mhurhangee/ep-ind-claims huggingface dataset:
Packaged dosage form comprising i) a homogeneous stable solid pharmaceutical composition containing amlodipine besylate, bisoprolol fumarate, organic or inorganic fillers, disintegrants, lubricants, anti-adhesives and optionally a binding agent, further comprising less than 0.5 % of the compound of the formula based on the weight of the active ingredients, ii) wherein the homogeneous composition is in the form of a tablet or a capsule, iii) the tablet or capsule is packaged in a damp-proof package, iv) wherein the damp-proof package is selected from the group comprising a cold-formed blister formed from a composite foil covered with an aluminum lidding foil, a blister prepared from a thermoformable, damp-proof composite foil covered with an aluminum lidding foil, and a glass or polypropylene vessel having an airtight cap of polyethylene or polypropylene. i) a homogeneous stable solid pharmaceutical composition containing amlodipine besylate, bisoprolol fumarate, organic or inorganic fillers, disintegrants, lubricants, anti-adhesives and optionally a binding agent, further comprising less than 0.5 % of the compound of the formula based on the weight of the active ingredients, ii) wherein the homogeneous composition is in the form of a tablet or a capsule, iii) the tablet or capsule is packaged in a damp-proof package, iv) wherein the damp-proof package is selected from the group comprising a cold-formed blister formed from a composite foil covered with an aluminum lidding foil, a blister prepared from a thermoformable, damp-proof composite foil covered with an aluminum lidding foil, and a glass or polypropylene vessel having an airtight cap of polyethylene or polypropylene.
A method comprising: providing, to a client device, a user interface for registering a policy, the user interface including one or more input fields to receive a policy registration; receiving, from the client device, a policy registration associated with a data resource stored in a first network database, the policy registration including a resource identifier and a plurality of statements (510, 5n0), the resource identifier identifying the data resource, each of the plurality of statements (510, 5n0) including an operation (516, 5 n 6) performable with respect to the data resource based on satisfaction of one or more conditions (514, 5 n 4); and registering a policy associated with the data resource based on the policy registration, the registering of the policy including: creating a policy object that is linked to the data resource, the policy object comprising an effective policy for the data resource, the effective policy including the plurality of statements (510, 5n0) and at least one access permission inherited from at least one parent data resource from which the data resource depends; and storing the policy object in a second network database. providing, to a client device, a user interface for registering a policy, the user interface including one or more input fields to receive a policy registration; receiving, from the client device, a policy registration associated with a data resource stored in a first network database, the policy registration including a resource identifier and a plurality of statements (510, 5n0), the resource identifier identifying the data resource, each of the plurality of statements (510, 5n0) including an operation (516, 5 n 6) performable with respect to the data resource based on satisfaction of one or more conditions (514, 5 n 4); and registering a policy associated with the data resource based on the policy registration, the registering of the policy including: creating a policy object that is linked to the data resource, the policy object comprising an effective policy for the data resource, the effective policy including the plurality of statements (510, 5n0) and at least one access permission inherited from at least one parent data resource from which the data resource depends; and storing the policy object in a second network database. creating a policy object that is linked to the data resource, the policy object comprising an effective policy for the data resource, the effective policy including the plurality of statements (510, 5n0) and at least one access permission inherited from at least one parent data resource from which the data resource depends; and storing the policy object in a second network database.
A turbo refrigerator comprising: a condenser, a first expansion valve which is adapted to decompress a refrigerant from the condenser, an economizer which is adapted such that the refrigerant decompressed by the first expansion valve is supplied to the economiser, a second expansion valve which is adapted to decompress the refrigerant from the economizer, an evaporator which is adapted such that the refrigerant decompressed by the second expansion valve is supplied to the evaporator, and which is adapted to evaporate the refrigerant into a refrigerant gas, a turbo compressor to which a gas-phase component of the refrigerant from the economizer and the refrigerant gas from the evaporator are adapted to be supplied, a second flow path which is adapted such that the gas-phase component of the refrigerant flows through the second flow path, wherein the turbo compressor includes a first compression stage which is adapted to compress the refrigerant gas, a second compression stage which is adapted to compress the compressed refrigerant gas by the first compression stage, the turbo compressor includes a first flow path which is adapted such that the compressed refrigerant gas flows between the first compression stage and the second compression stage through the first flow path, and a connecting pipe connected to the first flow path and the second flow path, characterized in that a diameter of the connecting pipe reduces toward the first flow path from the second flow path. a condenser, a first expansion valve which is adapted to decompress a refrigerant from the condenser, an economizer which is adapted such that the refrigerant decompressed by the first expansion valve is supplied to the economiser, a second expansion valve which is adapted to decompress the refrigerant from the economizer, an evaporator which is adapted such that the refrigerant decompressed by the second expansion valve is supplied to the evaporator, and which is adapted to evaporate the refrigerant into a refrigerant gas, a turbo compressor to which a gas-phase component of the refrigerant from the economizer and the refrigerant gas from the evaporator are adapted to be supplied, a second flow path which is adapted such that the gas-phase component of the refrigerant flows through the second flow path, wherein the turbo compressor includes a first compression stage which is adapted to compress the refrigerant gas, a second compression stage which is adapted to compress the compressed refrigerant gas by the first compression stage, the turbo compressor includes a first flow path which is adapted such that the compressed refrigerant gas flows between the first compression stage and the second compression stage through the first flow path, and a connecting pipe connected to the first flow path and the second flow path, characterized in that a diameter of the connecting pipe reduces toward the first flow path from the second flow path.
