mhurhangee/ep-ind-claims huggingface dataset:
A helicopter comprising: - at least one motor member comprising an output shaft and a first stator (11, 29) rotatably supporting said output shaft around a first axis; - a main rotor adapted to provide the lift necessary for the support and the thrust necessary for the movement of the helicopter itself; - a transmission interposed between said motor member and said main rotor; said transmission comprising, in turn, an input shaft rotatable around a second axis and a second stator (20, 30) rotatably supporting said input shaft around said second axis; and - a joint interposed between said first and second stator (11, 29; 20, 30), angularly fixed with respect to said first axis, and configured to allow an inclination between said first and second stator ( 11, 29; 20, 30) in at least one plane parallel to said first axis; characterized in that said joint comprises a first corrugated element made of an elastically deformable material, interposed between said first and second stator (11, 29; 20, 30), and adapted to allow said inclination through elastic deformation; said first corrugated element extending along its own third axis joining said first axis and second axis, at least when said first corrugated element is, in use, undeformed; said joint comprising at least a second axial corrugated element (69, 70) coupled to said first corrugated element; the second corrugated element (69, 70) being shaped like a rib (69, 70) elongated parallel to said third axis and eccentric with respect to said third axis. - at least one motor member comprising an output shaft and a first stator (11, 29) rotatably supporting said output shaft around a first axis; - a main rotor adapted to provide the lift necessary for the support and the thrust necessary for the movement of the helicopter itself; - a transmission interposed between said motor member and said main rotor; said transmission comprising, in turn, an input shaft rotatable around a second axis and a second stator (20, 30) rotatably supporting said input shaft around said second axis; and - a joint interposed between said first and second stator (11, 29; 20, 30), angularly fixed with respect to said first axis, and configured to allow an inclination between said first and second stator ( 11, 29; 20, 30) in at least one plane parallel to said first axis; said first corrugated element extending along its own third axis joining said first axis and second axis, at least when said first corrugated element is, in use, undeformed; said joint comprising at least a second axial corrugated element (69, 70) coupled to said first corrugated element; the second corrugated element (69, 70) being shaped like a rib (69, 70) elongated parallel to said third axis and eccentric with respect to said third axis.
A composite fiber, comprising: at least one reinforcing filament formed of a first material; and a second material systematically deposited in a pattern onto the at least one reinforcing filament such that at least one of a length, a width, and a thickness of the second material varies across a surface of the at least one reinforcing filament, characterised in that: (a) the second material is printed onto at least one reinforcing filament, said reinforcing filament not including a sizing covering the at least one reinforcing filament, as pixels each having a thickness of up to 100 microns; or (b) the second material is printed onto at least one reinforcing filament, said reinforcing filament including a sizing covering the at least one reinforcing filament, as pixels each having a thickness of up to 100 microns. at least one reinforcing filament formed of a first material; and a second material systematically deposited in a pattern onto the at least one reinforcing filament such that at least one of a length, a width, and a thickness of the second material varies across a surface of the at least one reinforcing filament, (a) the second material is printed onto at least one reinforcing filament, said reinforcing filament not including a sizing covering the at least one reinforcing filament, as pixels each having a thickness of up to 100 microns; or (b) the second material is printed onto at least one reinforcing filament, said reinforcing filament including a sizing covering the at least one reinforcing filament, as pixels each having a thickness of up to 100 microns.
Portable electric power tool, in particular hammer drill and demolition hammer, with a housing and with a hammer tube which is mounted rotatably in the housing by means of at least one bearing element, wherein the bearing element is held in a manner fixed on the housing by means of a form fit brought about by rotation, characterized in that the form fit is formed by a bayonet closure between the bearing element and a bearing element receptacle of the housing, wherein the bearing element has a rotation lock, wherein the rotation lock consists in an interaction of recesses in an end side and in the outer circumferential side of the bearing element with engagement means, wherein, in the installed state of the bearing element, the engagement means engage in the recesses and thereby prevent a relative rotation of the bearing element with respect to the bearing element receptacle, i.e. an opening of the bayonet closure.
A seal assembly comprising: a shaft rotatable about a central longitudinal axis; a housing including a seal flange at least partially defining a seal opening; and a carbon seal located at least partially in the seal opening and including a first axially facing surface, wherein the housing and the carbon seal form a circumferential ring around the rotatable shaft; the seal flange including a second axially facing surface; characterised in that the second axially facing surface of the seal flange is at least partially covered with a carbide based coating in direct contact therewith and with a diamond-like carbon coating in direct contact with the carbide based coating, the diamond-like carbon coating being in engagement with the first axially facing surface on the carbon seal such that the carbide based coating and the diamond-like carbon coating create an axial separation between the flange and the carbon seal with respect to the central longitudinal axis. a shaft rotatable about a central longitudinal axis; a housing including a seal flange at least partially defining a seal opening; and a carbon seal located at least partially in the seal opening and including a first axially facing surface, wherein the housing and the carbon seal form a circumferential ring around the rotatable shaft; the seal flange including a second axially facing surface; characterised in that the second axially facing surface of the seal flange is at least partially covered with a carbide based coating in direct contact therewith and with a diamond-like carbon coating in direct contact with the carbide based coating, the diamond-like carbon coating being in engagement with the first axially facing surface on the carbon seal such that the carbide based coating and the diamond-like carbon coating create an axial separation between the flange and the carbon seal with respect to the central longitudinal axis.
