mhurhangee/ep-ind-claims huggingface dataset:
Sustained-release pellets which contain tacrolimus as an active ingredient and are comprised of; - pharmacological active ingredient layer containing tacrolimus as a main ingredient and hydroxypropyl methylcellulose as a binder around the core; - primary pharmacological inactive ingredient layer surrounding the said pharmacological active ingredient layer and containing hydroxypropyl methylcellulose; - sustained-release layer surrounding the said primary pharmacological inactive ingredient layer, and containing SureleaseTM (SURELEASE NG E-7-19050; solid) and hydroxypropyl methylcellulose; - secondary pharmacological inactive ingredient layer surrounding the said sustained-release layer, and containing hydroxypropyl methylcellulose; and - initial release membrane layer surrounding the said secondary pharmacological inactive ingredient layer and containing tacrolimus and hydroxypropyl methylcellulose; - characterized in that the weight ratio of tacrolimus: hydroxypropyl methylcellulose: SureleaseTM (SURELEASE NG E-7-19050; solids) in the said pellets is 1: 10-15: 3.6-4.8. - pharmacological active ingredient layer containing tacrolimus as a main ingredient and hydroxypropyl methylcellulose as a binder around the core; - primary pharmacological inactive ingredient layer surrounding the said pharmacological active ingredient layer and containing hydroxypropyl methylcellulose; - sustained-release layer surrounding the said primary pharmacological inactive ingredient layer, and containing SureleaseTM (SURELEASE NG E-7-19050; solid) and hydroxypropyl methylcellulose; - secondary pharmacological inactive ingredient layer surrounding the said sustained-release layer, and containing hydroxypropyl methylcellulose; and - initial release membrane layer surrounding the said secondary pharmacological inactive ingredient layer and containing tacrolimus and hydroxypropyl methylcellulose; - characterized in that the weight ratio of tacrolimus: hydroxypropyl methylcellulose: SureleaseTM (SURELEASE NG E-7-19050; solids) in the said pellets is 1: 10-15: 3.6-4.8.
A production mold for a rotor blade of a wind turbine, having two mold half-shells (4, 5) each with an open side and each arranged in a retaining device (2, 3), wherein the two retaining devices (2, 3) are connected to one another in an articulated manner and can be swung back and forth from an open position, in which the two mold half-shells (4, 5) are arranged one beside the other with their open sides oriented upward, into a closed position, in which the two mold half-shells (4, 5) are arranged one above the other with their open sides oriented toward one another, wherein a plurality of two-component closures is provided, of which a one component is arranged on the one retaining device and of which another component is arranged on the other retaining device, and wherein the two components (7a, 7b) can be closed and opened again by means of at least one actuator (10, 11), by way of at least two decoupled movements of one of the components (7a, 7b) or of the two components (7a, 7b) and wherein the two mould half-shells (4, 5), in the closed state, form a gap which runs along between their peripheries and the both retaining devices (2, 3) are provided with spacers and the two mould half-shells (4, 5), in the closed state, are spaced apart from each other by the spacers for forming the gap and the gap extends both along the width and along the longitudinal direction of the peripheries over the whole extension of the peripheries of the mould half-shells (4, 5) being arranged one upon the other.
A method of preparing solid electrolyte particles of Chemical Formula 1, the method comprising: preparing a precursor solution by mixing a titanium precursor, a lanthanum precursor, and a lithium precursor in an aqueous or organic solvent; and heat treating the precursor solution: <Chemical Formula 1> Li 3x La( 2/3-x)TiO 3 (0<x<0.16) wherein the titanium precursor comprises titanium oxide particles having an average particle diameter of 0.5 nm to 10 nm. preparing a precursor solution by mixing a titanium precursor, a lanthanum precursor, and a lithium precursor in an aqueous or organic solvent; and heat treating the precursor solution: <Chemical Formula 1> Li 3x La( 2/3-x)TiO 3 (0<x<0.16) wherein the titanium precursor comprises titanium oxide particles having an average particle diameter of 0.5 nm to 10 nm.
