mhurhangee/ep-ind-claims huggingface dataset:
A motorcycle tire comprising: a tread portion; a carcass; and a breaker layer disposed outwardly of the carcass and inwardly of the tread portion in a tire radial direction, wherein the tread portion includes a pair of shoulder regions (Sh) disposed on both outermost sides, respectively, in a tire axial direction, a pair of middle regions (Mi) disposed adjacent to inner sides of the pair of shoulder regions (Sh), respectively, in the tire axial direction, and a crown region (Cr) disposed between the pair of middle regions (Mi) by dividing a tread development width (TWe) into five equal portions, the breaker layer is formed of a breaker ply in which a plurality of breaker cords are aligned, a pair of end portions of the breaker ply are disposed in the pair of shoulder regions (Sh), respectively, the plurality of breaker cords have an angle θc relative to a tire circumferential direction at positions Pc of end portions of the crown region (Cr), and an angle θs relative to the tire circumferential direction at positions Ps that are distant from the end portions of the breaker ply by 5 mm in an axially inward direction of the tire, on both sides of a tire equator, and an angle (θ2) relative to the tire circumferential direction of the plurality of breaker cords is gradually increased from the angle θc to the angle θs, and a change rate ((θs-θc)/θc) between the angle θc and the angle θs is not less than 15%, characterized in that at each breaker cord, the angle (θ2) is gradually increased from the tire equator to the position (Pc). a tread portion; a carcass; and a breaker layer disposed outwardly of the carcass and inwardly of the tread portion in a tire radial direction, wherein the tread portion includes a pair of shoulder regions (Sh) disposed on both outermost sides, respectively, in a tire axial direction, a pair of middle regions (Mi) disposed adjacent to inner sides of the pair of shoulder regions (Sh), respectively, in the tire axial direction, and a crown region (Cr) disposed between the pair of middle regions (Mi) by dividing a tread development width (TWe) into five equal portions, the breaker layer is formed of a breaker ply in which a plurality of breaker cords are aligned, a pair of end portions of the breaker ply are disposed in the pair of shoulder regions (Sh), respectively, the plurality of breaker cords have an angle θc relative to a tire circumferential direction at positions Pc of end portions of the crown region (Cr), and an angle θs relative to the tire circumferential direction at positions Ps that are distant from the end portions of the breaker ply by 5 mm in an axially inward direction of the tire, on both sides of a tire equator, and an angle (θ2) relative to the tire circumferential direction of the plurality of breaker cords is gradually increased from the angle θc to the angle θs, and a change rate ((θs-θc)/θc) between the angle θc and the angle θs is not less than 15%, characterized in that at each breaker cord, the angle (θ2) is gradually increased from the tire equator to the position (Pc).
A connection assembly (100; 200), comprising: a tension element (145; 230) and an inner body (105; 205) having a first connection end configured to engage an adapter and a second connection end arranged opposite the first connection end and being configured to engage said tension element (145; 230); a retainer body (140; 225) configured to be engaged by the tension element (145; 230) when the tension element (145; 230) engages the second connection end, wherein the retainer body (140; 225) comprises a contact end and a gripping end arranged opposite the contact end, the gripping end being configured to be engaged and compressed by the tension element (145; 230) when the tension element (145; 230) engages the second connection end, thereby forcing the gripping end against at least one communication cable extending through the connection assembly (100; 200) such that the retainer body (140; 225) forms a grip with the at least one communication cable, and a sealing element (130; 215) arranged at least partially between the inner body (105; 205) and the tension element (145; 230), the sealing element (130; 215) being arranged around the at least one communication cable; characterized by a compression element configured to engage the sealing element (130; 215) and being arranged at least partially between the sealing element (130; 215) and the tension element (145; 230), wherein the retainer body (140; 225) is configured to be forced by the tension element (145; 230) to move proximally towards the inner body (105; 205) so as to cause formation of a seal with the at least one communication cable. a tension element (145; 230) and an inner body (105; 205) having a first connection end configured to engage an adapter and a second connection end arranged opposite the first connection end and being configured to engage said tension element (145; 230); a retainer body (140; 225) configured to be engaged by the tension element (145; 230) when the tension element (145; 230) engages the second connection end, wherein the retainer body (140; 225) comprises a contact end and a gripping end arranged opposite the contact end, the gripping end being configured to be engaged and compressed by the tension element (145; 230) when the tension element (145; 230) engages the second connection end, thereby forcing the gripping end against at least one communication cable extending through the connection assembly (100; 200) such that the retainer body (140; 225) forms a grip with the at least one communication cable, and a sealing element (130; 215) arranged at least partially between the inner body (105; 205) and the tension element (145; 230), the sealing element (130; 215) being arranged around the at least one communication cable; characterized by a compression element configured to engage the sealing element (130; 215) and being arranged at least partially between the sealing element (130; 215) and the tension element (145; 230), wherein the retainer body (140; 225) is configured to be forced by the tension element (145; 230) to move proximally towards the inner body (105; 205) so as to cause formation of a seal with the at least one communication cable.
