mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising a titanium compound, an iron compound and a tungsten compound, wherein the titanium compound comprises microcrystalline titanium oxide hydrate, which is preferably obtained in TiO 2 production by the sulphate process by hydrolysis of a titanyl sulphate-containing solution, wherein the titanium compound has a microcrystalline anatase structure, and wherein the composition has a vanadium content, calculated as V, of less than 0.15% by weight, preferably less than 0.05% by weight, more preferably less than 0.03% by weight, particularly preferably less than 0.01% by weight, based on the solids content of the composition, wherein microcrystalline means that the evaluation of the reflex widths of X-ray powder diffractograms of the microcrystalline titanium oxide hydrate (TiO 2) according to the Scherrer equation shows an average extension of the crystallites of 4-10 nm.
A hydroclone comprising a tank including an inner peripheral wall centered about a central axis, a fluid inlet, a filtered fluid outlet, an effluent outlet, a process fluid outlet, a vortex chamber and an effluent separation chamber separated by a vortex flow barrier wherein the effluent outlet and process fluid outlet are located within the effluent separation chamber; a filter assembly located within the vortex chamber and comprising an outer membrane surface symmetrically located about the central axis and enclosing a filtrate chamber in fluid communication with the filtered fluid outlet; a cleaning assembly concentrically located and rotatably engaged about the membrane surface; a fluid pathway extending from the fluid inlet and defining a vortex region between the inner peripheral wall of the vortex chamber and the membrane surface that is adapted for receiving incoming fluid; an inlet flow shield mounted upon the cleaning assembly concentrically located about the filter assembly and adapted to block at least a portion of fluid flowing into the vortex chamber from the fluid inlet from impacting the membrane surface; and wherein the vortex flow barrier disrupts fluid flow from the vortex region to the effluent separation chamber.
An afterburner equipment comprising a flame-holder arm comprising two longitudinal legs (7, 8) and a device for attaching the flame-holder arm comprising a transverse plate for attachment to a turbojet casing and at least two side tabs (30, 30') for supporting said legs (7, 8), the supporting tabs (30, 30') extending longitudinally, the device comprising a transverse wall transversely connecting the longitudinal tabs (30, 30') characterized in that the transverse wall comprises at least one orifice (54, 55) for the passage and immobilization of a ventilation sleeve and/or of a fuel injection rail.
An article for use with an apparatus for heating aerosol generating agent to volatilise at least one component of the aerosol generating agent, the article comprising: a support layer having a first surface, wherein at least a portion of the first surface is rough, and the support layer is a sheet of heat conducting material; and an aerosol generating agent adhered to the portion of the first surface that is rough. a support layer having a first surface, wherein at least a portion of the first surface is rough, and the support layer is a sheet of heat conducting material; and an aerosol generating agent adhered to the portion of the first surface that is rough.
A household appliance having a body; a cover hinged to the body and; a functional member disposed on the cover; a switch having a first terminal member having a contact part attached to the body and a second terminal attached to the cover correspondingly to the first terminal member, contacting each other and completing an electrical transmission circuit for transmitting electric to the functional member characterized in that the contact part of the first terminal member is arranged as a free end such that said contact part is resiliently movable when the second terminal is contacted to the contact part in a manner increasing contact surfaces of the first terminal member and the second terminal.
Method for determining speed-independent friction components, especially for example static friction and sliding friction and/or speed-dependent friction components, especially for example viscous friction, of a total frictional force of a drive system having the following method steps: - generating a periodic movement of a total mass with a frequency by means of the drive system, - detecting a drive force applied by the drive system in order to achieve the periodic movement of the total mass, - detecting current position values of the moved total mass, - ascertaining and combining the total frictional force and a speed of the moved total mass in order to ascertain a friction/speed function by means of a friction/speed observer such that - the friction/speed observer comprises at least one path model and oscillators, - at least the frequency is fed to each oscillator as an input value, - output values are output by the oscillators, - wherein the output values are a time curve of an acceleration of the moved total mass, and the total frictional force is calculated by means of a conversion process using the total mass, a total mass force that is dependent on the total mass, and the drive force, or wherein the output values are a time curve of the total frictional force, - the speed is ascertained using the path model, - determining the friction components using the ascertained friction/speed function with the aid of an optimisation method. - generating a periodic movement of a total mass with a frequency by means of the drive system, - detecting a drive force applied by the drive system in order to achieve the periodic movement of the total mass, - detecting current position values of the moved total mass, - ascertaining and combining the total frictional force and a speed of the moved total mass in order to ascertain a friction/speed function by means of a friction/speed observer such that - the friction/speed observer comprises at least one path model and oscillators, - at least the frequency is fed to each oscillator as an input value, - output values are output by the oscillators, - wherein the output values are a time curve of an acceleration of the moved total mass, and the total frictional force is calculated by means of a conversion process using the total mass, a total mass force that is dependent on the total mass, and the drive force, or wherein the output values are a time curve of the total frictional force, - the speed is ascertained using the path model, - the friction/speed observer comprises at least one path model and oscillators, - at least the frequency is fed to each oscillator as an input value, - output values are output by the oscillators, - wherein the output values are a time curve of an acceleration of the moved total mass, and the total frictional force is calculated by means of a conversion process using the total mass, a total mass force that is dependent on the total mass, and the drive force, - the speed is ascertained using the path model, - determining the friction components using the ascertained friction/speed function with the aid of an optimisation method.
