mhurhangee/patent-ind-claim-en huggingface dataset:
A belt for an elevator system , comprising: a plurality of tension members arranged along a belt width and extending longitudinally along a length of the belt , each tension member including: a plurality of first fibers ; a plurality of second fibers different from the first fibers dispersed between the first fibers ; and a jacket material at least partially encapsulating the plurality of tension members , wherein the tension member includes a core portion and an outer ring portion , characterised in that the outer ring portion - is a shell at an outer surface of the tension member formed from melted second fibers impregnated into first fibers at the outer surface, or - is formed by melting and subsequently hardening second fibers disposed at the outer ring portion . a plurality of tension members arranged along a belt width and extending longitudinally along a length of the belt , each tension member including: a plurality of first fibers ; a plurality of second fibers different from the first fibers dispersed between the first fibers ; and a plurality of first fibers ; a plurality of second fibers different from the first fibers dispersed between the first fibers ; and a jacket material at least partially encapsulating the plurality of tension members , wherein the tension member includes a core portion and an outer ring portion , characterised in that the outer ring portion - is a shell at an outer surface of the tension member formed from melted second fibers impregnated into first fibers at the outer surface, or - is formed by melting and subsequently hardening second fibers disposed at the outer ring portion . - is a shell at an outer surface of the tension member formed from melted second fibers impregnated into first fibers at the outer surface, or - is formed by melting and subsequently hardening second fibers disposed at the outer ring portion .
A drainage system of a tunnel for underground construction to be arranged on an upward wall and/or a roof of the tunnel wherein the drainage system comprises: a draining pipe which is arranged on the tunnel wall and/or roof for leading the water away; a frame , the draining pipe being connected to the frame , the frame comprising a back side and a front side ; and at least one fixing point on the back side of the frame for fixing the draining pipe to the frame with at least one fastener ; characterized in that the draining pipe being connected to the back side of the frame ; the drainage system further comprises at least one revision pipe which is arranged on transverse direction with respect to the draining pipe and the revision pipe being connected to the draining pipe ; the revision pipe protrudes outward from the front side of the frame ; and wherein the revision pipe is covered by a bellows plug . a draining pipe which is arranged on the tunnel wall and/or roof for leading the water away; a frame , the draining pipe being connected to the frame , the frame comprising a back side and a front side ; and at least one fixing point on the back side of the frame for fixing the draining pipe to the frame with at least one fastener ; characterized in that the draining pipe being connected to the back side of the frame ; the drainage system further comprises at least one revision pipe which is arranged on transverse direction with respect to the draining pipe and the revision pipe being connected to the draining pipe ; the revision pipe protrudes outward from the front side of the frame ; and wherein the revision pipe is covered by a bellows plug .
A method for quiescing and updating a transport stack comprising, at a content centric network node including a transport stack having a plurality of components (134.1, 134.2, 134.3, ... 134.n) and a head of the stack: sending a pause message down the transport stack from the head of the stack while the plurality of components are processing interests and/or content objects, wherein the pause message sets the plurality of components (134.1, 134.2, 134.3, ... 134.n) to a quiesced state to preclude the plurality of components from processing the interests and/or the content objects; initiating a timer and determining whether a pause acknowledgement message is received; receiving at the head of the stack the pause acknowledgement message and determining that the stack has been quiesced; after sending the pause message and receiving the pause acknowledgement message , sending an update message down the transport stack from the head of the stack, wherein the update message provides an update for a component of the transport stack while the plurality of components are precluded from processing the interests and/or the content objects; and receiving at the head of the stack an update acknowledgement message for the update message and determining that the update has been successful; after sending the update message and after receiving the update acknowledgement message, sending a resume message down the transport stack from the head of the stack, wherein the resume message causes the one or more components to resume processing the interests and/or the content objects in accordance with the update. sending a pause message down the transport stack from the head of the stack while the plurality of components are processing interests and/or content objects, wherein the pause message sets the plurality of components (134.1, 134.2, 134.3, ... 134.n) to a quiesced state to preclude the plurality of components from processing the interests and/or the content objects; initiating a timer and determining whether a pause acknowledgement message is received; receiving at the head of the stack the pause acknowledgement message and determining that the stack has been quiesced; after sending the pause message and receiving the pause acknowledgement message , sending an update message down the transport stack from the head of the stack, wherein the update message provides an update for a component of the transport stack while the plurality of components are precluded from processing the interests and/or the content objects; and receiving at the head of the stack an update acknowledgement message for the update message and determining that the update has been successful; after sending the update message and after receiving the update acknowledgement message, sending a resume message down the transport stack from the head of the stack, wherein the resume message causes the one or more components to resume processing the interests and/or the content objects in accordance with the update.
