mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a vulcanized rubber from a rubber composition comprising short fibers, comprising: a dispersion preparation step for preparing a short fiber dispersion by adding the short fibers into a liquid, wherein the short fibers are fine cellulose fibers having a number average fiber diameter in the range of 1 to 1000 nm and a number average fiber length in the range of 0.1 to 100 μm, and the short fiber content in the short fiber dispersion is 0.5% to 50% by mass based on the total amount of the short fiber dispersion; a mixed dispersion preparation step for preparing a mixed dispersion by adding at least one dispersant selected from the group consisting of carbon black and inorganic compounds into the short fiber dispersion; a mixing step for mixing the mixed dispersion and rubber latex to prepare a rubber-short fiber mixture; and a drying step for drying the rubber-short fiber mixture to give a rubber composition; vulcanizing the rubber composition, and using the vulcanized rubber as a member of a tire. a dispersion preparation step for preparing a short fiber dispersion by adding the short fibers into a liquid, wherein the short fibers are fine cellulose fibers having a number average fiber diameter in the range of 1 to 1000 nm and a number average fiber length in the range of 0.1 to 100 μm, and the short fiber content in the short fiber dispersion is 0.5% to 50% by mass based on the total amount of the short fiber dispersion; a mixed dispersion preparation step for preparing a mixed dispersion by adding at least one dispersant selected from the group consisting of carbon black and inorganic compounds into the short fiber dispersion; a mixing step for mixing the mixed dispersion and rubber latex to prepare a rubber-short fiber mixture; and a drying step for drying the rubber-short fiber mixture to give a rubber composition; vulcanizing the rubber composition, and using the vulcanized rubber as a member of a tire.
A vehicle impact-absorbing member having a hollow metal frame body and configured to axially receive a compression load caused by impact in the event of a collision, characterized in that the vehicle impact-absorbing member also has a columnar wood member, and the hollow frame body covers the side surfaces of the wood member, and the vehicle impact-absorbing member is configured to receive impact in a collision in an axial direction of the wood member, the fibre direction of the wood member being aligned with the compression direction, wherein the frame body has a hollow shape which is square in cross-section, and wherein a ratio of an outer side in a hollow square cross-sectional surface of the frame body to a thickness of the frame body is set to a range of 9-12.
A method for improved security for a core on a system-on-a-chip, SoC, in a portable computing device, PCD, the method comprising: initializing a monitor module on the SoC; sending a request for boot code from the monitor module of the SoC to the core of the SoC; receiving at the monitor module a response from the core; checking a timer in communication with the monitor module; and resetting the timer with the monitor module if the response from the core includes the boot code and is received at the monitor module before the expiration of the timer, or applying with the monitor module at least one security measure to the core as a result of the timer expiring. initializing a monitor module on the SoC; sending a request for boot code from the monitor module of the SoC to the core of the SoC; receiving at the monitor module a response from the core; checking a timer in communication with the monitor module; and resetting the timer with the monitor module if the response from the core includes the boot code and is received at the monitor module before the expiration of the timer, or applying with the monitor module at least one security measure to the core as a result of the timer expiring.
