mhurhangee/ep-ind-claims huggingface dataset:
A polyamide fiber, wherein the total fineness is from 100 to 700 dtex, the tensile strength is from 8.0 to 11.5 cN/dtex, the shrinkage in boiling water is from 4.0 to 11.0%, the slack recovery rate A after fixed-length dry heat treatment represented by the following formula is from 0 to 4.0%, and the tightening factor F represented by the following formula is 3.8 or more: A = Ta − Tb / Ta × 100 wherein Ta is the amount of slack immediately after heat treatment, and Tb is the amount of slack when stabilized after heat treatment F = A + 0.35 × B wherein A is the slack recovery rate after fixed-length dry heat treatment, and B is the shrinkage in boiling water, wherein said polyamide fiber is obtained by a method in which a yarn spun from a spinneret is subjected to a multistage stretching treatment consisting of a cold stretching stage and a hot stretching stage and then taken up, stretching for 25 to 55% of the total draw ratio is performed in the cold stretching stage at less than 150°C and the remaining stretching is performed in the hot stretching stage at 150°C or more, wherein after the multistage stretching treatment, a stepwise heat set and relaxation treatment involving a stepwise drop of temperature between 250°C and 50°C is applied in two or more stages and the yarn is then taken up and wherein the relaxation treatment in the stepwise heat set and relaxation treatment involves relaxation in excess of 0.5% between the last roll and the winder, and wherein all the above parameters are determined according to the methods referred to in the description.
An electrophotographic endless belt comprising an endless metallic belt and a toner releasing layer provided on an outer surface of the endless metallic belt, characterized in that the endless metallic belt has an end region (21; 41) surrounded by an outer-surface edge and inner-surface edge thereof, and said end region has a ridge (23; 43) extending along said edges outwardly in the width direction of the electrophotographic endless belt.
A method for controlling a driving operation of an autonomously controlled vehicle, the vehicle comprising a sensor arranged to measure an angular velocity of the vehicle in at least one direction during operation, the method comprising: - obtaining a signal indicative of a road path to an end destination for operation of the vehicle; - generating a plurality of stop positions (10, 20, 30) along the road path; and when determining a loss of location of the vehicle: - determining a position along the road path at the loss of vehicle location; - controlling a navigation system of the vehicle, using angular velocity data from the sensor, to autonomously operate the vehicle in a direction from the position of loss of location to a first upcoming stop position of the plurality of stop positions; and - controlling the vehicle to a stand-still operation and calibrating the sensor when the vehicle arrives at the first upcoming stop position; - controlling the navigation system to autonomously operate the vehicle to the remaining stop positions (20, 30); and - controlling the vehicle to the stand-still operation and calibrating the sensor at each of the remaining stop positions (20, 30). - obtaining a signal indicative of a road path to an end destination for operation of the vehicle; - generating a plurality of stop positions (10, 20, 30) along the road path; and when determining a loss of location of the vehicle: - determining a position along the road path at the loss of vehicle location; - controlling a navigation system of the vehicle, using angular velocity data from the sensor, to autonomously operate the vehicle in a direction from the position of loss of location to a first upcoming stop position of the plurality of stop positions; and - controlling the vehicle to a stand-still operation and calibrating the sensor when the vehicle arrives at the first upcoming stop position; - controlling the navigation system to autonomously operate the vehicle to the remaining stop positions (20, 30); and - controlling the vehicle to the stand-still operation and calibrating the sensor at each of the remaining stop positions (20, 30). - determining a position along the road path at the loss of vehicle location; - controlling a navigation system of the vehicle, using angular velocity data from the sensor, to autonomously operate the vehicle in a direction from the position of loss of location to a first upcoming stop position of the plurality of stop positions; and - controlling the vehicle to a stand-still operation and calibrating the sensor when the vehicle arrives at the first upcoming stop position; - controlling the navigation system to autonomously operate the vehicle to the remaining stop positions (20, 30); and - controlling the vehicle to the stand-still operation and calibrating the sensor at each of the remaining stop positions (20, 30).
