mhurhangee/ep-ind-claims huggingface dataset:
A method of operation of a User Equipment device, UE, that transmits and/or receives to and/or from a source Antenna Node, AN, on a source beam, comprising: performing (102, 204, 304) a Mobility Reference Signal, MRS, search to attempt to detect MRS transmitted by one or more candidate ANs (12-2, 12-3) for one or more candidate beams (16-2, 16-3); and if one or more conditions that are indicative of the MRS search being unsuccessful are met, transmitting (106, 208, 308) an indication that the MRS search was unsuccessful, wherein the indication is configured to trigger an increase in MRS transmit power by at least one of the one or more candidate ANs (12-2, 12-3). performing (102, 204, 304) a Mobility Reference Signal, MRS, search to attempt to detect MRS transmitted by one or more candidate ANs (12-2, 12-3) for one or more candidate beams (16-2, 16-3); and if one or more conditions that are indicative of the MRS search being unsuccessful are met, transmitting (106, 208, 308) an indication that the MRS search was unsuccessful, wherein the indication is configured to trigger an increase in MRS transmit power by at least one of the one or more candidate ANs (12-2, 12-3).
Stator of a rotating electrical machine in particular for a motor vehicle, said stator comprising: - a stator body comprising an axis and a plurality of teeth distributed angularly around said axis, said stator body forming an external periphery and an internal periphery around said axis, - coils each mounted around a tooth by way of a coil insulator, each of the coils being formed by at least one wire wound around said corresponding tooth, - each coil wire comprising an input and an output each corresponding to one end of said wire, - an interconnector comprising a set of tracks, said tracks being annular and being electrically connected to the inputs and outputs of the coils, and a track holder, said track holder comprising insulating walls each positioned between two successive tracks, said interconnector being mounted between the internal periphery and the external periphery of said stator body, each coil having one end (211, 212) positioned near said internal periphery and the other end (211, 212) positioned near said external periphery of said stator, characterized in that all of the tracks are positioned radially near one another and between the inputs and the outputs of said coils, in that the coil insulator comprises on each of its edges (45, 46) a snap-fitting portion able to be snap-fitted together with a complementary snap-fitting portion (57, 57') belonging to the track holder, and in that the coil wires are bent in such a way that the inputs and the outputs extend radially and above the tracks of said interconnector. - a stator body comprising an axis and a plurality of teeth distributed angularly around said axis, said stator body forming an external periphery and an internal periphery around said axis, - coils each mounted around a tooth by way of a coil insulator, each of the coils being formed by at least one wire wound around said corresponding tooth, - each coil wire comprising an input and an output each corresponding to one end of said wire, - an interconnector comprising a set of tracks, said tracks being annular and being electrically connected to the inputs and outputs of the coils, and a track holder, said track holder comprising insulating walls each positioned between two successive tracks, said interconnector being mounted between the internal periphery and the external periphery of said stator body, each coil having one end (211, 212) positioned near said internal periphery and the other end (211, 212) positioned near said external periphery of said stator, characterized in that all of the tracks are positioned radially near one another and between the inputs and the outputs of said coils, in that the coil insulator comprises on each of its edges (45, 46) a snap-fitting portion able to be snap-fitted together with a complementary snap-fitting portion (57, 57') belonging to the track holder, and in that the coil wires are bent in such a way that the inputs and the outputs extend radially and above the tracks of said interconnector.
