mhurhangee/ep-ind-claims huggingface dataset:
Method for soil compaction using a construction machine, wherein - a support cable is guided along a mast, - the support cable is wound and unwound by means of a rotatably mounted winch drum of a cable winch, - the winch drum is driven in rotation by means of a winch drive, and - there is arranged on the support cable a compacting element which is moved vertically by the support cable, wherein the support cable is unwound from the winch drum of the cable winch and the compacting element is lowered from a position above a soil surface on the support cable to the soil surface, wherein the compacting element strikes the soil surface and the soil is thereby compacted, characterised in that - the winch drum is uncoupled from the winch drive by means of a coupling device while the support cable is being unwound, - even before the compacting element strikes the soil surface, the winch drive is driven in a rotational direction for winding the support cable, and - after the compacting element has struck the soil surface, the coupling device couples the winch drum with the winch drive which is already being driven in rotation. - a support cable is guided along a mast, - the support cable is wound and unwound by means of a rotatably mounted winch drum of a cable winch, - the winch drum is driven in rotation by means of a winch drive, and - there is arranged on the support cable a compacting element which is moved vertically by the support cable, wherein the support cable is unwound from the winch drum of the cable winch and the compacting element is lowered from a position above a soil surface on the support cable to the soil surface, wherein the compacting element strikes the soil surface and the soil is thereby compacted, characterised in that - the winch drum is uncoupled from the winch drive by means of a coupling device while the support cable is being unwound, - even before the compacting element strikes the soil surface, the winch drive is driven in a rotational direction for winding the support cable, and - after the compacting element has struck the soil surface, the coupling device couples the winch drum with the winch drive which is already being driven in rotation.
A cutting device for cutting an electrode foil for a secondary battery cell, the cutting device comprising: a cutting means configured for cutting an electrode foil; a suction means configured for applying an underpressure at one side of the electrode foil around an intended cutting site on the electrode foil by intaking gas into the suction means; a means for generating an electrostatic field; wherein the means for generating an electrostatic field comprises voltage source, a first electrode adapted for electrically connecting an electrode foil and a second electrode arranged at a distance from the electrode foil at an inlet opening of the suction means, when the electrode foil is placed for being cut by the cutting means, characterized in that the second electrode is a grid. a cutting means configured for cutting an electrode foil; a suction means configured for applying an underpressure at one side of the electrode foil around an intended cutting site on the electrode foil by intaking gas into the suction means; a means for generating an electrostatic field; wherein the means for generating an electrostatic field comprises voltage source, a first electrode adapted for electrically connecting an electrode foil and a second electrode arranged at a distance from the electrode foil at an inlet opening of the suction means, when the electrode foil is placed for being cut by the cutting means, characterized in that the second electrode is a grid.
An annular plug coupling that can be fastened in a component opening of a first component and which has the following features: a. a centrally arranged coupling seat, particularly a ball socket, by means of which a coupling head of a second component can be detachably connected, and b. an intermediate ring with b.1 a plurality of curvilinear and radially inwardly extending first spring elements which are connected with the ball socket, and b.2 a plurality of curvilinear and radially outwardly extending second spring elements, which have a locking connection at a radially outward end, so that the plug coupling is lockable in the component opening. a. a centrally arranged coupling seat, particularly a ball socket, by means of which a coupling head of a second component can be detachably connected, and b. an intermediate ring with b.1 a plurality of curvilinear and radially inwardly extending first spring elements which are connected with the ball socket, and b.2 a plurality of curvilinear and radially outwardly extending second spring elements, which have a locking connection at a radially outward end, so that the plug coupling is lockable in the component opening. b.1 a plurality of curvilinear and radially inwardly extending first spring elements which are connected with the ball socket, and b.2 a plurality of curvilinear and radially outwardly extending second spring elements, which have a locking connection at a radially outward end, so that the plug coupling is lockable in the component opening.
Use of a composition for forming a rewritable colour-forming layer of a rewritable recording material, wherein the rewritable recording material comprises a colour-forming layer on a substrate, wherein the colour-forming layer contains a colour-forming compound, and wherein the composition contains at least one kind of phenolic compounds represented by formula wherein R 1 and R 4 each independently represent a hydrogen atom, hydroxy group, nitro group, halogen atom, C 1 -C 4 alkyl group or C 1 -C 4 alkoxy group; p represents 0 or an integer of 1 to 4; q represents 0 or an integer of 1 to 5; when p or q is 2 or more, R 1 s and R 4 s may be the same or different; R 2 and R 3 each independently represent a hydrogen atom or C 1 -C 4 alkyl group; and R 5 represents a hydrogen atom, C 1 -C 4 alkyl group, optionally substituted phenyl group, or optionally substituted benzyl group.
