in a bifurcated state against the second tubular portion; and wherein the securing member has a tension fiber securing portion adapted to fit to the first tubular portion so as to hold the tension fiber between the tension fiber securing portion and the first tubular portion and a sheath securing portion, disposed behind the tension fiber securing portion, for holding the sheath in the bifurcated state between the sheath securing portion and the second tubular portion via the pressing arms.