A wind turbine nacelle configured for mounting on a wind turbine tower and housing a rotor-supporting assembly defining a rotational axis, the nacelle comprising: - a main unit arranged to be connected to a wind turbine tower and housing the rotor-supporting assembly, the main unit comprising a first side wall and a second side wall on opposite sides of the rotational axis and a rear wall extending transverse to the rotational axis between the side walls, and - at least two separate auxiliary units (21, 22), wherein - the main unit and a first of the at least two auxiliary units are assembled at a first interface, - the main unit and a second of the at least two auxiliary units are assembled at a second interface, and - both the first and the second interfaces are in a first wall being one of the first side wall, the second side wall, or the rear wall, wherein auxiliary units are arranged along the rear wall and one or both of the first and second side walls. - a main unit arranged to be connected to a wind turbine tower and housing the rotor-supporting assembly, the main unit comprising a first side wall and a second side wall on opposite sides of the rotational axis and a rear wall extending transverse to the rotational axis between the side walls, and - at least two separate auxiliary units (21, 22), - the main unit and a first of the at least two auxiliary units are assembled at a first interface, - the main unit and a second of the at least two auxiliary units are assembled at a second interface, and - both the first and the second interfaces are in a first wall being one of the first side wall, the second side wall, or the rear wall,
A nacelle for an aircraft propulsion system, comprising: a nacelle structure; and a fanlet (36, 70) configured to translate axially along a centerline between an open position and a closed position; characterised by: an interface assembly including first and second interlocking components (82, 84), wherein one of the first and the second interlocking components (82, 84) is mounted to the nacelle structure, and the other one of the first and the second interlocking components (82, 84) is mounted to the fanlet (36, 70); the first interlocking component comprising a projection configured with a stop; the second interlocking component comprising an aperture and a detent; and the projection adapted to extend axially into the aperture and the detent adapted to engage the stop where the fanlet (36, 70) is in the closed position, wherein the projection comprises a pin and the stop comprises a groove in the pin, the detent comprises a spring element adapted to engage the stop by projecting into the groove, and the fanlet (36, 70) includes an inlet structure and a fan cowl. a nacelle structure; and a fanlet (36, 70) configured to translate axially along a centerline between an open position and a closed position; characterised by: an interface assembly including first and second interlocking components (82, 84), wherein one of the first and the second interlocking components (82, 84) is mounted to the nacelle structure, and the other one of the first and the second interlocking components (82, 84) is mounted to the fanlet (36, 70); the first interlocking component comprising a projection configured with a stop; the second interlocking component comprising an aperture and a detent; and the projection adapted to extend axially into the aperture and the detent adapted to engage the stop where the fanlet (36, 70) is in the closed position, wherein the projection comprises a pin and the stop comprises a groove in the pin, the detent comprises a spring element adapted to engage the stop by projecting into the groove, and the fanlet (36, 70) includes an inlet structure and a fan cowl. an interface assembly including first and second interlocking components (82, 84), wherein one of the first and the second interlocking components (82, 84) is mounted to the nacelle structure, and the other one of the first and the second interlocking components (82, 84) is mounted to the fanlet (36, 70); the first interlocking component comprising a projection configured with a stop; the second interlocking component comprising an aperture and a detent; and the projection adapted to extend axially into the aperture and the detent adapted to engage the stop where the fanlet (36, 70) is in the closed position, wherein the projection comprises a pin and the stop comprises a groove in the pin, the detent comprises a spring element adapted to engage the stop by projecting into the groove, and the fanlet (36, 70) includes an inlet structure and a fan cowl.
A high-adherence reinforcing bar for reinforced concrete, comprising: - an extension portion including, on its outer surface, catching protrusions (6, 7) intended to promote the adherence between the reinforcing bar and the concrete, - an upset end portion provided with a threading intended to cooperate with a tapping arranged in a connection sleeve, the root-diameter of the threading being greater than or equal to the nominal diameter of the reinforcing bar, and the upset end portion includes a first part substantially cylindrical, and at least one second part disposed between the first part and the extension portion, the second part having a general section decreasing towards the extension portion, characterized in that the second part has a length greater than or equal to the length of the first part. - an extension portion including, on its outer surface, catching protrusions (6, 7) intended to promote the adherence between the reinforcing bar and the concrete, - an upset end portion provided with a threading intended to cooperate with a tapping arranged in a connection sleeve, the root-diameter of the threading being greater than or equal to the nominal diameter of the reinforcing bar, and the upset end portion includes a first part substantially cylindrical, and at least one second part disposed between the first part and the extension portion, the second part having a general section decreasing towards the extension portion, characterized in that the second part has a length greater than or equal to the length of the first part.
A device, for insertion into an ear canal of a mammalian subject, comprising: a body, having a sound path extending therethrough; characterised by: a tensioned membrane (10;100;200;300;400;500;600) in the sound path comprising at least one corrugation; and an adjustable member arranged to bear against the membrane to adjust the tension of the membrane and thereby to alter an acoustic response of the sound path. a body, having a sound path extending therethrough; characterised by: a tensioned membrane (10;100;200;300;400;500;600) in the sound path comprising at least one corrugation; and an adjustable member arranged to bear against the membrane to adjust the tension of the membrane and thereby to alter an acoustic response of the sound path. a tensioned membrane (10;100;200;300;400;500;600) in the sound path comprising at least one corrugation; and an adjustable member arranged to bear against the membrane to adjust the tension of the membrane and thereby to alter an acoustic response of the sound path.