Roller lever actuating device for roller lever valves, with a bearing pedestal for attaching to a valve unit of a roller lever valve and with a roller lever pivotably mounted on the bearing pedestal relative to a pivot axis and having a drive roller, wherein the roller lever is pivotable from a base position into a actuating position within a forward pivoting movement and from the actuating position back into the base position within a backward pivoting movement, wherein the roller lever has at least one force output section located at a distance from the pivot axis and provided for acting in a pressing manner on an actuating section assigned to a valve member assembly of a roller lever valve to be actuated in the forward pivoting movement, characterised in that the roller lever actuating device comprises an energy absorption device, which is equipped with energy absorption means and by which the roller lever performing the backward pivoting movement is decelerated along a braking path when approaching its base position.
A dual antenna system for vehicles, the antenna system comprising first and second radiating elements (1,2) and a substantially flat ground plane in common for the two radiating elements (1,2), wherein the two radiating elements (1,2) are placed above and overlap an upper surface of the ground plane, and wherein each radiating element (1,2) is folded to form vertical (1a,2a) and horizontal surfaces (1b,2b), wherein the vertical surfaces (1a,2a) of the two radiating elements (1,2) are substantially orthogonal to the ground plane and parallel to each other, wherein the horizontal surfaces (1b,2b) of the two radiating elements (1,2) are substantially coplanar between them, and substantially parallel to the ground plane, wherein the antenna system further comprises two feeding ports (4,5) respectively connected between the radiating elements (1,2) and the ground plane, wherein the shape of the horizontal surface (1b,2b) of each radiating element (1,2) comprises a part of an ellipse curve or is configured as a parabolic curve, wherein the first and second radiating elements (1,2) further comprise first and second arms (6,7) respectively extending from the vertical surface (1a,2a), each arm (6,7) having a first horizontal segment (6a,7a) substantially parallel to the ground plane, wherein the shape of the vertical surface of each radiating element (1,2) comprises a part of an ellipse curve or is configured as a parabolic curve, and wherein the radiating elements (1,2) are not directly connected with the ground plane. wherein the two radiating elements (1,2) are placed above and overlap an upper surface of the ground plane, and wherein each radiating element (1,2) is folded to form vertical (1a,2a) and horizontal surfaces (1b,2b), wherein the vertical surfaces (1a,2a) of the two radiating elements (1,2) are substantially orthogonal to the ground plane and parallel to each other, wherein the horizontal surfaces (1b,2b) of the two radiating elements (1,2) are substantially coplanar between them, and substantially parallel to the ground plane, wherein the antenna system further comprises two feeding ports (4,5) respectively connected between the radiating elements (1,2) and the ground plane, wherein the shape of the horizontal surface (1b,2b) of each radiating element (1,2) comprises a part of an ellipse curve or is configured as a parabolic curve, wherein the first and second radiating elements (1,2) further comprise first and second arms (6,7) respectively extending from the vertical surface (1a,2a), each arm (6,7) having a first horizontal segment (6a,7a) substantially parallel to the ground plane, wherein the shape of the vertical surface of each radiating element (1,2) comprises a part of an ellipse curve or is configured as a parabolic curve, and wherein the radiating elements (1,2) are not directly connected with the ground plane.
A method of feeding an animal comprising: placing a closed food container containing animal food in an animal feeding system; employing the animal feeding system to open the food container by lifting or grabbing a holding feature in said container comprising a tip, foil or cover, and to present the food to an animal for eating; and employing the animal feeding system to re-close the food container by closing said container with said tip, foil or cover on said container. placing a closed food container containing animal food in an animal feeding system; employing the animal feeding system to open the food container by lifting or grabbing a holding feature in said container comprising a tip, foil or cover, and to present the food to an animal for eating; and employing the animal feeding system to re-close the food container by closing said container with said tip, foil or cover on said container.
