mhurhangee/ep-ind-claims huggingface dataset:
A pharmaceutical composition for oral administration in the form of a tablet, comprising in a single dosage form: a) an immediate release layer, comprising ramipril and polyvinyl alcohol in a wt.% ratio in a range of 1.1 to 4.0 and one or more pharmaceutically acceptable excipients; and b) a sustained-release layer, comprising indapamide, a sustained release agent being hydroxypropylmethylcellulose or hydroxyethylcellulose with a viscosity in a range of 2 500 - 5 500 mPas, measured according to EU Pharmacopoeia 7.0 method 2.2.8 in 2% water solution, and one or more pharmaceutically acceptable excipients. a) an immediate release layer, comprising ramipril and polyvinyl alcohol in a wt.% ratio in a range of 1.1 to 4.0 and one or more pharmaceutically acceptable excipients; and b) a sustained-release layer, comprising indapamide, a sustained release agent being hydroxypropylmethylcellulose or hydroxyethylcellulose with a viscosity in a range of 2 500 - 5 500 mPas, measured according to EU Pharmacopoeia 7.0 method 2.2.8 in 2% water solution, and one or more pharmaceutically acceptable excipients.
A peristaltic pump, comprising: a raceway configured to retain a tube; a plunger configured to peristaltically actuate the tube disposed within the raceway; a motor configured to engage the plunger to actuate the plunger; and a heater (3806, 3828) disposed in thermal-conductive contact with the tube, characterized in that the heater (3806, 3828) is disposed on the plunger. a raceway configured to retain a tube; a plunger configured to peristaltically actuate the tube disposed within the raceway; a motor configured to engage the plunger to actuate the plunger; and a heater (3806, 3828) disposed in thermal-conductive contact with the tube, characterized in that the heater (3806, 3828) is disposed on the plunger.
An electrical coupler (1600"), comprising: a slip ring assembly comprising: a non-electrically-conductive base member defining an axis (SA-SA) and having a distal side; a plurality of electrically-conductive rings supported on the distal side of the non-electrically-conductive base in a spaced, concentric arrangement relative to each other; and an electrically-conductive circuit trace extending through the non-electrically-conductive base member corresponding to each of the electrically-conductive rings and being electrically coupled thereto and wherein the electrical coupler further comprises an electrical component (1800") mounted along the axis and including a contact (1802") corresponding to each of the electrically-conductive rings and wherein one of the slip ring assembly and the electrical component is rotatable about the axis such that each said contact is in electrical contact with a distal face of the electrically-conductive ring corresponding thereto during rotation of one of the slip ring assembly and electrical component about the axis. a non-electrically-conductive base member defining an axis (SA-SA) and having a distal side; a plurality of electrically-conductive rings supported on the distal side of the non-electrically-conductive base in a spaced, concentric arrangement relative to each other; and an electrically-conductive circuit trace extending through the non-electrically-conductive base member corresponding to each of the electrically-conductive rings and being electrically coupled thereto and wherein the electrical coupler further comprises an electrical component (1800") mounted along the axis and including a contact (1802") corresponding to each of the electrically-conductive rings and wherein one of the slip ring assembly and the electrical component is rotatable about the axis such that each said contact is in electrical contact with a distal face of the electrically-conductive ring corresponding thereto during rotation of one of the slip ring assembly and electrical component about the axis.
