mhurhangee/ep-ind-claims huggingface dataset:
Nozzle installation for spraying a substance that is supposed to be pulverized, comprising: - a first inlet for the substance, - a second inlet for a driving medium, - an outlet, through which the substance can be driven by the driving medium, - a heating line that is arranged such that the substance can be heated between the first inlet and the outlet by the heating line, - a first temperature sensor arranged at the outlet, and - a control unit configured for controlling the heating power of the heating line based on a first temperature measured by the first temperature sensor. - a first inlet for the substance, - a second inlet for a driving medium, - an outlet, through which the substance can be driven by the driving medium, - a heating line that is arranged such that the substance can be heated between the first inlet and the outlet by the heating line, - a first temperature sensor arranged at the outlet, and - a control unit configured for controlling the heating power of the heating line based on a first temperature measured by the first temperature sensor.
A mobile terminal, comprising: a touch screen; a stylus pen including a pressure sensor and an optical sensor, wherein the stylus pen, when in contact with the touch screen, is configured to generate an electric field which may be sensed by the mobile terminal; a wireless communication unit configured to wirelessly communicate with the stylus pen; and a controller configured to: drive the stylus pen in a first operation mode in which the pressure sensor provided in the stylus pen is activated and the optical sensor is deactivated, when sensing information sensed by the pressure sensor and the electric field detected by the mobile terminal indicate the stylus pen is in contact with the touch screen, and drive the stylus pen in a second operation mode in which both the pressure sensor and the optical sensor provided in the stylus pen are activated, when the sensing information sensed by the pressure sensor and the electric field detected by the mobile terminal indicate the stylus pen is not in contact with the touch screen. a touch screen; a stylus pen including a pressure sensor and an optical sensor, wherein the stylus pen, when in contact with the touch screen, is configured to generate an electric field which may be sensed by the mobile terminal; a wireless communication unit configured to wirelessly communicate with the stylus pen; and a controller configured to: drive the stylus pen in a first operation mode in which the pressure sensor provided in the stylus pen is activated and the optical sensor is deactivated, when sensing information sensed by the pressure sensor and the electric field detected by the mobile terminal indicate the stylus pen is in contact with the touch screen, and drive the stylus pen in a second operation mode in which both the pressure sensor and the optical sensor provided in the stylus pen are activated, when the sensing information sensed by the pressure sensor and the electric field detected by the mobile terminal indicate the stylus pen is not in contact with the touch screen. drive the stylus pen in a first operation mode in which the pressure sensor provided in the stylus pen is activated and the optical sensor is deactivated, when sensing information sensed by the pressure sensor and the electric field detected by the mobile terminal indicate the stylus pen is in contact with the touch screen, and drive the stylus pen in a second operation mode in which both the pressure sensor and the optical sensor provided in the stylus pen are activated, when the sensing information sensed by the pressure sensor and the electric field detected by the mobile terminal indicate the stylus pen is not in contact with the touch screen.
A core-sheath conjugated fiber, comprising: a core portion; and a sheath portion, wherein the core portion is not exposed through a surface of the core-sheath conjugated fiber, the core portion is composed of a polyether block amide copolymer represented by Formula, the polyether block amide copolymer having a hard segment composed of nylon 6, the sheath portion is composed of a nylon-6 resin, and an area ratio of the core portion to the sheath portion in a transverse section of the core-sheath conjugated fiber is 3/1 to 1/5. [In Formula, PA represents a polyamide unit (hard segment); PE represents a polyether unit (soft segment); and n represents the number of repeating units.] a core portion; and a sheath portion, wherein the core portion is not exposed through a surface of the core-sheath conjugated fiber, the core portion is composed of a polyether block amide copolymer represented by Formula, the polyether block amide copolymer having a hard segment composed of nylon 6, the sheath portion is composed of a nylon-6 resin, and an area ratio of the core portion to the sheath portion in a transverse section of the core-sheath conjugated fiber is 3/1 to 1/5. [In Formula, PA represents a polyamide unit (hard segment); PE represents a polyether unit (soft segment); and n represents the number of repeating units.]