A navigation device for a vehicle, comprising: a means for detecting a present location of the vehicle; a means for setting a departure point and a destination; a means (3, 45) for storing information concerning an area to be avoided; a searching means for searching for a recommended route from the departure point to the destination without regard to whether said recommended route passes through said area to be avoided, and for searching for a bypass route that starts from a branch point on said recommended route and avoids entering said area to be avoided, if said recommended route passes through said area to be avoided; and a guidance means for displaying said bypass route, and for monitoring the present location and whether it is on the recommended route or the bypass route, characterised in that said searching means is adapted to search both said recommended route and said bypass route at a departure point where the searching means receives a route search request from a user, and said guidance means is adapted to display said bypass route which has been searched at the departure point, when the present location has moved to a predetermined distance before the branch point on said recommended route where said bypass route starts. a means for detecting a present location of the vehicle; a means for setting a departure point and a destination; a means (3, 45) for storing information concerning an area to be avoided; a searching means for searching for a recommended route from the departure point to the destination without regard to whether said recommended route passes through said area to be avoided, and for searching for a bypass route that starts from a branch point on said recommended route and avoids entering said area to be avoided, if said recommended route passes through said area to be avoided; and a guidance means for displaying said bypass route, and for monitoring the present location and whether it is on the recommended route or the bypass route, characterised in that said searching means is adapted to search both said recommended route and said bypass route at a departure point where the searching means receives a route search request from a user, and said guidance means is adapted to display said bypass route which has been searched at the departure point, when the present location has moved to a predetermined distance before the branch point on said recommended route where said bypass route starts.
A method for forming a ceramic containing composite structure comprising the steps of (a) feeding an agglomerate comprising: (i) 30-97 weight percent of silicon carbide (ii) 15 weight percent or less of a binder and (iii) the balance of the agglomerate being silicon into a thermal spray apparatus, (b) spraying the silicon carbide and silicon agglomerate onto a substrate, whereby the silicon carbide and silicon deposit on the surface of the substrate, and (c) keeping the silicon on the substrate surface at a temperature which is at least 0.75 times the melting temperature in Kelvin of the silicon, and at most 100 K above the melting temperature of the silicon during spraying at least in the region where the silicon carbide and silicon actually strikes the surface.
A method of forming a poly(ester-amide) comprising the steps of: (a) reacting an aromatic aldehyde with an isolated malonic ester in a Doebner modification of a Knoevenagel condensation reaction so as to generate an ester compound; (b) reacting the ester compound of (a) with a deprotonating agent in situ so as to generate a salt of the ester compound; (c) reacting the salt of the ester compound of (b) with a diacid chloride or bromide in a salt metathesis reaction so as to generate an ester of a monolignol dimer; (d) converting the ester of a monolignol dimer of (c) into a carboxylic acid via a reaction with trifluoroacetic acid so that a dicarboxylic acid ester dimer is formed; (e) converting the dicarboxylic acid ester dimer to a diacid chloride via a reaction with a thionyl chloride; (f) removing excess thionyl chloride under vacuum; (g) dissolving the diacid chloride ester dimer in a halogenated organic solvent; and (h) combining the halogenated organic solvent solution with an aqueous basic solution comprising a diamine in an interfacial condensation polymerization reaction so as to form a poly(ester-amide). (a) reacting an aromatic aldehyde with an isolated malonic ester in a Doebner modification of a Knoevenagel condensation reaction so as to generate an ester compound; (b) reacting the ester compound of (a) with a deprotonating agent in situ so as to generate a salt of the ester compound; (c) reacting the salt of the ester compound of (b) with a diacid chloride or bromide in a salt metathesis reaction so as to generate an ester of a monolignol dimer; (d) converting the ester of a monolignol dimer of (c) into a carboxylic acid via a reaction with trifluoroacetic acid so that a dicarboxylic acid ester dimer is formed; (e) converting the dicarboxylic acid ester dimer to a diacid chloride via a reaction with a thionyl chloride; (f) removing excess thionyl chloride under vacuum; (g) dissolving the diacid chloride ester dimer in a halogenated organic solvent; and (h) combining the halogenated organic solvent solution with an aqueous basic solution comprising a diamine in an interfacial condensation polymerization reaction so as to form a poly(ester-amide).