A monoclonal antibody that is an allosteric antagonist of the insulin receptor and that binds to (i) insulin receptor or (ii) a complex comprising insulin and insulin receptor, or both (i) and (ii), with an equilibrium dissociation constant K D of 10 -5 M or less and that is capable of weakening the binding affinity between insulin and insulin receptor by at least 3-fold, optionally up to 1000-fold.
An elastic body for holding a cosmetic, having a three-dimensional structure, wherein the elastic body has a dense fibrous surface layer and a sparse fibrous substrate, wherein each of the dense fibrous surface layer and the sparse fibrous substrate comprises a web sheet comprising a web of which constituent fibers comprise a conjugated fiber containing a resin A and a resin B, and a synthetic fiber, characterized in that a melting temperature of the resin A is lower than a melting temperature of the resin B and a melting temperature of the synthetic fiber; wherein the constituent fibers of the web are fused into one body at their contacting portions by the resin A, and wherein the conjugated fiber and the synthetic fiber are arranged in parallel in the thickness direction of the elastic body for holding a cosmetic.
A coulter arrangement of an agricultural machine for spreading seeds and/or fertilisers, in particular a sowing machine or sowing combination, with two coulter discs, which are each rotatably mounted at a fastening element, which is connected to a coulter support arm or to a longitudinal beam and which has elastic characteristics, the two coulter discs being arranged V-shaped in relation to each other to form a double disc coulter, wherein the fastening element, which has elastic characteristics, presses the coulter discs, which are arranged V-shaped in relation to each other, against each other at each outer circumference or at the outer circumference of at least one of the coulter discs, as the case may be, with a preload at a contact point or a contact area running in or on the ground and forming a furrow, wherein the contours and elastic material characteristics of the fastening element define the preload forces of the V-shaped arranged discs of the double disc coulter, characterised in that the fastening element is formed in one piece.
A method for treating waste water from decontamination of a metal surface in a primary coolant circuit of a nuclear reactor characterized in that the method comprises the following steps: a) an oxidizing agent is introduced into a primary coolant in the primary coolant circuit to form an oxidation solution and the oxidation solution is circulated in the primary coolant circuit to contact the oxidation solution with the metal surface; b) during or after step a), a predetermined amount of the oxidation solution is discharged from the primary coolant circuit into a reduction zone connected to the primary coolant circuit; c) in the reduction zone, the oxidizing agent is reacted with a reducing agent to form a reaction solution freed of the oxidizing agent; d) the reaction solution is passed over an ion exchange resin to form a desalinated solution; and e) the desalinated solution is returned into the primary coolant and/or stored temporarily and/or disposed of. a) an oxidizing agent is introduced into a primary coolant in the primary coolant circuit to form an oxidation solution and the oxidation solution is circulated in the primary coolant circuit to contact the oxidation solution with the metal surface; b) during or after step a), a predetermined amount of the oxidation solution is discharged from the primary coolant circuit into a reduction zone connected to the primary coolant circuit; c) in the reduction zone, the oxidizing agent is reacted with a reducing agent to form a reaction solution freed of the oxidizing agent; d) the reaction solution is passed over an ion exchange resin to form a desalinated solution; and e) the desalinated solution is returned into the primary coolant and/or stored temporarily and/or disposed of.
Method for manufacturing a panel, wherein the panel comprises at least a substrate and a top layer with a printed motif, the top layer being provided on the substrate; wherein the top layer comprises a translucent or transparent synthetic material layer, which is provided above the printed motif; wherein the translucent or transparent synthetic material layer comprises a foamable synthetic material chosen from the series of polyurethane, acrylate and polymethylmethacrylate (PMMA); wherein the translucent or transparent synthetic material layer comprises a layer, situated at the surface, on the basis of lacquer; wherein the panel has a structure or relief at the surface; and wherein the method comprises at least the following steps: - the step of preparing the substrate, said step comprising applying one or more priming layers on the substrate; - the step of performing a print on the priming layer or priming layers already provided on the substrate so as to obtain the printed motif; - the step of applying the foamable synthetic material on the substrate in soft or liquid form; - the step of forming impressions in the still soft or softened again synthetic material so as to at least partially form the structure or relief; and - the step of solidifying or hardening the foamable synthetic material while being present on the substrate. - the step of preparing the substrate, said step comprising applying one or more priming layers on the substrate; - the step of performing a print on the priming layer or priming layers already provided on the substrate so as to obtain the printed motif; - the step of applying the foamable synthetic material on the substrate in soft or liquid form; - the step of forming impressions in the still soft or softened again synthetic material so as to at least partially form the structure or relief; and - the step of solidifying or hardening the foamable synthetic material while being present on the substrate.
