mhurhangee/ep-ind-claims huggingface dataset:
Suction nozzle for a suction apparatus; wherein the suction nozzle comprises - a suction orifice, with a suction orifice opening, which during operation of the suction orifice faces towards a surface to be cleaned; wherein the suction orifice opening has an overall area, through which a suction air flow flows to vacuum the surface to be cleaned during operation of the suction nozzle; wherein the suction orifice has a longitudinal axis, which runs perpendicular to a direction of movement of the suction nozzle during operation of the suction nozzle; - a cover element, which is embodied to be transitioned from a basic position into a cover position, in which the cover element covers a first partial region of the suction orifice opening, so that, during operation of the suction nozzle, the suction air flow flows through a non-covered second partial region of the suction orifice opening, which has a reduced area compared to the overall area of the suction orifice opening; and - an actuator, which is configured to transition the cover element from the basic position into the at least one cover position; characterised in that the first partial region and the second partial region of the suction orifice opening are arranged one behind the other along the longitudinal axis of the suction orifice. - a suction orifice, with a suction orifice opening, which during operation of the suction orifice faces towards a surface to be cleaned; wherein the suction orifice opening has an overall area, through which a suction air flow flows to vacuum the surface to be cleaned during operation of the suction nozzle; wherein the suction orifice has a longitudinal axis, which runs perpendicular to a direction of movement of the suction nozzle during operation of the suction nozzle; - a cover element, which is embodied to be transitioned from a basic position into a cover position, in which the cover element covers a first partial region of the suction orifice opening, so that, during operation of the suction nozzle, the suction air flow flows through a non-covered second partial region of the suction orifice opening, which has a reduced area compared to the overall area of the suction orifice opening; and - an actuator, which is configured to transition the cover element from the basic position into the at least one cover position;
A well system, comprising: a work string providing a flow path therein; a downhole tool coupled to the work string and having a body fluidly coupled to the flow path; an indicator chamber defined in the body and configured to retain a substance therein until the downhole tool is actuated, whereupon the indicator chamber becomes exposed and the substance is released into the flow path; and an optical computing device in optical communication with the flow path and configured to detect a characteristic of the substance in the flow path and communicate a signal when the characteristic is detected, the signal being indicative that the downhole tool has been actuated; wherein the substance is buoyant as compared to fluids disposed within the flow path. a work string providing a flow path therein; a downhole tool coupled to the work string and having a body fluidly coupled to the flow path; an indicator chamber defined in the body and configured to retain a substance therein until the downhole tool is actuated, whereupon the indicator chamber becomes exposed and the substance is released into the flow path; and an optical computing device in optical communication with the flow path and configured to detect a characteristic of the substance in the flow path and communicate a signal when the characteristic is detected, the signal being indicative that the downhole tool has been actuated; wherein the substance is buoyant as compared to fluids disposed within the flow path.
An extension device for extending a penile implant, the device comprising: a support segment having a tip portion and a threaded portion; a receiving segment insertable into a distal end of the penile implant, the receiving segment configured to rotatably receive the threaded portion to secure the support segment to the penile implant; and at least one extension segment configured to at least partially surround the threaded portion to extend a length between the tip portion and the penile implant. a support segment having a tip portion and a threaded portion; a receiving segment insertable into a distal end of the penile implant, the receiving segment configured to rotatably receive the threaded portion to secure the support segment to the penile implant; and at least one extension segment configured to at least partially surround the threaded portion to extend a length between the tip portion and the penile implant.
A package comprising an outer element, the outer element comprising a bottom, side walls, a lid, and at least two corners placed on opposite sides of the package, a handle being provided at both sides of the first corner by partial cuts which can be folded to the inside of the package; and an inner element, characterised in that the inner element has a bottom covering at least partially the bottom of the outer element and sidewalls (32, 33, 34) covering only parts of the walls of the outer element so, that the inner element leaves the corner with the handle free for unobstructed access to the handle, and in that the second corner of the outer element is provided with a spout which can be turned from a storage position to a use position, and vice versa.