A method for operating a group of wind turbines in a wind power plant coupled to a utility grid, comprising: - determining in response to receiving a power curtailment command from the grid that one or more wind turbines in the group of wind turbines should be deactivated, - retrieving data from each wind turbine in the group of wind turbines, - ranking all the wind turbines in the group of wind turbines according to a set of ranking criteria and based on the retrieved data, - selecting one or more wind turbines in the group of wind turbines to be deactivated based on the ranking, - repeating at time intervals the steps of data retrieval and ranking of all the wind turbines in the group of wind turbines including any deactivated wind turbines in the group, and - re-selecting one or more wind turbines in the group of wind turbines to be deactivated based on the updated ranking, wherein the data includes a down time for any presently deactivated wind turbine in the group of wind turbines, reflecting for how long time the wind turbine has been presently deactivated and wherein the set of ranking criteria comprises a pause criterion taking into account the down time. - determining in response to receiving a power curtailment command from the grid that one or more wind turbines in the group of wind turbines should be deactivated, - retrieving data from each wind turbine in the group of wind turbines, - ranking all the wind turbines in the group of wind turbines according to a set of ranking criteria and based on the retrieved data, - selecting one or more wind turbines in the group of wind turbines to be deactivated based on the ranking, - repeating at time intervals the steps of data retrieval and ranking of all the wind turbines in the group of wind turbines including any deactivated wind turbines in the group, and - re-selecting one or more wind turbines in the group of wind turbines to be deactivated based on the updated ranking,
A method for producing a tubular shoulder comprising the following steps: preparing an inner element by injection molding of an inner-element forming composition in a first mold; disposing the formed inner element on a mandrel in a second mold; injecting an outer-element forming composition into the second mold, such that said composition is injected, while it is hot, onto the held inner element; and bonding the inner element and the outer element together by compression, while the outer element still has a high temperature, wherein an output resulting from said molding is formed to be the tubular shoulder having the inner element and the outer element bonded together by the in-mold assembly method. preparing an inner element by injection molding of an inner-element forming composition in a first mold; disposing the formed inner element on a mandrel in a second mold; injecting an outer-element forming composition into the second mold, such that said composition is injected, while it is hot, onto the held inner element; and bonding the inner element and the outer element together by compression, while the outer element still has a high temperature,
A method for determining fluid mobility in a rock sample using time-lapse positron emission particle tracking, which comprises the steps of: selecting a porous rock sample with a permeability less than one micro-darcy; selecting a fluid for the rock sample that is a gas; selecting a tag for the fluid that is the gas or another gas; placing the rock sample in a pressurized container; introducing the fluid and the tag into pores within the rock sample; recording gamma-ray emissions from the tag in a list mode file using a positron emission tomography camera as the tag traverses with the fluid through the pores in the rock sample placed in the pressurized container; converting the gamma-ray emissions into images; and displaying the images. selecting a porous rock sample with a permeability less than one micro-darcy; selecting a fluid for the rock sample that is a gas; selecting a tag for the fluid that is the gas or another gas; placing the rock sample in a pressurized container; introducing the fluid and the tag into pores within the rock sample; recording gamma-ray emissions from the tag in a list mode file using a positron emission tomography camera as the tag traverses with the fluid through the pores in the rock sample placed in the pressurized container; converting the gamma-ray emissions into images; and displaying the images.
A composition for use in reducing absorption of dietary fat in a subject, said composition comprising (a) a dietary fibre preparation of plant origin, and (b) at least one cyclodextrin, wherein the at least one cyclodextrin is present in a sufficient amount whereby the fat-binding ability of the dietary fibre preparation is increased relative to a composition without the at least one cyclodextrin, and wherein the weight ratio of the dietary fibre and cyclodextrin is between 99:1 and 50:50; wherein the dietary fibre of plant origin is derived from a plant belonging to the family Cactaceae. (a) a dietary fibre preparation of plant origin, and (b) at least one cyclodextrin, wherein the at least one cyclodextrin is present in a sufficient amount whereby the fat-binding ability of the dietary fibre preparation is increased relative to a composition without the at least one cyclodextrin, and wherein the weight ratio of the dietary fibre and cyclodextrin is between 99:1 and 50:50;
Method for plasma treating a target surface of a part including the following steps of: - obtaining the target surface on the part, comprising an operation of depositing a coat of varnish on a dedicated area of the target surface and an operation of pre-crosslinking at least a portion of the coat of varnish by exposing at least a portion of the target surface to ultraviolet radiation; - placing the part in a chamber of a plasma generator, - evacuating the chamber to a pressure of between 10 -6 and 10 mbar, - injecting a suitable gas into the chamber until a pressure in the chamber of between 10 -4 and 10 2 mbar is reached, - generating an electric current discharge within the chamber, via an electric generator, in order to generate a plasma, - exposing the target surface of the part to the plasma for a predefined period of time, depending at least on the power of the electric current discharge, the gas injected into the chamber and the material of the target surface, so as to deteriorate the surface condition of the target surface in order to increase the roughness thereof to mat said target surface, said step of exposing the target surface of the part to the plasma being carried out so as to finish the crosslinking of the portion of the pre-crosslinked varnish coat. - obtaining the target surface on the part, comprising an operation of depositing a coat of varnish on a dedicated area of the target surface and an operation of pre-crosslinking at least a portion of the coat of varnish by exposing at least a portion of the target surface to ultraviolet radiation; - placing the part in a chamber of a plasma generator, - evacuating the chamber to a pressure of between 10 -6 and 10 mbar, - injecting a suitable gas into the chamber until a pressure in the chamber of between 10 -4 and 10 2 mbar is reached, - generating an electric current discharge within the chamber, via an electric generator, in order to generate a plasma, - exposing the target surface of the part to the plasma for a predefined period of time, depending at least on the power of the electric current discharge, the gas injected into the chamber and the material of the target surface, so as to deteriorate the surface condition of the target surface in order to increase the roughness thereof to mat said target surface, said step of exposing the target surface of the part to the plasma being carried out so as to finish the crosslinking of the portion of the pre-crosslinked varnish coat.