A helicopter tail rotor gearbox including: a housing; an output shaft for connection to a tail rotor rotatably supported in the housing and having an open end therein; an input member rotatably supported in the housing; gearing (26,40) providing a power transmitting connection between the input member and the output shaft; a pitch control shaft for effecting a change in the pitch of the tail rotor, the pitch control shaft being disposed at least partially within the output shaft, rotatable therewith, and movable relative thereto along the rotational axis of the output shaft; an actuating member for effecting axial movement of the pitch control shaft, the actuating member being movable axially of the output shaft but held against rotation therewith; characterised by a bearing assembly positioned in between the pitch control shaft and the actuating member for permitting relative rotation therebetween; wherein the gearbox includes at least one formation (98, 104) for diverting oil, dispersed within the housing in use, towards the open end of the output shaft. a housing; an output shaft for connection to a tail rotor rotatably supported in the housing and having an open end therein; an input member rotatably supported in the housing; gearing (26,40) providing a power transmitting connection between the input member and the output shaft; a pitch control shaft for effecting a change in the pitch of the tail rotor, the pitch control shaft being disposed at least partially within the output shaft, rotatable therewith, and movable relative thereto along the rotational axis of the output shaft; an actuating member for effecting axial movement of the pitch control shaft, the actuating member being movable axially of the output shaft but held against rotation therewith; characterised by a bearing assembly positioned in between the pitch control shaft and the actuating member for permitting relative rotation therebetween; wherein the gearbox includes at least one formation (98, 104) for diverting oil, dispersed within the housing in use, towards the open end of the output shaft.
Suspension arm for a wheel suspension of a motor vehicle, comprising - at least one wheel-side bearing point, - at least one body-side bearing point, and - a suspension arm base which extends between the two bearing points (12, 14), the bearing points (12, 14) and the suspension arm base being formed to have a core which is surrounded by a casing and made of a ductile material, the casing being formed and dimensioned such that operational loads which occur below a predefined first misuse load are carried exclusively by the casing and, when the predefined first misuse load is exceeded, targeted failure of the casing occurs, characterised in that the core is divided into a first and second portion (22, 24) and the two portions (22, 24) of the core are interconnected by means of a coupling which can be brought into engagement in the longitudinal direction of the suspension arm and has a freewheel path (s) when viewed in the longitudinal direction of the suspension arm. - at least one wheel-side bearing point, - at least one body-side bearing point, and - a suspension arm base which extends between the two bearing points (12, 14),
Rudder for ships, having - a rudder blade, which is arranged in rotatable manner on a ship's hull, - a rudder stock, which is connected to the rudder blade, and - a rudder trunk, which is arranged on the ship's hull and has a trunk pipe, which accommodates the rudder stock, extending into a recess of the rudder blade, wherein the rudder blade is mounted on the trunk pipe via a lower bearing and an upper bearing, which is offset along the trunk pipe in relation to the lower bearing, wherein the trunk pipe is at least partially conical, such that its external diameter increases in the direction of its end which is connected to the ship's hull, characterized in that the trunk pipe has a cylindrical bearing portion (201, 202) in each case in the region of the lower bearing and of the upper bearing, wherein the lower bearing and the upper bearing are each designed in the form of plain bearings which absorb exclusively radial forces. - a rudder blade, which is arranged in rotatable manner on a ship's hull, - a rudder stock, which is connected to the rudder blade, and - a rudder trunk, which is arranged on the ship's hull and has a trunk pipe, which accommodates the rudder stock, extending into a recess of the rudder blade,
A catalyst system, comprising: a support material selected from the group consisting of Al 2 O 3, ZrO 2, TiO 2, SnO 2, CeO 2, SiO 2, SiO 2 /Al 2 O 3, and combinations thereof, the support material having an Al 2 O 3 content between 25 wt% and 50 wt% based on the total weight of the support material; and BF 3, wherein the concentration of BF 3 is greater than 30 wt% based on the total weight of the catalyst system. a support material selected from the group consisting of Al 2 O 3, ZrO 2, TiO 2, SnO 2, CeO 2, SiO 2, SiO 2 /Al 2 O 3, and combinations thereof, the support material having an Al 2 O 3 content between 25 wt% and 50 wt% based on the total weight of the support material; and BF 3, wherein the concentration of BF 3 is greater than 30 wt% based on the total weight of the catalyst system.
