mhurhangee/ep-ind-claims huggingface dataset:
A fluorogenic substrate having the general formula wherein: - R 1 represents H, or OH, or a linear or branched C 1 -C 6 alkyl radical, either substituted or not, or -COR 4, or -COOR 4, or -CONHR 4, - R 2 represents H, or a halogen, notably fluorine, or a linear or branched C 1 -C 6 alkyl radical, either substituted or not, or -COR 4, or -COOR 4, or -CONHR 4, - R 1 and R 2 may form together a ring, such as an aryl or a furane, either substituted or not, - R 3 represents H, or a halogen, notably fluorine, or a linear or branched C 1 -C 6 alkyl radical, either substituted or not or -COR 4, or -COOR 4, or -CONHR 4, - with R 4 being H, or a linear or branched C 1 -C 6 alkyl radical either substituted or not or an aryl either substituted or not, - M represents Na or K, - Z represents a sugar selected from the following sugars: cellobiose, xylobiose, maltose, saccharose, glucose, xylose, galactose, arabinose, xylan, glucan, xylotriose, maltotriose, cellotriose, xylotetraose or a mixture of some of them, - and wherein Z cannot be galactose when R 1 is H, R 2 and R 3 are F and M is Na. - R 1 represents H, or OH, or a linear or branched C 1 -C 6 alkyl radical, either substituted or not, or -COR 4, or -COOR 4, or -CONHR 4, - R 2 represents H, or a halogen, notably fluorine, or a linear or branched C 1 -C 6 alkyl radical, either substituted or not, or -COR 4, or -COOR 4, or -CONHR 4, - R 1 and R 2 may form together a ring, such as an aryl or a furane, either substituted or not, - R 3 represents H, or a halogen, notably fluorine, or a linear or branched C 1 -C 6 alkyl radical, either substituted or not or -COR 4, or -COOR 4, or -CONHR 4, - with R 4 being H, or a linear or branched C 1 -C 6 alkyl radical either substituted or not or an aryl either substituted or not, - M represents Na or K, - Z represents a sugar selected from the following sugars: cellobiose, xylobiose, maltose, saccharose, glucose, xylose, galactose, arabinose, xylan, glucan, xylotriose, maltotriose, cellotriose, xylotetraose or a mixture of some of them, - and wherein Z cannot be galactose when R 1 is H, R 2 and R 3 are F and M is Na.
A circuit configured to: - receive a digital baseband signal and feed the same digital baseband signal to a first and a second signal path (P1,P2), the first signal path comprising a first mixing means, the second signal path comprising a delay circuit arranged for delaying the digital baseband signal and a second mixing means, the first and the second mixing means receiving a same local oscillator signal, and respectively providing a first and a second radio frequency signal (RF1,RF2) with a delay with respect to each other; and - generate a radio frequency signal by combining the first and second radio frequency signals (RF1,RF2), characterized in that the delay circuit has a delay of one third of a bit period of the digital baseband signal. - receive a digital baseband signal and feed the same digital baseband signal to a first and a second signal path (P1,P2), the first signal path comprising a first mixing means, the second signal path comprising a delay circuit arranged for delaying the digital baseband signal and a second mixing means, the first and the second mixing means receiving a same local oscillator signal, and respectively providing a first and a second radio frequency signal (RF1,RF2) with a delay with respect to each other; and - generate a radio frequency signal by combining the first and second radio frequency signals (RF1,RF2), characterized in that the delay circuit has a delay of one third of a bit period of the digital baseband signal.