A system for combating biological fouling by micro-organisms, intended to be transferred to a measuring device which is intended to be immersed in a liquid at a pressure P liquid and which comprises a sensitive surface sensitive to biological fouling, the system being configured to cover the sensitive surface, the system comprising: - a plate capable of vibrating, having two opposite main faces, referred to as front face and rear face, the front face being intended to be in contact with the liquid; and - at least one actuator, located on one of the main faces of the plate, capable of vibrating the plate, so as to at least limit binding of micro-organisms on the plate; the system being characterised in that it further comprises: - a closed cavity, which is delimited at least partially by the rear face of the plate 110, and which is filled with a fluid at a pressure P cavity; and - a fluid compressor, in fluid communication with the closed cavity 2, capable of modulating the fluid pressure P cavity in the cavity, such that the absolute value of the difference between the pressure P liquid on the front face and the pressure P cavity on the rear face is less than 2.10 5 Pa (2 bar), preferably 5.10 4 Pa (0.5 bar), ideally so that the pressures are equal. the system comprising: - a plate capable of vibrating, having two opposite main faces, referred to as front face and rear face, the front face being intended to be in contact with the liquid; and - at least one actuator, located on one of the main faces of the plate, capable of vibrating the plate, so as to at least limit binding of micro-organisms on the plate; - a plate capable of vibrating, having two opposite main faces, referred to as front face and rear face, the front face being intended to be in contact with the liquid; and - at least one actuator, located on one of the main faces of the plate, capable of vibrating the plate, so as to at least limit binding of micro-organisms on the plate; the system being characterised in that it further comprises: - a closed cavity, which is delimited at least partially by the rear face of the plate 110, and which is filled with a fluid at a pressure P cavity; and - a fluid compressor, in fluid communication with the closed cavity 2, capable of modulating the fluid pressure P cavity in the cavity, such that the absolute value of the difference between the pressure P liquid on the front face and the pressure P cavity on the rear face is less than 2.10 5 Pa (2 bar), preferably 5.10 4 Pa (0.5 bar), ideally so that the pressures are equal. - a closed cavity, which is delimited at least partially by the rear face of the plate 110, and which is filled with a fluid at a pressure P cavity; and - a fluid compressor, in fluid communication with the closed cavity 2, capable of modulating the fluid pressure P cavity in the cavity, such that the absolute value of the difference between the pressure P liquid on the front face and the pressure P cavity on the rear face is less than 2.10 5 Pa (2 bar), preferably 5.10 4 Pa (0.5 bar), ideally so that the pressures are equal.
A compact combustion engine for driving a portable work machine, which engine comprises: a crankcase; a cylinder block mounted on the crankcase; a crankshaft supported by the crankcase, the crankshaft having first and second end portions opposite to each other and positioned outside the crankcase; a cooling fan mounted on the first end portion of the crankshaft and capable of serving as a flywheel for rotation together with the crankshaft; an ignition coil unit; an ignition plug; a high voltage cord for electrically connecting the ignition coil unit with the ignition plug; a shroud for enclosing at least the cylinder block (10, ignition coil unit and high voltage cord, the shroud being made of a resinous material and being mounted on the combustion engine; and an electromagnetic shield member applied to at least a portion of the shroud which confronts the ignition coil unit and the high voltage cord, wherein a stream of cooling air induced by and supplied from the cooling fan is guided by the shroud so as to flow towards the ignition coil unit and the cylinder block. a crankcase; a cylinder block mounted on the crankcase; a crankshaft supported by the crankcase, the crankshaft having first and second end portions opposite to each other and positioned outside the crankcase; a cooling fan mounted on the first end portion of the crankshaft and capable of serving as a flywheel for rotation together with the crankshaft; an ignition coil unit; an ignition plug; a high voltage cord for electrically connecting the ignition coil unit with the ignition plug; a shroud for enclosing at least the cylinder block (10, ignition coil unit and high voltage cord, the shroud being made of a resinous material and being mounted on the combustion engine; and an electromagnetic shield member applied to at least a portion of the shroud which confronts the ignition coil unit and the high voltage cord, wherein a stream of cooling air induced by and supplied from the cooling fan is guided by the shroud so as to flow towards the ignition coil unit and the cylinder block.
