mhurhangee/patent-ind-claim-en huggingface dataset:
A sustained-release formulation for once-daily oral administration containing Mosapride or its salt as an active ingredient, wherein the formulation comprises: a fast-release layer comprising the active ingredient, a filler, a disintegrating agent, and an additive; and a sustained-release layer comprising the active ingredient, a filler, a disintegrating agent, a controlled-release matrix, and an additive; wherein the formulation complies with the dissolution profile described below when the dissolution profile is measured according to the second method of the of dissolution test (paddle method) of the Korean Pharmacopoeia at 37°C in dissolution media of pH 4.0, 6.8, 1.2 and water, a) the active ingredients contained in the formulation are released in the range of from 25% to 45% in 1 hour, from 60% to 80% in 8 hours, and at least 85% in 24 hours in the dissolution media of pH 4.0, 1.2 and water; and b) the active ingredients contained in the formulation are released 45% or less in 16 hours in the dissolution medium of pH 6.8; wherein the sustained-release layer is prepared by mixing the high-viscosity hydroxypropyl methylcellulose (HPMC) having a viscosity of from 80 Pas to 120 Pas (80,000 cps to 120,000 cps) and the low-viscosity HPMC having a viscosity of 2 Pas to 20 Pas (2,000 cps to 20,000 cps) at a weight ratio in the range of from 2.6:1 to 1:1 as a controlled-release matrix. a fast-release layer comprising the active ingredient, a filler, a disintegrating agent, and an additive; and a sustained-release layer comprising the active ingredient, a filler, a disintegrating agent, a controlled-release matrix, and an additive; wherein the formulation complies with the dissolution profile described below when the dissolution profile is measured according to the second method of the of dissolution test (paddle method) of the Korean Pharmacopoeia at 37°C in dissolution media of pH 4.0, 6.8, 1.2 and water, a) the active ingredients contained in the formulation are released in the range of from 25% to 45% in 1 hour, from 60% to 80% in 8 hours, and at least 85% in 24 hours in the dissolution media of pH 4.0, 1.2 and water; and b) the active ingredients contained in the formulation are released 45% or less in 16 hours in the dissolution medium of pH 6.8; a) the active ingredients contained in the formulation are released in the range of from 25% to 45% in 1 hour, from 60% to 80% in 8 hours, and at least 85% in 24 hours in the dissolution media of pH 4.0, 1.2 and water; and b) the active ingredients contained in the formulation are released 45% or less in 16 hours in the dissolution medium of pH 6.8; wherein the sustained-release layer is prepared by mixing the high-viscosity hydroxypropyl methylcellulose (HPMC) having a viscosity of from 80 Pas to 120 Pas (80,000 cps to 120,000 cps) and the low-viscosity HPMC having a viscosity of 2 Pas to 20 Pas (2,000 cps to 20,000 cps) at a weight ratio in the range of from 2.6:1 to 1:1 as a controlled-release matrix.
Magnetic resonance tomograph having a device for detecting a spike during a magnetic resonance scan, wherein the device comprises: a first receiver with a first signal connection for connecting a local coil and a second receiver with a second signal connection for connecting a reference antenna, wherein the device is configured to compare a first signal received by the first receiver via the first signal connection with a second signal received by the second receiver via the second signal connection , by means of a comparator unit and to output a warning signal in the event of a predetermined deviation, wherein the magnetic resonance tomograph comprises a body coil and a local coil, and the local coil is connected to the first signal connection, characterised in that the body coil is connected as a reference antenna to the second signal connection of the device. a first receiver with a first signal connection for connecting a local coil and a second receiver with a second signal connection for connecting a reference antenna, wherein the device is configured to compare a first signal received by the first receiver via the first signal connection with a second signal received by the second receiver via the second signal connection , by means of a comparator unit and to output a warning signal in the event of a predetermined deviation, wherein the magnetic resonance tomograph comprises a body coil and a local coil, and the local coil is connected to the first signal connection, characterised in that the body coil is connected as a reference antenna to the second signal connection of the device.
