mhurhangee/ep-ind-claims huggingface dataset:
An assembly for a synchronization unit of a gear-changing transmission comprising - a friction ring which comprises a conical friction ring body having a friction surface and an installation surface which respectively bound the friction ring body in a radial peripheral direction extending perpendicular to an axial friction ring axis, wherein the friction surface extends at a predefinable friction angle (α 1) and the installation surface extends at a predefinable installation angle (α 2,), in each case conically along the friction ring axis, and - a synchronizer ring having a contact surface corresponding to the installation surface of the friction ring, wherein the synchronizer ring and the friction ring are configured and arranged such that the contact surface of the synchronizer ring contacts the installation surface of the friction ring and the friction surface of the friction ring is in rubbing contact with the gear wheel during a synchronization process in which the synchronizer ring is displaced in the direction of a gear wheel to be synchronized, characterized in that the installation surface of the friction ring and/or the contact surface of the synchronizer ring has/have an adhesion-reducing surface structure. - a friction ring which comprises a conical friction ring body having a friction surface and an installation surface which respectively bound the friction ring body in a radial peripheral direction extending perpendicular to an axial friction ring axis, wherein the friction surface extends at a predefinable friction angle (α 1) and the installation surface extends at a predefinable installation angle (α 2,), in each case conically along the friction ring axis, and - a synchronizer ring having a contact surface corresponding to the installation surface of the friction ring,
A local key module for a display device, the local key module comprising: a circuit board which is aligned on a second plane; and a circular wheel key rotating around a rotation axis, - the wheel key being aligned on a first plane which is parallel to the second plane, - the wheel key including a ring unit which is i) configured for being touched by a user's finger and ii) shaped in a doughnut form having its center portion open, - the ring unit being configured to be tilted i) backward, when a portion of the ring unit moves closer to the circuit board, or ii) forward, when said portion moves away from the circuit board; a rotation detection unit detecting a rotational movement of the wheel key; a second switch spaced apart from the wheel key, wherein the second switch can be contacted by the wheel key when the ring unit is tilted backward; and a third switch spaced apart from the wheel key, wherein the third switch can be contacted by the wheel key when the ring unit is tilted forward. a circuit board which is aligned on a second plane; and a circular wheel key rotating around a rotation axis, - the wheel key being aligned on a first plane which is parallel to the second plane, - the wheel key including a ring unit which is i) configured for being touched by a user's finger and ii) shaped in a doughnut form having its center portion open, - the ring unit being configured to be tilted i) backward, when a portion of the ring unit moves closer to the circuit board, or ii) forward, when said portion moves away from the circuit board; - the wheel key being aligned on a first plane which is parallel to the second plane, - the wheel key including a ring unit which is i) configured for being touched by a user's finger and ii) shaped in a doughnut form having its center portion open, - the ring unit being configured to be tilted i) backward, when a portion of the ring unit moves closer to the circuit board, or ii) forward, when said portion moves away from the circuit board; a rotation detection unit detecting a rotational movement of the wheel key; a second switch spaced apart from the wheel key, wherein the second switch can be contacted by the wheel key when the ring unit is tilted backward; and a third switch spaced apart from the wheel key, wherein the third switch can be contacted by the wheel key when the ring unit is tilted forward.
Method for welding at least two profiles for window frames or window casements, or door frames or door leaves, comprising the following steps: - providing at least two profiles which will be connected to one another at joining surfaces (26, 27) of the profile ends (2, 3), - positioning a heating unit with at least two heating elements (5, 6) between the profile ends (2, 3) to be joined, - bevelling, in particular removing material from, a profile edge layer of the profile ends (2, 3), preferably at least as far as the melting path, along their visible surfaces (17, 18) by means of at least one tool arranged on the heating elements (5, 6) of the heating unit, in particular by means of at least one cutting blade (7, 8), - advancing the profile ends (2, 3) to be joined to one another to the heating unit, - incipiently melting the profile ends (2, 3) at what will be their joining surfaces (26, 27) by means of at least one heating surface (23, 24) arranged on the heating elements (5, 6), - moving the heating elements (5, 6) in such a way that the molten material is displaced into the profile interior or into the interior of the profile chambers of the profiles, - removing the heating unit between the profile ends (2, 3) to be joined, and - compressing the profile ends (2, 3) against one another such that the profiles are joined to one another. - providing at least two profiles which will be connected to one another at joining surfaces (26, 27) of the profile ends (2, 3), - positioning a heating unit with at least two heating elements (5, 6) between the profile ends (2, 3) to be joined, - bevelling, in particular removing material from, a profile edge layer of the profile ends (2, 3), preferably at least as far as the melting path, along their visible surfaces (17, 18) by means of at least one tool arranged on the heating elements (5, 6) of the heating unit, in particular by means of at least one cutting blade (7, 8), - advancing the profile ends (2, 3) to be joined to one another to the heating unit, - incipiently melting the profile ends (2, 3) at what will be their joining surfaces (26, 27) by means of at least one heating surface (23, 24) arranged on the heating elements (5, 6), - moving the heating elements (5, 6) in such a way that the molten material is displaced into the profile interior or into the interior of the profile chambers of the profiles, - removing the heating unit between the profile ends (2, 3) to be joined, and - compressing the profile ends (2, 3) against one another such that the profiles are joined to one another.