An optical cable comprising one or more units each including only a plurality of optical fibers , a first interposition , and a bundle tape ; wherein: the plurality of optical fibers is bundled by the bundle tape the first interposition is provided between the optical fibers for preventing the optical fibers from coming into contact with each other, and the optical fibers and the first interposition are bundled by the bundle tape in a state where the optical fibers and the first interposition are in contact with each other. the plurality of optical fibers is bundled by the bundle tape the first interposition is provided between the optical fibers for preventing the optical fibers from coming into contact with each other, and the optical fibers and the first interposition are bundled by the bundle tape in a state where the optical fibers and the first interposition are in contact with each other.
Plastic film for covering linear soft fruit cultivations that bears reinforced sections in terms of thickness (X) along its both edges as well as a reinforced section (Y) along its mid section lengthways said reinforcement produced by extruding the film with variable thickness across its width or by gluing, welding, sewing additional stripes of the same or different material or by directly extruding or laminating additional material on sections (X) and (Y) or by folding the lengthways edges and welding the fold on the plastic film at the whole section (X) and reinforcing section (Y) separately characterised by fact that a plastic cord is glued, welded or extruded along both its lengthways sides being partially or entirely inclined in relation to the main lengthways axis with said inclination being constant or changing direction and following a repetitive pattern with period Pi and bearing holes at both sections (X), adjacent to the inclined cord and at the positions that are closer to the edge however towards the side of the cord that is facing the main lengthways axis of the plastic film; said cord has a diameter (D) less than 10mm and due to said inclination of the cord distributes the exerted load at the whole reinforced area of the plastic film in both longitudinal and transverse directions, thus increasing the strength of the plastic film.
An integrated imaging device, comprising: - a substrate , - an integrated circuit , - a cover , - a cavity enclosed between the substrate and the cover , and - a sensor or an array of sensors , wherein - a surface of the cover opposite the cavity has a surface structure directing incident radiation, - the sensor or array of sensors is arranged in the cavity between the integrated circuit and the surface structure directing incident radiation, - at least one through-substrate via is formed in the substrate , the through-substrate via electrically connecting the sensor or array of sensors with a connection pad on a rear outer surface of the substrate opposite the cavity , and - the integrated circuit is integrated in the substrate opposite the cavity characterized in that the integrated circuit is arranged between the sensor or array of sensors and the connection pad . - a substrate , - an integrated circuit , - a cover , - a cavity enclosed between the substrate and the cover , and - a sensor or an array of sensors , wherein - a surface of the cover opposite the cavity has a surface structure directing incident radiation, - the sensor or array of sensors is arranged in the cavity between the integrated circuit and the surface structure directing incident radiation, - at least one through-substrate via is formed in the substrate , the through-substrate via electrically connecting the sensor or array of sensors with a connection pad on a rear outer surface of the substrate opposite the cavity , and - the integrated circuit is integrated in the substrate opposite the cavity
An adhesive composition for an electrical storage device comprising a polymer A, a polymer B, and a solvent, wherein the polymer A includes a nitrile group-containing monomer unit and an alicyclic (meth)acrylic acid ester monomer unit, the polymer A includes the nitrile group-containing monomer unit in a proportion of 55.0 mass% or more and not more than 90.0 mass%, the polymer B is an acrylic polymer, the volume-average particle diameter of the polymer A is 200 nm or more, the volume-average particle diameter of the polymer B is smaller than the volume-average particle diameter of the polymer A, and the volume-average particle diameters are measured by the method described in the examples section of the description. the polymer A includes a nitrile group-containing monomer unit and an alicyclic (meth)acrylic acid ester monomer unit, the polymer A includes the nitrile group-containing monomer unit in a proportion of 55.0 mass% or more and not more than 90.0 mass%, the polymer B is an acrylic polymer, the volume-average particle diameter of the polymer A is 200 nm or more, the volume-average particle diameter of the polymer B is smaller than the volume-average particle diameter of the polymer A, and the volume-average particle diameters are measured by the method described in the examples section of the description.
