mhurhangee/ep-ind-claims huggingface dataset:
A fuel-resistant liquid asphalt binder comprising: a liquid asphalt binder base having a concentration in the range of 89.3 wt% to 95.6 wt%; styrene-butadiene-styrene having a concentration in the range of 2 wt% to 5 wt%; high acetate content ethylene vinyl acetate having a concentration in the range of 2 wt% to 5 wt%; and a composition of fatty amine derivatives having a concentration in the range of 0.4 wt% to 0.7 wt%. a liquid asphalt binder base having a concentration in the range of 89.3 wt% to 95.6 wt%; styrene-butadiene-styrene having a concentration in the range of 2 wt% to 5 wt%; high acetate content ethylene vinyl acetate having a concentration in the range of 2 wt% to 5 wt%; and a composition of fatty amine derivatives having a concentration in the range of 0.4 wt% to 0.7 wt%.
Safety module for a door-lock device, intended to block a door of a household appliance, comprising a first terminal, a second terminal, an actuator arranged between said first terminal and said second terminal, a closing switch, provided with contacts (41, 42), associated with said door of said household appliance and arranged on a closing circuit branch, and a blocking switch, provided with contacts (61, 62), functionally associated with said actuator and arranged on a blocking circuit branch, wherein said closing circuit branch and said blocking circuit branch are parallel connected to each other, and characterised in that said closing circuit branch and said blocking circuit branch are parallel connected to said actuator. a first terminal, a second terminal, an actuator arranged between said first terminal and said second terminal, a closing switch, provided with contacts (41, 42), associated with said door of said household appliance and arranged on a closing circuit branch, and a blocking switch, provided with contacts (61, 62), functionally associated with said actuator and arranged on a blocking circuit branch, wherein said closing circuit branch and said blocking circuit branch are parallel connected to each other, and characterised in that said closing circuit branch and said blocking circuit branch are parallel connected to said actuator.
An information processor for outputting, at a predetermined rate, position information of a subject by performing stereo matching using a stereo movie obtained by filming a video of the subject from different viewpoints at the same time, the information processor comprising: a motion area detection part adapted to acquire image data representing an image frame pair, included in the stereo movie, at a predetermined resolution and detect a motion area by acquiring a difference image of an estimated motion area relative to an area in an image used in the previous time step and then extracting spots where the difference is greater than a threshold; a target area determination unit adapted to determine a target area subject to stereo matching based on the motion area; a resolution determination part adapted to determine an appropriate resolution for stereo matching in accordance with the size of the target area, wherein the appropriate resolution is a resolution associated with a rectangle immediately smaller than a standard size in permutations of sizes made up of a plurality of rectangles representing image sizes when a target area determined by the target area determination unit is represented with a plurality of predetermined resolutions and a rectangle having the predetermined standard size; and a position information acquisition unit adapted to acquire the image data representing the target area of the image frame pair, included in the stereo movie, at the appropriate resolution, perform stereo matching using the image data, acquire position information of the subject and output the position information. a motion area detection part adapted to acquire image data representing an image frame pair, included in the stereo movie, at a predetermined resolution and detect a motion area by acquiring a difference image of an estimated motion area relative to an area in an image used in the previous time step and then extracting spots where the difference is greater than a threshold; a target area determination unit adapted to determine a target area subject to stereo matching based on the motion area; a resolution determination part adapted to determine an appropriate resolution for stereo matching in accordance with the size of the target area, wherein the appropriate resolution is a resolution associated with a rectangle immediately smaller than a standard size in permutations of sizes made up of a plurality of rectangles representing image sizes when a target area determined by the target area determination unit is represented with a plurality of predetermined resolutions and a rectangle having the predetermined standard size; and a position information acquisition unit adapted to acquire the image data representing the target area of the image frame pair, included in the stereo movie, at the appropriate resolution, perform stereo matching using the image data, acquire position information of the subject and output the position information.