A fuel purge system for a gas turbine engine comprising a water manifold, a water distribution line and a water valve, said fuel purge system comprising: a liquid fuel manifold adapted to be fluidly connected to a liquid fuel supply with a liquid fuel piping arrangement comprising one or more valves and to a combustor assembly and configured to receive a liquid fuel from the fuel supply and distribute the liquid fuel to the combustor assembly; a liquid fuel valve disposed between the fuel supply and the fuel manifold; and a liquid pump adapted to be fluidly connected to a liquid supply and to the liquid fuel manifold and configured to receive a liquid from the liquid supply and distribute the liquid to the liquid fuel manifold for pressurization of the liquid fuel manifold during a purge operation of the combustor assembly, wherein the liquid comprises water and a water injection pump adapted to be in fluid communication with the liquid supply and the water manifold and configured to receive water from the liquid supply and distribute the water to the water manifold along the water distribution line during an open state of the water valve located between the water injection pump and the water manifold and to the fuel manifold; wherein the liquid pump is a water seal pump configured to be employed when the water injection pump is not in use and is configured to pump liquid to the liquid fuel manifold to pressurize components of said liquid fuel manifold. a liquid fuel manifold adapted to be fluidly connected to a liquid fuel supply with a liquid fuel piping arrangement comprising one or more valves and to a combustor assembly and configured to receive a liquid fuel from the fuel supply and distribute the liquid fuel to the combustor assembly; a liquid fuel valve disposed between the fuel supply and the fuel manifold; and a liquid pump adapted to be fluidly connected to a liquid supply and to the liquid fuel manifold and configured to receive a liquid from the liquid supply and distribute the liquid to the liquid fuel manifold for pressurization of the liquid fuel manifold during a purge operation of the combustor assembly, wherein the liquid comprises water and a water injection pump adapted to be in fluid communication with the liquid supply and the water manifold and configured to receive water from the liquid supply and distribute the water to the water manifold along the water distribution line during an open state of the water valve located between the water injection pump and the water manifold and to the fuel manifold; wherein the liquid pump is a water seal pump configured to be employed when the water injection pump is not in use and is configured to pump liquid to the liquid fuel manifold to pressurize components of said liquid fuel manifold.
A rechargeable metal or metal-ion cell comprising: - an anode comprising at least one metal; - a charge-carrying electrolyte comprising a charge carrying medium and at least one metal salt; - an organic polymer cathode, wherein said cathode comprises at least one N-substituted polyphenothiazine polymer [polymer], said polymer comprising at least one N-substituted phenothiazine recurring unit of formula: wherein R' is an electron-withdrawing group comprising at least one heteroatom selected from O, S, P and N. - an anode comprising at least one metal; - a charge-carrying electrolyte comprising a charge carrying medium and at least one metal salt; - an organic polymer cathode, wherein said cathode comprises at least one N-substituted polyphenothiazine polymer [polymer], said polymer comprising at least one N-substituted phenothiazine recurring unit of formula: wherein R' is an electron-withdrawing group comprising at least one heteroatom selected from O, S, P and N.
A copolymer comprising: -SO 2 X end groups; divalent units independently represented by formula: wherein b is 2 to 8, c is 0 to 2, e is 1 to 8, and each X is independently F, -NZH, -NZSO 2 (CF 2) 1-6 SO 2 X', -NZ[SO 2 (CF 2) a SO 2 NZ] 1-10 SO 2 (CF 2) a SO 2 X', or -OZ, wherein Z is independently a hydrogen, an alkali-metal cation or a quaternary ammonium cation, X' is independently -NZH or -OZ, and each a is independently 1 to 6; and one or more other, independently selected fluorinated divalent units; wherein the copolymer has an -SO 2 X equivalent weight of up to 1000. divalent units independently represented by formula: wherein b is 2 to 8, c is 0 to 2, e is 1 to 8, and each X is independently F, -NZH, -NZSO 2 (CF 2) 1-6 SO 2 X', -NZ[SO 2 (CF 2) a SO 2 NZ] 1-10 SO 2 (CF 2) a SO 2 X', or -OZ, wherein Z is independently a hydrogen, an alkali-metal cation or a quaternary ammonium cation, X' is independently -NZH or -OZ, and each a is independently 1 to 6; and one or more other, independently selected fluorinated divalent units; wherein the copolymer has an -SO 2 X equivalent weight of up to 1000.