A pharmaceutical composition consisting of a pharmaceutical carrier or diluent and an effective amount of a polypeptide selected from: (i) the polypeptide consisting of the sequence SEQ.ID.NO.2, and (ii) the variants of the polypeptide consisting of the sequence SEQ.ID.NO.2, in which 1 to 10 amino acids are substituted, deleted or added in any combination, and wherein the composition inhibits the activity and/or reduces the content of Factor XIIa, Factor XIa, plasmin and kallikrein. (i) the polypeptide consisting of the sequence SEQ.ID.NO.2, and (ii) the variants of the polypeptide consisting of the sequence SEQ.ID.NO.2, in which 1 to 10 amino acids are substituted, deleted or added in any combination, and wherein the composition inhibits the activity and/or reduces the content of Factor XIIa, Factor XIa, plasmin and kallikrein.
An apparatus for estimating blood pressure, the apparatus comprising: a pulse wave sensor (110, 610) configured to measure a pulse wave signal from an object; a force sensor (120, 620) configured to measure force exerted between the object and the pulse wave sensor (110, 610); and a processor (130, 620) configured to: obtain (830, 950) an oscillogram by using the pulse wave signal and the force, determine (840, 960) a first mean arterial pressure, MAP, based on the obtained oscillogram, extract (850, 970) additional information in an interval preceding a point of the first MAP of the oscillogram, obtain (860, 980) a second MAP based on the first MAP and the additional information, and estimate (870, 990) blood pressure based on the obtained second MAP. a pulse wave sensor (110, 610) configured to measure a pulse wave signal from an object; a force sensor (120, 620) configured to measure force exerted between the object and the pulse wave sensor (110, 610); and a processor (130, 620) configured to: obtain (830, 950) an oscillogram by using the pulse wave signal and the force, determine (840, 960) a first mean arterial pressure, MAP, based on the obtained oscillogram, extract (850, 970) additional information in an interval preceding a point of the first MAP of the oscillogram, obtain (860, 980) a second MAP based on the first MAP and the additional information, and estimate (870, 990) blood pressure based on the obtained second MAP. obtain (830, 950) an oscillogram by using the pulse wave signal and the force, determine (840, 960) a first mean arterial pressure, MAP, based on the obtained oscillogram, extract (850, 970) additional information in an interval preceding a point of the first MAP of the oscillogram, obtain (860, 980) a second MAP based on the first MAP and the additional information, and estimate (870, 990) blood pressure based on the obtained second MAP.
An image decoding method comprising: if a size of a first coding block of a first color component is greater than a first predetermined size, splitting the first coding block and a second coding block of a second color component according to a same split mode, the first coding block and the second coding block being associated with a same coding unit encoded in a bitstream; if the size of the first coding block is equal to or smaller than the first predetermined size, obtaining, from the bitstream, first split shape mode information about the first coding block and second split shape mode information about the second coding block; splitting the first coding block according to a first split mode determined from the first split shape mode information; and splitting the second coding block according to a second split mode determined from the second split shape mode information; the method further comprising deriving split information for a third coding block obtained as a result of splitting the first coding block, wherein if a size of the third coding block is equal to a second predetermined size, the deriving split information for the third coding block comprises inferring, without parsing respective information from the bitstream, that splitting the third coding block into at least one lower coding block according to a particular split mode is not allowed; and if the split information for the third coding block indicates a non-split, decoding, based on information obtained from the bitstream, the third coding block. if a size of a first coding block of a first color component is greater than a first predetermined size, splitting the first coding block and a second coding block of a second color component according to a same split mode, the first coding block and the second coding block being associated with a same coding unit encoded in a bitstream; if the size of the first coding block is equal to or smaller than the first predetermined size, obtaining, from the bitstream, first split shape mode information about the first coding block and second split shape mode information about the second coding block; splitting the first coding block according to a first split mode determined from the first split shape mode information; and splitting the second coding block according to a second split mode determined from the second split shape mode information; the method further comprising deriving split information for a third coding block obtained as a result of splitting the first coding block, wherein if a size of the third coding block is equal to a second predetermined size, the deriving split information for the third coding block comprises inferring, without parsing respective information from the bitstream, that splitting the third coding block into at least one lower coding block according to a particular split mode is not allowed; and if the split information for the third coding block indicates a non-split, decoding, based on information obtained from the bitstream, the third coding block.