A tibial shelf prosthetic component (26, 40, 90, 152) for use in a unicondylar meniscal bearing unicompartmental knee replacement, the tibial component comprising a shelf (40, 91) having a connection surface (41, 92) and a convex bearing surface (29, 42, 93, 155), the connection surface adapted to abut and be connected to a proximal end of a tibia bone, the convex bearing surface adapted to abut a concave face of a meniscal bearing, the tibial shelf including an inner wall (25, 44, 95) extending from the perimeter of the bearing surface over a portion of the inner side, the inner wall having an outwardly facing side (45, 96) adjacent to the bearing surface, characterized in that the outwardly facing side is inclined to an axis which is perpendicular to the connection surface.
An electrostatographic reproduction apparatus comprising: a primary imaging member for producing an electrostatic latent image; a development station for applying toner particles to said latent image, thereby forming a developed toner image; a transfer station for transferring said developed toner image from the primary imaging member to a receiver; a fuser assembly for fixing said developed toner image to said receiver, thereby forming a fused toner image on said receiver; and an endless transport member according to any of claims 10 to 13 for transporting said receiver to or from said fuser assembly. a primary imaging member for producing an electrostatic latent image; a development station for applying toner particles to said latent image, thereby forming a developed toner image; a transfer station for transferring said developed toner image from the primary imaging member to a receiver; a fuser assembly for fixing said developed toner image to said receiver, thereby forming a fused toner image on said receiver; and an endless transport member according to any of claims 10 to 13 for transporting said receiver to or from said fuser assembly.
Fluid-actuated operating cylinder, comprising a housing having at least one housing passageway, which permits the passage of a piston rod and in which a bearing bush adopting an operating position is accommodated, to which bearing bush is secured an annular wiper in the region of its front end face facing away from the housing, the wiper being releasably secured to the bearing bush in such a way that it can be removed therefrom and from the housing while the bearing bush remains in the operating position, characterised in that the bearing bush can be moved into and out of the operating position by rotating about its longitudinal axis, being secured against rotation relative to the housing by the wiper secured to it in the operating position.
Method for producing a semiconductor component comprising the following steps: a) providing an optoelectronic semiconductor chip; b) applying a moulding compound for an optical element directly to the semiconductor chip, wherein a side area of the semiconductor chip remains free of the moulding compound and the moulding compound is based on a highly refractive polymer material; c) precuring the moulding compound at a temperature of at most 50°C after the application of the moulding compound to the semiconductor chip such that the moulding compound does not run over the side area; wherein - the precuring is induced by means of electromagnetic radiation, or - in which the moulding compound is activated in step c) by means of mixing of at least two components of the moulding compound, and d) curing the moulding compound. a) providing an optoelectronic semiconductor chip; b) applying a moulding compound for an optical element directly to the semiconductor chip, wherein a side area of the semiconductor chip remains free of the moulding compound and the moulding compound is based on a highly refractive polymer material; c) precuring the moulding compound at a temperature of at most 50°C after the application of the moulding compound to the semiconductor chip such that the moulding compound does not run over the side area; wherein - the precuring is induced by means of electromagnetic radiation, or - in which the moulding compound is activated in step c) by means of mixing of at least two components of the moulding compound, and - the precuring is induced by means of electromagnetic radiation, or - in which the moulding compound is activated in step c) by means of mixing of at least two components of the moulding compound, and d) curing the moulding compound.
A mobile terminal, wherein the mobile terminal comprises a first part, a second part, a connection structure, and a flexible circuit board; a signal is transmitted between the first part and the second part through the flexible circuit board; the flexible circuit board comprises a first end and a second end, the first end is electrically connected to the first part, and the second end is electrically connected to the second part; the flexible circuit board passes through the connection structure, and a part of the flexible circuit board in the connection structure maintains a regular bending structure and a first length of the flexible circuit board in the bending structure when the mobile terminal is unfolded is less than a second length of the flexible circuit board in the bending structure when the mobile terminal is folded; and the regular bending structure comprises two bending parts, and the two bending parts form an S-shaped structure and the connection structure comprises a bendable structure.