Transfer system for transporting and for processing profiles, in particular door seal profiles for motor vehicles, having a transportation device for transporting the profile on a transportation path, and having a first feed table which is displaceable relative, in particular perpendicularly, to the transportation path and/or to the profile being displaced on the transportation path, and which has an injection device for producing an injection-moulded end, a further profile portion, a positioning pin, and/or for connecting the profile to a further profile portion, wherein the transportation device is configured for positioning the profile on the transportation path in a processing position for processing the profile by the injection device, wherein the injection device comprises a mould for receiving and mounting the profile during the injection and for configuring the cavity to be filled during the injection, wherein the mould has at least two contour parts (15, 15a, 15b) for enclosing the profile in the part to be injection-moulded during the injection and for configuring the cavity, and wherein the injection device has a closing unit for opening and closing the contour parts (15, 15a, 15b), wherein the closing unit when moving the first feed table relative to the profile is configured for keeping the contour parts (15, 15a, 15b) open until the profile is enclosed by the contour parts (15, 15a, 15b), and wherein the transportation device is configured for moving, preferably not rotating, the profile, in particular in the region of the processing position, exclusively parallel to the transportation path, wherein the closing unit and the injection device are assembled so as to be displaceable conjointly with the first feed table, and the first feed table in the direction of the transportation path and/or of the profile is displaceable until the contour parts (15, 15a, 15b) in the closed state can enclose the profile in the part to be injection-moulded, wherein the contour parts (15, 15a, 15b) are movable by way of a common drive device, characterized in that the drive device comprises at least one control ring which is connected in a rotationally fixed manner to at least one entrainment pin.
A medical device comprising: a motion sensor configured to sense a motion signal; a control circuit configured to: determine at least one ventricular event metric from the motion signal sensed over a plurality of atrial cycles; determine that the at least one ventricular event metric meets atrioventricular block criteria; and generate an output in response to determining that the ventricular event metric meets the atrioventricular block criteria; and a memory configured to store the generated output; wherein the control circuit is configured to determine the at least one ventricular event metric by determining an integration metric based on sample point amplitudes of the motion signal during at least a portion of each atrial cycle of the plurality of atrial cycles. a motion sensor configured to sense a motion signal; a control circuit configured to: determine at least one ventricular event metric from the motion signal sensed over a plurality of atrial cycles; determine that the at least one ventricular event metric meets atrioventricular block criteria; and generate an output in response to determining that the ventricular event metric meets the atrioventricular block criteria; and determine at least one ventricular event metric from the motion signal sensed over a plurality of atrial cycles; determine that the at least one ventricular event metric meets atrioventricular block criteria; and generate an output in response to determining that the ventricular event metric meets the atrioventricular block criteria; and a memory configured to store the generated output; wherein the control circuit is configured to determine the at least one ventricular event metric by determining an integration metric based on sample point amplitudes of the motion signal during at least a portion of each atrial cycle of the plurality of atrial cycles.
A thermoelectric conversion element module comprising a plurality of p-type thermoelectric conversion elements and a plurality of n-type thermoelectric conversion elements, one of the p-type thermoelectric conversion elements and one of the n-type thermoelectric conversion elements being electrically connected each other, each of the p-type thermoelectric conversion elements including a p-type thermoelectric conversion material filling the inside of a hollow tube made of a heat-resistant insulating material; and each of the n-type thermoelectric conversion elements including a n-type thermoelectric conversion material filling in the inside of a hollow tube made of a heat-resistant insulating material; wherein: the p-type thermoelectric conversion elements are arranged to form a p-type thermoelectric conversion element group; the n-type thermoelectric conversion elements are arranged to form a n-type thermoelectric conversion element group; and the thermoelectric conversion element module further having an arrangement consisting of a plurality of hollow tubes made of a heat-resistant insulating material, each of the hollow tubes are not filled with a thermoelectric conversion material, the arrangement being on the outside of all thermoelectric conversion elements including the p-type thermoelectric conversion element group and n-type thermoelectric conversion element group, a surface roughness Ra of an end surface (4, 4') of the hollow tube and an end surface (4, 4') of the thermoelectric conversion material is larger than 0.8 micrometers and 4.5 micrometers or less; the p-type and n-type thermoelectric conversion elements are electrically connected in series and arranged in parallel to each other; and the arrangement constituting a part or a whole of the outer circumference of an assembly consisting of all of the p-type thermoelectric conversion element groups and n-type thermoelectric conversion element groups. the p-type thermoelectric conversion elements are arranged to form a p-type thermoelectric conversion element group; the n-type thermoelectric conversion elements are arranged to form a n-type thermoelectric conversion element group; and the thermoelectric conversion element module further having an arrangement consisting of a plurality of hollow tubes made of a heat-resistant insulating material, each of the hollow tubes are not filled with a thermoelectric conversion material, the arrangement being on the outside of all thermoelectric conversion elements including the p-type thermoelectric conversion element group and n-type thermoelectric conversion element group,
A computer-implemented method comprising: intercepting, by a file-system driver, a file-system call associated with a media file; checking, by the file-system driver, whether a file extension of the media file constitutes a media file extension; after checking, by the file-system driver, whether the file extension of the media file constitutes a media file extension: determining an attribute of the media file that is included in the media file; identifying a parental-control policy associated with the attribute of the media file; applying the parental-control policy to the media file, wherein a parental-control computing system intercepts the file-system call, determines the attribute, identifies the parental-control policy, and applies the parental-control policy. intercepting, by a file-system driver, a file-system call associated with a media file; checking, by the file-system driver, whether a file extension of the media file constitutes a media file extension; after checking, by the file-system driver, whether the file extension of the media file constitutes a media file extension: determining an attribute of the media file that is included in the media file; identifying a parental-control policy associated with the attribute of the media file; applying the parental-control policy to the media file, wherein determining an attribute of the media file that is included in the media file; identifying a parental-control policy associated with the attribute of the media file; applying the parental-control policy to the media file, wherein a parental-control computing system intercepts the file-system call, determines the attribute, identifies the parental-control policy, and applies the parental-control policy.
