mhurhangee/ep-ind-claims huggingface dataset:
Terminal-forming bushing for metal-ion electrochemical cell, produced through an orifice emerging on either side of a wall comprising two opposing faces (30, 31), comprising: - a closure means, bearing against the chamfer of at least one emerging passage forming a seat inside the bushing, - a compression means housed in the emerging conduit, the compression means being adapted to keep the closure means pressed against its seat on a continuous peripheral surface, up to a predetermined pressure of the gases prevailing inside the cell, beyond which the latter can escape to the outside of the cell through the passage and the emerging conduit, - the closure means being a ball, the compression means being adapted on the one hand to allow the passage of the end of a tool so as to allow an initial plastic deformation of the ball by pressing against its seat and, on the other hand, to keep the deformed ball pressed against its seat up to the predetermined pressure of the gases prevailing inside the cell, beyond which the latter can escape toward the outside of the cell. - a closure means, bearing against the chamfer of at least one emerging passage forming a seat inside the bushing, - a compression means housed in the emerging conduit, the compression means being adapted to keep the closure means pressed against its seat on a continuous peripheral surface, up to a predetermined pressure of the gases prevailing inside the cell, beyond which the latter can escape to the outside of the cell through the passage and the emerging conduit, - the closure means being a ball, the compression means being adapted on the one hand to allow the passage of the end of a tool so as to allow an initial plastic deformation of the ball by pressing against its seat and, on the other hand, to keep the deformed ball pressed against its seat up to the predetermined pressure of the gases prevailing inside the cell, beyond which the latter can escape toward the outside of the cell.
A medical balloon having a working length and comprising a balloon wall comprising an anisotropic balloon wall material, said balloon wall defining a chamber, said balloon wall obtainable from a tubular precursor by longitudinally compressing at least a portion of the tubular precursor to reduce its length, wherein the medical balloon is configured to be inflated in a straight configuration and in a curved configuration, and wherein the balloon wall is configured such that, when the medical balloon is inflated in a curved configuration requiring 20% total strain, the medical balloon, along a portion of the working length, defines an inner arc and an outer arc and a portion of balloon wall extending along the inner arc undergoes at least 5% compressive strain and wherein said medical balloon is semi-compliant to non-compliant. a balloon wall comprising an anisotropic balloon wall material, said balloon wall defining a chamber, said balloon wall obtainable from a tubular precursor by longitudinally compressing at least a portion of the tubular precursor to reduce its length, wherein the medical balloon is configured to be inflated in a straight configuration and in a curved configuration, and wherein the balloon wall is configured such that, when the medical balloon is inflated in a curved configuration requiring 20% total strain, the medical balloon, along a portion of the working length, defines an inner arc and an outer arc and a portion of balloon wall extending along the inner arc undergoes at least 5% compressive strain and wherein said medical balloon is semi-compliant to non-compliant.
Wind turbine facility having radial turbines and a generator, two radial turbines which are aligned one next to the other and in parallel and which each have a vertical rotor shaft being arranged, which turbines are connected to one another and are pivotable about a pivot axis in parallel with the rotor shafts, the pivot axis and a V-shaped wind distributor being arranged outside the connecting line of the rotor shafts and both on the same side of the connecting line, the generator being mechanically connected to the rotor shafts via a gear, and it being possible for the same generator to be driven by both rotor shafts, characterized in that the generator can be driven via drive shafts, in that decouplers are provided between the rotor shafts and the generator, which decouplers release the connection in the event of overload, in that a control means is provided and the control means triggers the decouplers in the event of overload, in that when defined parameters are reached, the control means generates a predefined torque by loading the generator, which torque triggers the decouplers and separates the rotor shafts from the generator, in that a mechanical brake having a brake disc and a brake caliper (4.1) is provided, in that the control means is designed such that in the event of an overload of the generator, the control means dissipates the excess energy by electrical braking and, if this is not sufficient, activates the mechanical brake and, if this is also not sufficient and a predefined torque is achieved at one of the decouplers, activates the decoupler in order to separate the generator from the energy supply through the shaft.
A compound for modulating splicing or expression of a CFTR transcript in a cell comprising a modified oligonucleotide consisting of 25 to 30 linked nucleosides and comprising any one of SEQ ID NOs: 1 to 4, 6 to 10, 12 to 20, 22 to 24, 26 to 30, 33, 35 to 44, 47 to 51, 53 to 60, 62 to 66, 68, 71 to 100, 102 to 122, and 126 to 129.