A method of connecting a crockery item to a contactlessly readable electronic information carrier comprising the steps providing the crockery item, the crockery item comprising a material selected from a group consisting of glass, ceramic and plastic or a combination thereof, applying a carrier layer to a surface of the crockery item, applying the information carrier to a surface of the carrier layer, that is remote from the surface of the crockery item, wherein a base surface of the information carrier is smaller than a surface of the carrier layer, and applying a cover layer of printing ink in such a way that the cover layer at least portion-wise covers a surface of the information carrier, that is remote from the carrier layer and the surface of the carrier layer characterised in that the carrier layer includes a plastically deformable material, wherein applying of the information carrier to the carrier layer includes impressing the information carrier into the carrier layer, and wherein a surface of the cover layer is larger than the surface of the carrier layer so that the cover layer over the entire periphery of the carrier layer extends beyond the carrier layer onto the surface of the crockery item. providing the crockery item, the crockery item comprising a material selected from a group consisting of glass, ceramic and plastic or a combination thereof, applying a carrier layer to a surface of the crockery item, applying the information carrier to a surface of the carrier layer, that is remote from the surface of the crockery item, wherein a base surface of the information carrier is smaller than a surface of the carrier layer, and applying a cover layer of printing ink in such a way that the cover layer at least portion-wise covers a surface of the information carrier, that is remote from the carrier layer and the surface of the carrier layer characterised in that the carrier layer includes a plastically deformable material, wherein applying of the information carrier to the carrier layer includes impressing the information carrier into the carrier layer, and wherein a surface of the cover layer is larger than the surface of the carrier layer so that the cover layer over the entire periphery of the carrier layer extends beyond the carrier layer onto the surface of the crockery item.
A cytotoxic, cell-targeting molecule comprising: i) a heterologous, binding region capable of specifically binding an extracellular target biomolecule, ii) a Shiga toxin effector polypeptide comprising (a) a Shiga toxin A1 fragment region having a carboxy terminus and (b) a disrupted furin-cleavage motif at the carboxy terminus of the A1 fragment region, and iii) a molecular moiety having a mass of at least 1.5 kDa and associated with the carboxy terminus of the Shiga toxin effector polypeptide; wherein the cytotoxic, cell-targeting molecule does not comprise a compensatory furin-cleavage site located carboxy-terminal of the Shiga toxin effector polypeptide; and wherein the cytotoxic, cell-targeting molecule is capable of exhibiting cytotoxicity equivalent to cytotoxicity of a second cell-targeting molecule consisting of the cytotoxic cell-targeting molecule except for the Shiga toxin effector polypeptide consists of a wild-type, Shiga toxin A1 polypeptide. i) a heterologous, binding region capable of specifically binding an extracellular target biomolecule, ii) a Shiga toxin effector polypeptide comprising (a) a Shiga toxin A1 fragment region having a carboxy terminus and (b) a disrupted furin-cleavage motif at the carboxy terminus of the A1 fragment region, and (a) a Shiga toxin A1 fragment region having a carboxy terminus and (b) a disrupted furin-cleavage motif at the carboxy terminus of the A1 fragment region, and iii) a molecular moiety having a mass of at least 1.5 kDa and associated with the carboxy terminus of the Shiga toxin effector polypeptide;