A device to eliminate trimmings or scraps from series of products comprising: at least a continuous movable flexible member carrying a series of contact members (29, 29A, 29B) for the products (R; R1; RN) aligned with one another, a section of said movable flexible member being devoid of said contact members to allow trimmings (Rc, Rt) to fall; at least a longitudinal supporting element of the products (R; R1, RN), parallel to said movable flexible member, the reciprocal position of said flexible member and of said longitudinal element being such that the products advance in contact with the contact members (29, 29A, 29B) of the flexible member and with the longitudinal element; at least a pusher to insert the series of products with respective trimmings between said flexible member and said longitudinal supporting element; characterized by control means for controlling said flexible member with a variable speed, such that when the length of the series of products (R; R1, RN) changes and/or the distance between one series and the next changes, a cyclic variation of the advance speed of the flexible member is set so that the area devoid of contact members (29, 29A, 29B) is phased in relation to the position of the head and tail trimmings (Rt, Rc) of each series and is carried every time to the level of the tail and head trimmings (Rc; Rt) of two consecutive series of products; the products (R; R1; RN) sliding with respect to said contact members while resting thereon.
A method for measuring the displacement of an object consisting of the following steps: - installing a magnetostrictive transducer on the object, - arranging magnets and/or electromagnets along a path of the object, - outputting a signal from the magnetostrictive transducer with a report about the position of said magnets and/or electromagnets being within the measurement range (a) of the magnetostrictive transducer, characterized in that said magnets and/or electromagnets are arranged such that at any path section opposite to the transducer sensitivity area there is a nonrecurring combination of magnets and/or electromagnets. - installing a magnetostrictive transducer on the object, - arranging magnets and/or electromagnets along a path of the object, - outputting a signal from the magnetostrictive transducer with a report about the position of said magnets and/or electromagnets being within the measurement range (a) of the magnetostrictive transducer,
A method for reporting channel state information, the method comprising: a user terminal selects a codebook used for precoding matrix indication, PMI, reporting from a two-stage codebook, and selects PMI from this codebook; said two-stage codebook includes a codebook reflecting long-term/broadband information and a codebook reflecting short-term/ selective channel frequency information; Said user terminal determines parameters used for channel quality indication, CQI, calculation comprising a rank indication RI and a selected PMI and calculates CQI based on these parameters; the determined parameters used for calculating the CQI to be reported through physical uplink control channel PUCCH further comprise PMI reported by said user terminal through physical uplink shared channel PUSCH; the determined parameters used for calculating the CQI to be reported through PUSCH further comprise PMI reported by said user terminal through PUCCH; Said user terminal reports the RI, the selected PMI and calculated CQI according to a specified reporting mode. a user terminal selects a codebook used for precoding matrix indication, PMI, reporting from a two-stage codebook, and selects PMI from this codebook; said two-stage codebook includes a codebook reflecting long-term/broadband information and a codebook reflecting short-term/ selective channel frequency information; Said user terminal determines parameters used for channel quality indication, CQI, calculation comprising a rank indication RI and a selected PMI and calculates CQI based on these parameters; the determined parameters used for calculating the CQI to be reported through physical uplink control channel PUCCH further comprise PMI reported by said user terminal through physical uplink shared channel PUSCH; the determined parameters used for calculating the CQI to be reported through PUSCH further comprise PMI reported by said user terminal through PUCCH; Said user terminal reports the RI, the selected PMI and calculated CQI according to a specified reporting mode.
A transport container for helium (He), having an inner container for receiving the helium (He), an insulation element provided on the outside of the inner container, a coolant container for receiving a cryogenic liquid, an outer container in which the inner container and the coolant container are accommodated, and a thermal shield that can be actively cooled with the assistance of the cryogenic liquid and in which the inner container is accommodated, wherein a circumferential gap is provided between the insulation element and the thermal shield, characterized in that the insulation element has an electrolytically deposited copper layer facing the thermal shield.