A fastening device (10; 110) for fastening a sanitary fitting to a mounting object, comprising: a) a nut (12; 112) having a screw threading portion (24; 124), the nut being positionable on a stud of the sanitary fitting in two positions, the stud having an outer threading, wherein - in a first position the screw threading portion (24; 124) is disengagable from the outer threading of the stud and - in a second position the screw threading portion (24; 124) is engagable with the outer threading of the stud, and b) a locking element (14; 114) configured to disallow the screw threading portion (24; 124) of the nut (12; 112) to disengage from the outer threading of the stud when the nut (12; 112) is in the second position; wherein c) the nut (12; 112) can be brought from the first position to the second position by displacing the nut (12; 112) in a non-parallel direction A with respect to the screw axis x of the stud of the sanitary fitting; characterized in that d) the fastening device (10; 110) comprises a connecting element (16; 118, 119) which provides a releasable connection between the locking element (14; 114) and the nut (12; 112) and is configured such that the locking element (14; 114) is released from the connection when the nut (12; 112) is in the second position to disallow the screw threading portion (24; 124) of the nut (12; 112) to disengage from the outer threading of the stud. a) a nut (12; 112) having a screw threading portion (24; 124), the nut being positionable on a stud of the sanitary fitting in two positions, the stud having an outer threading, wherein - in a first position the screw threading portion (24; 124) is disengagable from the outer threading of the stud and - in a second position the screw threading portion (24; 124) is engagable with the outer threading of the stud, and - in a first position the screw threading portion (24; 124) is disengagable from the outer threading of the stud and - in a second position the screw threading portion (24; 124) is engagable with the outer threading of the stud, b) a locking element (14; 114) configured to disallow the screw threading portion (24; 124) of the nut (12; 112) to disengage from the outer threading of the stud when the nut (12; 112) is in the second position; wherein c) the nut (12; 112) can be brought from the first position to the second position by displacing the nut (12; 112) in a non-parallel direction A with respect to the screw axis x of the stud of the sanitary fitting; characterized in that d) the fastening device (10; 110) comprises a connecting element (16; 118, 119) which provides a releasable connection between the locking element (14; 114) and the nut (12; 112) and is configured such that the locking element (14; 114) is released from the connection when the nut (12; 112) is in the second position to disallow the screw threading portion (24; 124) of the nut (12; 112) to disengage from the outer threading of the stud.
Locking system for a vehicle seat, for locking to a vehicle structure of a vehicle, comprising a backrest which is able to be folded from an approximately upright normal position about a backrest axis into a folded position inclined in the direction of travel, comprising a locking device arranged on the backrest which is arranged in a housing and comprises a pawl which is able to be pivoted between a locked position and an unlocked position about a pawl axis, said pawl being able to be pivotably driven by an unlocking element which is manually pivotable about a grip axis parallel to the backrest axis, between a locked position and an unlocked position, as well as by an actuation device arranged on the vehicle structure, wherein, when the backrest is in the normal position, a counter element arranged on the vehicle structure is locked to the locking device by the pawl in the locked position, characterized in that the actuation device has a control lever which is able to be moved between a locked position and an unlocked position, wherein the control lever is operatively connected to the unlocking element when the backrest is in the normal position and the control lever is in the locked position, and wherein by moving the control lever from its locked position into its unlocked position, the unlocking element is able to be movably driven into its unlocked position, and in that the control lever is not operatively connected to the unlocking element when the control lever is in the unlocked position and when the backrest has been moved from the folded position into the normal position.
A loudspeaker comprising: - a first magnet (30, 32) configured to output a first magnetic field in a first magnet gap, - an elongate armature extending through the first magnet gap, - a first coil (40, 42) configured to generate a magnetic flux in the armature, - a first diaphragm, - a first element (60, 62, 64) configured to transfer force and/or movement from the armature to the first diaphragm, - a base and characterized in that the loudspeaker further comprises a first and a second support elements (50, 52), the first support element connecting the armature to the base at a first longitudinal position at a first side of a predetermined portion along the length of the armature, and the second support element connecting the armature to the base at a second longitudinal position at a second, opposite side of the predetermined portion. - a first magnet (30, 32) configured to output a first magnetic field in a first magnet gap, - an elongate armature extending through the first magnet gap, - a first coil (40, 42) configured to generate a magnetic flux in the armature, - a first diaphragm, - a first element (60, 62, 64) configured to transfer force and/or movement from the armature to the first diaphragm, - a base and
A lift arm assembly for a three point power lift of a tractor or another agricultural working machine, the lift arm assembly comprising a lift arm and an elongate lifting element, wherein the lift arm is connected to the lifting element via a bolt element guided along a displacement path in an elongated aperture, wherein a latching element is provided which is configured to be brought from a latching position into an unlatching position, wherein in the latching position, the latching element encroaches into the displacement path and forms an abutment for the bolt element in order to secure the bolt element in a region of one of the two lengthwise ends (6, 7) of the elongated aperture against a movement in the direction towards the other lengthwise end of the elongated aperture, characterized in that the latching element is pivotably mounted about an axis of rotation and is configured to be brought into the latching position or the unlatching position by a pivoting movement about the axis of rotation, wherein the latching element is hook-shaped and/or U-shaped in configuration.