Method for controlling a vehicles performance when driving using a vehicle performance control device, said method comprising the steps of; - recording by means of a recording unit comprised in said vehicle performance control device a vehicles position and at least one vehicle parameter when said vehicle is moving; - imposing a restriction on a vehicles performance when subsequently driving said vehicle at, or substantially at, said recorded position using said at least one recorded vehicle parameter, wherein said vehicle position and said at least one vehicle parameter are recorded by a vehicle driver driving said vehicle, a human machine interface for said vehicle performance control device enabling said vehicle driver to start and stop recording. - recording by means of a recording unit comprised in said vehicle performance control device a vehicles position and at least one vehicle parameter when said vehicle is moving; - imposing a restriction on a vehicles performance when subsequently driving said vehicle at, or substantially at, said recorded position using said at least one recorded vehicle parameter, wherein said vehicle position and said at least one vehicle parameter are recorded by a vehicle driver driving said vehicle, a human machine interface for said vehicle performance control device enabling said vehicle driver to start and stop recording.
A modular manifold configured to be disposed at a subsea location and serving as a manifold for conducting fluid flows passing through the modular manifold, comprising: a manifold base; a manifold frame combined with the manifold base, the manifold frame establishing a plurality of spaces; flowlines; and a plurality of modular units mounted in corresponding spaces of the plurality of spaces, the modular units each having a plurality of connectors positioned to form a plurality of corresponding fluid couplings for directing fluid flow via corresponding fluid lines to corresponding well installations in fluid communication with a plurality of wells, each modular unit being placed in fluid communication with the manifold base which, in turn is coupled with the flowlines for routing to a surface facility, such that the plurality of well installations are located remotely and separately from the manifold base and coupled, in use, with the modular manifold via the corresponding flow lines, wherein the plurality of modular units are configured to control the fluid flows as the fluid flows move between the plurality of well installations and the surface facility. a manifold base; a manifold frame combined with the manifold base, the manifold frame establishing a plurality of spaces; flowlines; and a plurality of modular units mounted in corresponding spaces of the plurality of spaces, the modular units each having a plurality of connectors positioned to form a plurality of corresponding fluid couplings for directing fluid flow via corresponding fluid lines to corresponding well installations in fluid communication with a plurality of wells, each modular unit being placed in fluid communication with the manifold base which, in turn is coupled with the flowlines for routing to a surface facility, such that the plurality of well installations are located remotely and separately from the manifold base and coupled, in use, with the modular manifold via the corresponding flow lines, wherein the plurality of modular units are configured to control the fluid flows as the fluid flows move between the plurality of well installations and the surface facility.
An image forming apparatus comprising: a plurality of color image photosensitive drums (101C, 101Y, 101M) of a first outer diameter; a black image photosensitive drum of a second outer diameter larger than the first outer diameter of the color image photosensitive drums; a color image forming means (10C, 10Y, 10M) for forming a color toner image on each of the plurality of color image photosensitive drums (101C, 101Y, 101M); and a black image forming means for forming a black toner image on the black image photosensitive drum; characterized in that the plurality of color image photosensitive drums is driven by a DC motor, and the black image photosensitive drum is driven by a stepper motor. a plurality of color image photosensitive drums (101C, 101Y, 101M) of a first outer diameter; a black image photosensitive drum of a second outer diameter larger than the first outer diameter of the color image photosensitive drums; a color image forming means (10C, 10Y, 10M) for forming a color toner image on each of the plurality of color image photosensitive drums (101C, 101Y, 101M); and a black image forming means for forming a black toner image on the black image photosensitive drum; characterized in that the plurality of color image photosensitive drums is driven by a DC motor, and the black image photosensitive drum is driven by a stepper motor.