A bicycle rim (14; 114) comprising: an annular tire mounting part (20; 120); an annular spoke mounting part (22; 122) including a plurality of spoke openings (22a; 122a) disposed at predetermined locations along a circumferential direction of the annular spoke mounting part (22; 122), the spoke mounting part extending from the annular tire mounting part (20; 120) to define an interior space (44; 144) with a predetermined interior shape; and at least one spoke attachment member (26; 126) that is disposed in the interior space (44; 144); the annular tire mounting part (20; 120) and the annular spoke mounting part (22; 122) being free of any openings communicating with the interior space (44; 144) except for a single air valve opening and the spoke openings (22a; 122a), the at least one spoke attachment member (26; 126) being dimensioned such that the at least one spoke attachment member (26; 126) is/are larger than the single air valve opening and cannot pass through the single air valve opening, characterized in that the spoke attachment member (26; 126) is dimensioned such that the at least one spoke attachment member (26; 126) is/are larger than the spoke openings (22a; 122a) and cannot pass through the spoke openings (22a; 122a). an annular tire mounting part (20; 120); an annular spoke mounting part (22; 122) including a plurality of spoke openings (22a; 122a) disposed at predetermined locations along a circumferential direction of the annular spoke mounting part (22; 122), the spoke mounting part extending from the annular tire mounting part (20; 120) to define an interior space (44; 144) with a predetermined interior shape; and at least one spoke attachment member (26; 126) that is disposed in the interior space (44; 144); the annular tire mounting part (20; 120) and the annular spoke mounting part (22; 122) being free of any openings communicating with the interior space (44; 144) except for a single air valve opening and the spoke openings (22a; 122a), the at least one spoke attachment member (26; 126) being dimensioned such that the at least one spoke attachment member (26; 126) is/are larger than the single air valve opening and cannot pass through the single air valve opening,
An impregnation section of a die for impregnating a plurality of fiber rovings with a polymer resin, the impregnation section comprising: an impregnation zone configured to impregnate the plurality of rovings with the resin; and a gate passage in fluid communication with the impregnation zone for flowing the resin therethrough such that the resin impinges on a surface of each of the plurality of rovings facing the gate passage and substantially uniformly coats the plurality of rovings, wherein the impregnation section further comprises a first plate defining a first inner surface and a second plate spaced apart from the first plate and defining a second opposing inner surface, wherein the impregnation zone is defined between the first plate and the second plate, and characterized in that the impregnation zone comprises a plurality of contact surfaces defined on only one of the first inner surface or the second inner surface. an impregnation zone configured to impregnate the plurality of rovings with the resin; and a gate passage in fluid communication with the impregnation zone for flowing the resin therethrough such that the resin impinges on a surface of each of the plurality of rovings facing the gate passage and substantially uniformly coats the plurality of rovings, wherein the impregnation section further comprises a first plate defining a first inner surface and a second plate spaced apart from the first plate and defining a second opposing inner surface, wherein the impregnation zone is defined between the first plate and the second plate, and characterized in that the impregnation zone comprises a plurality of contact surfaces defined on only one of the first inner surface or the second inner surface.
A method performed by a user equipment, UE (102, 1900), of distributing throughput amongst a plurality of applications residing at the UE (102, 1900), the method characterized by comprising: receiving, from a network node, recommended bit rate, RBR, information indicating a throughput value allocated to the UE (102, 1900); allocating a codec rate to at least one voice over internet protocol, VoIP, application among the plurality of applications residing at the UE (102, 1900) from the throughput value allocated to the UE (102, 1900); and allocating a bit rate to each of a plurality of non-VoIP applications among the plurality of applications residing at the UE (102, 1900), based on a throughput requirement respectively associated with the plurality of non-VoIP applications from a throughput value of the throughput value allocated to the UE (102, 1900) remaining after allocating the codec rate. receiving, from a network node, recommended bit rate, RBR, information indicating a throughput value allocated to the UE (102, 1900); allocating a codec rate to at least one voice over internet protocol, VoIP, application among the plurality of applications residing at the UE (102, 1900) from the throughput value allocated to the UE (102, 1900); and allocating a bit rate to each of a plurality of non-VoIP applications among the plurality of applications residing at the UE (102, 1900), based on a throughput requirement respectively associated with the plurality of non-VoIP applications from a throughput value of the throughput value allocated to the UE (102, 1900) remaining after allocating the codec rate.
A relative pressure sensor for determining a pressure of a medium in relation to atmospheric pressure, having a housing, with a measuring element which is arranged in the housing, an outer surface of the measuring element which is in contact with the medium being subjected to the pressure to be measured, with a reference pressure supply which supplies the atmospheric pressure in the form of ambient air to an inner surface of the measuring element, with an evaluation unit which determines the pressure of the medium from a variable determined with the measuring element, and with at least one drying chamber arranged in the housing to absorb humidity from the ambient air supplied by the reference pressure supply, the drying chamber having a drying module which comprises a container and a moisture-adsorbing material completely enclosed by the container, characterized in that a bottom surface of the container facing the measuring element is designed to be at least partially moisture-permeable, with the container being designed to be moisture-impermeable except for the bottom surface impervious, the evaluation unit being arranged in the vicinity of the measuring element or between the bottom surface of the container and the measuring element. having a housing, with a measuring element which is arranged in the housing, an outer surface of the measuring element which is in contact with the medium being subjected to the pressure to be measured, with a reference pressure supply which supplies the atmospheric pressure in the form of ambient air to an inner surface of the measuring element, with an evaluation unit which determines the pressure of the medium from a variable determined with the measuring element, and with at least one drying chamber arranged in the housing to absorb humidity from the ambient air supplied by the reference pressure supply, the drying chamber having a drying module which comprises a container and a moisture-adsorbing material completely enclosed by the container, characterized in that a bottom surface of the container facing the measuring element is designed to be at least partially moisture-permeable, with the container being designed to be moisture-impermeable except for the bottom surface impervious, the evaluation unit being arranged in the vicinity of the measuring element or between the bottom surface of the container and the measuring element.