An electric vehicle propelled by motive power generated by an electric motor when the electric motor is supplied with electric power from an electric energy storage device, comprising: a mode selector switch configured to select traveling modes having different vehicle speed upper limit values for the electric vehicle, the traveling modes including a first traveling mode and a second traveling mode, the second traveling mode having a vehicle speed upper limit value smaller than a vehicle speed upper limit value of the first traveling mode, and the second traveling mode is a traveling mode in which priority is given to a traveled distance per unit amount of electric power consumption, and characterized in that, if a traveling mode with a greater vehicle speed upper limit value is switched to a traveling mode with a smaller vehicle speed upper limit value, wherein the greater vehicle speed upper limit value and the smaller vehicle speed upper limit value are predetermined and fixed values, and if an actual vehicle speed exceeds the vehicle speed upper limit value after switching of the traveling mode, an electronic control unit is configured to perform a vehicle speed gradual reduction control process to gradually reduce the vehicle speed to the vehicle speed upper limit value after switching of the traveling mode, wherein the electronic control unit is configured to perform a vehicle speed gradual reduction control process to gradually reduce the vehicle speed upper limit value from the predetermined and fixed greater vehicle speed upper limit value to the predetermined and fixed smaller vehicle speed upper limit value. a mode selector switch configured to select traveling modes having different vehicle speed upper limit values for the electric vehicle, the traveling modes including a first traveling mode and a second traveling mode, the second traveling mode having a vehicle speed upper limit value smaller than a vehicle speed upper limit value of the first traveling mode, and the second traveling mode is a traveling mode in which priority is given to a traveled distance per unit amount of electric power consumption, and characterized in that, if a traveling mode with a greater vehicle speed upper limit value is switched to a traveling mode with a smaller vehicle speed upper limit value, wherein the greater vehicle speed upper limit value and the smaller vehicle speed upper limit value are predetermined and fixed values, and if an actual vehicle speed exceeds the vehicle speed upper limit value after switching of the traveling mode, an electronic control unit is configured to perform a vehicle speed gradual reduction control process to gradually reduce the vehicle speed to the vehicle speed upper limit value after switching of the traveling mode, wherein the electronic control unit is configured to perform a vehicle speed gradual reduction control process to gradually reduce the vehicle speed upper limit value from the predetermined and fixed greater vehicle speed upper limit value to the predetermined and fixed smaller vehicle speed upper limit value.
A composition comprising: one or more aliphatic compounds having 6 to 21 carbon atoms; and one or more haloalkanes having 9 to 24 carbon atoms wherein the one or more haloalkanes comprises a bromoalkane; and crude oil. one or more aliphatic compounds having 6 to 21 carbon atoms; and one or more haloalkanes having 9 to 24 carbon atoms wherein the one or more haloalkanes comprises a bromoalkane; and crude oil.
Method for coating at least one surface of a solid substrate with at least one layer comprising at least one ceramic compound by a Suspension Plasma Spraying "SPS" technique in which at least one suspension of solid particles of at least one ceramic compound is injected in a plasma jet and then the thermal jet containing the suspension of solid particles is sprayed onto the surface of the substrate, whereby the layer comprising at least one ceramic compound is formed on the surface of the substrate; method characterized in that in the suspension, at least 90% by volume of the solid particles have a largest dimension called d 90, such as a diameter, less than 15 μm, preferably less than 10 μm, and at least 50% by volume of the solid particles have a largest dimension called d 50 such as a diameter, greater than or equal to 1 μm; method further characterized in that the ceramic compound is selected from compounds known as anti-CMAS compounds, selected from rare earths zirconates of formula RE 2 Zr 2 O 7, where RE is Sc, Y, La, Ce, Pr, Nd, Pm, Sm, Eu, Gd, Yb, Dy, Ho, Er, Tm, Tb, or Lu, hexa-aluminates, aluminum silicates, silicates of yttrium or of other rare earths, which silicates may be doped with one or more alkaline earth metal oxides, and mixtures thereof; preferably, the ceramic compound is Gd 2 Zr 2 O 7.
