mhurhangee/ep-ind-claims huggingface dataset:
A borosilicate molecular sieve material having a framework defined by the connectivities for the tetrahedral atoms in the unit cell listed in Table 2 below, the tetrahedral atoms being connected by bridging atoms: Table 2 T atom Connected to: T1 T3, T4, T33, T71 T2 T5, T48, T72, T82 T3 T1, T31, T47, T97 T4 T1, T5, T81, T106 T5 T2, T4, T55, T75 T6 T8, T9, T38, T76 T7 T10, T43, T77, T84 T8 T6, T36, T42, T98 T9 T6, T10, T83, T105 T10 T7, T9, T60, T80 T11 T13, T14, T23, T61 T12 T15, T58, T62, T86 T13 T11, T21, T57, T99 T14 T11, T15, T85, T108 T15 T12, T14, T45, T65 T16 T18, T19, T28, T66 T17 T20, T53, T67, T88 T18 T16, T26, T52, T100 T19 T16, T20, T87, T107 T20 T17, T19, T50, T70 T21 T13, T23, T24, T51 T22 T25, T52, T68, T90 T23 T11, T21, T67, T101 T24 T21, T25, T89, T110 T25 T22, T24, T55, T75 T26 T18, T28, T29, T56 T27 T30, T57, T63, T92 T28 T16, T26, T62, T102 T29 T26, T30, T91, T109 T30 T27, T29, T60, T80 T31 T3, T33, T34, T41 T32 T35, T42, T78, T94 T33 T1, T31, T77, T103 T34 T31, T35, T93, T112 T35 T32, T34, T45, T65 T36 T8, T38, T39, T46 T37 T40, T47, T73, T96 T38 T6, T36, T72, T104 T39 T36, T40, T95, T111 T40 T37, T39, T50, T70 T41 T31, T43, T44, T73 T42 T8, T32, T45, T86 T43 T7, T41, T71, T103 T44 T41, T45, T85, T112 T45 T15, T35, T42, T44 T46 T36, T48, T49, T78 T47 T3, T37, T50, T88 T48 T2, T46, T76, T104 T49 T46, T50, T87, T111 T50 T20, T40, T47, T49 T51 T21, T53, T54, T63 T52 T18, T22, T55, T82 T53 T17, T51, T61, T101 T54 T51, T55, T81, T110 T55 T5, T25, T52, T54 T56 T26, T58, T59, T68 T57 T13, T27, T60, T84 T58 T12, T56, T66, T102 T59 T56, T60, T83, T109 T60 T10, T30, T57, T59 T61 T11, T53, T63, T64 T62 T12, T28, T65, T94 T63 T27, T51, T61, T99 T64 T61, T65, T93, T108 T65 T15, T35, T62, T64 T66 T16, T58, T68, T69 T67 T17, T23, T70, T96 T68 T22, T56, T66, T100 T69 T66, T70, T95, T107 T70 T20, T40, T67, T69 T71 T1, T43, T73, T74 T72 T2, T38, T75, T90 T73 T37, T41, T71, T97 T74 T71, T75, T89, T106 T75 T5, T25, T72, T74 T76 T6, T48, T78, T79 T77 T7, T33, T80, T92 T78 T32, T46, T76, T98 T79 T76, T80, T91, T105 T80 T10, T30, T77, T79 T81 T4, T54, T89, T92 T82 T2, T52, T91, T113 T83 T9, T59, T90, T91 T84 T7, T57, T89, T114 T85 T14, T44, T93, T96 T86 T12, T42, T95, T115 T87 T19, T49, T94, T95 T88 T17, T47, T93, T116 T89 T24, T74, T81, T84 T90 T22, T72, T83, T113 T91 T29, T79, T82, T83 T92 T27, T77, T81, T114 T93 T34, T64, T85, T88 T94 T32, T62, T87, T115 T95 T39, T69, T86, T87 T96 T37, T67, T85, T116 T97 T3, T73, T103, T112 T98 T8, T78, T104, T111 T99 T13, T63, T101, T110 T100 T18, T68, T102, T109 T101 T23, T53, T99, T108 T102 T28, T58, T100, T107 T103 T33, T43, T97, T106 T104 T38, T48, T98, T105 T105 T9, T79, T104, T113 T106 T4, T74, T103, T114 T107 T19, T69, T102, T115 T108 T14, T64, T101, T116 T109 T29, T59, T100, T113 T110 T24, T54, T99, T114 T111 T39, T49, T98, T115 T112 T34, T44, T97, T116 T113 T82, T90, T105, T109 T114 T84, T92, T106, T110 T115 T86, T94, T107, T111 T116 T88, T96, T108, T112