An electron beam source for generating an electron beam , the source comprising: a cathode , an anode , and a grid for regulating an electron beam current, wherein: the cathode has a base and a protrusion with sidewalls and a top surface , the base having a base surface which is essentially in parallel with the top surface , the base surface and the top surface are essentially flat and facing towards the anode , the base surface and the top surface are arranged at a predetermined distance from each other, the base is larger than the protrusion , the sidewalls are essentially perpendicular to the base surface and the top surface , and a control unit is configured for changing an applied voltage to the grid for switching a spot size of the electron beam on a target surface between at least a first spot size corresponding to emission from the top surface of the cathode only and to a second spot size corresponding to emission from the top surface and the base surface of the cathode . a cathode , an anode , and a grid for regulating an electron beam current, wherein: the cathode has a base and a protrusion with sidewalls and a top surface , the base having a base surface which is essentially in parallel with the top surface , the base surface and the top surface are essentially flat and facing towards the anode , the base surface and the top surface are arranged at a predetermined distance from each other, the base is larger than the protrusion , the sidewalls are essentially perpendicular to the base surface and the top surface , and a control unit is configured for changing an applied voltage to the grid for switching a spot size of the electron beam on a target surface between at least a first spot size corresponding to emission from the top surface of the cathode only and to a second spot size corresponding to emission from the top surface and the base surface of the cathode . the cathode has a base and a protrusion with sidewalls and a top surface , the base having a base surface which is essentially in parallel with the top surface , the base surface and the top surface are essentially flat and facing towards the anode , the base surface and the top surface are arranged at a predetermined distance from each other, the base is larger than the protrusion , the sidewalls are essentially perpendicular to the base surface and the top surface , and a control unit is configured for changing an applied voltage to the grid for switching a spot size of the electron beam on a target surface between at least a first spot size corresponding to emission from the top surface of the cathode only and to a second spot size corresponding to emission from the top surface and the base surface of the cathode .
A method of wireless communication, comprising: determining that a remote near field communication, NFC device of two or more remote NFC devices supports single device detection, SDD based on reception of one or more sensing response messages from the two or more remote NFC devices in response to a transmitted device sensing request message; resolving the remote NFC device of the two or more remote NFC devices using SDD; and determining whether a remaining remote NFC device of the two or more remote NFC devices supports SDD; resolving the remaining remote NFC device using SDD upon a determination that the remaining remote NFC device supports SDD; and setting a flag indicating that one or more unresolved remote NFC devices are present upon a determination that the remaining remote NFC device does not support SDD. determining that a remote near field communication, NFC device of two or more remote NFC devices supports single device detection, SDD based on reception of one or more sensing response messages from the two or more remote NFC devices in response to a transmitted device sensing request message; resolving the remote NFC device of the two or more remote NFC devices using SDD; and determining whether a remaining remote NFC device of the two or more remote NFC devices supports SDD; resolving the remaining remote NFC device using SDD upon a determination that the remaining remote NFC device supports SDD; and setting a flag indicating that one or more unresolved remote NFC devices are present upon a determination that the remaining remote NFC device does not support SDD.
Optometry device for testing an individual's eye comprising: - a casing (2; 102; 202; 302); - an imaging module (10; 110; 210; 310) located in the casing and adapted to produce a light beam (B) directed to the individual's eye and forming an image representing an object for the individual's eyes; and - an illumination system (60; 160; 260; 360) adapted to produce a variable ambient light level inside the casing, said illumination system comprising a screen backlighted by a light source , a beam splitter and a concave mirror ; characterised in that the optometry device comprises a refraction module (30; 30') adapted to provide a variable optical correction to the individual's eye looking therethrough into the casing. - a casing (2; 102; 202; 302); - an imaging module (10; 110; 210; 310) located in the casing and adapted to produce a light beam (B) directed to the individual's eye and forming an image representing an object for the individual's eyes; and - an illumination system (60; 160; 260; 360) adapted to produce a variable ambient light level inside the casing, said illumination system comprising a screen backlighted by a light source , a beam splitter and a concave mirror ;
Method for state estimation of a distribution network based on real time measurement values, the method being performed by means of a calculating unit in a substation and characterized by the steps: - calculating load scaling factors at least for non-redundantly measurable parts of the distribution network, wherein the load scaling factors are calculated with respect to a relation of a calculated load value and a load value, - determining whether each of the load scaling factors related to a non-redundantly measurable part of the distribution network is within a given range (RLSF), - discarding measurement values related to a corresponding scaling factor for all load scaling factors outside the given range (RLSF) to gain remaining measurement values, - estimating a network state of the distribution network based on remaining measurement values. - calculating load scaling factors at least for non-redundantly measurable parts of the distribution network, wherein the load scaling factors are calculated with respect to a relation of a calculated load value and a load value, - determining whether each of the load scaling factors related to a non-redundantly measurable part of the distribution network is within a given range (RLSF), - discarding measurement values related to a corresponding scaling factor for all load scaling factors outside the given range (RLSF) to gain remaining measurement values, - estimating a network state of the distribution network based on remaining measurement values.