A tin-plated copper-alloy terminal material comprising: a base material which is made of copper or copper alloy; a tin-based surface layer which is formed on a surface of the base material and has an average thickness of 0.2 μm or larger and 0.6 μm or smaller; a nickel-based coating layer or a cobalt-based coating layer which is formed on an outermost surface of the tin-based surface layer and has a coating thickness of 0.005 μm or larger and 0.05 μm or smaller; and a copper-tin alloy layer/a nickel-tin alloy layer/a nickel layer or a nickel-alloy layer which are formed between the tin-based surface layer and the base material in order from the tin-based surface layer, wherein the copper-tin alloy layer is a compound-alloy layer in which a major ingredient is Cu 6 Sn 5 and a part of copper of Cu 6 Sn 5 is substituted by nickel; the nickel-tin alloy layer is a compound-alloy layer in which a major ingredient is Ni 3 Sn 4 and a part of nickel of Ni 3 Sn 4 is substituted by copper; an average gap "S" of point peaks of the copper-tin alloy layer is 0.8 μm or larger and 2.0 μm or smaller; and a dynamic friction coefficient at a surface of the tin-plated copper-alloy terminal material is 0.3 or lower. a base material which is made of copper or copper alloy; a tin-based surface layer which is formed on a surface of the base material and has an average thickness of 0.2 μm or larger and 0.6 μm or smaller; a nickel-based coating layer or a cobalt-based coating layer which is formed on an outermost surface of the tin-based surface layer and has a coating thickness of 0.005 μm or larger and 0.05 μm or smaller; and a copper-tin alloy layer/a nickel-tin alloy layer/a nickel layer or a nickel-alloy layer which are formed between the tin-based surface layer and the base material in order from the tin-based surface layer, wherein the copper-tin alloy layer is a compound-alloy layer in which a major ingredient is Cu 6 Sn 5 and a part of copper of Cu 6 Sn 5 is substituted by nickel; the nickel-tin alloy layer is a compound-alloy layer in which a major ingredient is Ni 3 Sn 4 and a part of nickel of Ni 3 Sn 4 is substituted by copper; an average gap "S" of point peaks of the copper-tin alloy layer is 0.8 μm or larger and 2.0 μm or smaller; and a dynamic friction coefficient at a surface of the tin-plated copper-alloy terminal material is 0.3 or lower.
Arrangement of a pipe coupling with a cover, wherein the pipe coupling can be coupled with one of its ends to a pipe and which has a clamping band and a tightening means for tightening the clamping band, wherein the cover is provided on the other end of the pipe coupling and is inserted in the clamping band and can be secured by tightening the tightening means of the clamping band, characterized in that the cover is pot-shaped, wherein the bottom section of the pot-shaped cover has a convexity, which advantageously projects into the interior of the pipe coupling.
A sulfated hyaluronan or the pharmaceutically acceptable salt or ester thereof, for use in treating or preventing urological inflammation, wherein 100% of the primary C-6 hydroxyl protons of the N-acetyl-glucosamine residue of the sulfated hyaluronan are substituted with a sulfate group, the sulfated hyaluronan has a degree of sulfation from 3.0 to 4.0 per disaccharide unit of the sulfated hyaluronan, and the sulfated hyaluronan has an average molecular size from 2 kDa to 10 kDa.
A method at a wireless access point comprising a wireless interface, no wireless station being associated to said wireless access point, said method comprising the steps of: - enabling the wireless interface during a first period of time; - checking if a wireless station associates during that first period of time; - if a wireless station has been associated, keeping the wireless interface enabled; - if a wireless station is attempting to associate during the first period of time, enabling the wireless interface during an extended period of time; and - if no wireless station is associated or is attempting to associate during the first period of time, disabling the wireless interface for a second period of time so that when disabled the wireless interface does not transmit and receive, said second period of time being independent of a beacon period of the access point, - enabling the wireless interface during the first period of time at the end of the second period of time. - enabling the wireless interface during a first period of time; - checking if a wireless station associates during that first period of time; - if a wireless station has been associated, keeping the wireless interface enabled; - if a wireless station is attempting to associate during the first period of time, enabling the wireless interface during an extended period of time; and - if no wireless station is associated or is attempting to associate during the first period of time, disabling the wireless interface for a second period of time so that when disabled the wireless interface does not transmit and receive, said second period of time being independent of a beacon period of the access point, - enabling the wireless interface during the first period of time at the end of the second period of time.
A drawer frame structure comprising a fixing device for fixing a front panel to a drawer container in releasable and positionally adjustable relationship, wherein the front panel can be releasably connected to the fixing device by way of a connecting element which can be pre-mounted to a front panel and wherein a first adjusting element is associated with the container for adjusting the position of the front panel in the heightwise direction, characterized in that a second adjusting element is associated with the container for adjusting the position of the front panel in the lateral direction, wherein at least the first and second adjusting elements engage the same plate-shaped part of the connecting element, wherein upon actuation of the second adjusting element the front panel via the plate-shaped part of the connecting element is movable in the lateral direction with respect to the container.