A train alighting person count prediction system comprising: an alighting person count calculation unit that measures or estimates the number of persons alighting from a train which has arrived; a train departure/arrival detection unit that detects arrival of a train; a train interval calculation unit that calculates a train interval which is an interval between arrival times of a first train and a second train; a recording unit, in which a plurality of numbers of alighting persons measured or estimated by the alighting person count calculation unit are recorded in association with respective train intervals; and an arithmetic unit which creates a prediction model from statistical information of the numbers of alighting persons recorded in the recording unit wherein the alighting person count calculation unit is configured to predict the number of persons alighting from a train arriving in the future from the previously measured or estimated numbers of alighting persons, the calculated train interval, and the prediction model. an alighting person count calculation unit that measures or estimates the number of persons alighting from a train which has arrived; a train departure/arrival detection unit that detects arrival of a train; a train interval calculation unit that calculates a train interval which is an interval between arrival times of a first train and a second train; a recording unit, in which a plurality of numbers of alighting persons measured or estimated by the alighting person count calculation unit are recorded in association with respective train intervals; and an arithmetic unit which creates a prediction model from statistical information of the numbers of alighting persons recorded in the recording unit wherein the alighting person count calculation unit is configured to predict the number of persons alighting from a train arriving in the future from the previously measured or estimated numbers of alighting persons, the calculated train interval, and the prediction model.
Use of an annularly corrugated pipe made from high-grade steel suitable for drinking water, for incorporation into a drinking water installation for heat transfer, especially a stratified storage device, characterised in that the corrugated pipe has corrugation the corrugations of which have an internal diameter in the region of 29.5 mm ± 0.5 mm, preferably ± 0.2 mm, and an external diameter in the region of 34.6 mm ± 0.5 mm, preferably ± 0.2 mm.
An earbud manufactured by laser welding, the earbud comprising: a housing having a non-occluding ear portion; a directional sound port disposed in the non-occluding ear portion; a driver assembly positioned within the housing having a front volume disposed in front of the driver assembly and a back volume disposed behind the driver assembly; and an acoustic insert positioned within the housing behind the driver assembly and attached to an interior surface of the housing, wherein the acoustic insert includes a recess defined by raised weld regions that are acoustically sealed to the interior surface of the housing, and characterised in that the acoustic insert and the housing form a multiport chamber and a bass channel that is routed from the back volume to the multiport chamber; a rear vent formed through the acoustic insert and coupling the back volume to the multiport chamber; and a multiport vent formed through the housing and coupling the multiport chamber to an external environment; wherein the housing is formed from a plastic that is transparent to allow a wavelength of a laser to be transmitted through the housing; and wherein the acoustic insert is formed from a plastic doped with a carbon absorptive dopant that absorbs energy of the laser. a housing having a non-occluding ear portion; a directional sound port disposed in the non-occluding ear portion; a driver assembly positioned within the housing having a front volume disposed in front of the driver assembly and a back volume disposed behind the driver assembly; and an acoustic insert positioned within the housing behind the driver assembly and attached to an interior surface of the housing, wherein the acoustic insert includes a recess defined by raised weld regions that are acoustically sealed to the interior surface of the housing, and characterised in that the acoustic insert and the housing form a multiport chamber and a bass channel that is routed from the back volume to the multiport chamber; a rear vent formed through the acoustic insert and coupling the back volume to the multiport chamber; and a multiport vent formed through the housing and coupling the multiport chamber to an external environment; wherein the housing is formed from a plastic that is transparent to allow a wavelength of a laser to be transmitted through the housing; and wherein the acoustic insert is formed from a plastic doped with a carbon absorptive dopant that absorbs energy of the laser.
Monitoring device for an injection mold, the motoring device being configured to be attached to a mold half, the monitoring device comprising: a. a first processing unit; b. an sensor interface by which during operation at least one sensor is interconnected to the first processing unit; c. a second processing unit, interconnected to the first processing unit via a data bus, to exchange data with the first processing unit; d. at least one user interface interconnected to the second processing unit for exchanging information with a user; e. a first housing, wherein the first and second processing unit are arranged on the same or different printed circuit boards in the same first housing (1 5). a. a first processing unit; b. an sensor interface by which during operation at least one sensor is interconnected to the first processing unit; c. a second processing unit, interconnected to the first processing unit via a data bus, to exchange data with the first processing unit; d. at least one user interface interconnected to the second processing unit for exchanging information with a user; e. a first housing, wherein the first and second processing unit are arranged on the same or different printed circuit boards in the same first housing (1 5).