Rope made of textile fibre material, comprising a rope core and a sheath surrounding the rope core, wherein the sheath comprises a twisted yarn with excess length (Δ), and wherein the twisted yarn with excess length (Δ) is formed in that it comprises at least a first yarn and a second yarn which are twisted together, wherein the first yarn has a greater length than the second yarn as measured in an untwisted state of a unit length of the twisted yarn, characterised in that the twisted yarn with excess length (Δ) is designed in such a way that when the rope is tensioned, the second yarn is taut due to the shorter length of the second yarn and the first yarn is tensionless due to the greater length of the first yarn. wherein the sheath comprises a twisted yarn with excess length (Δ), and wherein the twisted yarn with excess length (Δ) is formed in that it comprises at least a first yarn and a second yarn which are twisted together, wherein the first yarn has a greater length than the second yarn as measured in an untwisted state of a unit length of the twisted yarn, characterised in that the twisted yarn with excess length (Δ) is designed in such a way that when the rope is tensioned, the second yarn is taut due to the shorter length of the second yarn and the first yarn is tensionless due to the greater length of the first yarn.
A polymorph of -N-(5-(5-isopropyl-1,2,4-oxadiazol-3-yl)-2,3-dihydro-1H-inden-1-yl)-2-methyl-2H-tetrazole-5-carboxamide, wherein the polymorph is polymorphic Form I, wherein the polymorphic Form I has an XRPD pattern comprising peaks at angles 2-theta of 7.1±0.2, 14.2±0.2, 14.9±0.2, 16.2±0.2, and 18.3±0.2 degrees.
An aramid yarn having excellent adhesive properties with a polyurethane matrix resin characterized in that a sizing agent composition is adhered and impregnated to the surface and inside of the aramid yarn, wherein the sizing agent composition is composed of 35 to 45 % by weight of a polyurethane resin, 2 to 5 % by weight of an organic solvent, and 55 to 63 % by weight of water, wherein the polyurethane resin is a reaction product of polytetramethylene ether glycol and isophorone diisocyanate, and wherein the content of the polyurethane resin, as measured by the method in the description, is 1.5 to 7.0 % by weight based on the sum of the weight of the polyurethane resin adhered and impregnated to the surface and inside of the aramid yarn plus the weight of the aramid yarn before the polyurethane resin is adhered and impregnated. a sizing agent composition is adhered and impregnated to the surface and inside of the aramid yarn, wherein the sizing agent composition is composed of 35 to 45 % by weight of a polyurethane resin, 2 to 5 % by weight of an organic solvent, and 55 to 63 % by weight of water, wherein the polyurethane resin is a reaction product of polytetramethylene ether glycol and isophorone diisocyanate, and wherein the content of the polyurethane resin, as measured by the method in the description, is 1.5 to 7.0 % by weight based on the sum of the weight of the polyurethane resin adhered and impregnated to the surface and inside of the aramid yarn plus the weight of the aramid yarn before the polyurethane resin is adhered and impregnated.