Method for forming a convex tilting zone in a defined tilting zone formation area of a main body surface of a transverse element which is destined to be part of a push belt for a continuously variable transmission having two pulleys (4, 5) for suspending the push belt, wherein a tool element having a surface for at least partially contacting the main body surface is provided, wherein the tool element is pressed against the main body surface adjacent to the tilting zone formation area in order to realize a displacement of material over the main body surface, wherein the tool element leaves the tilting zone formation area clear, and wherein the tilting zone is formed on the basis of retraction of material as a consequence of pressing the tool element against the main body surface, characterized in that the surface for at least partially contacting the main body surface is a stepped surface.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving, from a base station, BS, resource configuration information for uplink, UL, or downlink, DL, transmission in a plurality of bandwidth parts, BWPs, the resource configuration information indicating UL and DL resources configured per BWP in a time domain; receiving, from the BS, information associated with an activated BWP; determining frequency domain resource information corresponding to the activated BWP; determining time domain resource information, based on the resource configuration information and the activated BWP, the time domain resource information including at least one UL resource and at least one DL resource configured for the activated BWP; and communicating (1306; 1308; 1309) with the BS based on the time domain resource information and the frequency domain resource information. receiving, from a base station, BS, resource configuration information for uplink, UL, or downlink, DL, transmission in a plurality of bandwidth parts, BWPs, the resource configuration information indicating UL and DL resources configured per BWP in a time domain; receiving, from the BS, information associated with an activated BWP; determining frequency domain resource information corresponding to the activated BWP; determining time domain resource information, based on the resource configuration information and the activated BWP, the time domain resource information including at least one UL resource and at least one DL resource configured for the activated BWP; and communicating (1306; 1308; 1309) with the BS based on the time domain resource information and the frequency domain resource information.
A scalable system for real-time location determination of at least one object by sub-networks of interrelated neural networks comprising: at least one transmitting tag associated with each said at least one object; a plurality of a priori defined interrelated location classifier sub-networks (210, 215, 220) comprising location classifier receivers; said location classifier receivers configured to receive at least one transmission from said at least one transmitting tag; whereby scaling of said system is achieved by engaging only one sub-network of said plurality of sub-networks to output said location for each of said at least one objects; wherein said system is configured to select a sub-network having a greatest number of said location classifier receivers receiving at least one transmission from said at least one transmitting tag; and said at least one transmitting tag is configured to receive at least one signal from at least one router/base station/access point. at least one transmitting tag associated with each said at least one object; a plurality of a priori defined interrelated location classifier sub-networks (210, 215, 220) comprising location classifier receivers; said location classifier receivers configured to receive at least one transmission from said at least one transmitting tag; whereby scaling of said system is achieved by engaging only one sub-network of said plurality of sub-networks to output said location for each of said at least one objects; wherein said system is configured to select a sub-network having a greatest number of said location classifier receivers receiving at least one transmission from said at least one transmitting tag; and said at least one transmitting tag is configured to receive at least one signal from at least one router/base station/access point.
Bracket handle system (2; 2a-2e) for hygiene applications, comprising a bracket handle (32; 176) for mounting on a structure (4; 4a), wherein an exterior handle surface of the bracket handle (32; 176) has a roughness average Ra of no more than 0.8 μm, characterized in that the bracket handle (32; 176) has on each of two ends distant from each other a plane mounting surface with a round external contour, the bracket handle (32; 176) has on each of the ends a thread portion (34; 114) for attaching the bracket handle (32; 176) to the structure (4; 4a), the mounting surfaces each have transitions that are rounded in a radial outward manner to a lateral surface of the bracket handle (32; 176), and the bracket handle system (2; 2a-2e) also comprises two sealing disks for arranging between the mounting surfaces and the structure (4; 4a), wherein the sealing disks each have a radially inner support disk and a radially outer circumferential sealing body made of an elastomer, wherein the sealing body in a relaxed state has an substantially trapezoidal cross-section, which widens radially outward in an axial direction, and which is, at least on its radially outer end, thicker than the support disk.
A liquid organosilicon compound represented by formula as described below: wherein, X is each independently a group represented by formula, formula or formula as described below, and when the number of the group represented by formula per one molecule of the liquid organosilicon compound represented by general formula or the number of groups per one mean molecule of the compound when the compound is a mixture having a different ratio for the group represented by formula, the group represented by formula, and the group represented by formula is defined as a, the number of the group represented by formula per one molecule thereof is defined as b, and the number of the group represented by formula per one molecule thereof is defined as c, 0 ≤ a ≤ 3.5, 0 < b ≤ 3.5, and 0 ≤ c ≤ 1 are obtained, and also a + b + 2c = 4 is obtained: wherein, R 1 is each independently a group selected from alkyl having 1 to 4 carbons, cyclopentyl and cyclohexyl, R 2 and R 3 are each independently a group selected from alkyl having 1 to 4 carbons, cyclopentyl, cyclohexyl and phenyl, m and n are the number of repetitions of -OSi(R 3) 2 -, and a mean value satisfying 1 to 50; the liquid organosilicon compound represented by formula is produced by a method which comprises a hydrosilylation reaction between a compound represented by general formula as described below and a compound represented by general formula as described below, wherein (a) based on the number of moles of the compound represented by general formula, (b) the compound represented by general formula is added in an amount of twice or more the number of moles to allow reaction and liquefaction: wherein, in the general formulas and, R 1, R 2, R 3 and n are defined according to the general formula.