System for capturing and displaying measurement points (M1, M2,...) on a surface of a body, comprising a pair of smart glasses and a position measurement apparatus, wherein the pair of smart glasses comprises a head-up display and is designed to capture one or two coordinates of each measurement point by means of a position sensor unit (28, 36, 38) of the pair of smart glasses or, if one or two coordinates of a measurement point are already known to the pair of smart glasses, graphically display the position of the measurement point in accordance with the known coordinate (s) to the user by means of the head-up display on the body surface, wherein the position measurement apparatus comprises a laser light source and an optical detector, which is positionable at the respective measurement point on the body surface, comprising a sensor surface to capture the points of incidence of the laser light of the laser light source, in order to determine the coordinate(s), which are not yet captured, of each measurement point, and wherein the pair of smart glasses is designed to graphically display a result derived from the coordinate (s), captured by means of the position measurement apparatus, for every measurement point at the position of the respective measurement point on the body surface by means of the head-up display.
A tower for a wind turbine comprising: a top section supporting a nacelle of the wind turbine about a yaw axis, wherein the nacelle comprises an electric power component; and a power cable for electrically connecting the electric power component to an electrical connection point in a lower section of the tower, wherein the power cable extends downwards from the nacelle along a substantially central area of the tower, and at a first height between the nacelle and the electrical connection point, the power cable comprises a power cable loop, including an upwards curve, and a downwards curve, wherein the power cable loop comprises a movable cable part, and a fixed cable part, and the fixed cable part comprises at least a portion of the downwards curve, wherein the fixed cable part comprises at least an upwards portion and a downwards portion, characterized in that the upwards portion of the fixed cable part is arranged along an inner surface of the tower. a top section supporting a nacelle of the wind turbine about a yaw axis, wherein the nacelle comprises an electric power component; and a power cable for electrically connecting the electric power component to an electrical connection point in a lower section of the tower, wherein the power cable extends downwards from the nacelle along a substantially central area of the tower, and at a first height between the nacelle and the electrical connection point, the power cable comprises a power cable loop, including an upwards curve, and a downwards curve, wherein the power cable loop comprises a movable cable part, and a fixed cable part, and the fixed cable part comprises at least a portion of the downwards curve, wherein the fixed cable part comprises at least an upwards portion and a downwards portion, characterized in that the upwards portion of the fixed cable part is arranged along an inner surface of the tower.
A suction pump system for aspirating body fluids from a patient, which suction pump system has a housing, at least one pump unit (40, 41, 42), and at least one fluid collection container (20, 21, 22), the at least one pump unit (40, 41, 42) being arranged in the housing, and the housing having a fixture for releasably holding the fluid collection container (20, 21, 22), wherein the housing has at least two such fixtures for simultaneously holding in each case one fluid collection container (20, 21, 22), characterized in that pump unit (40, 41, 42), fluid collection container (20, 21, 22), control electronics unit (60, 61, 62) and input and display unit form a module, and at least two such modules are present, and in that the input and display unit and the fluid collection container (20, 21, 22) of a module can be unambiguously assigned to one another.
A support with an antibacterial layer, comprising: a support which is in the form of a film; and an antibacterial layer disposed in at least a portion on the support, wherein the support contains a urethane resin, wherein the content of the urethane resin is 70% to 100% by mass with respect to the total mass of the support, and the antibacterial layer contains a hydrophilic polymer and an antibacterial agent, wherein a water contact angle of a surface of the antibacterial layer is 20° to 60°, which is determined based on a sessile drop method of JIS R 3257:1999, as further detailed in the description, wherein the hydrophilic polymer is a polymer obtained by polymerizing a compound represented by the following formula: wherein R 1 represents a substituent, R 2 represents a polymerizable group, L 1 represents a single bond or a divalent linking group, L 2 represents a polyoxyalkylene group and n represents an integer of 1 to 4. a support which is in the form of a film; and an antibacterial layer disposed in at least a portion on the support, wherein the support contains a urethane resin, wherein the content of the urethane resin is 70% to 100% by mass with respect to the total mass of the support, and the antibacterial layer contains a hydrophilic polymer and an antibacterial agent, wherein a water contact angle of a surface of the antibacterial layer is 20° to 60°, which is determined based on a sessile drop method of JIS R 3257:1999, as further detailed in the description, wherein the hydrophilic polymer is a polymer obtained by polymerizing a compound represented by the following formula: wherein R 1 represents a substituent, R 2 represents a polymerizable group, L 1 represents a single bond or a divalent linking group, L 2 represents a polyoxyalkylene group and n represents an integer of 1 to 4.