An access system for overhanging or convexly curved walls, in particular of tower-like buildings such as, for example, cooling towers, comprising - a superstructure that can be attached moveably to the upper edge of the wall, - a working platform that is suspended to the superstructure by means of drive and guide cables (12, 13), - a drive assigned to the drive cables in order to move the working platform vertically over the drive cables, and - a cantilever with two cantilever arms which are held spaced apart from one another on the working platform and pivotable about a common axis, the cantilever arms being fixed to the superstructure by support cables and being pivotable with respect to the working platform by means of actuation devices assigned to the support cables, characterised in that the cantilever arms each carry a ballast weight, that the ballast weights are held on the cantilever arms, guided moveably in their longitudinal direction, that the drive means are provided in order to move the ballast weights along the cantilever arms, and that the support cables are fastened to the ballast weights. - a superstructure that can be attached moveably to the upper edge of the wall, - a working platform that is suspended to the superstructure by means of drive and guide cables (12, 13), - a drive assigned to the drive cables in order to move the working platform vertically over the drive cables, and - a cantilever with two cantilever arms which are held spaced apart from one another on the working platform and pivotable about a common axis, the cantilever arms being fixed to the superstructure by support cables and being pivotable with respect to the working platform by means of actuation devices assigned to the support cables,
An apparatus, comprising: a first thermoset layer comprising a first fibrous material embedded in a first thermoset matrix; a second thermoset layer comprising a second fibrous material embedded in a second thermoset matrix, the second thermoset layer being coupled to the first thermoset layer to form a joint, wherein a gap is defined between the first thermoset layer and the second thermoset layer; and a thermoplastic filler made from a thermoplastic material, the thermoplastic filler being positioned within the gap and having a cross-sectional shape and size corresponding with the cross-sectional shape and size of the gap. a first thermoset layer comprising a first fibrous material embedded in a first thermoset matrix; a second thermoset layer comprising a second fibrous material embedded in a second thermoset matrix, the second thermoset layer being coupled to the first thermoset layer to form a joint, wherein a gap is defined between the first thermoset layer and the second thermoset layer; and a thermoplastic filler made from a thermoplastic material, the thermoplastic filler being positioned within the gap and having a cross-sectional shape and size corresponding with the cross-sectional shape and size of the gap.
A sealable element for sealing the rim of receptacles such as e.g. glass jars, the element comprising: - at least a backing layer made from a deformable material, and - a sealable, preferably heat-sealable, membrane having a substantially circular shape and being detachably connected to the backing layer, wherein the membrane comprises an additional or integral opening means formed as an opening tab connected to the rim portion of the membrane, wherein the opening tab is positioned between the backing layer and the membrane by being bent about the rim portion of the membrane towards a centre portion thereof, characterized in that at least the membrane has a contour with a radius continuously varying between a lower radius value and an upper radius value, wherein the ratio between the lower radius value and the upper radius value is defined by the equation 0.9 ≤ L / U ≤ 0.99, preferably 0.95 ≤ L / U ≤ 0.97, and wherein the opening tab is arranged in an area in which the contour of the membrane presents the upper radius value. - at least a backing layer made from a deformable material, and - a sealable, preferably heat-sealable, membrane having a substantially circular shape and being detachably connected to the backing layer,
A control device which executes control for an electric motor vehicle that has a drive motor that generates a drive torque to be transmitted to drive wheels and a power supply source that includes, a generator and a storage battery and provides power to the drive motor, the control device comprising: a system controller that is programmed to: calculate a required drive torque based upon a traveling state of the vehicle; calculate a power supply value representing power to be supplied from the power supply source to the drive motor based upon the required drive torque; reduce frequency component in the generator power supply that is equivalent to a torsional vibration of a drive system of the vehicle by applying a damping process on a target power generation; control the generator power supply to supply to the drive motor power resulting from damping processing; and match the power supplied from the power supply source (12, 17) to the drive motor with the power supply value, characterized in that the system controller is further programmed to: calculate a drive torque to be indicated in a command issued to the drive motor based upon the power resulting from the damping processing and control the drive motor based upon the drive torque. a system controller that is programmed to: calculate a required drive torque based upon a traveling state of the vehicle; calculate a power supply value representing power to be supplied from the power supply source to the drive motor based upon the required drive torque; reduce frequency component in the generator power supply that is equivalent to a torsional vibration of a drive system of the vehicle by applying a damping process on a target power generation; control the generator power supply to supply to the drive motor power resulting from damping processing; and match the power supplied from the power supply source (12, 17) to the drive motor with the power supply value, calculate a required drive torque based upon a traveling state of the vehicle; calculate a power supply value representing power to be supplied from the power supply source to the drive motor based upon the required drive torque; reduce frequency component in the generator power supply that is equivalent to a torsional vibration of a drive system of the vehicle by applying a damping process on a target power generation; control the generator power supply to supply to the drive motor power resulting from damping processing; and match the power supplied from the power supply source (12, 17) to the drive motor with the power supply value, characterized in that the system controller is further programmed to: calculate a drive torque to be indicated in a command issued to the drive motor based upon the power resulting from the damping processing and control the drive motor based upon the drive torque.