A method for discovering an active directory, AD, domain controller, DC, comprising: mapping a topology of a network; creating a lightweight directory access protocol, LDAP, connection by binding to a LDAP endpoint; using LDAP commands to perform a LDAP search for the AD DC using the created LDAP connection, and returning at least one fully qualified domain name, FQDN, of a discovered AD DC; and unbinding from the LDAP endpoint, wherein the mapping the topology of the network comprises searching for nodes in a pre-defined number of internet protocol, ip, addresses and repeating the search for a predefined number of hops. mapping a topology of a network; creating a lightweight directory access protocol, LDAP, connection by binding to a LDAP endpoint; using LDAP commands to perform a LDAP search for the AD DC using the created LDAP connection, and returning at least one fully qualified domain name, FQDN, of a discovered AD DC; and unbinding from the LDAP endpoint, wherein the mapping the topology of the network comprises searching for nodes in a pre-defined number of internet protocol, ip, addresses and repeating the search for a predefined number of hops.
A towable pipeline bundle for installation underwater at a subsea oil or gas production site, the bundle comprising: two or more flowlines (36, 40, 48) for carrying production fluid bundled in parallel relation; at least one rigid buoyancy pipe (34, 38, 46, 60, 66) extending along and supporting said bundled flowlines (36, 40, 48), which buoyancy pipe (34, 38, 46, 60, 66) has an internal buoyancy chamber and at least one port (62, 64) for introducing fluid into the buoyancy chamber; and one or more spacer frames supporting and locating the flowlines (36, 40, 48) relative to the buoyancy pipe (34, 38, 46, 60, 66) and spacing the flowlines (36, 40, 48) from each other, the or each spacer frame being attached to and extending transversely from or within the buoyancy pipe (34, 38, 46, 60, 66); wherein the buoyancy pipe (34, 38, 46, 60, 66) is of polymer-composite material and is arranged to have positive buoyancy in seawater when its buoyancy chamber contains a fluid less dense than seawater. two or more flowlines (36, 40, 48) for carrying production fluid bundled in parallel relation; at least one rigid buoyancy pipe (34, 38, 46, 60, 66) extending along and supporting said bundled flowlines (36, 40, 48), which buoyancy pipe (34, 38, 46, 60, 66) has an internal buoyancy chamber and at least one port (62, 64) for introducing fluid into the buoyancy chamber; and one or more spacer frames supporting and locating the flowlines (36, 40, 48) relative to the buoyancy pipe (34, 38, 46, 60, 66) and spacing the flowlines (36, 40, 48) from each other, the or each spacer frame being attached to and extending transversely from or within the buoyancy pipe (34, 38, 46, 60, 66); wherein the buoyancy pipe (34, 38, 46, 60, 66) is of polymer-composite material and is arranged to have positive buoyancy in seawater when its buoyancy chamber contains a fluid less dense than seawater.
A fluff pulp composition, comprising fluff pulp and a chemiluminescent system configured to produce visible light upon contact with an aqueous system, wherein the chemiluminescent system comprises a luciferase having a concentration of 0.1% to 20%, by weight of the fluff pulp and a luciferin having a concentration of 0.01 % to 2%, by weight of the fluff pulp.