A seed comprising a nematicidal composition, said composition comprising a compound of Formula IV, Formula V, or a salt thereof wherein A is selected from the group consisting of phenyl, pyrazyl, oxazolyl, and isoxazolyl, each of which can be optionally independently substituted with one or more substituents selected from: halogen, CF 3, CH 3, OCF 3, OCH 3, CN, and C O; and C is selected from the group consisting of thienyl, furanyl, oxazolyl, and isoxazolyl, each of which can be optionally independently substituted with one or more substituents selected from: fluorine, chlorine, CH 3, and OCF 3. wherein A is selected from the group consisting of phenyl, pyrazyl, oxazolyl, and isoxazolyl, each of which can be optionally independently substituted with one or more substituents selected from: halogen, CF 3, CH 3, OCF 3, OCH 3, CN, and C O; and C is selected from the group consisting of thienyl, furanyl, oxazolyl, and isoxazolyl, each of which can be optionally independently substituted with one or more substituents selected from: fluorine, chlorine, CH 3, and OCF 3.
False ceiling, comprising a supporting structure that has at least two opposite coplanar profiles (20, 21) that are mutually parallel and fixed to a ceiling, said profiles defining between them an access opening on the ceiling, each profile (20, 21) comprising a shoulder that defines a horizontal bearing surface oriented toward the ceiling, at least one panel being arranged between the profiles (20, 21), the panel being dimensioned so as to rest on the bearing surface of the profiles (20, 21), the false ceiling further comprising removable mounted means for transversely wedging the panel between two opposite profiles (20, 21), the wedging means being arranged on either side of the panel such that each wedging means is a wedging bar (10A, 10B) of which the elongate body vertically abuts the length of a bearing surface of an associated profile (21, 20), which bar is interposed transversely between a lateral edge of the panel and a vertical bearing face of the associated profile (21, 20) that is oriented toward the opposite profile (20, 21), and such that the panel has a width greater than the width of the access opening, and the wedging means have a nominal cross-sectional width established on the basis of the width of the panel and of the width of the access opening so as define, together with the panel, a clearance that allows said panel to be placed on the profiles (20, 21) and removed by a simple push while preventing transverse movement of the panel such that one of the lateral edges of the panel comes to be positioned facing the access opening, the panel being held on the shoulders simply by gravity.
A surgical stapler, comprising: a staple cartridge comprising a cartridge body comprising a plurality of staple cavities and a plurality of staples (1904a, 1904b, 1904c) positioned within the staple cavities; an anvil configured for a facing relationship with the cartridge body, the anvil comprising at least one staple forming surface; a first tissue thickness compensator removably attached to the anvil, wherein the first tissue thickness compensator comprises a first thickness (t 1), and a second tissue thickness compensator removably attached to the cartridge body, wherein the second tissue thickness compensator comprises a second thickness (t 2), wherein the first and second tissue thickness compensators are configured to be captured within the staples (1904a, 1904b, 1904c) and assume different compressed heights within different staples due to different tissue heights within the different staples, and wherein the sum of the first thickness and the second thickness is at least equal to a minimum thickness which provides adequate tissue thickness compensation within the staples; characterised in that the first tissue thickness compensator is hingedly attached to the second tissue thickness compensator such that the tissue thickness compensator can be moved between a relaxed configuration and a flexed configuration and the tissue thickness compensator in its relaxed configuration defines a relaxed angle that is greater than or equal to the angle defined between the staple cartridge and the anvil. a staple cartridge comprising a cartridge body comprising a plurality of staple cavities and a plurality of staples (1904a, 1904b, 1904c) positioned within the staple cavities; an anvil configured for a facing relationship with the cartridge body, the anvil comprising at least one staple forming surface; a first tissue thickness compensator removably attached to the anvil, wherein the first tissue thickness compensator comprises a first thickness (t 1), and a second tissue thickness compensator removably attached to the cartridge body, wherein the second tissue thickness compensator comprises a second thickness (t 2), wherein the first and second tissue thickness compensators are configured to be captured within the staples (1904a, 1904b, 1904c) and assume different compressed heights within different staples due to different tissue heights within the different staples, and wherein the sum of the first thickness and the second thickness is at least equal to a minimum thickness which provides adequate tissue thickness compensation within the staples; characterised in that the first tissue thickness compensator is hingedly attached to the second tissue thickness compensator such that the tissue thickness compensator can be moved between a relaxed configuration and a flexed configuration and the tissue thickness compensator in its relaxed configuration defines a relaxed angle that is greater than or equal to the angle defined between the staple cartridge and the anvil.