Silencer, comprising - a housing, - a flow region located within the housing, - at least one inflow opening allowing a gaseous medium to flow into the flow region, - filter material, through which the flowing-in medium can flow, and - at least one outflow opening allowing the gaseous medium to flow out of the flow region, - wherein, if the silencer is used as intended, there is an axial flow of the gaseous medium through a first section of the flow region, - wherein a second section of the flow region located downstream of the first section is at least partially filled with filter material, - wherein a deflection device is provided to deflect the axial flow through the first section of the flow region into a radial flow through the second section of the flow region, - wherein the housing is axially symmetric, - wherein the first section of the flow region is defined by a centrally located inflow sleeve extending in the axial direction, - wherein the second section is at least partially located radially outside the inflow sleeve, and - wherein the filter material is at least partially wound onto the inflow sleeve. characterised in that the inflow sleeve comprises a fastening device suitable for holding an end region of a filter web to be wound onto the inflow sleeve when mounting the filter material on the inflow sleeve, the fastening device being represented either by driver hooks or by at least one, preferable two, slot(s) extending in the axial direction in the inflow sleeve. - a housing, - a flow region located within the housing, - at least one inflow opening allowing a gaseous medium to flow into the flow region, - filter material, through which the flowing-in medium can flow, and - at least one outflow opening allowing the gaseous medium to flow out of the flow region, - wherein, if the silencer is used as intended, there is an axial flow of the gaseous medium through a first section of the flow region, - wherein a second section of the flow region located downstream of the first section is at least partially filled with filter material, - wherein a deflection device is provided to deflect the axial flow through the first section of the flow region into a radial flow through the second section of the flow region, - wherein the housing is axially symmetric, - wherein the first section of the flow region is defined by a centrally located inflow sleeve extending in the axial direction, - wherein the second section is at least partially located radially outside the inflow sleeve, and - wherein the filter material is at least partially wound onto the inflow sleeve.
A connector assembly comprising: a connector part of a connector having a jack cavity; and a cable manager part configured to be installed within the connector part of the connector, the cable manager part comprising: a main body defining an aperture for receiving a cable including a plurality of wires, the main body having a plurality of channels for receiving and retaining each of the wires; and a separable lacing fixture removably attached to the main body and having a plurality of channels for receiving and retaining each of the wires; characterized in that the separable lacing fixture is configured to be separated from the main body when the connector part is fully installed onto the main body; wherein the separable lacing fixture is connected to the main body by one or more breakaway portions; and wherein the connector part includes cutting edges configured to cut or break one or more breakaway portions when the connector part is fully installed onto the cable manager part. a connector part of a connector having a jack cavity; and a cable manager part configured to be installed within the connector part of the connector, the cable manager part comprising: a main body defining an aperture for receiving a cable including a plurality of wires, the main body having a plurality of channels for receiving and retaining each of the wires; and a separable lacing fixture removably attached to the main body and having a plurality of channels for receiving and retaining each of the wires; characterized in that the separable lacing fixture is configured to be separated from the main body when the connector part is fully installed onto the main body; wherein the separable lacing fixture is connected to the main body by one or more breakaway portions; and wherein the connector part includes cutting edges configured to cut or break one or more breakaway portions when the connector part is fully installed onto the cable manager part. a main body defining an aperture for receiving a cable including a plurality of wires, the main body having a plurality of channels for receiving and retaining each of the wires; and a separable lacing fixture removably attached to the main body and having a plurality of channels for receiving and retaining each of the wires; characterized in that the separable lacing fixture is configured to be separated from the main body when the connector part is fully installed onto the main body; wherein the separable lacing fixture is connected to the main body by one or more breakaway portions; and wherein the connector part includes cutting edges configured to cut or break one or more breakaway portions when the connector part is fully installed onto the cable manager part.