A floor finish composition comprising: (a) at least one polymer emulsion; (b) a first alkali soluble resin; (c) a second alkali soluble resin; and wherein the at least one polymer emulsion and the total amount of alkali soluble resin are present in a ratio of polymer emulsion to total alkali soluble resin, and wherein the ratio is between about 2:1 and about 20:1, and wherein at least one of the first alkali soluble resin or the second alkali soluble resin has the following properties: (i) a glass transition temperature between 80 and 120 °C; (ii) an average molecule weight (Mw) between 3000 and 7500; and (iii) an acid number between 180 and 260. (a) at least one polymer emulsion; (b) a first alkali soluble resin; (c) a second alkali soluble resin; and wherein the at least one polymer emulsion and the total amount of alkali soluble resin are present in a ratio of polymer emulsion to total alkali soluble resin, and wherein the ratio is between about 2:1 and about 20:1, and wherein at least one of the first alkali soluble resin or the second alkali soluble resin has the following properties: (i) a glass transition temperature between 80 and 120 °C; (ii) an average molecule weight (Mw) between 3000 and 7500; and (iii) an acid number between 180 and 260. (i) a glass transition temperature between 80 and 120 °C; (ii) an average molecule weight (Mw) between 3000 and 7500; and (iii) an acid number between 180 and 260.
An actuator for drum brake including a screw-nut system for being activated by an electric motor, said screw-nut system extending along a longitudinal axis (X2), a first longitudinal end (16.1) of the screw protruding from the nut and being for bearing against a braking shoe of the drum brake and to move along the longitudinal axis (X2), characterised in that the actuator includes an adjustment element mounted in the nut and cooperating with the nut , in that the adjustment element is able to be rotatably fixed by the screw in a first direction of travel, during which the screw goes out from the nut, when the screw has travelled at least a given stroke in the first direction of travel (F1), and in that the adjustment element forms a longitudinal abutment limiting travel of the screw in the nut in a second direction of travel (F2) opposite to the first direction of travel (F1), when the screw has travelled the given stroke in the second direction of travel (F2).
An acoustic device , comprising: a vibration member having a first resonance frequency; and a housing accommodating the vibration member , having a second resonance frequency, and producing an alarm sound which is one of two or more kinds of alarm sounds having different fundamental frequencies and corresponds to a frequency of vibration of the vibration member , the two or more kinds of alarm sounds including a first alarm sound generated in response to a first signal (A1) and a second alarm sound generated in response to a second signal (B2), wherein the acoustic device satisfies a following equation (eq1): f ≤ Fp − Fc where f denotes a highest one of the different fundamental frequencies of the two or more kinds of alarm sounds, Fp denotes the first resonance frequency, and Fc denotes the second resonance frequency. a vibration member having a first resonance frequency; and a housing accommodating the vibration member , having a second resonance frequency, and producing an alarm sound which is one of two or more kinds of alarm sounds having different fundamental frequencies and corresponds to a frequency of vibration of the vibration member , the two or more kinds of alarm sounds including a first alarm sound generated in response to a first signal (A1) and a second alarm sound generated in response to a second signal (B2), wherein the acoustic device satisfies a following equation (eq1): f ≤ Fp − Fc where f denotes a highest one of the different fundamental frequencies of the two or more kinds of alarm sounds, Fp denotes the first resonance frequency, and Fc denotes the second resonance frequency.