A rechargeable battery monitoring system, wherein a rechargeable battery comprises several battery units and at least one manual service disconnect, MSD, switch, and the several battery units are serial-connected and the MSD switch is connected between two adjacent battery units; the monitoring system comprises a battery management unit, BMU, and several battery cell monitoring circuits, CMCs, and the CMCs are quantitatively equal to and one to one connected to the battery units; the several CMCs are divided into several CMC groups that meet preset conditions, the monitoring system further comprises several daisy chain buses, the CMC groups are quantitatively equal to and in a one-to-one correspondence with the daisy chain buses, and each CMC group is communicationally connected to the BMU through one daisy chain bus; and the preset conditions are: the battery units corresponding to the CMCs in each CMC group are serial-connected to form a battery unit group corresponding to the CMC group, and the MSD switch is connected between two adjacent battery unit groups; characterised in that two adjacent CMCs in each CMC group are isolated from each other by an isolation unit. the several CMCs are divided into several CMC groups that meet preset conditions, the monitoring system further comprises several daisy chain buses, the CMC groups are quantitatively equal to and in a one-to-one correspondence with the daisy chain buses, and each CMC group is communicationally connected to the BMU through one daisy chain bus; and the preset conditions are: the battery units corresponding to the CMCs in each CMC group are serial-connected to form a battery unit group corresponding to the CMC group, and the MSD switch is connected between two adjacent battery unit groups; characterised in that two adjacent CMCs in each CMC group are isolated from each other by an isolation unit.
Method for producing paper, board or the like, which comprises - obtaining a fibre stock comprising lignocellulosic fibres and adding a retention agent system comprising a cationic synthetic polymer, which is cationic polyacrylamide, to the fibre stock, - forming a fibrous web from the fibre stock and drying the web, characterised in that microfibrillated cellulose comprising microfibrillated non-wood cellulose originating from vegetables; fruits; cellulose pith; and mixtures thereof, is added to the fibre stock as a component of the retention agent system and sequentially with the cationic synthetic polymer, wherein a first part of the cationic synthetic polymer is added to thick stock having a consistency of ≥ 2 weight-%, and a second part of the cationic synthetic polymer is added to the thin stock having consistency of < 2 weight-%. - obtaining a fibre stock comprising lignocellulosic fibres and adding a retention agent system comprising a cationic synthetic polymer, which is cationic polyacrylamide, to the fibre stock, - forming a fibrous web from the fibre stock and drying the web,
Computer-implemented method for triggering a request for access to a production facility for manufacturing a part of a locking system, by means of a user terminal, characterized in that the method comprises: reading of data (K1; K2; K3; K4) for identification by the terminal and of a user-specific passive or active transmitting device on which these data (K1; K2; K3; K4) are stored, generating a temporal validity period, generating a token by means of the user terminal, the token comprising identification information and temporal validity information based on the data (K1; K2; K3; K4), sending the token through the user terminal and to a computing device. reading of data (K1; K2; K3; K4) for identification by the terminal and of a user-specific passive or active transmitting device on which these data (K1; K2; K3; K4) are stored, generating a temporal validity period, generating a token by means of the user terminal, the token comprising identification information and temporal validity information based on the data (K1; K2; K3; K4), sending the token through the user terminal and to a computing device.
Domestic appliance for use in a section of a worktop, with a housing part and an operating strip, on the underside of which at least one piezoelectric sensor is arranged, which detects an actuating pressure exerted on the operating strip and conducts a corresponding signal to a control device, and a support surface is embodied for supporting the domestic appliance on the worktop, characterised in that the operating strip is inclined slightly downwards with its support surface over an angle of inclination (α) with respect to the housing part.
A hyaluronic acid-based amphiphilic polymer of which a main chain is hyaluronic acid, and a side chain is lysine methyl ester-lipoyl, the side chain having a structural formula as follows: the hyaluronic acid has a molecular weight of 7 to 500 kDa; the degree of substitution of the side chain is from 5 to 40%.
Support and vacuum power device for a pneumatic prehensile member, for example a suction cup, comprising: - a main body for connection to a support frame, said main body comprising a casing and a sleeve projecting from said casing, in said sleeve being formed at least one recess; - a movable element that extends along a main axis and movable in translation along said main axis, provided with a power supply duct that opens posteriorly through a rear mouth, intended for pneumatic connection with a suction device, and anteriorly through a front mouth, intended for pneumatic connection with the prehensile member, said movable element comprising a stem guided in translation in said sleeve, in the side wall of said stem being formed an engagement portion; - an anti-rotation insert made in a single body inserted into said sleeve through said recess so as to be rigidly connected to the main body, in said anti-rotation insert being formed a through opening slidably engaged by the stem, characterised by said through opening being defined by at least one contact surface extended for an effective contact with the engagement portion of the movable element, thus achieving an anti-rotation constraint for said movable element. - a main body for connection to a support frame, said main body comprising a casing and a sleeve projecting from said casing, in said sleeve being formed at least one recess; - a movable element that extends along a main axis and movable in translation along said main axis, provided with a power supply duct that opens posteriorly through a rear mouth, intended for pneumatic connection with a suction device, and anteriorly through a front mouth, intended for pneumatic connection with the prehensile member, said movable element comprising a stem guided in translation in said sleeve, in the side wall of said stem being formed an engagement portion; - an anti-rotation insert made in a single body inserted into said sleeve through said recess so as to be rigidly connected to the main body, in said anti-rotation insert being formed a through opening slidably engaged by the stem, characterised by said through opening being defined by at least one contact surface extended for an effective contact with the engagement portion of the movable element, thus achieving an anti-rotation constraint for said movable element.