Fuselage structure of an aircraft comprising: - a fuselage skin, extending along a longitudinal axis of the aircraft and enclosing an inner space, further having an inner surface facing the inner space, - a plurality of frame elements spaced apart from one another in a direction parallel to the aircraft longitudinal axis and extending in a circumferential direction along the inner surface of the fuselage skin to support the fuselage skin, wherein the fuselage skin comprises a plurality of fiber-reinforced composite skin panels that are interconnected via second wall parts (67-1, 67-2) of said composite skin panels, and that extend between each pair of frame elements, whereby first wall parts (69-1, 69-2) of a composite skin panel are connected with first wall parts (30-1, 30-2) of a frame element, wherein the composite skin panels further comprise a stiffener integrally formed in each composite skin panel and extending radially inwards from the inner surface, wherein the stiffeners extend in a direction parallel to the aircraft longitudinal axis, and wherein the first wall parts (69-1, 69-2) of the composite skin panels are located more radially inwards than the first wall parts (30-1, 30-2) of the frame elements to which they are joined, and wherein at least some of the first wall parts of the composite skin panels and the frame elements and/or at least some of the second wall parts of the composite skin panels are joined through an induction welded connection, and wherein further the connection between a composite skin panel and another composite skin panel comprises the joined second wall parts of both, the second wall part of one composite skin panel comprising a joggle adjacent to the stiffener, the joggle permitting the second wall part of the composite skin panel to overlap with the other composite skin panel's second wall part while maintaining a flush outer surface of the fuselage skin. - a fuselage skin, extending along a longitudinal axis of the aircraft and enclosing an inner space, further having an inner surface facing the inner space, - a plurality of frame elements spaced apart from one another in a direction parallel to the aircraft longitudinal axis and extending in a circumferential direction along the inner surface of the fuselage skin to support the fuselage skin, wherein
A media stream playing apparatus for receiving a media stream originated from a media service unit and playing the media stream on a web browser, comprising: a transmission module configured to establish a communication connection at a transport layer level with the media service unit; a websocket module configured to establish a websocket connection with the media service unit via a handshake procedure based on the communication connection, and transmit or receive websocket packets to or from the media service unit while maintaining the websocket connection; a streaming module configured to receive Real-time Transport Protocol packets carried by the websocket packets; a media decoder configured to decode the media stream obtained from the RTP packets to reconstruct video; and an output device configured to display the reconstructed video on a screen by embedding the reconstructed video in the web browser, characterized in that the websocket module is configured to, in response to receiving a Real Time Streaming Protocol, RTSP, command from the streaming module, transmit a description command to the media service unit, and in response to receiving a subsequent RTSP command, transmit a setup command to the media service unit. a transmission module configured to establish a communication connection at a transport layer level with the media service unit; a websocket module configured to establish a websocket connection with the media service unit via a handshake procedure based on the communication connection, and transmit or receive websocket packets to or from the media service unit while maintaining the websocket connection; a streaming module configured to receive Real-time Transport Protocol packets carried by the websocket packets; a media decoder configured to decode the media stream obtained from the RTP packets to reconstruct video; and an output device configured to display the reconstructed video on a screen by embedding the reconstructed video in the web browser, characterized in that the websocket module is configured to, in response to receiving a Real Time Streaming Protocol, RTSP, command from the streaming module, transmit a description command to the media service unit, and in response to receiving a subsequent RTSP command, transmit a setup command to the media service unit.
A process for manufacturing tablets containing at least one active pharmaceutical ingredient comprising the following steps: a) Milling and sieving of at least one ingredient b) Granulation of the mixture c) Optionally drying the mixture d) Transporting the mixture by vacuum transport e) Sieving the mixture f) Adjusting the moisture of the mixture by spraying the mixture with water g) Optionally sieving and / or blending of the mixture h) Use of the mixture for the manufacture of tablets a) Milling and sieving of at least one ingredient b) Granulation of the mixture c) Optionally drying the mixture d) Transporting the mixture by vacuum transport e) Sieving the mixture f) Adjusting the moisture of the mixture by spraying the mixture with water g) Optionally sieving and / or blending of the mixture h) Use of the mixture for the manufacture of tablets
A buoyancy clamp assembly, the clamp assembly including a clamping arrangement, which arrangement includes three or more profiled arcuate members engageable together to clamp onto a pipe, each of the arcuate members including a plurality of discrete resilient members on their inner faces which are deformably engageable against a pipe when the clamping arrangement is clamped onto the pipe, the discrete resilient members diverging in profile away from the arcuate members, wherein the discrete resilient members have a solid profiled head, characterised in that the solid profiled head extends from a hollow base, wherein the solid profiled head diverges both longitudinally and laterally from the hollow base, and in a relaxed condition presents a concave engagement face engageable with a pipe.