A heat exchanger assembly, comprising: ▪ a heat exchanger of the flooded type, comprising: - a primary tube bundle inside which, during use, a first operating fluid flows; and - a skirt which acts as an outer casing and surrounding said primary tube bundle and apt to receive a second operating fluid which, during use, flows over said primary tube bundle; and ▪ one or more extractable units., said or each extractable unit being apt to be removably inserted inside said heat exchanger and comprising: - a secondary tube bundle inside which, during use, an auxiliary operating fluid flows; and - means for performing a removable connection to said heat exchanger, said means being apt to allow insertion of said secondary tube bundle inside the skirt of said exchanger downstream of the primary tube bundle with respect to the flow of the second operating fluid. ▪ a heat exchanger of the flooded type, comprising: - a primary tube bundle inside which, during use, a first operating fluid flows; and - a skirt which acts as an outer casing and surrounding said primary tube bundle and apt to receive a second operating fluid which, during use, flows over said primary tube bundle; and - a primary tube bundle inside which, during use, a first operating fluid flows; and - a skirt which acts as an outer casing and surrounding said primary tube bundle and apt to receive a second operating fluid which, during use, flows over said primary tube bundle; and ▪ one or more extractable units., said or each extractable unit being apt to be removably inserted inside said heat exchanger and comprising: - a secondary tube bundle inside which, during use, an auxiliary operating fluid flows; and - means for performing a removable connection to said heat exchanger, said means being apt to allow insertion of said secondary tube bundle inside the skirt of said exchanger downstream of the primary tube bundle with respect to the flow of the second operating fluid. - a secondary tube bundle inside which, during use, an auxiliary operating fluid flows; and - means for performing a removable connection to said heat exchanger, said means being apt to allow insertion of said secondary tube bundle inside the skirt of said exchanger downstream of the primary tube bundle with respect to the flow of the second operating fluid.
A bearing structural member, under an action of an external load, a maximum counter force provided by the bearing structural member is an own designed threshold value, namely when the external load is greater than the designed threshold value of the bearing structural member, the bearing structural member deforms, and provides a counter force equal to the designed threshold value; the bearing structural member comprising a reducing section, a sizing section connected to the reducing section and an assembling section for installing the bearing structural member, the bearing structural member being characterized in that - the reducing section is a structural part of which the cross section size changes along the axial direction, wherein the reducing section is a structure of which the cross section size is gradually increased along the axial direction, - the sizing section is a structural part of which the cross section size is equal along the axial direction, wherein the cross section size of the end portion of the reducing section is larger than that of the end, which is connected with the sizing section of the reducing section and - the assembling section is disposed at a lower end of the reducing section, and the structural size of the end, which is connected with the reducing section, of the assembling section is smaller than the size of the end portion structure of the reducing section. - the reducing section is a structural part of which the cross section size changes along the axial direction, wherein the reducing section is a structure of which the cross section size is gradually increased along the axial direction, - the sizing section is a structural part of which the cross section size is equal along the axial direction, wherein the cross section size of the end portion of the reducing section is larger than that of the end, which is connected with the sizing section of the reducing section and - the assembling section is disposed at a lower end of the reducing section, and the structural size of the end, which is connected with the reducing section, of the assembling section is smaller than the size of the end portion structure of the reducing section.
A ported, uniflow-scavenged, opposed-piston engine including one or more cylinders with piston-controlled exhaust and intake ports (54, 56), a pair of pistons (60, 62) disposed in opposition in the bore of a cylinder, each of the pistons being coupled to a crankshaft (71, 72), and a charge air channel to provide charge air to at least one intake port of the engine, in which an exhaust gas recirculation loop has a loop input coupled to an exhaust port of the cylinder and a loop output coupled to the charge air channel, characterized in that: the engine includes a pump in communication with the EGR loop to pump exhaust gas through the EGR loop into the charge air channel. the engine includes a pump in communication with the EGR loop to pump exhaust gas through the EGR loop into the charge air channel.