Modular fence structure, comprising a plurality of transverse containment elements , and a plurality of uprights adapted to support said plurality of transverse containment elements , said uprights being constituted by metal tubular bodies; said uprights comprising a plurality of shaped notches , made along the extension thereof, adapted to allow the quick and safe connection of said containment elements , said fence structure further comprising fixing elements that are fixed to said containment elements and being associable with said uprights , said fixing elements being each essentially constituted by a plate, characterized in that some or all said shaped notches are substantially complementary to the profile of the cross section of said fixing elements , said fixing elements being insertable in said shaped notches , with possibility of sliding, in a manner such to traverse said uprights from side to side, projecting from opposite sides, and in that said shaped notches are substantially shaped as an elongated slot.
A process for producing a laminated film formed by laminating at least two sheets of resin films, comprising the following steps: - surface-treating by bringing a complex of a halide of an element of Group 13 of the periodic table into contact with at least a part of a region in the surfaces of at least one of the two sheets of resin films, said resin film being formed by at least any one selected from the group consisting of fluorine resin, polymethyl methacrylate, polyethylene terephthalate, polyethylene naphthalate, polybutylene terephthalate, polycyclohexane dimethanol terephthalate, polycarbonate, ethylene-vinyl acetate copolymer, polyolefin-based resin, polyvinyl butyral, and polyimide, - washing the resin film after surface modification with a washing solution, and - bonding the surface-modified film and the other resin film together so that the surface having been brought into contact with the complex of a halide of an element of Group 13 is bonded as a mating surface, wherein at least one of the two sheets of resin films is an ethylene-vinyl acetate copolymer film, and the bonding in the bonding step is performed without using an adhesive. - surface-treating by bringing a complex of a halide of an element of Group 13 of the periodic table into contact with at least a part of a region in the surfaces of at least one of the two sheets of resin films, said resin film being formed by at least any one selected from the group consisting of fluorine resin, polymethyl methacrylate, polyethylene terephthalate, polyethylene naphthalate, polybutylene terephthalate, polycyclohexane dimethanol terephthalate, polycarbonate, ethylene-vinyl acetate copolymer, polyolefin-based resin, polyvinyl butyral, and polyimide, - washing the resin film after surface modification with a washing solution, and - bonding the surface-modified film and the other resin film together so that the surface having been brought into contact with the complex of a halide of an element of Group 13 is bonded as a mating surface,
Method for producing high-voltage insulation of electrical components , comprising the steps of applying a first layer of insulating material to the electrical component ; applying a second layer of insulating material to the electrical component; wherein the second layer is applied at least sectionally to the first layer , such that the first layer is arranged at least sectionally between the second layer and the electrical component ; characterized in that the insulating material is applied to the electrical component by way of a 3D printing method; and in that the method furthermore comprises the steps of: applying a multiplicity of overlapping layers of insulating material in the form of a closed traverse consisting of a first insulating material on the electrical component, such that the closed traverse encloses part of a surface of the electrical component and an electrical component arranged thereon; applying a second insulating material to the surface, enclosed by the closed traverse , of the electrical component. applying a multiplicity of overlapping layers of insulating material in the form of a closed traverse consisting of a first insulating material on the electrical component, such that the closed traverse encloses part of a surface of the electrical component and an electrical component arranged thereon; applying a second insulating material to the surface, enclosed by the closed traverse , of the electrical component.