A compound selected from: and wherein PG is selected from a tri-C 1-6 alkyl silyl group, a di-C 1-6 alkyl-phenyl silyl group, a C 1-6 alkyl-di-phenyl silyl group, and a tri-phenyl silyl group; R' is C 1-6 alkyl; R x is H or C 1-6 alkyl; X is Br, Cl or I; and R 5 is C 1-6 alkyl. a C 1-6 alkyl-di-phenyl silyl group, and a tri-phenyl silyl group; R' is C 1-6 alkyl; R x is H or C 1-6 alkyl; X is Br, Cl or I; and R 5 is C 1-6 alkyl.
A method of making at least a component (30, 42, 44, 50, 52, 54, 62, 64) for a rim base of a multi-piece wheel for a vehicle, wherein the component is either a separate gutter band and/or a back band, incorporable a rim base by welding to one another or to an interposed centre band, or is an integral back band and gutter band forming a rim base, the method characterised by comprising: providing a workpiece of tubular configuration; heating a part of the workpiece to a forging temperature in situ in a press tooling; arranging an upper part of the press tooling, so that the ejector closes-off an upper end of a cavity part of a cavity, and forcing the upper part down onto the heated part of the workpiece such that the part of the workpiece is upset until its thickness is increased so that its radially innermost surface contacts an inner tool part in the cavity part of the cavity, lowering the ejector relative to the upper part to eject the part of the workpiece from the cavity part, raising the ejector relative to the upper part, to close the cavity at a lower end of the cavity part, heating the part of the workpiece to a forging temperature, rapidly forcing the upper part over the heated part of the workpiece to conform the shape of the part of the workpiece to the shape of a lower part of the cavity, raising the upper part and using the ejector to eject the workpiece from a lower cavity part. providing a workpiece of tubular configuration; heating a part of the workpiece to a forging temperature in situ in a press tooling; arranging an upper part of the press tooling, so that the ejector closes-off an upper end of a cavity part of a cavity, and forcing the upper part down onto the heated part of the workpiece such that the part of the workpiece is upset until its thickness is increased so that its radially innermost surface contacts an inner tool part in the cavity part of the cavity, lowering the ejector relative to the upper part to eject the part of the workpiece from the cavity part, raising the ejector relative to the upper part, to close the cavity at a lower end of the cavity part, heating the part of the workpiece to a forging temperature, rapidly forcing the upper part over the heated part of the workpiece to conform the shape of the part of the workpiece to the shape of a lower part of the cavity, raising the upper part and using the ejector to eject the workpiece from a lower cavity part.
Pushchair comprising a frame provided with wheels (61, 62, 63), able to adopt at least one deployed position corresponding to a position of use of the pushchair and at least one folded position corresponding to a storage position of the pushchair, the pushchair further comprising means for locking the frame in deployed position and means for controlling the unlocking of the means for locking as such making it possible to return the frame to said storage position, said means for controlling the unlocking comprising an actuating member with the foot located in the lower region of the frame, characterised in that the means for controlling the unlocking comprise: - a mobile safety element configured to prevent access to the actuating member in a first so-called safety position, and to allow access to the actuating member in a second so-called release position. - a mobile safety element configured to prevent access to the actuating member in a first so-called safety position, and to allow access to the actuating member in a second so-called release position.
Packing device for packing and/or unpacking goods, in particular groups of goods, in a continuously moving goods stream into and/or out of a goods carrier, wherein the packing device has a goods conveyor and a transfer device for the goods moved in the conveying direction in the goods stream on the goods conveyor, wherein the transfer device is arranged directly above the goods carrier and effects a vertical relative transfer movement between the goods and the goods carrier, wherein a temporarily removable supporting device for the goods is arranged between the transfer device and the goods carrier in the transfer area, wherein the packing device has a variable-length supporting device, which, by means of a rolling-on and rolling-off movement, can be moved into and out of supporting engagement with the goods during their conveying movement in the transfer area, and wherein the supporting device is formed as a rolling floor, which can be rolled in and away under a goods group provided for the transfer.
