mhurhangee/ep-ind-claims huggingface dataset:
A damping device comprising: a structural component; a tube member disposed inside of the structural component, the tube member having a first end (E 1) and a second end (E 2); a first damping element disposed on the first end (E 1) of the tube member; a second damping element disposed on the second end (E 2) of the tube member; wherein the device is characterized in that: the first damping element and the second damping element are configured to flex against the structural component for dissipating energy from the structural component and for reducing the bending of the structural component due to modal characteristics induced by vibration; characterized in that, the at least one of the first and second damping elements (208A, 208B) comprises a spring element that is configured to clamp a friction element to an insert element to generate a frictional force to damp vibration. a structural component; a tube member disposed inside of the structural component, the tube member having a first end (E 1) and a second end (E 2); a first damping element disposed on the first end (E 1) of the tube member; a second damping element disposed on the second end (E 2) of the tube member; wherein the device is characterized in that: the first damping element and the second damping element are configured to flex against the structural component for dissipating energy from the structural component and for reducing the bending of the structural component due to modal characteristics induced by vibration; characterized in that, the at least one of the first and second damping elements (208A, 208B) comprises a spring element that is configured to clamp a friction element to an insert element to generate a frictional force to damp vibration.
A slurry transport system comprising a slurry pump and a component, said component being configured for directing slurry flow in an upward direction away from a lower interior surface of said component, the component comprising: an exterior frame; an interior liner disposed within an interior of said exterior frame, said interior liner operable for accommodating travel of a slurry flow therethrough; and a ramp device disposed upon a lower surface of said interior liner, said ramp device configured to directing slurry flow within said interior liner in an upward direction away from said lower surface of said interior liner, characterized in that the component being located upstream of and in the proximity of a pump suction entrance and being configured for re-suspending coarse solid particulates away from a lower portion of said slurry flow to provide a more uniform flow concentration at the pump suction entrance of the slurry pump and thereby reducing wear associated with said slurry pump. an exterior frame; an interior liner disposed within an interior of said exterior frame, said interior liner operable for accommodating travel of a slurry flow therethrough; and a ramp device disposed upon a lower surface of said interior liner, said ramp device configured to directing slurry flow within said interior liner in an upward direction away from said lower surface of said interior liner,
A method of controlling access to a content item in a system comprising a set of devices, the set of devices making up a first domain comprising of devices which are related to a household or limited group of consumers, the method comprising a step of associating at least one usage right with the content item, wherein the method further comprises decomposing the usage right into a set of partial rights, subsequently separately signing each one of the set of partial rights, resulting in a corresponding signature, and bundling the individually signed partial rights into a set of individually signed partial rights, the method further comprises allowing at least one device in the system, to identify a different device representing a different domain, to subsequently sign information comprising a combination of - at least one partial right and its corresponding signature, - an identification of the first domain, and - an identification of the different domain, and to subsequently transfer this signed combination to the different device. - at least one partial right and its corresponding signature, - an identification of the first domain, and - an identification of the different domain,
Actuation device for the ejection of at least one removable part (3, 4) of a missile, said device being a one-piece assembly comprising: - a pyrotechnic actuator comprising an activatable pyrotechnic charge able to generate an overpressure and a piston configured to be moved in a longitudinal direction under the effect of the overpressure generated on the head of said piston by the pyrotechnic charge, such that the end of the piston opposite said head, called free end, is intended to act on said removable part (3, 4) of the missile; - at least one retaining rod (10A, 10B), said at least one retaining rod (10A, 10B) comprising at least one part secured to said pyrotechnic actuator by way of a mechanical covering (21A, 21B); and - at least one thermal insulation element (11A, 11B, 11C, 11D) arranged so as to thermally insulate at least the pyrotechnic charge, said pyrotechnic actuator being configured to be able to generate a force able to break said at least one retaining rod (10A, 10B), in that a first end of said at least one retaining rod (10A, 10B) and an end of said pyrotechnic actuator are intended to be secured to an element for securing the missile, and a second end, opposite said first end of said at least one retaining rod (10A, 10B), being intended to be secured to an element for securing said removable part of the missile. - a pyrotechnic actuator comprising an activatable pyrotechnic charge able to generate an overpressure and a piston configured to be moved in a longitudinal direction under the effect of the overpressure generated on the head of said piston by the pyrotechnic charge, such that the end of the piston opposite said head, called free end, is intended to act on said removable part (3, 4) of the missile; - at least one retaining rod (10A, 10B), said at least one retaining rod (10A, 10B) comprising at least one part secured to said pyrotechnic actuator by way of a mechanical covering (21A, 21B); and - at least one thermal insulation element (11A, 11B, 11C, 11D) arranged so as to thermally insulate at least the pyrotechnic charge,