A silicone formulation comprising a hydroxy-terminated polydiorganosiloxane and a first crosslinker selected from silanes according to formula and hydrolysis or condensation products thereof: wherein a is 0, 1, 2 or 3 b is 0 or 1; c is 1, 2, 3 or 4; a+b+c is 4; each occurrence of R 1 and R 2 is individually selected from the group consisting of hydrogen and optionally substituted monovalent hydrocarbon radicals having from 1 to 30 carbon atoms; and R 3 and R 4 are such that each occurrence of R 3 is methyl and R 4 is hydrogen. a is 0, 1, 2 or 3 b is 0 or 1; c is 1, 2, 3 or 4; a+b+c is 4; each occurrence of R 1 and R 2 is individually selected from the group consisting of hydrogen and optionally substituted monovalent hydrocarbon radicals having from 1 to 30 carbon atoms; and R 3 and R 4 are such that each occurrence of R 3 is methyl and R 4 is hydrogen.
A multi-level cooling structure, comprising: a body; sidewalls extending from edges of the body, wherein the sidewalls, together with the body, partially enclose a volume; flanges projecting from ends of the sidewalls opposite the body, wherein the flanges project away from the volume; and an oscillating heat pipe within the body, the sidewalls, and the flanges; wherein a fluid path for the oscillating heat pipe repeatedly traverses the body, a length of each of the sidewalls, and a portion of each of the flanges; and wherein the oscillating heat pipe is configured to provide cooling through both phase change of fluid slugs and vapor bubbles within the oscillating heat pipe and movement of the fluid slugs and the vapor bubbles along the fluid path between an evaporator adjacent a first of the flanges and a condenser adjacent a second of the flanges. a body; sidewalls extending from edges of the body, wherein the sidewalls, together with the body, partially enclose a volume; flanges projecting from ends of the sidewalls opposite the body, wherein the flanges project away from the volume; and an oscillating heat pipe within the body, the sidewalls, and the flanges; wherein a fluid path for the oscillating heat pipe repeatedly traverses the body, a length of each of the sidewalls, and a portion of each of the flanges; and wherein the oscillating heat pipe is configured to provide cooling through both phase change of fluid slugs and vapor bubbles within the oscillating heat pipe and movement of the fluid slugs and the vapor bubbles along the fluid path between an evaporator adjacent a first of the flanges and a condenser adjacent a second of the flanges.
A method of power control for a user equipment, UE, comprising: establishing a wireless connection to a first network; tuning away from the first network for a first predetermined interval; tuning back to the first network after the first predetermined interval; entering a power control state for a second predetermined interval after tuning back to the first network, in which the UE will not transmit at a higher transmit power regardless of uplink grants or commands received from the first network; sending a plurality of transmissions to the first network during the second predetermined interval; determining if a number of the plurality of transmissions that are not received by the first network exceeds a first threshold or if a number of the plurality of transmissions that are retransmitted to the first network exceeds a second threshold; and exiting the power control state when it is determined that the first threshold is exceeded or when it is determined that the second threshold is exceeded. establishing a wireless connection to a first network; tuning away from the first network for a first predetermined interval; tuning back to the first network after the first predetermined interval; entering a power control state for a second predetermined interval after tuning back to the first network, in which the UE will not transmit at a higher transmit power regardless of uplink grants or commands received from the first network; sending a plurality of transmissions to the first network during the second predetermined interval; determining if a number of the plurality of transmissions that are not received by the first network exceeds a first threshold or if a number of the plurality of transmissions that are retransmitted to the first network exceeds a second threshold; and exiting the power control state when it is determined that the first threshold is exceeded or when it is determined that the second threshold is exceeded.
A spiral coupler comprising; a plurality of parallel, coextensive conductive strips (54, 56) disposed in a planar spiral path, including a first strip having an input port and a direct or through port, a second strip having a coupled port and an isolated port; a first cross-over connection for bridging said strips (54, 56) over themselves from the inside to the outside of said spiral path to provide all four said ports (58, 60, 62, 64) external access to said spiral path; and a second cross-over connection for interchanging the relative positions of said first and second strips in the spiral path; characterised in that: each strip includes a plurality of discrete parallel elements interdigitated with those of the other strips; and the plurality of discrete elements in each strip are shunted together at said cross-over connection to present a single conductive member for bridging. each strip includes a plurality of discrete parallel elements interdigitated with those of the other strips; and the plurality of discrete elements in each strip are shunted together at said cross-over connection to present a single conductive member for bridging.