A multi-layered brazing sheet material having an aluminium core alloy layer provided with a first brazing clad layer material on one face of said aluminium core layer and an inter-layer inter-positioned between the aluminium core alloy layer and the first brazing clad layer material, wherein the core layer is made from an aluminium alloy comprising, in wt.%, up to 0.25% Si, up to 0.35% Fe, 0.7% to 1.1% Cu, 0.7% to 1.2% Mn, 0.1% to 0.4% Mg, up to 0.2% Cr, 0.04 to 0.25% Zr, 0.03 to 0.2% Ti, up to 0.15% Zn, balance aluminium and impurities, wherein the first brazing clad layer is made from an 4xxx-series aluminium alloy having 6% to 14% Si, up to 2% Mg, up to 0.7% Fe, up to 0.3% Mn, up to 0.25% Cu, up to 1% Zn, others each <0.05%, total <0.2%, remainder aluminium, and wherein the inter-layer is made from an 3xxx-series aluminium alloy comprising, in wt.%, up to 0.4% Si, up to 0.5% Fe, 0.40 to 0.75% Cu, 0.4% to 1.1% Mn, up to 0.04% Mg, up to 0.2% Cr, up to 0.25% Zr, up to 0.25% Ti, up to 0.3% Zn, balance aluminium and impurities.
A method of forming a fibrous composite, which comprises: a) providing a plurality of fibrous substrates, wherein each fibrous substrate comprises a single fiber; b) applying a first polymeric material onto a surface of each fibrous substrate; c) applying a second polymeric material onto a surface of a support; d) thereafter, joining the fibrous substrates and the support by contacting the first polymeric material with the second polymeric material; e) separating the support from the fibrous substrates, such that at least a portion of the second polymeric material remains on the first polymeric material on the fibrous substrates; and f) thereafter, weaving the fibrous substrates into a woven fabric. a) providing a plurality of fibrous substrates, wherein each fibrous substrate comprises a single fiber; b) applying a first polymeric material onto a surface of each fibrous substrate; c) applying a second polymeric material onto a surface of a support; d) thereafter, joining the fibrous substrates and the support by contacting the first polymeric material with the second polymeric material; e) separating the support from the fibrous substrates, such that at least a portion of the second polymeric material remains on the first polymeric material on the fibrous substrates; and f) thereafter, weaving the fibrous substrates into a woven fabric.
A light-emitting semiconductor chip, comprising a semiconductor body comprising a plurality of emitter units, wherein each emitter unit comprises an active region which is arranged in a resonator having an outcoupling side and a rear side and which is intended and configured to emit light during operation at the outcoupling side along a radiation emission direction, in each emitter unit the active region is completely penetrated by at least one recess in the semiconductor body, in each emitter unit, in the region of the active region the recess has a recess width measured along the radiation emission direction, characterized in that the recess widths of the emitter units are at least partially different. each emitter unit comprises an active region which is arranged in a resonator having an outcoupling side and a rear side and which is intended and configured to emit light during operation at the outcoupling side along a radiation emission direction, in each emitter unit the active region is completely penetrated by at least one recess in the semiconductor body, in each emitter unit, in the region of the active region the recess has a recess width measured along the radiation emission direction, characterized in that the recess widths of the emitter units are at least partially different.
A method implemented by a wireless transmit/receive unit, WTRU, the method comprising: sending a non-access stratum, NAS, message to a radio access network, RAN, wherein the NAS message comprises an indication of a service the WTRU desires to use; in response to sending the NAS message to the RAN, receiving information from a network control entity that is to serve the WTRU for the service, wherein the network control entity is an initial network control entity that receives the NAS message from the RAN or an alternative network control entity that receives the NAS message after the initial network control entity determines that it is not to serve the WTRU for the service; and determining, based on the information received from the network control entity, slice information associated with one or more network slices assigned to the WTRU to receive the service. sending a non-access stratum, NAS, message to a radio access network, RAN, wherein the NAS message comprises an indication of a service the WTRU desires to use; in response to sending the NAS message to the RAN, receiving information from a network control entity that is to serve the WTRU for the service, wherein the network control entity is an initial network control entity that receives the NAS message from the RAN or an alternative network control entity that receives the NAS message after the initial network control entity determines that it is not to serve the WTRU for the service; and determining, based on the information received from the network control entity, slice information associated with one or more network slices assigned to the WTRU to receive the service.
A partially or fully absorbable medical device comprising a closed cell foam comprising poly-4-hydroxybutyrate (P4HB) homopolymer, wherein the foam comprises closed cells wherein the foam has an open cell content of less than 50% as measured by ASTM D6226-10 or ISO 4590:2002, and wherein the P4HB homopolymer has a weight average molecular weight greater than 50 kDa measured by GPC relative to polystyrene