An installation for supplying cryogenic fuel to the combustion chamber of a turbine engine of an aircraft, this aircraft comprising a conditioned air circuit characterised in that it comprises: - a tank for cryogenic fuel in the liquid state, - a mixing chamber receiving various flows of cryogenic fuel in the supercritical or gaseous state, this mixing chamber being configured to be connected to said combustion chamber for supplying same with cryogenic fuel in the supercritical or gaseous state, - at least one heat exchanger (27, 27A, 27B) between the cryogenic fuel and the air of the air-conditioning circuit of the aircraft, mounted in a line (203, 204, 205, 206, 207) connecting said cryogenic fuel tank to said mixing chamber, and in a line (401, 402, 403, 404, 405, 406, 407, 408) configured to be connected to the conditioned air circuit of the aircraft, the heat exchange taking place therein so as to cool the air of the air-conditioning circuit (4, 4', 4'', 4′′′) of the aircraft and to increase the temperature of the cryogenic fuel coming from said tank. - a tank for cryogenic fuel in the liquid state, - a mixing chamber receiving various flows of cryogenic fuel in the supercritical or gaseous state, this mixing chamber being configured to be connected to said combustion chamber for supplying same with cryogenic fuel in the supercritical or gaseous state, - at least one heat exchanger (27, 27A, 27B) between the cryogenic fuel and the air of the air-conditioning circuit of the aircraft, mounted in a line (203, 204, 205, 206, 207) connecting said cryogenic fuel tank to said mixing chamber, and in a line (401, 402, 403, 404, 405, 406, 407, 408) configured to be connected to the conditioned air circuit of the aircraft, the heat exchange taking place therein so as to cool the air of the air-conditioning circuit (4, 4', 4'', 4′′′) of the aircraft and to increase the temperature of the cryogenic fuel coming from said tank.
Process for preparing polyamide granules with heat resistance properties, by wet impregnation of the polyamide granules with a single aqueous solution comprising at least one heat stabilizer, characterized in that the polyamide granules are placed in contact with a single aqueous solution comprising at least one heat stabilizer, the total amount of aqueous solution relative to the polyamide being less than or equal to 1% by weight, and in that the heat stabilizer is a mixture of alkali metal or alkaline-earth metal halide and of copper halide, the total amount of aqueous solution relative to the polyamide being the sum of the amounts of aqueous solutions used, including the water originating from any rinsing step.
System for short-pulse laser eye surgery, comprising - a short-pulse laser system containing a short-pulse laser source, a beam guiding means and an applicator head for guiding short-pulse laser radiation from the short-pulse laser source to the eye to undergo surgery, - a surgical microscope with a microscope head and - a control unit, set up for controlling the system for short-pulse laser eye surgery, - a housing, which surrounds at least the short-pulse laser source, and a first articulated arm and a second articulated arm, arranged at the housing or at an extension of the housing, - wherein the microscope head is arranged on the first articulated arm and the applicator head is arranged on the second articulated arm, - wherein an interface is provided between applicator head and microscope head, - and the beam guiding means passes through the second articulated arm and is configured such that it can follow all movements of the second articulated arm and can guide the short-pulse laser radiation to its emergence location at the applicator head with the same quality in any position of the second articulated arm, - characterized in that the applicator head and the microscope head can be mechanically and optically interconnected and separated again via the interface during the course of a procedure, and the applicator head and the microscope head are movable in a three-dimensional volume, both independently of one another and when connected to one another. - a short-pulse laser system containing a short-pulse laser source, a beam guiding means and an applicator head for guiding short-pulse laser radiation from the short-pulse laser source to the eye to undergo surgery, - a surgical microscope with a microscope head and - a control unit, set up for controlling the system for short-pulse laser eye surgery, - a housing, which surrounds at least the short-pulse laser source, and a first articulated arm and a second articulated arm, arranged at the housing or at an extension of the housing, - wherein the microscope head is arranged on the first articulated arm and the applicator head is arranged on the second articulated arm, - wherein an interface is provided between applicator head and microscope head, - and the beam guiding means passes through the second articulated arm and is configured such that it can follow all movements of the second articulated arm and can guide the short-pulse laser radiation to its emergence location at the applicator head with the same quality in any position of the second articulated arm, - characterized in that the applicator head and the microscope head can be mechanically and optically interconnected and separated again via the interface during the course of a procedure, and the applicator head and the microscope head are movable in a three-dimensional volume, both independently of one another and when connected to one another.
Method for producing a hardened sheet metal product comprising the steps of: - placing a sheet metal piece in a heating station, - heating selected areas of the sheet metal piece in the heating station by means of induction, wherein a coil induces alternating currents that flow in a front metal layer (9; 25) on a front side of the coil, where heating is intended to take place, and first and second opposing ends of the front metal layer (9; 25) are interconnected by a short-circuiting arrangement running on a rear side of the coil, the short-circuiting arrangement comprising a material with lower resistivity than the front metal layer (9; 25), - moving the heated sheet metal piece to a pressing station, and - pressing the sheet metal piece while cooling said heated areas. - placing a sheet metal piece in a heating station, - heating selected areas of the sheet metal piece in the heating station by means of induction, wherein a coil induces alternating currents that flow in a front metal layer (9; 25) on a front side of the coil, where heating is intended to take place, and first and second opposing ends of the front metal layer (9; 25) are interconnected by a short-circuiting arrangement running on a rear side of the coil, the short-circuiting arrangement comprising a material with lower resistivity than the front metal layer (9; 25), - moving the heated sheet metal piece to a pressing station, and - pressing the sheet metal piece while cooling said heated areas.