A sole for an article of footwear that simulates the motions, force applications, and proprioceptive feedback of a natural human foot, the foot defining a base of forefoot and a base of heel, the sole therein reducing moments across lower extremity joint segments, the sole comprising: a first flexure groove positioned within the sole and extending posteriorly from an apex at a lateral edge of the base of the heel; a second flexure groove positioned within the sole and extending anteriorly from the apex, the second flexure zone intersecting the first flexure zone at the apex; a third flexure groove positioned within the sole and extending anteriorly from the base of forefoot; a fourth flexure groove positioned within the sole and extending anteriorly from the apex, the fourth flexure zone intersecting the first flexure zone and the second flexure zone at the apex; and a fifth flexure groove positioned within the sole and extending posteriorly from a base of the forefoot. a first flexure groove positioned within the sole and extending posteriorly from an apex at a lateral edge of the base of the heel; a second flexure groove positioned within the sole and extending anteriorly from the apex, the second flexure zone intersecting the first flexure zone at the apex; a third flexure groove positioned within the sole and extending anteriorly from the base of forefoot; a fourth flexure groove positioned within the sole and extending anteriorly from the apex, the fourth flexure zone intersecting the first flexure zone and the second flexure zone at the apex; and a fifth flexure groove positioned within the sole and extending posteriorly from a base of the forefoot.
The anhydrous crystalline form of (1,1-dioxo-hexahydro-1lambda*6*-thiopyran-4-yl)-{ -3-[1-(6-methoxy-5-methyl-pyridin-3-yl)-2,3-dihydro-1H-pyrido[3,4-b][1,4]oxazin-7-yloxy]-pyrrolidin-1-yl}-methanone.
A method for applying a change to a configuration or state of a radio bearer, the radio bearer supporting the transfer of data over a radio connection between a wireless communication device and a base station with defined data transfer characteristics, the method performed by said wireless communication device, the method characterized by: performing a handshake with the base station to agree on a time to synchronously apply said change at the wireless communication device and the base station; and in accordance with the agreement, synchronously applying said change at said time. performing a handshake with the base station to agree on a time to synchronously apply said change at the wireless communication device and the base station; and in accordance with the agreement, synchronously applying said change at said time.
A silicon-based coating composition comprising: from 1% (w/w) to 76% (w/w) polysilazane, from 0.2% (w/w) to 4% (w/w) polysiloxane, and from 1% (w/w) to 9% (w/w) polysilane of a formula (R 1 R 2 Si) n, wherein n is greater than 1, and wherein R 1 and R 2 are the same or different and are selected from the group consisting of alkyl and aromatic hydrocarbon, and optionally substituted with one or more amine, fluoro, alkoxy, mercapto, chloro, cyano, or allyl group; which composition after curing, is a mold release coating composition that is non-transferable, has a thickness ranging between 0.1 μm and 40 μm, a coefficient of friction between from 0.03 to 0.04 per ASTM D1894, and a hardness ranging between 4H and 9H per ASTM D3363. from 1% (w/w) to 76% (w/w) polysilazane, from 0.2% (w/w) to 4% (w/w) polysiloxane, and from 1% (w/w) to 9% (w/w) polysilane of a formula (R 1 R 2 Si) n, wherein n is greater than 1, and wherein R 1 and R 2 are the same or different and are selected from the group consisting of alkyl and aromatic hydrocarbon, and optionally substituted with one or more amine, fluoro, alkoxy, mercapto, chloro, cyano, or allyl group; which composition after curing, is a mold release coating composition that is non-transferable, has a thickness ranging between 0.1 μm and 40 μm, a coefficient of friction between from 0.03 to 0.04 per ASTM D1894, and a hardness ranging between 4H and 9H per ASTM D3363.
Pulse wheel for a measurement of the revolution of a bicycle wheel, wherein the wheel comprises a wheel axle that can be fixed to the bicycle frame of the bicycle and a rotatable hub thereto with wheel spokes fixed thereto and a brake disc firmly connected to the hub, wherein the pulse wheel comprises two different materials, wherein a first material is configured not to exert any influence on a measuring device for determining the revolutions of the pulse wheel, and wherein a second material is configured to exert an influence on the measuring device, and wherein the pulse wheel is configured like a wheel or disc, with a radius (r) and a circumference, wherein areas with the first material and areas with the second material are respectively arranged alternately to one another on the circumference, characterized in that the pulse wheel is configured to be attached indirectly torque proof to the hub by means of an internal Centerlock-mounting or an external Centerlock-mounting of the brake disc so that the pulse wheel in the mounted state is mounted between the brake disc and the bicycle frame so that it is torque proof in relation to the hub, wherein the wheel comprises a wheel axle that can be fixed to the bicycle frame of the bicycle and a rotatable hub thereto with wheel spokes fixed thereto and a brake disc firmly connected to the hub, wherein the pulse wheel comprises two different materials, wherein a first material is configured not to exert any influence on a measuring device for determining the revolutions of the pulse wheel, and wherein a second material is configured to exert an influence on the measuring device, and wherein the pulse wheel is configured like a wheel or disc, with a radius (r) and a circumference, wherein areas with the first material and areas with the second material are respectively arranged alternately to one another on the circumference, characterized in that the pulse wheel is configured to be attached indirectly torque proof to the hub by means of an internal Centerlock-mounting or an external Centerlock-mounting of the brake disc so that the pulse wheel in the mounted state is mounted between the brake disc and the bicycle frame so that it is torque proof in relation to the hub,
A method of machine-to-machine communication, comprising: encrypting, at a device, data with a first key; forming a message that includes a device identifier and the encrypted data, the device identifier identifying the device; forming a signaling message that includes a class identifier, the message and an action code, the class identifier identifying a group of devices to which the device belongs, and the action code indicating the type of data; and sending the signaling message to a network, wherein the action code indicates one of data for transfer and operating parameters of the device. encrypting, at a device, data with a first key; forming a message that includes a device identifier and the encrypted data, the device identifier identifying the device; forming a signaling message that includes a class identifier, the message and an action code, the class identifier identifying a group of devices to which the device belongs, and the action code indicating the type of data; and sending the signaling message to a network, wherein the action code indicates one of data for transfer and operating parameters of the device.