A computer-implemented method comprising: generating a web syndication feed update document comprising one or more update statuses of one or more resources, and one or more obfuscation identifiers, wherein at least one of the one or more resources is associated with a respective obfuscation identifier that is decodable to provide a resource location for retrieving updated content; dividing the update document into a plurality of pages; archiving the plurality of pages; receiving a request from one or more subscribers for one of the pages of the update document, or for one of the archived pages of the update document based, at least in part, on whether the one or more subscriber's information is up to date; determining pages for transmission based on the received request; and transmitting the determined pages to the one or more subscribers. generating a web syndication feed update document comprising one or more update statuses of one or more resources, and one or more obfuscation identifiers, wherein at least one of the one or more resources is associated with a respective obfuscation identifier that is decodable to provide a resource location for retrieving updated content; dividing the update document into a plurality of pages; archiving the plurality of pages; receiving a request from one or more subscribers for one of the pages of the update document, or for one of the archived pages of the update document based, at least in part, on whether the one or more subscriber's information is up to date; determining pages for transmission based on the received request; and transmitting the determined pages to the one or more subscribers.
Process for separating a first compound from an aqueous feed stream wherein the first compound is dissolved, comprising: - adding a crystallisation agent to said feed stream, thereby causing at least part of said first compound to crystallise, resulting in a mixture of crystals and a liquid, - separating at least part of the crystals from the liquid, leaving a supernatant, - subjecting at least part of the supernatant to a membrane separation process, thereby reducing the mass fraction of water in the supernatant and producing a concentrate; wherein the crystallisation agent comprises a second compound with a higher solubility in water than the first compound; characterized in that said second compound comprises a compound dissolved in the feed stream different from the first compound, wherein the second compound comprises an inorganic salt, wherein said membrane separation process comprises membrane distillation, osmotic distillation or a combination of both, wherein the method further comprises adding at least part of the concentrate to said feed stream as crystallisation agent. - adding a crystallisation agent to said feed stream, thereby causing at least part of said first compound to crystallise, resulting in a mixture of crystals and a liquid, - separating at least part of the crystals from the liquid, leaving a supernatant, - subjecting at least part of the supernatant to a membrane separation process, thereby reducing the mass fraction of water in the supernatant and producing a concentrate;
Connection system, to connect a PEX tubing, or similar, with a fitting for PEX tubing, or similar; wherein said system includes a clamp, wherein said clamp is comprised of two curved sidewalls, a flexible joint that connects a respective first end of said curved sidewalls, clenching means that connect a respective second end of said curved sidewalls and that define a unique clenching position, wherein the connection system furthermore includes unclenching means, which allow disconnection from said clenching means, and wherein said unclenching means, are different from the clenching means, and correspond to protuberances on or joint cavities in the clenching means that define a leverage point which exerts, with the help of a screwdriver or similar, a force of separation between the clenching means that are perpendicular to the forces which the clenching means reciprocally exert when they are in the clamped position, characterized in that said clamp comprises an annular flange arranged in an internal region of said curved sidewalls that, in use, are fixed on the tubing, wherein the annular flange has a triangular transverse section.