A flow reversal system , comprising: a single direction flow device adapted for receiving a fluid; and first , second , third and fourth binary valves that are in fluid communication with the single direction flow device wherein, collectively, the first , second , third and fourth binary valves are adapted to be actuated so as to regulate the direction of a flow of the fluid to and from the single direction flow device , wherein said system is adapted to be configured in a first positon wherein the first and fourth binary valves are open and the second and third binary valves are closed and the fluid flows through the single direction flow device in a first direction ; and characterized in that the system is further adapted to be configured from the first position to a neutral positon by actuating the second and third binary valves from a closed position to an open position wherein, in the neutral position, the first , second , third and fourth binary valves are open and the fluid flows through the single direction flow device in the first direction , and to be configured from the neutral position to a second position by actuating the first and fourth binary valves from an open position to a closed position wherein, in the second position, the first and fourth binary valves are closed and the second and third binary valves are opened and the fluid flows through the single direction flow device in the first direction . a single direction flow device adapted for receiving a fluid; and first , second , third and fourth binary valves that are in fluid communication with the single direction flow device wherein, collectively, the first , second , third and fourth binary valves are adapted to be actuated so as to regulate the direction of a flow of the fluid to and from the single direction flow device , wherein said system is adapted to be configured in a first positon wherein the first and fourth binary valves are open and the second and third binary valves are closed and the fluid flows through the single direction flow device in a first direction ; and characterized in that the system is further adapted to be configured from the first position to a neutral positon by actuating the second and third binary valves from a closed position to an open position wherein, in the neutral position, the first , second , third and fourth binary valves are open and the fluid flows through the single direction flow device in the first direction , and to be configured from the neutral position to a second position by actuating the first and fourth binary valves from an open position to a closed position wherein, in the second position, the first and fourth binary valves are closed and the second and third binary valves are opened and the fluid flows through the single direction flow device in the first direction .
Terminal having a connection end for its connection to a vehicle restraint system , having a linear guide which rises in the form of a ramp in the longitudinal direction (L) of the terminal towards the connection end at least in sections, and having a plurality of damper elements which are arranged one after the other in a row and are movably mounted on the linear guide , characterized in that the damper elements have guide plates , and in that the linear guide has guide cutouts in the guide plates and at least two longitudinal profiles which extend parallel to one another and pass through said guide cutouts for the movable mounting of the damper elements .
A process medium-controlled regulating valve for fluid flow-through regulation, having a main valve , which has an axially stroke adjustable main valve piston and a main valve seat cooperating therewith, which delimits an outlet chamber in a radially inward direction and an inlet chamber in a radially outward direction, and having a pilot valve for controlling the main valve piston , which has a control chamber on the side of the main valve piston facing away from the main valve seat , which is fluidically connected to the inlet chamber via a pilot line in the main valve piston and to the outlet chamber via a pressure relief line , and a pilot valve piston , which in a closed position closes the pressure relief line , building up a closing pressure in the control chamber and moving the main valve piston in a closing direction, and which in an open position opens the pressure relief line , equalizing the pressure between the control chamber and the outlet chamber and moving the main valve piston in an opening direction, wherein an axially stationary cleaning wire element is guided with hole clearance through the pilot line and the pilot line is movable along the cleaning wire element guided therein during a stroke adjustment of the main valve piston , wherein the cleaning wire element has an actuation contour , which can be brought into sliding engagement with a counter contour formed on the main valve piston at least during the stroke adjustment of the main valve piston , building up a transverse force (F) acting on the cleaning wire element , characterized in that the cleaning wire element has a wire base body guided through the pilot line, which is continuously straight in a wire longitudinal extension direction and from which the actuation contour projects in a transverse direction, wherein the actuation contour is a free wire end of the cleaning wire element , wherein the cleaning wire element guided through the pilot line extends by its free wire end beyond a pilot line opening facing the inlet chamber , and wherein the free wire end is bent at an oblique angle (α) with respect to the wire base body or the free wire end has an angled loop in order to form the actuation contour .
Method for forming a thermal insulation layer for a metallic component which involves formation of a ceramic layer wherein, yttrium-stabilised, yttrium oxide-stabilised, calcium-stabilised or magnesium-stabilised zirconium oxide is deposited as the ceramic layer, characterised in that aluminium oxide and titanium oxide are partially disposed in the ceramic layer, wherein the aluminium oxide and the titanium oxide are incorporated in the outer region of the ceramic layer only, by infiltrating particles or substances containing aluminium and titanium, wherein, during the infiltration, the aluminium oxide and titanium oxide particles or the particles or substances containing aluminium and titanium are used as nanoparticles having an average particle size or maximum size of up to 200 nm, or the aluminium oxide and the titanium oxide are introduced by physical vapour deposition in the outer region of the ceramic layer only.