Extruder comprising an operative unit consisting of a cylinder and at least two screw shafts rotatably accommodated therein, a gear unit having at least two output shafts, wherein each output shaft is connected via a connecting element to a screw shaft for rotation therewith, a motor which drives the gear unit and is coupled to the gear unit via a clutch, and a control device, wherein each connecting element (8a, 8b) or each output shaft (9a, 9b) is assigned a separate measuring device (15a, 15b) for determining the applied torque, wherein the measuring devices (15a, 15b) communicate with the control device, which controls the clutch configured as a switchable clutch in dependence on the individual torques determined, characterized in that the control device is designed for opening the clutch not only when a determined torque exceeds a torque limit value but also when the difference between the two determined torques exceeds a limit value and when the gradient of the increase of a determined torque exceeds a gradient limit value.
An intravascular device comprising: a port having a lumen, the lumen including an annular recess; an antimicrobial septum positioned within the annular recess, characterised in that the antimicrobial septum comprises a ring having a plurality of grooves that extend into an inner surface of the ring; and wherein an antimicrobial lubricant is contained within said grooves and is configured to provide antimicrobial protection to another device when the other device is inserted into the lumen and through the antimicrobial septum. a port having a lumen, the lumen including an annular recess; an antimicrobial septum positioned within the annular recess, characterised in that the antimicrobial septum comprises a ring having a plurality of grooves that extend into an inner surface of the ring; and wherein an antimicrobial lubricant is contained within said grooves and is configured to provide antimicrobial protection to another device when the other device is inserted into the lumen and through the antimicrobial septum.
Lift system for a desk comprising: - an upper structure and a lower structure; - at least two support arms (A, B) that form a scissor-like structure connecting the upper structure and the lower structure; wherein - the lower structure comprising a guide rail along which sliders move, located at the ends of the support arms (A, B); - a torsion spring system, attached to the upper structure and lower structure, the torsion spring system comprising at least four torsion springs in two attachment points (C, D), the torsion springs are configured to operate in a linear fashion along the entire length of the desk to offset the weight of the structure, and an additional torsion spring attached at an intermediate point on the scissor-like structure, wherein the torsion spring in the intermediate point is adjusted on one of the support arms (A, B) and to a cavity in the other support arm where the spring is mounted loosely allowing the spring to move freely along part of the stroke of the desk, acting at the end of the stroke to create a greater initial force when the desk is closed, minimizing the impulse required of a system's actuator/lock in order to initiate the movement; - a system's actuator/lock connected to the lower structure, and placed horizontally and mounted between the lower structure or the upper structure and the support arm, or between two support arms, wherein the system's actuator/lock is manual, electric or of the gas-spring type. - an upper structure and a lower structure; - at least two support arms (A, B) that form a scissor-like structure connecting the upper structure and the lower structure; wherein - the lower structure comprising a guide rail along which sliders move, located at the ends of the support arms (A, B); - a torsion spring system, attached to the upper structure and lower structure, the torsion spring system comprising at least four torsion springs in two attachment points (C, D), the torsion springs are configured to operate in a linear fashion along the entire length of the desk to offset the weight of the structure, and an additional torsion spring attached at an intermediate point on the scissor-like structure, wherein the torsion spring in the intermediate point is adjusted on one of the support arms (A, B) and to a cavity in the other support arm where the spring is mounted loosely allowing the spring to move freely along part of the stroke of the desk, acting at the end of the stroke to create a greater initial force when the desk is closed, minimizing the impulse required of a system's actuator/lock in order to initiate the movement; - a system's actuator/lock connected to the lower structure, and placed horizontally and mounted between the lower structure or the upper structure and the support arm, or between two support arms, wherein the system's actuator/lock is manual, electric or of the gas-spring type.
A system providing a network service in a cellular telecommunications network, the system comprising one or more processing entities that are configured: - to receive first information identifying a mobile terminal being a party to the network service; - to receive second information comprising information identifying the mobile terminal being a party to the network service; - to map the information identifying the mobile terminal contained in the second information to the first information; and - to map the second information to information indicating a position of said mobile terminal, characterized in that the one or more processing entities are configured to send a subscription request to an external entity for receiving the second information regularly according to subscription criteria. - to receive first information identifying a mobile terminal being a party to the network service; - to receive second information comprising information identifying the mobile terminal being a party to the network service; - to map the information identifying the mobile terminal contained in the second information to the first information; and - to map the second information to information indicating a position of said mobile terminal,