A non-pneumatic tire defining axial, radial, and circumferential directions, the non-pneumatic tire comprising: an annular shear band including an annular shear layer comprising an elastomeric material; and a plurality of discrete, annular reinforcing elements positioned within the shear layer along a plurality of axially-extending rows within a radial plane of the tire, the reinforcing elements having circular cross-sections along the radial plane of the tire, characterized in that along each row the reinforcing elements alternate between reinforcing elements having a first diameter and reinforcing elements having a second diameter that is less than the first diameter. an annular shear band including an annular shear layer comprising an elastomeric material; and a plurality of discrete, annular reinforcing elements positioned within the shear layer along a plurality of axially-extending rows within a radial plane of the tire, the reinforcing elements having circular cross-sections along the radial plane of the tire, characterized in that along each row the reinforcing elements alternate between reinforcing elements having a first diameter and reinforcing elements having a second diameter that is less than the first diameter.
A harvester, suitable for automatically coupling and uncoupling a harvesting header drivetrain, comprising: - a feederhouse mounted to a harvester main frame; - a tilt frame mounted to a front side of the feederhouse to permit movement of the tilt frame relative to the feederhouse when in operation; - a header being releasably mounted to the tilt frame; - a drivetrain (38, 40) comprising a harvester driveline supported for rotation at an inboard end on the feederhouse and at an outboard end on the tilt frame when the header is detached from the tilt frame, and a header driveshaft driven by the harvester driveline and supplying power to the header, the header driveshaft being mounted for rotation on the header; Characterised in that: - the outboard end of the harvester driveline is supported on the tilt frame by a sliding support assembly which comprises a bearing housing which is slideably mounted to the tilt frame to permit linear movement of the bearing housing with respect to the tilt frame in a direction generally parallel to the axis (x) of the header driveshaft, the bearing housing holding a first bearing which supports said outboard end in rotation; - the header driveshaft and the outboard end of the harvester driveline each comprise a respective coupling (102, 103) which mutually engage when brought together; - the harvester driveline comprises a telescopic driveshaft and a pair of universal joints; and, - there is provided an actuator arranged to move the bearing housing with respect to the tilt frame to selectively engage and disengage the couplings. - a feederhouse mounted to a harvester main frame; - a tilt frame mounted to a front side of the feederhouse to permit movement of the tilt frame relative to the feederhouse when in operation; - a header being releasably mounted to the tilt frame; - a drivetrain (38, 40) comprising a harvester driveline supported for rotation at an inboard end on the feederhouse and at an outboard end on the tilt frame when the header is detached from the tilt frame, and a header driveshaft driven by the harvester driveline and supplying power to the header, the header driveshaft being mounted for rotation on the header; - the outboard end of the harvester driveline is supported on the tilt frame by a sliding support assembly which comprises a bearing housing which is slideably mounted to the tilt frame to permit linear movement of the bearing housing with respect to the tilt frame in a direction generally parallel to the axis (x) of the header driveshaft, the bearing housing holding a first bearing which supports said outboard end in rotation; - the header driveshaft and the outboard end of the harvester driveline each comprise a respective coupling (102, 103) which mutually engage when brought together; - the harvester driveline comprises a telescopic driveshaft and a pair of universal joints; and, - there is provided an actuator arranged to move the bearing housing with respect to the tilt frame to selectively engage and disengage the couplings.