A reactor system for fermentation of a gaseous substrate, the system comprising: a. a fermentation vessel comprising a riser section wherein a liquid fermentation broth and the gaseous substrate are flowed concurrently upwards and a downcomer section wherein the liquid fermentation broth and the gaseous substrate are flowed concurrently downward, said riser and downcomer sections connected by substantially horizontal sections and configured such that liquid fermentation broth and gaseous substrate are circulated, using pumping means, in a primary loop from a point near the bottom of the downcomer section, through the riser to an inlet point at the top of the downcomer section; b. a secondary loop comprising an outlet located at a point near the bottom of the riser section, piping means connecting the outlet from the bottom of the riser to an inlet at the top of the riser and pumping means located between the outlet point and inlet point such that fermentation broth and gaseous substrate is circulated from the bottom of the downcomer to the top of the riser section; c. at least one gas inlet configured to direct gaseous substrate into the riser section; and d. at least one gas outlet, configured to allow gas to exit the riser section. a. a fermentation vessel comprising a riser section wherein a liquid fermentation broth and the gaseous substrate are flowed concurrently upwards and a downcomer section wherein the liquid fermentation broth and the gaseous substrate are flowed concurrently downward, said riser and downcomer sections connected by substantially horizontal sections and configured such that liquid fermentation broth and gaseous substrate are circulated, using pumping means, in a primary loop from a point near the bottom of the downcomer section, through the riser to an inlet point at the top of the downcomer section; b. a secondary loop comprising an outlet located at a point near the bottom of the riser section, piping means connecting the outlet from the bottom of the riser to an inlet at the top of the riser and pumping means located between the outlet point and inlet point such that fermentation broth and gaseous substrate is circulated from the bottom of the downcomer to the top of the riser section; c. at least one gas inlet configured to direct gaseous substrate into the riser section; and d. at least one gas outlet, configured to allow gas to exit the riser section.
A method of flat bottom dredging of a bed at least partially covered with liquid from a floating pontoon , the method comprising: controllably rotating a ladder with a cutter head toward the bed to set the dredge depth and force with a first hydraulic system ; adjusting the cutter head position with a second hydraulic system so that it is level with the bed; and continuously adjusting the ladder depth and force and the cutter head position while dredging through a control system which receives sensor signals. controllably rotating a ladder with a cutter head toward the bed to set the dredge depth and force with a first hydraulic system ; adjusting the cutter head position with a second hydraulic system so that it is level with the bed; and continuously adjusting the ladder depth and force and the cutter head position while dredging through a control system which receives sensor signals.
An information indication method, comprising: generating (S101), by a reporting access point, AP, a first frame, wherein the first frame comprises a neighbor report element, the neighbor report element comprises a basic service set identifier, BSSID field and a BSSID information field, the BSSID information field comprises a co-location AP field and a multi-band field, the co-location AP field indicates whether a neighbor AP indicated by the BSSID field and the reporting AP are co-located, the multi-band field is used to indicate whether the neighbor AP is located in a multiple-band device, wherein the multiple-band device comprises a 6GHz AP; sending (S102), by the reporting AP, the first frame to a station, STA on a 2.4 GHz band or a 5 GHz band. generating (S101), by a reporting access point, AP, a first frame, wherein the first frame comprises a neighbor report element, the neighbor report element comprises a basic service set identifier, BSSID field and a BSSID information field, the BSSID information field comprises a co-location AP field and a multi-band field, the co-location AP field indicates whether a neighbor AP indicated by the BSSID field and the reporting AP are co-located, the multi-band field is used to indicate whether the neighbor AP is located in a multiple-band device, wherein the multiple-band device comprises a 6GHz AP; sending (S102), by the reporting AP, the first frame to a station, STA on a 2.4 GHz band or a 5 GHz band.
Vehicle assembly device comprising a conveyor track , wherein the conveyor track is configured to transport part-vehicles and stations for completing the part-vehicles are arranged along the conveyor track , wherein the conveyor track has a helical shape, characterized in that the conveyor track is constructed as a three-dimensional helix, such that stations are not only adjacent to each other in the surface of the assembly hall, but are also located vertically above and below each other.
An airfoil with a squealer tip cooling system for a turbine blade , having a suction side surface and a pressure side surface , the suction side surface and the pressure side surface meeting at a leading edge and a trailing edge , wherein the airfoil comprises the squealer tip cooling system provided at a blade tip , the squealer tip cooling system comprising: - a cooling passage arranged within a squealer tip , wherein the cooling passage at least partly extends toward a terminal end of the squealer tip and extends obliquely with respect to the respective suction and/or pressure side surface , and - a pocket provided at a lateral surface of the squealer tip , open externally and extending inwardly at least partly across the cooling passage , wherein the pocket intersects the cooling passage and includes an impingement surface facing the cooling passage , on which a cooling medium expelled through the cooling passage impinges before being discharged externally through the pocket . - a cooling passage arranged within a squealer tip , wherein the cooling passage at least partly extends toward a terminal end of the squealer tip and extends obliquely with respect to the respective suction and/or pressure side surface , and - a pocket provided at a lateral surface of the squealer tip , open externally and extending inwardly at least partly across the cooling passage , wherein the pocket intersects the cooling passage and includes an impingement surface facing the cooling passage , on which a cooling medium expelled through the cooling passage impinges before being discharged externally through the pocket .