A method for producing a reinforcing fiber sheet in which a plurality of bundles of reinforcing fibers that are lined up into one direction to form a plane are adhered to one another through a binder, the method comprising the following steps (a), (b) and (c): step (a) of placing a plurality of bundles of reinforcing fibers each having a predetermined length at a predetermined position on a flat plate, and fixing the bundles of reinforcing fibers onto the flat plate, wherein in step (a), electrostatic chucking force is used to attain the fixing of the bundles of reinforcing fibers onto the flat plate, step (b) of placing a binder onto the bundles of reinforcing fibers to be adhered onto the bundles, and step (c) of, after the step (b), separating the reinforcing fiber sheet from the flat plate by cancellation of electrostatic chucking. step (a) of placing a plurality of bundles of reinforcing fibers each having a predetermined length at a predetermined position on a flat plate, and fixing the bundles of reinforcing fibers onto the flat plate, wherein in step (a), electrostatic chucking force is used to attain the fixing of the bundles of reinforcing fibers onto the flat plate, step (b) of placing a binder onto the bundles of reinforcing fibers to be adhered onto the bundles, and step (c) of, after the step (b), separating the reinforcing fiber sheet from the flat plate by cancellation of electrostatic chucking.
A method for manufacturing a gear, characterized by comprising: setting an annular preform made of a reinforcing fiber in a region corresponding to a sleeve in a mold, the mold including an annular region corresponding to a tooth portion as a radial outermost region and a region located radially inward of the annular region so as to contact the annular region and corresponding to the sleeve; and impregnating the set annular preform with a resin and filling the entire regions of the mold which correspond to the tooth portion and the sleeve with the resin, characterised in that the sleeve is made of the reinforcing fiber and the resin, and the tooth portion is made of the resin containing no reinforcing fiber. setting an annular preform made of a reinforcing fiber in a region corresponding to a sleeve in a mold, the mold including an annular region corresponding to a tooth portion as a radial outermost region and a region located radially inward of the annular region so as to contact the annular region and corresponding to the sleeve; and impregnating the set annular preform with a resin and filling the entire regions of the mold which correspond to the tooth portion and the sleeve with the resin, characterised in that the sleeve is made of the reinforcing fiber and the resin, and the tooth portion is made of the resin containing no reinforcing fiber.
A transmitting apparatus for transmitting an image captured by a capturing unit to a receiving apparatus comprising: a storage unit configured to store a coordinate system for use in indicating a shooting direction of the capturing unit; a receiving unit configured to receive specifying information specifying the shooting direction on the coordinate system; an acceptance unit configured to accept one of a first instruction to rotate by a predetermined angle the image captured by the capturing unit and a second instruction to rotate by the predetermined angle the coordinate system stored in the storage unit, and to refuse the other non-accepted instruction; a processing unit configured to perform a first processing to rotate by the predetermined angle the captured image and to perform a second processing to rotate by the predetermined angle the coordinate system stored in the storage unit, in response to the accepting the one of the first and second instruction by the acceptance unit; and a control unit configured to control the shooting direction of the capturing unit to be brought into the shooting direction specified by the specifying information. a storage unit configured to store a coordinate system for use in indicating a shooting direction of the capturing unit; a receiving unit configured to receive specifying information specifying the shooting direction on the coordinate system; an acceptance unit configured to accept one of a first instruction to rotate by a predetermined angle the image captured by the capturing unit and a second instruction to rotate by the predetermined angle the coordinate system stored in the storage unit, and to refuse the other non-accepted instruction; a processing unit configured to perform a first processing to rotate by the predetermined angle the captured image and to perform a second processing to rotate by the predetermined angle the coordinate system stored in the storage unit, in response to the accepting the one of the first and second instruction by the acceptance unit; and a control unit configured to control the shooting direction of the capturing unit to be brought into the shooting direction specified by the specifying information.