A hyperactive transposase protein comprising an amino acid sequence having at least 90% sequence identity to SEQ ID NO: 2 and comprising an amino acid substitution of a valine for isoleucine at position 30 (I30V) of SEQ ID NO: 2.
Sole of a shoe, which can be mounted on the entire lower surface of a midsole of a shoe, said sole defining a housing for receiving a shank and being characterised in that it comprises, at the level of the lower rear part thereof, a supporting projection which is designed both to allow walking when said sole is mounted on the midsole and to receive a detachable heel.
An adjustable throttle pedal assembly (4,22,41), the adjustable throttle pedal assembly (4,22,41)comprising a depressible throttle pedal (5,23,42), biased away from the depressed position, towards a rest position, and an electromagnetic brake (14, 34), operable to adjust the force required to depress the throttle pedal (5,23,42), characterized in that the electromagnetic brake (14,34) is adjustable to provide different customisable "pedal-weight" settings, to suit a driver's preferred force feedback.
A device for pressurising a downstream enclosure of a turbomachine with a longitudinal axis X, which is supplied by means of a pressurisation air flow, the device comprising: - a first shaft segment extending along the longitudinal axis X, - a second shaft segment coupled to the first shaft segment via longitudinal internal splines carried by the first shaft segment and longitudinal external splines carried by the second shaft segment, the second shaft segment extending at least partly inside the first shaft segment with a radial distance along a radial axis Z perpendicular to the longitudinal axis X, the internal and external splines comprising faces respectively, - at least one first passage made through the internal and external splines (39, 41), and - at least one orifice passing through the second shaft segment on either side along the radial axis, characterized in that the pressurisation air flow is collected upstream of the turbomachine along the longitudinal axis, the orifice being arranged upstream of the first passage and, on the one hand, being in fluidic communication with the first passage and, on the other hand, opening out inside the second shaft segment so as to allow the circulation of the pressurisation air flow from the first passage between the first shaft segment and the second shaft segment, then through the orifice towards the downstream enclosure of the turbomachine and in that the internal and external splines (39, 41) are configured so as to create pairs of internal and external splines adjacently along a circumferential direction, with faces in contact with each other, and empty inter-spline spaces forming first passages. - a first shaft segment extending along the longitudinal axis X, - a second shaft segment coupled to the first shaft segment via longitudinal internal splines carried by the first shaft segment and longitudinal external splines carried by the second shaft segment, the second shaft segment extending at least partly inside the first shaft segment with a radial distance along a radial axis Z perpendicular to the longitudinal axis X, the internal and external splines comprising faces respectively, - at least one first passage made through the internal and external splines (39, 41), and - at least one orifice passing through the second shaft segment on either side along the radial axis,
An apparatus comprising a network interface; a wake-up circuit configured to: detect a radio frequency, RF, data signal from a remote unit; harvest RF energy of the RF data signal; and determine a signal strength of the RF data signal; and a controller configured to: activate the network interface to query a base unit for a wake-up confirmation message in response to the signal strength of the RF data signal exceeding a threshold power level; adjust a wake-up configuration in response to not receiving the wake-up confirmation message; and transition the apparatus from an unpowered state to a power-up state in response to receiving the wake-up confirmation message. a network interface; a wake-up circuit configured to: detect a radio frequency, RF, data signal from a remote unit; harvest RF energy of the RF data signal; and determine a signal strength of the RF data signal; and detect a radio frequency, RF, data signal from a remote unit; harvest RF energy of the RF data signal; and determine a signal strength of the RF data signal; and a controller configured to: activate the network interface to query a base unit for a wake-up confirmation message in response to the signal strength of the RF data signal exceeding a threshold power level; adjust a wake-up configuration in response to not receiving the wake-up confirmation message; and transition the apparatus from an unpowered state to a power-up state in response to receiving the wake-up confirmation message. activate the network interface to query a base unit for a wake-up confirmation message in response to the signal strength of the RF data signal exceeding a threshold power level; adjust a wake-up configuration in response to not receiving the wake-up confirmation message; and transition the apparatus from an unpowered state to a power-up state in response to receiving the wake-up confirmation message.