A composition for keratin fibers prepared by: i) mixing: (a) at least one non-neutralized anionic surfactant chosen from the group consisting of fatty carboxylic acids, fatty ether carboxylic acids, N-acylamino acids, or the mixtures thereof, wherein the fatty carboxylic acids are represented by formula: RCOOH, in which R is a linear and saturated hydrocarbon radical containing from 6 to 40 carbon atoms; (b) at least one non-ionic surfactant; (c) at least one fatty alcohol, to prepare an oil phase; (ii) mixing the oil phase obtained in step (i) with a water phase to prepare an emulsion, and (iii) adding (d) ammonia to the emulsion obtained in step (ii), and wherein components (a) to (c) are mixed at a temperature from 40 to 95°C, preferably from 50 to 90°C, and component (d) is mixed at a temperature of from 0 to 40°C, preferably from 10 to 30°C. i) mixing: (a) at least one non-neutralized anionic surfactant chosen from the group consisting of fatty carboxylic acids, fatty ether carboxylic acids, N-acylamino acids, or the mixtures thereof, wherein the fatty carboxylic acids are represented by formula: RCOOH, in which R is a linear and saturated hydrocarbon radical containing from 6 to 40 carbon atoms; (b) at least one non-ionic surfactant; (c) at least one fatty alcohol, to prepare an oil phase; (a) at least one non-neutralized anionic surfactant chosen from the group consisting of fatty carboxylic acids, fatty ether carboxylic acids, N-acylamino acids, or the mixtures thereof, wherein the fatty carboxylic acids are represented by formula: RCOOH, in which R is a linear and saturated hydrocarbon radical containing from 6 to 40 carbon atoms; (b) at least one non-ionic surfactant; (c) at least one fatty alcohol, to prepare an oil phase; (ii) mixing the oil phase obtained in step (i) with a water phase to prepare an emulsion, and (iii) adding (d) ammonia to the emulsion obtained in step (ii), and wherein components (a) to (c) are mixed at a temperature from 40 to 95°C, preferably from 50 to 90°C, and component (d) is mixed at a temperature of from 0 to 40°C, preferably from 10 to 30°C.
Composite blade (24; 26) for a turbomachine, in particular for a compressor (4; 6) of an axial-flow turbomachine, the blade (24; 26) comprising: - a vane intended to extend radially into a flow of the turbomachine, the vane including a leading edge, a trailing edge and a body positioned between the leading edge and the trailing edge; and - a reinforcement forming the leading edge of the vane, characterized in that the reinforcement of the leading edge comprises a reinforcing sheet having an essentially constant thickness, which extends from the leading edge to the trailing edge, which forms the leading edge of the blade (24; 26) and which is arranged in the thickness of the body so as to pass through it. - a vane intended to extend radially into a flow of the turbomachine, the vane including a leading edge, a trailing edge and a body positioned between the leading edge and the trailing edge; and - a reinforcement forming the leading edge of the vane,
Lifting platform for motor vehicles, having - a supporting column which rotatably mounts a threaded spindle, - a supporting nut which is in engagement with the threaded spindle and which can be moved thereon by a rotational movement of the threaded spindle, - a lifting device which is connected to the supporting nut and is designed to hold at least one supporting arm, - a securing nut which is arranged offset with respect to the supporting nut in engagement with the threaded spindle, and - a supporting nut defect detection device which has a distance detection device having at least two activation means (10, 11), characterized in that the activation means (10, 11) are in contact with one another in the case of a defect-free supporting nut and are arranged separately from one another in the case of a defect of the supporting nut, the supporting nut defect detection device has the distance detection device and a supporting nut defect detection sensor, wherein the supporting nut defect detection sensor can be activated by one of the activation means (10, 11) in the case of a defect of the supporting nut, and a second activation means is designed to move into a second position in the separated state of the activation means (10, 11), in which second position the supporting nut defect detection sensor can be activated by the second activation means. - a supporting column which rotatably mounts a threaded spindle, - a supporting nut which is in engagement with the threaded spindle and which can be moved thereon by a rotational movement of the threaded spindle, - a lifting device which is connected to the supporting nut and is designed to hold at least one supporting arm, - a securing nut which is arranged offset with respect to the supporting nut in engagement with the threaded spindle, and - a supporting nut defect detection device which has a distance detection device having at least two activation means (10, 11), the activation means (10, 11) are in contact with one another in the case of a defect-free supporting nut and are arranged separately from one another in the case of a defect of the supporting nut, the supporting nut defect detection device has the distance detection device and a supporting nut defect detection sensor, wherein the supporting nut defect detection sensor can be activated by one of the activation means (10, 11) in the case of a defect of the supporting nut, and a second activation means is designed to move into a second position in the separated state of the activation means (10, 11), in which second position the supporting nut defect detection sensor can be activated by the second activation means.