A metal soap, comprising metal soap particles in which a fatty acid has from 6 to 22 carbons, and an inorganic crystal nucleating agent with an average particle size of 0.01 to 20 μm absorbed internally into the metal soap particles, wherein the cumulative diameter at 50% of the metal soap particles on a volumetric basis is 1.0 to 30.0 μm, and the internal absorption rate A, represented by formula below, is 30% or greater. Internal absorption rate A = 100 − X / X ′ × 100 X; amount of inorganic crystal nucleating agent contained within metal soap X'; amount of inorganic crystal nucleating agent contained within pulverized metal soap passed through a 325-mesh filter (wherein X and X' are average values obtained by elemental analysis at three locations in an area of 15 μm square, using a scanning electron microscope/energy dispersive X-ray spectroscopy (SEM/EDX), under conditions of an accelerating voltage of 10 kV and a height of 15 mm) X; amount of inorganic crystal nucleating agent contained within metal soap X'; amount of inorganic crystal nucleating agent contained within pulverized metal soap passed through a 325-mesh filter (wherein X and X' are average values obtained by elemental analysis at three locations in an area of 15 μm square, using a scanning electron microscope/energy dispersive X-ray spectroscopy (SEM/EDX), under conditions of an accelerating voltage of 10 kV and a height of 15 mm)
A non-infectious virus-like particle comprising the Chikungunya virus capsid and envelope proteins E3, E2, 6K and E1 from Chikungunya virus strain 37997, wherein the VLP does not carry genetic information encoding for the VLP-proteins.
A cassette assembly, comprising: a housing holding at least two electrical plugs (14a - 14f) wherein each of the plugs (14a - 14f) comprises a release latch (64a - 64f) and wherein the housing comprises two spaced apart sidewalls (20a and 20b); and wherein a lever is pivotally connected to the spaced apart sidewalls (20a, 20b) of the housing, wherein an actuator is positioned within a path of rotation of the lever such that the rotation of the lever imparts rotational movement to the actuator, at least one release latch (64a - 64f) of the at least two electrical plugs (14a - 14f) is positioned within a path of rotation of the actuator such that rotation of the lever imparts rotation of the actuator, the actuator exerts a force onto the at least one release latch (64a - 64f), such that rotation of the lever causes the release latch (64a - 64f) of at least one of the electrical plugs (14a - 14f) to move from a latched position to an unlatched position, characterised in that the actuator is pivotally connected to the two spaced apart sidewalls (20a, 20b) of the housing. a housing holding at least two electrical plugs (14a - 14f) wherein each of the plugs (14a - 14f) comprises a release latch (64a - 64f) and wherein the housing comprises two spaced apart sidewalls (20a and 20b); and wherein a lever is pivotally connected to the spaced apart sidewalls (20a, 20b) of the housing,
Self-disinfecting drain trap for drainage pipes having a drain trap body and at least one light source (4, 7, 17), characterized in that the drain trap body is provided with a titanium dioxide nano-coating in the region of the drain trap interior, the titanium dioxide nano-coating is activated by the light radiation of the light sources (4, 7, 17) and the functions "cleaning", "disinfection", and "degradation of organic materials" takes place automatically on the titanium dioxide nano-coating activated by the light radiation and without interrupting the barrier function of the drain trap.
Door leaf comprising a frame and a door panel with a front leaf and a back leaf, whereby the frame is composed of conventional profiles with a front wall and back wall, respectively on the front and back of the frame, an inner wall and an outer wall, respectively on the inner edge and outer edge of the frame, and a lip oriented inwards is provided on the inner wall of the profiles to form a groove and whereby the front leaf is affixed against the front of the frame, hereby at least partially covering the front of the frame, wherein the front leaf is provided with clamping means that enable the front leaf to be pulled against the front of the frame, whereby these clamping means are formed by one or more clamps along the periphery of the frame with a basic element that is fastened on the front leaf, characterized in that the clamping means further comprises a clamping slat affixed thereon that hooks behind an aforementioned lip and can be tightened on the basic element towards the front leaf.
A process for preparing hydrogen cyanide, comprising i) providing gaseous formamide by evaporating liquid formamide in an evaporator; and ii) catalytically dehydrating the gaseous formamide, where the residence time of the formamide in the evaporator in step i) is < 20 s based on the liquid formamide, wherein the evaporator used in step i) is a microevaporator having channels to guide the formamide which have a hydraulic diameter of from 5 to 1000 μ m and the evaporation in step i) is effected at temperatures of from 185°C to 265°C. i) providing gaseous formamide by evaporating liquid formamide in an evaporator; and ii) catalytically dehydrating the gaseous formamide,