A method for recovering a copper sulfide concentrate from an ore containing an iron sulfide, comprising the steps of a) wet grinding the ore with grinding media to form a mineral pulp, b) conditioning the mineral pulp with a collector compound to form a conditioned mineral pulp, and c) froth flotation of the conditioned mineral pulp to form a froth and a flotation tailing, separating the froth from the flotation tailing to recover a copper sulfide concentrate, characterised in that grinding media made of high chromium cast iron alloy with a chromium content of from 10 to 35 % by weight are used in step a) and hydrogen peroxide is added to the conditioned mineral pulp between steps b) and c) or during step c). a) wet grinding the ore with grinding media to form a mineral pulp, b) conditioning the mineral pulp with a collector compound to form a conditioned mineral pulp, and c) froth flotation of the conditioned mineral pulp to form a froth and a flotation tailing, separating the froth from the flotation tailing to recover a copper sulfide concentrate,
A valve replacement device for transcatheter implantation, comprising: a stent component having an inflow section with an inflow extremity, an intermediate section, and an outflow section with an outflow extremity; a maximal diameter of the inflow section being smaller than a maximal diameter of the outflow section; the intermediate section having a diameter which is smaller than the maximal diameter of either of the inflow and outflow sections; the stent component being radially compressible to a compressed state for delivery to a site of implantation and radially expandable to a functional state; the stent component further comprising at least one attachment element for mating engagement with a delivery device; valve leaflets mounted at least partly within the stent component; an inner and an outer skirt (28, 34, 35) of porcine pericardial tissue; the inner skirt (28, 35) attached to the leaflets and having commissural portions spaced apart by scalloped clearances, each clearance spanned by a respective leaflet, the inner skirt (28, 35) extending at least partly within the stent component towards the inflow extremity; and the outer skirt extending at least partly outside the stent component. a stent component having an inflow section with an inflow extremity, an intermediate section, and an outflow section with an outflow extremity; a maximal diameter of the inflow section being smaller than a maximal diameter of the outflow section; the intermediate section having a diameter which is smaller than the maximal diameter of either of the inflow and outflow sections; the stent component being radially compressible to a compressed state for delivery to a site of implantation and radially expandable to a functional state; the stent component further comprising at least one attachment element for mating engagement with a delivery device; valve leaflets mounted at least partly within the stent component; an inner and an outer skirt (28, 34, 35) of porcine pericardial tissue; the inner skirt (28, 35) attached to the leaflets and having commissural portions spaced apart by scalloped clearances, each clearance spanned by a respective leaflet, the inner skirt (28, 35) extending at least partly within the stent component towards the inflow extremity; and the outer skirt extending at least partly outside the stent component.
A needleless connector comprising: a housing defining an internal cavity, the housing comprising, a body section comprising a first port and one or more internal contact tabs, and a base section comprising a valve mount and a second port, wherein the valve mount comprises a rim having a radially protruding outer circumferential sidewall and defining a recess, the recess having a bottom surface that is distally separated from a top surface of the rim, the base section having one or more support members that extend from the rim laterally into the recess; and a compressible valve configured to be coupled to the valve mount and configured to be disposed within at least a portion of the internal cavity and configured to be movably retained within the housing, the compressible valve comprising, a flange portion for securing the compressible valve within the housing, wherein a central longitudinal axis of the housing is defined by a coaxial arrangement of the first port and the second port, and wherein the one or more internal contact tabs are arranged to contact an outer surface of the flange portion and secure the flange portion within the housing, the one or more internal contact tabs configured to provide a radial force substantially orthogonal to the central longitudinal axis. a housing defining an internal cavity, the housing comprising, a body section comprising a first port and one or more internal contact tabs, and a base section comprising a valve mount and a second port, wherein the valve mount comprises a rim having a radially protruding outer circumferential sidewall and defining a recess, the recess having a bottom surface that is distally separated from a top surface of the rim, the base section having one or more support members that extend from the rim laterally into the recess; and a body section comprising a first port and one or more internal contact tabs, and a base section comprising a valve mount and a second port, wherein the valve mount comprises a rim having a radially protruding outer circumferential sidewall and defining a recess, the recess having a bottom surface that is distally separated from a top surface of the rim, the base section having one or more support members that extend from the rim laterally into the recess; and a compressible valve configured to be coupled to the valve mount and configured to be disposed within at least a portion of the internal cavity and configured to be movably retained within the housing, the compressible valve comprising, a flange portion for securing the compressible valve within the housing, wherein a central longitudinal axis of the housing is defined by a coaxial arrangement of the first port and the second port, and wherein the one or more internal contact tabs are arranged to contact an outer surface of the flange portion and secure the flange portion within the housing, the one or more internal contact tabs configured to provide a radial force substantially orthogonal to the central longitudinal axis.
A compound represented by formula 1 below or a pharmaceutically acceptable salt thereof: in the formula, ring X is R 8 is H or C 1 -C 6 alkyl, and Y is N or O, Z is CR 5 or NR 5, ---- is each absent or a single bond, R 1, R 2, and R 5 are each independently H, C 1 -C 6 alkyl, OH, or -O-C 1 -C 6 alkyl. ring X is R 8 is H or C 1 -C 6 alkyl, and Y is N or O, Z is CR 5 or NR 5, ---- is each absent or a single bond, R 1, R 2, and R 5 are each independently H, C 1 -C 6 alkyl, OH, or -O-C 1 -C 6 alkyl.