An internal combustion engine, comprising: a variable lift and/or operating angle mechanism that variably controls a lift and/or operating angle of an exhaust valve in accordance with a driving condition of the engine; a variable phase mechanism that variably controls a phase of a lift center angle of the exhaust valve in accordance with the driving condition of the engine; a present position detecting section (58,59) that detects a present operating position of each of the variable lift and/or operating angle mechanism and variable phase mechanism; and a controlling section that controls the variable lift and/or operating angle mechanism and the variable phase mechanism, characterized in that said controlling section controls one of the variable lift and/or operating angle mechanism and the variable phase mechanism which operates normally in such a manner that an advance angle quantity of an exhaust valve closure timing from a top dead center becomes equal to or below a predetermined quantity when the other of the variable lift and/or operating angle mechanism and the variable phase mechanism has failed, wherein in a case where the variable phase mechanism is fixed in a state in which the phase of the lift center angle of the exhaust valve is advanced, the controlling section, through the variable lift and/or operating angle mechanism, fixes a valve lift variable of the exhaust valve to a predetermined value at which the advance quantity of the exhaust valve closure timing from the top dead center becomes equal to or below the predetermined quantity. a variable lift and/or operating angle mechanism that variably controls a lift and/or operating angle of an exhaust valve in accordance with a driving condition of the engine; a variable phase mechanism that variably controls a phase of a lift center angle of the exhaust valve in accordance with the driving condition of the engine; a present position detecting section (58,59) that detects a present operating position of each of the variable lift and/or operating angle mechanism and variable phase mechanism; and a controlling section that controls the variable lift and/or operating angle mechanism and the variable phase mechanism, characterized in that said controlling section controls one of the variable lift and/or operating angle mechanism and the variable phase mechanism which operates normally in such a manner that an advance angle quantity of an exhaust valve closure timing from a top dead center becomes equal to or below a predetermined quantity when the other of the variable lift and/or operating angle mechanism and the variable phase mechanism has failed, wherein in a case where the variable phase mechanism is fixed in a state in which the phase of the lift center angle of the exhaust valve is advanced, the controlling section, through the variable lift and/or operating angle mechanism, fixes a valve lift variable of the exhaust valve to a predetermined value at which the advance quantity of the exhaust valve closure timing from the top dead center becomes equal to or below the predetermined quantity.
A cooking hob comprising a cooking surface (Pc), at least one heating element extending in a heating plane located under said cooking surface (Pc), an circuit board for managing the operation of the cooking hob located under the heating plane, and a cooling system comprising air stirring means disposed under said heating plane at the location of a rear edge of said cooking hob, said cooking hob being characterized in that the cooling system further comprises: - a ventilation duct extending from said stirring means and opening into an outlet zone at the location of a front edge of the cooking hob, said ventilation duct extending along a first face of said circuit board and comprising an inlet end at the location of air the stirring means such that an air stream coming from the air stirring means enters said ventilation duct through said inlet end, and an outlet end at the location of said outlet zone, - outlet deflection means located in said outlet zone, opposite said outlet end of said ventilation duct, and being designed to invert the direction of the air stream; and - at least one air evacuation opening disposed at the location of at least one lateral edge (10c, 10d) of the cooking hob, in an intermediate plane located between said cooking surface (Pc) and a second face of the circuit board. - a ventilation duct extending from said stirring means and opening into an outlet zone at the location of a front edge of the cooking hob, said ventilation duct extending along a first face of said circuit board and comprising an inlet end at the location of air the stirring means such that an air stream coming from the air stirring means enters said ventilation duct through said inlet end, and an outlet end at the location of said outlet zone, - outlet deflection means located in said outlet zone, opposite said outlet end of said ventilation duct, and being designed to invert the direction of the air stream; and - at least one air evacuation opening disposed at the location of at least one lateral edge (10c, 10d) of the cooking hob, in an intermediate plane located between said cooking surface (Pc) and a second face of the circuit board.
A method performed by a resource device comprising a data processing apparatus, the method comprising: after one or more users have each been granted a respective access token allowing access to a resource device, receiving, by the resource device, revocation data indicating that the previously granted access to the resource device should be revoked, wherein the revocation data indicates (i) a user, role, or permission level for which access is revoked and (ii) a duration that access to the resource device was allowed; after receiving the revocation data, receiving, by the resource device, token data derived from an access token that allows access to the resource device; determining, by the resource device, that the access token relies on authorization of the user, role, or permission level indicated by the revocation data; in response to determining that the access token relies on authorization of the user, role, or permission level indicated by the revocation data, denying, by the resource device, access to the resource device; storing, in an access blacklist stored at the resource device, a blacklist entry for a user; determining, based on the blacklist entry, that one or more access tokens granted to the user have expired; and based on determining that the one or more access tokens granted to the user have expired, deleting the blacklist entry for the user. after one or more users have each been granted a respective access token allowing access to a resource device, receiving, by the resource device, revocation data indicating that the previously granted access to the resource device should be revoked, wherein the revocation data indicates (i) a user, role, or permission level for which access is revoked and (ii) a duration that access to the resource device was allowed; after receiving the revocation data, receiving, by the resource device, token data derived from an access token that allows access to the resource device; determining, by the resource device, that the access token relies on authorization of the user, role, or permission level indicated by the revocation data; in response to determining that the access token relies on authorization of the user, role, or permission level indicated by the revocation data, denying, by the resource device, access to the resource device; storing, in an access blacklist stored at the resource device, a blacklist entry for a user; determining, based on the blacklist entry, that one or more access tokens granted to the user have expired; and based on determining that the one or more access tokens granted to the user have expired, deleting the blacklist entry for the user.