A fireproof sheet for covering tunnels, mines and underground construction works, comprising three layers: - a first layer which is the external one, - a third layer which is the internal one in contact with the tunnel, mine and underground construction works, and - a second layer that is a layer of foam which is between the first layer and the third layer, and which is a layer of foam of polyethylene chemically crosslinked of closed cell, wherein the second layer and the third layer are corrugated, and wherein the first layer is formed by a film of raffia interposed by two films of polyurethane (8, 10); the second layer comprises halogenated compounds according to a ratio comprised between 5 % and 25 %; and the third layer is composed by two films of polyethylene (5, 9) metalized with aluminum by high vacuum, with a thickness of about 50 μm, wherein the layer of raffia is formed with 5 yarns/cm of warp and 5 yarns/cm of weave; characterized in that it comprises a further external aluminum layer having a thickness comprised between 45 and 200 μm, coating the most external film of polyethylene of the first layer. - a first layer which is the external one, - a third layer which is the internal one in contact with the tunnel, mine and underground construction works, and - a second layer that is a layer of foam which is between the first layer and the third layer, and which is a layer of foam of polyethylene chemically crosslinked of closed cell,
A medical infusion fluid handling system, comprising: a carriage arranged to receive a plurality of solution lines each having a connector end and a cap, the carriage being arranged to move along a first direction so as to move the connector ends of the solution lines along the first direction; a cap stripper arranged to engage with caps on the solution lines on the carriage, to move in a second direction transverse to the first direction, and to move with the carriage along the first direction; and a housing that encloses components of the system and a door that is movably mounted to the housing; the cap stripper being arranged to move in the second direction to engage with caps on the solution lines on the carriage, and the carriage being mounted to the door. a carriage arranged to receive a plurality of solution lines each having a connector end and a cap, the carriage being arranged to move along a first direction so as to move the connector ends of the solution lines along the first direction; a cap stripper arranged to engage with caps on the solution lines on the carriage, to move in a second direction transverse to the first direction, and to move with the carriage along the first direction; and a housing that encloses components of the system and a door that is movably mounted to the housing; the cap stripper being arranged to move in the second direction to engage with caps on the solution lines on the carriage, and the carriage being mounted to the door.
A method of presenting, on a device having a processor and a message store and operated by a user, messages associated with locations and written by individuals represented in at least two individual stores, the method comprising: executing on the processor instructions configured to: - receive, by the device, from the at least two individual stores the messages associated with locations and written by at least one individual; - aggregate, by the device, the messages received from the at least two individual stores in the message store; - upon receiving from the user a request to present the messages: identify, by the device, a location associated with each of the messages; generate, by the device, a map indicating the locations associated with the messages; and present, by the device, the map to the user. - receive, by the device, from the at least two individual stores the messages associated with locations and written by at least one individual; - aggregate, by the device, the messages received from the at least two individual stores in the message store; - upon receiving from the user a request to present the messages: identify, by the device, a location associated with each of the messages; generate, by the device, a map indicating the locations associated with the messages; and present, by the device, the map to the user. identify, by the device, a location associated with each of the messages; generate, by the device, a map indicating the locations associated with the messages; and present, by the device, the map to the user.
A modified Cytolysin A (ClyA) nanopore comprising a cis opening, a mid-section, and a trans opening, wherein an internal surface of the cis opening comprises a first positively-charged amino acid substitution; an internal surface of the mid-section comprises a second positively-charged amino acid substitution; and the trans opening comprises an electronegative constriction; wherein the first positively charged substitution is located at E106, S110, D114, D121, D122, E129, E85, E78, D268, D267, D265, or E258 of SEQ ID NO: 1 or 2; and/or is at a position within a range of 78 to 106 of SEQ ID NO: 1 or 2; and wherein the second positively-charged amino acid substitution corresponds to replacement of a negatively charged amino acid with a positively-charged amino acid at one or more positions corresponding to D74, D71, D64, E53, E161, D158, E46, E42, and D41 of SEQ ID NO: 1 or SEQ ID NO: 2. wherein the first positively charged substitution is located at E106, S110, D114, D121, D122, E129, E85, E78, D268, D267, D265, or E258 of SEQ ID NO: 1 or 2; and/or is at a position within a range of 78 to 106 of SEQ ID NO: 1 or 2; and wherein the second positively-charged amino acid substitution corresponds to replacement of a negatively charged amino acid with a positively-charged amino acid at one or more positions corresponding to D74, D71, D64, E53, E161, D158, E46, E42, and D41 of SEQ ID NO: 1 or SEQ ID NO: 2.
A method of starting a switched reluctance motor that is coupled to drive the compressor wheel of a supercharger, the switched reluctance motor having a plurality of pairs of stator coils, each pair comprising coils that are on opposite sides of the rotational axis of the motor, the method comprising: energising, at the same time, first and second pairs of the stator coils, waiting for a period for rotary movement of the rotor to reduce, and than turning off a first of the two pairs of coils, while leaving the second pair energised so that the rotor is caused to rotate by the second pair of coils, characterised in that the method further comprises the step of repeatedly turning on and off a particular pair of the stator coils to further accelerate the motor, while keeping the other stator coils turned off. energising, at the same time, first and second pairs of the stator coils, waiting for a period for rotary movement of the rotor to reduce, and than turning off a first of the two pairs of coils, while leaving the second pair energised so that the rotor is caused to rotate by the second pair of coils, characterised in that the method further comprises the step of repeatedly turning on and off a particular pair of the stator coils to further accelerate the motor, while keeping the other stator coils turned off.