Closing device for bottles comprising: - a pourer which can be constrained to the mouth of the bottle and having an upper portion provided with an outer thread and a lower portion; - a stopper having a side portion provided, at the inner part thereof, with a thread for coupling with said outer thread of said upper portion of said pourer; - a cylindrical jacket covering a lower portion of said pourer, said cylindrical jacket being constrained both by rotation and by pulling off with respect to said pourer; and - an annular removable tab arranged between said stopper and said cylindrical jacket so that before the first opening of the closing device, said jacket is integral with said stopper, thereby preventing the rotation thereof; wherein said removable tab has the configuration of a ring developing along the whole periphery of said closing device and is delimited by a first upper breakage line for connecting with said stopper and by a lower breakage line for connecting with said jacket, the closing device being characterized in that said jacket comprises a first upper abutment portion for coupling with a seat obtained in said pourer at the neck of the bottle, and a second lower abutment portion for housing the lower edge of said pourer. - a pourer which can be constrained to the mouth of the bottle and having an upper portion provided with an outer thread and a lower portion; - a stopper having a side portion provided, at the inner part thereof, with a thread for coupling with said outer thread of said upper portion of said pourer; - a cylindrical jacket covering a lower portion of said pourer, said cylindrical jacket being constrained both by rotation and by pulling off with respect to said pourer; and - an annular removable tab arranged between said stopper and said cylindrical jacket so that before the first opening of the closing device, said jacket is integral with said stopper, thereby preventing the rotation thereof;
Method for roll-embossing a strip - with a roll stand comprising a first work roll and a second work roll, wherein a rolling gap with a pass line is defined between the first work roll and the second work roll, wherein - a control roll is arranged in front of the rolling gap of the work rolls in the rolling direction, - the strip is guided into the rolling gap of the roll stand via the control roll at an entry angle β relative to the pass line and - the embossing of the surface structure of the work roll on the strip is controlled by the selection of the entry angle β depending on the positioning of the control roll relative to the pass line, - an entry angle β is set within an adjustment range of +/- 2α, where α is the bite angle of a work roll (2, 4) in a given rolling pass, for which: α = arccos 1 − Δh / D W, where Δh is the difference between the thickness of the strip before rolling and the thickness of the strip after rolling in mm (pass reduction) and Dw is the diameter of the work roll (2, 4) in mm. - with a roll stand comprising a first work roll and a second work roll, wherein a rolling gap with a pass line is defined between the first work roll and the second work roll, wherein - a control roll is arranged in front of the rolling gap of the work rolls in the rolling direction, - the strip is guided into the rolling gap of the roll stand via the control roll at an entry angle β relative to the pass line and - the embossing of the surface structure of the work roll on the strip is controlled by the selection of the entry angle β depending on the positioning of the control roll relative to the pass line, - an entry angle β is set within an adjustment range of +/- 2α, where α is the bite angle of a work roll (2, 4) in a given rolling pass, for which: α = arccos 1 − Δh / D W, where Δh is the difference between the thickness of the strip before rolling and the thickness of the strip after rolling in mm (pass reduction) and Dw is the diameter of the work roll (2, 4) in mm.