A conductive paste comprising the following components,, and: a silver powder; a glass frit; an organic binder, and a powder containing an oxide of a platinum group element and/or a compound which can be an oxide of a platinum group element, wherein the content of the powder is 0.5 to 3.0 parts by mass based on 100 parts by mass of the silver powder, and either (a) the glass frit is a glass frit containing bismuth oxide, or (b) the conductive paste further comprises a powder containing copper and/or manganese. a silver powder; a glass frit; an organic binder, and a powder containing an oxide of a platinum group element and/or a compound which can be an oxide of a platinum group element,
Apparatus for angle measurement in the form of an angle measuring device, comprising • a code disc, which has a code track, which is arranged concentrically with respect to the axis of rotation thereof and has an absolutely encoded graduation track and an incremental graduation track, • at least two scanning units (30, 31), which are arranged distributed with an angle offset over the circumference of the code disc, in each case for ascertaining absolute position values (PA_1, PA_2) by scanning the absolutely encoded graduation track and in each case for producing incremental position signals (P0_1, P90_1, P0_2, P90_2) by scanning the incremental graduation track, wherein the incremental position signals (P0_1, P90_1, P0_2, P90_2) are output as a sequence of state changes, • a control unit, to which the absolute position values (PA_1, PA_2) and the incremental position signals (P0_1, P90_1, P0_2, P90_2) are able to be fed via interfaces (35, 36, 45, 46) to form a corrected absolute position value and which has a device interface for communicating with subsequent electronics, wherein the control unit comprises a processing unit, having one counter unit (60, 61) per scanning unit (30, 31), which are able to be initialized with the absolute position values (PA_1, PA_2) of the respectively associated scanning unit (30, 31), and the counter unit (60, 61) is designed such that it counts state changes of the incremental position signals (P0_1, P90_1, P0_2, P90_2) of the associated scanning unit (30, 31) and the counter readings of the counter units (60, 61) are fed to a correction unit as absolute position values (PZ_1, PZ_2), which processes them to form the corrected position value, and the corrected position value is transmittable to the subsequent electronics via the device interface. • a code disc, which has a code track, which is arranged concentrically with respect to the axis of rotation thereof and has an absolutely encoded graduation track and an incremental graduation track, • at least two scanning units (30, 31), which are arranged distributed with an angle offset over the circumference of the code disc, in each case for ascertaining absolute position values (PA_1, PA_2) by scanning the absolutely encoded graduation track and in each case for producing incremental position signals (P0_1, P90_1, P0_2, P90_2) by scanning the incremental graduation track, wherein the incremental position signals (P0_1, P90_1, P0_2, P90_2) are output as a sequence of state changes, • a control unit, to which the absolute position values (PA_1, PA_2) and the incremental position signals (P0_1, P90_1, P0_2, P90_2) are able to be fed via interfaces (35, 36, 45, 46) to form a corrected absolute position value and which has a device interface for communicating with subsequent electronics,
An in-vitro method for inhibiting angiogenesis in a cell comprising: a) providing a cell; and b) increasing miR-92 expression or activity in the cell compared to a wild-type cell by introducing a miR-92 molecule, or by introducing a construct comprising a promoter functionally linked to an expressible miR-92 sequence. a) providing a cell; and b) increasing miR-92 expression or activity in the cell compared to a wild-type cell by introducing a miR-92 molecule, or by introducing a construct comprising a promoter functionally linked to an expressible miR-92 sequence.
A demountable structure comprising: ▪ a cloth comprising at least one aperture; ▪ a plurality of supporting elements capable of supporting said cloth; ▪ at least one electric energy storage element to provide an amount of electric energy to at least one heat emitting element in contact with the cloth, said at least one heat emitting element being configured to emits an amount of thermal energy to an internal zone of the demountable structure, said internal zone being delimited by an inner surface of the cloth; characterized in that: ▪ the cloth comprises an internal layer and an external layer and housings located in said cloth to accommodate said at least one electric energy storage element forming at least one lateral support to hold the structure in a mounted position. ▪ a cloth comprising at least one aperture; ▪ a plurality of supporting elements capable of supporting said cloth; ▪ at least one electric energy storage element to provide an amount of electric energy to at least one heat emitting element in contact with the cloth, said at least one heat emitting element being configured to emits an amount of thermal energy to an internal zone of the demountable structure, said internal zone being delimited by an inner surface of the cloth; ▪ the cloth comprises an internal layer and an external layer and housings located in said cloth to accommodate said at least one electric energy storage element forming at least one lateral support to hold the structure in a mounted position.