An ingot feeding system for a wire saw device, comprising: a kinematic mechanism structure; at least one actuator for moving at least one part of the kinematic mechanism structure; a support table for coupling an ingot to the kinematic mechanism structure; wherein the kinematic mechanism structure is configured to enable a translational movement of the ingot within a cutting plane, wherein the cutting plane includes a cutting direction, characterized in that the ingot feeding system comprises at least two sensors (401, 402, 403, 404, 405) for measuring a force acting on the kinematic mechanism structure, the kinematic mechanism structure being further configured to enable a rotational movements (θ) around a rotational axis which is perpendicular to the cutting plane. a kinematic mechanism structure; at least one actuator for moving at least one part of the kinematic mechanism structure; a support table for coupling an ingot to the kinematic mechanism structure; wherein the kinematic mechanism structure is configured to enable a translational movement of the ingot within a cutting plane, wherein the cutting plane includes a cutting direction, characterized in that the ingot feeding system comprises at least two sensors (401, 402, 403, 404, 405) for measuring a force acting on the kinematic mechanism structure, the kinematic mechanism structure being further configured to enable a rotational movements (θ) around a rotational axis which is perpendicular to the cutting plane.
A transmission apparatus, comprising: a circuit for generating a modulated signal including reference signals for phase noise estimation, for a plurality of reception apparatuses, where a correction coefficient of transmission power for the reference signals is associated with a pattern of a sequence used as the reference signals, on a one-to-one basis; and a transmitter for transmitting the modulated signal. a circuit for generating a modulated signal including reference signals for phase noise estimation, for a plurality of reception apparatuses, where a correction coefficient of transmission power for the reference signals is associated with a pattern of a sequence used as the reference signals, on a one-to-one basis; and a transmitter for transmitting the modulated signal.
A method for transmitting a random access preamble to a base station in a wireless access system, the method performed by a user equipment and comprising: transmitting the random access preamble to the base station, wherein the random access preamble is defined based on a cyclic shift 'C v ' of a Zadoff-Chu, ZC, sequence having a length N, wherein the cyclic shift 'C v ' satisfies following Equation 1: C v = S ⋅ ⌊ v / P ⌋ + v mod P ⋅ N CS, v = 0,1,..., P ⋅ G + R − 1, wherein the parameters 'G', 'P', 'R', and 'S' satisfy following Equation 2 under condition of Ncs ≤ du < (N/3): P = ⌊ d u / N CS ⌋, S = 2 ⋅ d u + P ⋅ N CS, R = max ⌊ N − 2 ⋅ d u − G ⋅ S / N CS ⌋ 0, G = ⌊ N / S ⌋, or and wherein the parameters 'G', 'P', 'R' and 'S' satisfy following Equation 3 under condition of (N/3) ≤ d u ≤ (N-Ncs)/2: P = ⌊ N − 2 ⋅ d u / N CS ⌋, S = N − 2 ⋅ d u + P ⋅ N CS, R = min max ⌊ d u − G ⋅ S / N CS ⌋ 0, P G = ⌊ d u / S ⌋, and and wherein 'd u ' represents a variable for Doppler Shift and determined based on 'u', 'u' represent a root index of ZC sequence, and 'Ncs' represents a cyclic shift unit. transmitting the random access preamble to the base station, wherein the random access preamble is defined based on a cyclic shift 'C v ' of a Zadoff-Chu, ZC, sequence having a length N, wherein the cyclic shift 'C v ' satisfies following Equation 1: C v = S ⋅ ⌊ v / P ⌋ + v mod P ⋅ N CS, v = 0,1,..., P ⋅ G + R − 1, wherein the parameters 'G', 'P', 'R', and 'S' satisfy following Equation 2 under condition of Ncs ≤ du < (N/3): P = ⌊ d u / N CS ⌋, S = 2 ⋅ d u + P ⋅ N CS, R = max ⌊ N − 2 ⋅ d u − G ⋅ S / N CS ⌋ 0, G = ⌊ N / S ⌋, or and wherein the parameters 'G', 'P', 'R' and 'S' satisfy following Equation 3 under condition of (N/3) ≤ d u ≤ (N-Ncs)/2: P = ⌊ N − 2 ⋅ d u / N CS ⌋, S = N − 2 ⋅ d u + P ⋅ N CS, R = min max ⌊ d u − G ⋅ S / N CS ⌋ 0, P G = ⌊ d u / S ⌋, and and wherein 'd u ' represents a variable for Doppler Shift and determined based on 'u', 'u' represent a root index of ZC sequence, and 'Ncs' represents a cyclic shift unit.