A sensorized axlebox-bearing unit for supporting a railway axle, comprising an axle box adapted to pivotally receive the railway axle through a rolling bearing and provided with a housing element, stationary in use, which supports a sealing gasket towards the outside of the axle box; and a sensor unit (6; 6b) comprising a sensor module which is mountable at the sealing gasket, and provided with a plurality of transmission elements for monitoring the axle and the bearing, a connection piece to be connected to an electronic processing unit and a data transmission flexible electric cable connecting the sensor module in one piece with the connection piece; wherein the housing element has a frontal inlet opening through which the axle and the sealing gasket are accessible, and is delimited by an annular lateral wall provided with a transversal through hole; characterized in that, in combination: i)- the transversal through hole is smaller than the sensor module but larger than the connection piece; ii)- the sensor unit (6; 6b) is mounted inside the housing element after having passed through the frontal inlet opening and then from the inside toward the outside through the transversal hole; iii)- the sensor unit (6; 6b) further comprises a plug or adapter fitted onto a first stretch of the data transmission flexible electric cable arranged between the sensor module and the connection piece and adapted to be inserted into the transversal hole of the lateral wall of the housing element radially from the inside toward the outside, to fluid-tightly plug the transversal hole; iv)- the sensor unit also being provided with removable mechanical blocking means for blocking the plug onto the lateral wall of the housing element; the removable blocking means being movably fitted on the data transmission flexible electric cable to couple with a first end of the plug, radially protruding from the transversal hole toward the outside of the housing element. i)- the transversal through hole is smaller than the sensor module but larger than the connection piece; ii)- the sensor unit (6; 6b) is mounted inside the housing element after having passed through the frontal inlet opening and then from the inside toward the outside through the transversal hole; iii)- the sensor unit (6; 6b) further comprises a plug or adapter fitted onto a first stretch of the data transmission flexible electric cable arranged between the sensor module and the connection piece and adapted to be inserted into the transversal hole of the lateral wall of the housing element radially from the inside toward the outside, to fluid-tightly plug the transversal hole; iv)- the sensor unit also being provided with removable mechanical blocking means for blocking the plug onto the lateral wall of the housing element; the removable blocking means being movably fitted on the data transmission flexible electric cable to couple with a first end of the plug, radially protruding from the transversal hole toward the outside of the housing element.
An autonomously traveling cleaner for autonomously travelling and performing cleaning, the autonomously traveling cleaner comprising: a map generator adapted to generate based on a traveling record of the autonomously traveling cleaner and using a position of a reference member installed in an area to be cleaned as a reference position, a past map and a new map after the past map is generated; a longest-straight-line determination unit adapted to determine a longest-straight-line component that is longest among straight-line components included in each of the past map and the new map; and a map arrangement unit adapted to rotate at least the new map to arrange the longest-straight-line component included in each of the past map and the new map to be parallel to each other or a predetermined axis, characterized by a processing unit programmed to adjust an inclination of the new map defined as an inclination of the longest-straight-line component relative to the X-axis or Y-axis to cause the longest-straight-line component determined by the longest-straight-line determination unit to be parallel to a longer side of an image of the new map to be displayed on a display device of a terminal device communicating with the autonomously traveling cleaner. a map generator adapted to generate based on a traveling record of the autonomously traveling cleaner and using a position of a reference member installed in an area to be cleaned as a reference position, a past map and a new map after the past map is generated; a longest-straight-line determination unit adapted to determine a longest-straight-line component that is longest among straight-line components included in each of the past map and the new map; and a map arrangement unit adapted to rotate at least the new map to arrange the longest-straight-line component included in each of the past map and the new map to be parallel to each other or a predetermined axis, characterized by a processing unit programmed to adjust an inclination of the new map defined as an inclination of the longest-straight-line component relative to the X-axis or Y-axis to cause the longest-straight-line component determined by the longest-straight-line determination unit to be parallel to a longer side of an image of the new map to be displayed on a display device of a terminal device communicating with the autonomously traveling cleaner.
A method of gene introduction into an immature embryonic tissue of a Hordeum plant, the method comprising the steps of: (i) coculture step by inoculating the tissue with Agrobacterium and coculturing the tissue in the presence of the Agrobacterium in a coculture medium containing an antiauxin selected from the group consisting of 2,3,5-triiodobenzoic acid (TIBA), paclobutrazol, 2,4,6-trichlorophenoxyacetic acid (2,4,6-T), p-chlorophenoxyisobutyric acid (PCIB), maleic hydrazide, and Uniconazole P; and (ii) a step of subjecting the tissue to a centrifugation treatment and/or a pressurization treatment before the inoculation with Agrobacterium, during the coculture step, and/or after the coculture step. (i) coculture step by inoculating the tissue with Agrobacterium and coculturing the tissue in the presence of the Agrobacterium in a coculture medium containing an antiauxin selected from the group consisting of 2,3,5-triiodobenzoic acid (TIBA), paclobutrazol, 2,4,6-trichlorophenoxyacetic acid (2,4,6-T), p-chlorophenoxyisobutyric acid (PCIB), maleic hydrazide, and Uniconazole P; and (ii) a step of subjecting the tissue to a centrifugation treatment and/or a pressurization treatment before the inoculation with Agrobacterium, during the coculture step, and/or after the coculture step.