Cushioned coupling hinge for hingeing a seat or a lid to a bowl of a WC, suitable to couple a mobile component and a fixed component in a rotatable manner, wherein the mobile component is the seat or the lid and the fixed component is the bowl of the WC, said cushioned coupling hinge comprising: - a first element and a second element, in which either the first or the second element is integrally constrainable to the mobile component to be cushioned so as to rotate with it around a rotation axis, and the other is integrally constrainable to the fixed component; wherein: - the first element comprises a body provided with a chamber suitable to house, at least partially, the second element, said body being provided with a tooth projecting towards the inside of the chamber, - the second element comprises a body suitable for inserting in the chamber and provided with a tab, projecting outwards, and suitable for engaging with the tooth; characterised in that it comprises an elastic element, positioned between the first element and the second element; and wherein - the elastic element is housed in the chamber between the tooth and the tab, and is suitable to oppose resistance, in an intermediate working configuration in which it is compressed between the tooth and the tab, so as to slow down the rotation of the first element acting during the closing of the mobile component (151,152) and without interfering with the opening of the mobile component (151,152), wherein the elastic element, in a final working configuration in which it is further compressed between the tooth and the tab, expands to abut against the longitudinal walls of the chamber further slowing down the rotation of the first element. - a first element and a second element, in which either the first or the second element is integrally constrainable to the mobile component to be cushioned so as to rotate with it around a rotation axis, and the other is integrally constrainable to the fixed component; - the first element comprises a body provided with a chamber suitable to house, at least partially, the second element, said body being provided with a tooth projecting towards the inside of the chamber, - the second element comprises a body suitable for inserting in the chamber and provided with a tab, projecting outwards, and suitable for engaging with the tooth; - the elastic element is housed in the chamber between the tooth and the tab, and is suitable to oppose resistance, in an intermediate working configuration in which it is compressed between the tooth and the tab, so as to slow down the rotation of the first element acting during the closing of the mobile component (151,152) and without interfering with the opening of the mobile component (151,152), wherein the elastic element, in a final working configuration in which it is further compressed between the tooth and the tab, expands to abut against the longitudinal walls of the chamber further slowing down the rotation of the first element.
A method for connecting a blade to a hub of a wind turbine, the method comprising pulling the blade towards the hub using a rope guided through an interior of the hub, wherein said rope may be a tension line, a cable, a belt, a chain and/or a wire wherein said method comprises the steps of: a) providing the hub which is mounted to a tower of the wind turbine, b) providing the blade and the rope which is connected to the blade with its one end, c) lifting the blade towards the hub, d) placing the other end of the rope into the interior of the hub, e) pulling the rope at the other end, and f) connecting the blade to the hub wherein the blade is pulled towards the hub in the longitudinal direction of the blade; wherein a movement of the blade perpendicular to the longitudinal direction of the blade is restricted by means of a first guiding element; wherein the first guiding element is a guiding cage connected to the hub and protruding from the hub, in particular from the blade connecting surface. a) providing the hub which is mounted to a tower of the wind turbine, b) providing the blade and the rope which is connected to the blade with its one end, c) lifting the blade towards the hub, d) placing the other end of the rope into the interior of the hub, e) pulling the rope at the other end, and f) connecting the blade to the hub wherein the blade is pulled towards the hub in the longitudinal direction of the blade; wherein a movement of the blade perpendicular to the longitudinal direction of the blade is restricted by means of a first guiding element; wherein the first guiding element is a guiding cage connected to the hub and protruding from the hub, in particular from the blade connecting surface.