A polypeptide comprising an amino acid sequence according to SEQ ID No. 1 or a fragment or derivative thereof, wherein the derivative is an amino acid sequence having a substitution of 1, 2, 3, 4, or 5 amino acids in the amino acid sequence of SEQ ID No. 1 and/or 3, and wherein the fragment comprises an amino acid sequence according to SEQ ID No. 3, SEQ ID No. 5 or SEQ ID No. 6.
A spatial structure comprising at least: - one node with a plurality of sockets, wherein each socket has coupling means, - one bar which is to be inserted at either of the two ends thereof into the sockets of the nodes and wherein said ends each comprise at least one retaining element, - one perforated screw whose inner surface allows the insertion of the end of the bar and whose outer surface has coupling means formed by a male threaded portion complementary to a similar female thread that forms the coupling means of the sockets, and - a portion of flexible washer (8,8') suitable for insertion into the socket of the node and being closed by means of compression as a result of the thrust of the perforated screw in order to adopt the shape of a substantially closed washer which cooperates with the retaining element of the end of the bar, such that said bar is locked inside the perforated screw, thus preventing disassembly of the assembly but not the rotation of the bar within the socket; where in order to close the portion of flexible washer by compression as a result of a thrust by means of a perforated screw, the perforated screw has an inclined plane with an angle α intended for coupling at an inclined plane with the same angle α as the portion of flexible washer, characterized in that the portion of flexible washer comprises: - a thin strip that corresponds to the outer diameter thereof, and - on the inner diameter of said strip, a plurality of teeth greater in thickness than the strip, which project inwards and wherein said teeth alternate with empty areas where only the strip is found, forming a portion of ring gear. and in that - the retaining element of the bar for retaining the portion of flexible washer is formed by a perimeter step. - one node with a plurality of sockets, wherein each socket has coupling means, - one bar which is to be inserted at either of the two ends thereof into the sockets of the nodes and wherein said ends each comprise at least one retaining element, - one perforated screw whose inner surface allows the insertion of the end of the bar and whose outer surface has coupling means formed by a male threaded portion complementary to a similar female thread that forms the coupling means of the sockets, and - a portion of flexible washer (8,8') suitable for insertion into the socket of the node and being closed by means of compression as a result of the thrust of the perforated screw in order to adopt the shape of a substantially closed washer which cooperates with the retaining element of the end of the bar, such that said bar is locked inside the perforated screw, thus preventing disassembly of the assembly but not the rotation of the bar within the socket; - a thin strip that corresponds to the outer diameter thereof, and - on the inner diameter of said strip, a plurality of teeth greater in thickness than the strip, which project inwards and wherein said teeth alternate with empty areas where only the strip is found, forming a portion of ring gear. - the retaining element of the bar for retaining the portion of flexible washer is formed by a perimeter step.
A fuel cell electrode assembly comprising: a proton exchange membrane; a gas diffusion layer (26; 27); and a catalyst (22; 23) arranged between the proton exchange membrane and the gas diffusion layer (26; 27), characterised in that the catalyst (22; 23) includes a support material (42; 44) having first and second catalyst particles (46; 48) intermixed with one another and respectively of a first and second average particle size, the first average particle size larger than the second average particle size, the first and second average particle sizes respectively being 6 nm and 3 nm. a proton exchange membrane; a gas diffusion layer (26; 27); and a catalyst (22; 23) arranged between the proton exchange membrane and the gas diffusion layer (26; 27), characterised in that the catalyst (22; 23) includes a support material (42; 44) having first and second catalyst particles (46; 48) intermixed with one another and respectively of a first and second average particle size, the first average particle size larger than the second average particle size, the first and second average particle sizes respectively being 6 nm and 3 nm.