A laundry treatment apparatus comprising: a cabinet defining an external appearance of the laundry treatment apparatus; a drum rotatably placed within the cabinet and configured to receive laundry therein; a connection duct into which air inside the drum is discharged; a discharge duct configured to extend in a longitudinal direction of the drum and connected to the connection duct; a filter assembly including a filter unit to filter air introduced into the discharge duct and an impurity remover unit configured to separate impurities remaining on the filter unit from the filter unit; and an impurity storage device separable from the discharge duct, the impurity storage device being located below the filter unit to store the impurities separated from the filter unit, characterized in that the filter assembly is located in the discharge duct. a cabinet defining an external appearance of the laundry treatment apparatus; a drum rotatably placed within the cabinet and configured to receive laundry therein; a connection duct into which air inside the drum is discharged; a discharge duct configured to extend in a longitudinal direction of the drum and connected to the connection duct; a filter assembly including a filter unit to filter air introduced into the discharge duct and an impurity remover unit configured to separate impurities remaining on the filter unit from the filter unit; and an impurity storage device separable from the discharge duct, the impurity storage device being located below the filter unit to store the impurities separated from the filter unit, characterized in that the filter assembly is located in the discharge duct.
A method for producing anhydrosugar alcohol comprising the steps of: converting hydrogenated sugar to anhydrosugar alcohol by dehydration reaction, and distilling the resulting liquid of the converting step in two or more stages by sequential use of a combination of an external condenser type, wiped-film evaporator and an internal condenser type, short-path evaporator, wherein the distillation using the external condenser type, wiped-film evaporator is conducted under a temperature condition of from 120 to 250°C and a pressure condition of 1.33 kPa (10 mmHg) or less, the distillation using the internal condenser type, short-path evaporator is conducted under a temperature condition of from 100 to 250°C and a pressure condition of 1.33 kPa (10 mmHg) or less, the distillation using the internal condenser type, short-path evaporator is conducted after the distillation using the external condenser type, wiped-film evaporator, and the resulting distillate from the external condenser type, wiped-film evaporator is fed into the internal condenser type, short-path evaporator. converting hydrogenated sugar to anhydrosugar alcohol by dehydration reaction, and distilling the resulting liquid of the converting step in two or more stages by sequential use of a combination of an external condenser type, wiped-film evaporator and an internal condenser type, short-path evaporator,
An array substrate, comprising: a base; a notch at an edge region of the base; a plurality of pixel units on the base to form a display area, wherein the display area comprises a first display area including pixel units within a first sub-edge region and a second display area including pixel units within a second sub-edge region, and wherein the first sub-edge region forms a part of the edge region at a first side of the notch, and the second sub-edge region forms a part of the edge region at a second side of the notch; a plurality of first gate lines, each of which is shared by pixel units in a same row in the first display area; a plurality of second gate lines, each of which is shared by pixel units in a same row in the second display area; a first gate drive circuit at the first side of the notch and connected electrically with all of the plurality of first gate lines for driving pixel units in the first display area through respective ones of the plurality of the first gate lines; and a second gate drive circuit at the second side of the notch and connected electrically with all of the plurality of second gate lines for driving pixel units in the second display area through respective ones of the plurality of the second gate lines, characterised in that the second gate drive circuit is located within a region between the second display area and a border of the base above the second display area, and the plurality of second gate lines are located within a region between the second display area and the notch. a base; a notch at an edge region of the base; a plurality of pixel units on the base to form a display area, wherein the display area comprises a first display area including pixel units within a first sub-edge region and a second display area including pixel units within a second sub-edge region, and wherein the first sub-edge region forms a part of the edge region at a first side of the notch, and the second sub-edge region forms a part of the edge region at a second side of the notch; a plurality of first gate lines, each of which is shared by pixel units in a same row in the first display area; a plurality of second gate lines, each of which is shared by pixel units in a same row in the second display area; a first gate drive circuit at the first side of the notch and connected electrically with all of the plurality of first gate lines for driving pixel units in the first display area through respective ones of the plurality of the first gate lines; and a second gate drive circuit at the second side of the notch and connected electrically with all of the plurality of second gate lines for driving pixel units in the second display area through respective ones of the plurality of the second gate lines, characterised in that the second gate drive circuit is located within a region between the second display area and a border of the base above the second display area, and the plurality of second gate lines are located within a region between the second display area and the notch.