A motor vehicle comprising a front grille and a driver cabin provided with a front windscreen and a dash panel extending below the front windscreen, the front windscreen, the dash panel and the front grille being arranged substantially transversely to a normal driving direction of the motor vehicle, a climate control system for the driver cabin and an air intake assembly for providing air from an exterior of the motor vehicle to the climate control system,, the air intake assembly comprising: - an air inlet opening adapted to receive air from the exterior of the motor vehicle; and - an air outlet opening provided in the dash panel for conveying air to the climate control system, wherein the air intake assembly further comprises: - a cover plate vertically positioned between the dash panel and the front grille; - an air intake chamber between the cover plate and the dash panel; the air intake chamber having a top wall the air inlet opening providing air from the exterior of the motor vehicle into the air intake chamber in a vertical direction downwards; and - an air-moisture separation chamber between the cover plate and the front grille; characterized in that - the cover plate comprises at least one passage (22A, 22B, 22C) for transferring air from air intake chamber to the air-moisture separation chamber in a direction opposite the normal driving direction of the motor vehicle, the cover plate further having an transfer opening positioned vertically above the at least one passage (22A, 22B, 22C), the transfer opening being in fluid communication with the air outlet opening for passing through air from the air-moisture separation chamber into the air outlet opening in a direction opposite the normal driving direction of the motor vehicle. - an air inlet opening adapted to receive air from the exterior of the motor vehicle; and - an air outlet opening provided in the dash panel for conveying air to the climate control system, wherein the air intake assembly further comprises: - a cover plate vertically positioned between the dash panel and the front grille; - an air intake chamber between the cover plate and the dash panel; the air intake chamber having a top wall the air inlet opening providing air from the exterior of the motor vehicle into the air intake chamber in a vertical direction downwards; and - an air-moisture separation chamber between the cover plate and the front grille; characterized in that - the cover plate comprises at least one passage (22A, 22B, 22C) for transferring air from air intake chamber to the air-moisture separation chamber in a direction opposite the normal driving direction of the motor vehicle, the cover plate further having an transfer opening positioned vertically above the at least one passage (22A, 22B, 22C), the transfer opening being in fluid communication with the air outlet opening for passing through air from the air-moisture separation chamber into the air outlet opening in a direction opposite the normal driving direction of the motor vehicle.
Tool for machining planar workpieces, in particular metal sheets, - comprising an upper tool and a lower tool, which are moveable towards one another in a stroke direction, and in the counter direction, in order to machine a workpiece arranged there between, wherein - the upper tool comprises a clamping shaft and a main body, and has a tool body that is arranged on the main body so as to be opposite the clamping shaft and comprises a bending edge, and - the lower tool comprises a main body, on which a counter tool body having a bending edge is provided, and having a counterhold that is provided on the main body of the lower tool, wherein the bending edge of the counter tool body is oriented so as to face in the direction of the counterhold, or opposite to the counterhold - the bending edge of the tool body is provided so as to be stationary relative to the main body of the upper tool, and the bending edge on the lower tool is associated with an undercut on the counter tool body, characterized in that - the bending edge of the counter tool body is provided so as to be stationary relative to the main body of the lower tool, and - the bending edge of the upper tool is associated with an undercut on the tool body. - comprising an upper tool and a lower tool, which are moveable towards one another in a stroke direction, and in the counter direction, in order to machine a workpiece arranged there between, wherein - the upper tool comprises a clamping shaft and a main body, and has a tool body that is arranged on the main body so as to be opposite the clamping shaft and comprises a bending edge, and - the lower tool comprises a main body, on which a counter tool body having a bending edge is provided, and having a counterhold that is provided on the main body of the lower tool, wherein the bending edge of the counter tool body is oriented so as to face in the direction of the counterhold, or opposite to the counterhold - the bending edge of the tool body is provided so as to be stationary relative to the main body of the upper tool, and the bending edge on the lower tool is associated with an undercut on the counter tool body, characterized in that - the bending edge of the counter tool body is provided so as to be stationary relative to the main body of the lower tool, and - the bending edge of the counter tool body is provided so as to be stationary relative to the main body of the lower tool, and - the bending edge of the upper tool is associated with an undercut on the tool body.