A tool for lowering, alternatively later retrieval, of a flexible pipeline end which is provided with a connecting part designed for horizontal mating and connection with a first connecting part on the sea bed, the tool being configured to be brought to the surface again for reuse, wherein the tool comprises - a central lifting frame, - a guiding part forming an extension of the lifting frame, wherein said tool includes gripping mechanisms (32, 33, 35) being actuatable to partly circumscribe and retain the pipeline end when lowering or retrieving the pipeline end relative the seabed, and being releasable to release the pipeline end from the lifting frame when the tool is to be brought to the surface for reuse, characterised in that the tool further comprises - a lifting yoke having two rods pivotally connected to the lifting frame via axle pins, said guiding part comprising a bail structure configured to mate with an upwardly projecting Y-structure of the first connecting part when lowered towards the seabed. - a central lifting frame, - a guiding part forming an extension of the lifting frame, wherein said tool includes gripping mechanisms (32, 33, 35) being actuatable to partly circumscribe and retain the pipeline end when lowering or retrieving the pipeline end relative the seabed, and being releasable to release the pipeline end from the lifting frame when the tool is to be brought to the surface for reuse, characterised in that the tool further comprises - a lifting yoke having two rods pivotally connected to the lifting frame via axle pins,
Method for securing a secret data cryptographic treatment implementing at least one multiplicative non-linear transformation of the secret data, including: - at least one step of combining said secret data with a first additive mask (m) by an "exclusive or" addition in order to provide data (X') combined with the first additive mask, - a step of converting said first additive mask (m) into a multiplicative mask (β) in order to obtain data masked with the multiplicative mask from the data (X') combined with the first additive mask, - at least one step of transforming the data masked with the multiplicative mask, with said multiplicative non-linear transformation of the cryptographic treatment, characterized in that the conversion step prior to the non-linear transformation step comprises the application, to the combined data (X'), of operations involving at least one random r in order to replace one said secret item of data X with a nonzero value, when X=0, and keep said secret item of data X unchanged when X≠0, and the replacement operations and the step of converting the additive mask into a multiplicative mask include, starting from the secret data X masked by the additive mask m, that is to say X XOR m, in order to obtain secret data X" masked by the multiplicative mask β, that is to say β x X", T being a table filled with data equal to the random r having the same number of bits as X, m being the additive mask, the following sequence of steps a) to d): - a) T[m] is replaced with r XOR 1, so that the table T contains r everywhere except for at the index m, where it contains r XOR 1; - b) X' = X XOR m is determined, r XOR X', that is to say r XOR X XOR m, is performed, and r XOR X' XOR m = r XOR X is performed; - c) (β x r) XOR (β x X) is calculated by multiplying r XOR X' XOR m by β, and - d) β x X" is obtained by calculating ((β x r) XOR (β x X)) XOR (β x T[X']). - at least one step of combining said secret data with a first additive mask (m) by an "exclusive or" addition in order to provide data (X') combined with the first additive mask, - a step of converting said first additive mask (m) into a multiplicative mask (β) in order to obtain data masked with the multiplicative mask from the data (X') combined with the first additive mask, - at least one step of transforming the data masked with the multiplicative mask, with said multiplicative non-linear transformation of the cryptographic treatment, - a) T[m] is replaced with r XOR 1, so that the table T contains r everywhere except for at the index m, where it contains r XOR 1; - b) X' = X XOR m is determined, r XOR X', that is to say r XOR X XOR m, is performed, and r XOR X' XOR m = r XOR X is performed; - c) (β x r) XOR (β x X) is calculated by multiplying r XOR X' XOR m by β, and - d) β x X" is obtained by calculating ((β x r) XOR (β x X)) XOR (β x T[X']).
A process for manufacturing wedge glass, that is to say a glass sheet having a wedge-shaped section, suitable for being implemented in an installation for manufacturing float glass by floating a glass ribbon on a bath of molten metal, preferably of molten tin, in which the glass ribbon is drawn in a longitudinal direction of movement from an upstream side of the bath, where molten glass is poured onto the molten metal, to a downstream side of the bath, where the glass ribbon leaves the bath, said glass ribbon being drawn at a speed V, called the lehr speed, by extractor rollers placed downstream of the bath, said glass ribbon in addition being stretched transversely and/or axially by a plurality of pairs of lateral wheels positioned on either side of the bath in contact with the upper surface of the glass ribbon, said process being characterized in that it comprises a step of temporary variation of at least one mechanical parameter of said installation, said temporary variation introducing a local modification in the thickness of said glass ribbon in its longitudinal direction.
Netting for a slope-stabilisation system, the netting comprising at least one metal cable extended substantially in a zig-zag in which the juxtaposed or bound lines or points of the cable are joined by structural clips forming a continuous netting with a plurality of diamond-shaped inner grids, all the grids comprising a substantially equal size and the size of the grids and the diameter and strength of the cable being defined according to the traction strength that the netting has to withstand, characterised in that the netting comprises a single cable made of galvanised steel or another material offering suitable protection against corrosion, the structural clip being a closed structural clip formed by a single piece, and the single piece comprising two housings (6a, 6b), each housing (6a, 6b) surrounding at least part of the perimeter of the single cable that passes through it, and both housings (6a, 6b) being separated from each other by a depression area that prevents contact between both sections of said single cable.
An immunogenic composition comprising, as effective ingredients: an immunogenic microparticle composed of an antigen-adjuvant microparticle complex wherein an antigen(s) is/are encapsulated in an adjuvant microparticle composed of an amphiphilic polymer(s) whose hydrophobic segment(s) is/are poly(lactic-co-glycolic acid) and whose hydrophilic segment is a polysaccharide; and a surfactant; said surfactant being encapsulated in said immunogenic microparticle and comprising a fatty acid ester structure.