Equipment for manufacturing a fiber structure, the equipment comprising: a defibrating section configured to pulverize and defibrate a fiber material containing fibers; a transport section (40, 60) through which a defibrated material defibrated by the defibrating section is transported; a melting-material mixing section configured to mix a melting material into the defibrated material transported through the transport section; a fibrous-web forming section configured to accumulate the defibrated material in which the melting material is mixed and form a fibrous web; a sheet supply section configured to supply a shape-maintaining sheet to the fibrous web, the shape-maintaining sheet being air permeable and being formed of non-woven fabric; and a heating-and-compression mechanism configured to compress the shape-maintaining sheet and the fibrous web between planar plates (151, 152) and heat the shape-maintaining sheet and the fibrous web to a temperature equal to or higher than a temperature at which the melting material softens, so as to adhere the shape-maintaining sheet to the fibrous web. a defibrating section configured to pulverize and defibrate a fiber material containing fibers; a transport section (40, 60) through which a defibrated material defibrated by the defibrating section is transported; a melting-material mixing section configured to mix a melting material into the defibrated material transported through the transport section; a fibrous-web forming section configured to accumulate the defibrated material in which the melting material is mixed and form a fibrous web; a sheet supply section configured to supply a shape-maintaining sheet to the fibrous web, the shape-maintaining sheet being air permeable and being formed of non-woven fabric; and a heating-and-compression mechanism configured to compress the shape-maintaining sheet and the fibrous web between planar plates (151, 152) and heat the shape-maintaining sheet and the fibrous web to a temperature equal to or higher than a temperature at which the melting material softens, so as to adhere the shape-maintaining sheet to the fibrous web.
A method of wireless communication at a centralized controller, comprising: identifying (910, 1010), for each of a plurality of scheduled entities, a corresponding set of scheduling entities; instructing each scheduling entity of the set of scheduling entities to perform at least one listen before talk, LBT, evaluation wherein the instructing further comprises coordinating a common LBT evaluation end time for at least two of the scheduling entities of the set of scheduling entities; and controlling whether any of the plurality of scheduled entities is served by a corresponding one or more scheduling entities of the set of scheduling entities based on the at least one LBT evaluation performed by each scheduling entity. identifying (910, 1010), for each of a plurality of scheduled entities, a corresponding set of scheduling entities; instructing each scheduling entity of the set of scheduling entities to perform at least one listen before talk, LBT, evaluation wherein the instructing further comprises coordinating a common LBT evaluation end time for at least two of the scheduling entities of the set of scheduling entities; and controlling whether any of the plurality of scheduled entities is served by a corresponding one or more scheduling entities of the set of scheduling entities based on the at least one LBT evaluation performed by each scheduling entity.
A compound of Formula Wherein X denotes a group selected from -S-CH 2 -, -SO-CH 2, while Y denotes a-CH 2 -group, or alternatively X-Y together form a group -NR 5 -O-, -NR 5 -CO-, Q denotes a thiophene ring, L denotes a simple bond or a group -NR 5 -CO-, U denotes a phenyl, pyridine, or pyrimidine group, R 1,R 2, R 3 are independently from one another selected from H, CN, halogen, Ar, Het, A, OA, SO 2 A, CO 2 A, O(CH 2)Ar, or 2 of R 1, R 2 and R 3 are linked together to form a 5 to 8 membered ring fused to the ring U and optionally containing 1 to 3 heteroatoms independently selected from O, N or S, R a R b are independently from one another H, A, Ar, (CH 2)Ar, (CH 2)Het, R 5 is selected from H, A, (CH 2)-Ar, A is a linear or branched alkyl having 1 to 6 carbon atoms wherein 1 to 6 hydrogen atoms may be independently replaced by a group selected from halogen, -OC 1 -C 6 -alkyl, CN, Ar is a 6-membered aromatic ring which may be substituted with 1 to 3 groups selected from A, OA, phenyl, pyridine, CN, OH, CO 2 A, Het is a 4- to 8-membered heterocyclic ring containing 1 to 3 heteroatoms independently selected from O, S, N or CO, and optionally substituted with 1 to 3 groups selected from A, OA, phenyl, pyridine, CN, OH, CO 2 A, n is 0, 1 or 2, as well as enantiomers, diastereoisomers, tautomers thereof in all ratios, and salts thereof. X denotes a group selected from -S-CH 2 -, -SO-CH 2, while Y denotes a-CH 2 -group, or alternatively X-Y together form a group -NR 5 -O-, -NR 5 -CO-, Q denotes a thiophene ring, L denotes a simple bond or a group -NR 5 -CO-, U denotes a phenyl, pyridine, or pyrimidine group, R 1,R 2, R 3 are independently from one another selected from H, CN, halogen, Ar, Het, A, OA, SO 2 A, CO 2 A, O(CH 2)Ar, or 2 of R 1, R 2 and R 3 are linked together to form a 5 to 8 membered ring fused to the ring U and optionally containing 1 to 3 heteroatoms independently selected from O, N or S, R a R b are independently from one another H, A, Ar, (CH 2)Ar, (CH 2)Het, R 5 is selected from H, A, (CH 2)-Ar,
An Ethernet header compression method, applied to a transmitting end and comprising: transmitting, by using a transmitting packet data aggregation protocol, PDCP, entity of the transmitting end, a first PDCP protocol data unit, PDU, corresponding to a first data radio bearer, DRB; characterised by: when the first DRB is configured with an Ethernet header compression function, a PDCP sub-header of the first PDCP PDU comprises one or more pieces of first information, wherein the first information is used to indicate whether a specific Ethernet field in an Ethernet header of a first PDCP SDU is reused, and the first PDCP SDU corresponds to the first PDCP PDU.
Security element for a valuable document, wherein the securing element comprises a two-dimensionally periodic, colour-filtering grating comprising a continuous, in particular metallic, base layer having a high refractive index, said base layer defining a grating plane, and above the base layer a two-dimensional regular pattern composed of individual, in particular metallic, surface elements having a high refractive index, which each extend parallel to the grating plane and are each spaced apart from the base layer by an intermediate dielectric by a distance (h) that is greater than the thickness of the base layer and of the surface elements, wherein the regular pattern has a periodicity (p 1, p 2) of between 100 nm and 800 nm, preferably between 200 nm and 500 nm, in at least two directions extending parallel to the grating plane, characterized in that the base layer has an opening below each surface element and the security element presents coloured symbols or images by virtue of local variation of a surface filling factor of the surface elements and/or the distance between surface elements and base layer.
Regulation assembly for a cigarette manufacturing machine wherein the cigarette manufacturing machine has an air-permeable conveying medium for transporting the cigarette filler material, more particularly tobacco or a tobacco product, and an air conveying device wherein the conveying medium is impermeable for the major part of the cigarette filler material, characterised in that the regulation assembly comprises a quantity flow regulation for an air flow which is passing through the conveying medium and which transports the cigarette filler to the conveying medium.
Method for the continuous production of an aqueous solution of salts by conversion of alkane dicarboxylic acids with 6 to 12 carbon atoms and alkane diamines with 6 to 12 atoms, having the following steps: a) a defined quantity of alkane dicarboxylic acid is metered as solid material into a first stirred reactor via at least one first feed point and a substoichiometric quantity of undiluted alkane diamine is metered in at at least a second feed point, and also, at the same time, water at at least one third feed point of the first stirred reactor, for the production of an aqueous salt solution in the stirred reactor, b) the formed salt solution is transferred continuously into a subsequently connected second stirred reactor and c) making-up with the alkane diamine is effected in the second stirred reactor, the stoichiometric ratios in the first and second stirred reactor being adjusted by a pH value measurement at a constant temperature. a) a defined quantity of alkane dicarboxylic acid is metered as solid material into a first stirred reactor via at least one first feed point and a substoichiometric quantity of undiluted alkane diamine is metered in at at least a second feed point, and also, at the same time, water at at least one third feed point of the first stirred reactor, for the production of an aqueous salt solution in the stirred reactor, b) the formed salt solution is transferred continuously into a subsequently connected second stirred reactor and c) making-up with the alkane diamine is effected in the second stirred reactor, the stoichiometric ratios in the first and second stirred reactor being adjusted by a pH value measurement at a constant temperature.