An agricultural toolbar movable between a field position and a folded transport position, said toolbar comprising: a first bar section; a flexible line supported by said first bar section; a first pin about which said first bar section pivots, and wherein said first pin moves forward and inward as the toolbar moves from the field position to the folded transport position, said toolbar characterized by: a first line restraint receiving and constraining said flexible line such that a first portion of said flexible line is constrained by the said first bar section and pivots with the said first bar section, and such that said first portion of said flexible line is configured to move with said first pin as said first pin moves forward and inward as the toolbar moves from the field position to the folded transport position. a first bar section; a flexible line supported by said first bar section; a first pin about which said first bar section pivots, and wherein said first pin moves forward and inward as the toolbar moves from the field position to the folded transport position, said toolbar characterized by: a first line restraint receiving and constraining said flexible line such that a first portion of said flexible line is constrained by the said first bar section and pivots with the said first bar section, and such that said first portion of said flexible line is configured to move with said first pin as said first pin moves forward and inward as the toolbar moves from the field position to the folded transport position. a first line restraint receiving and constraining said flexible line such that a first portion of said flexible line is constrained by the said first bar section and pivots with the said first bar section, and such that said first portion of said flexible line is configured to move with said first pin as said first pin moves forward and inward as the toolbar moves from the field position to the folded transport position.
A hygroscopic core-sheath composite fiber which comprises: a polyetheresteramide copolymer as a core polymer; and a polyamide as a sheath polymer, wherein the hygroscopic core-sheath composite fiber which has been treated in boiling water for 15 minutes under no load has a degree of shrinkage with boiling water of 6-11%.
Actuation device for actuating a flushing device of a toilet or of a urinal, comprising a frame element having a frame wall, which frame wall is delimited internally by means of an inner surface, externally by means of an outer surface, at the front side by means of a front end surface and at the rear side by means of a rear end surface, which inner surface delimits a frame opening, a plate arranged in front of, in particular in contact with, the front end surface, extending at least over the frame opening, at least one lighting means arranged behind the plate and at least one capturing element for providing a signal for the flushing device, characterized in that the frame element comprises at least one receptacle for the lighting means, wherein the receptacle penetrates the outer surface of the frame element with at least one or exactly one perforation, so that light from the lighting means is emittable sideways in relation to the frame element through the said perforation in the outer surface. a frame element having a frame wall, which frame wall is delimited internally by means of an inner surface, externally by means of an outer surface, at the front side by means of a front end surface and at the rear side by means of a rear end surface, which inner surface delimits a frame opening, a plate arranged in front of, in particular in contact with, the front end surface, extending at least over the frame opening, at least one lighting means arranged behind the plate and at least one capturing element for providing a signal for the flushing device, characterized in that the frame element comprises at least one receptacle for the lighting means, wherein the receptacle penetrates the outer surface of the frame element with at least one or exactly one perforation, so that light from the lighting means is emittable sideways in relation to the frame element through the said perforation in the outer surface.
A method of preparing an organic biologically active compound containing a "CH 2 F" moiety, which method comprises the steps of: reacting a compound of formula R*-SH with X-acetic acid to yield an intermediate of formula R*-S-CH 2 COOH; fluorodecarboxylating the intermediate of formula R*-S-CH 2 COOH with a reagent selected from a group consisting of XeF 2 and BrF 3 to yield a compound of formula R*-S-CH 2 F, wherein: R*SH is an organic multifunctional molecule; and X is halogen, triflate, mesylate, a fluorosulfonate or a phosphate. R*SH is an organic multifunctional molecule; and X is halogen, triflate, mesylate, a fluorosulfonate or a phosphate.
Instrument for performing surgical interventions on a patient, with a tool having at least two tool parts (12, 16) which are to be moved with a temporal offset, with an actuating gear mechanism having a first output for a first of the tool parts and a second output for a second of the tool parts, wherein the actuating gear mechanism has a cam gear mechanism which is connected to the first output, with a first transmission means which is connected on the one side to the first tool part and on the other side to the first output, with a second transmission means which is connected on the one side to the second tool part and on the other side to the second output, characterised in that the actuating gear mechanism has a toothed segment gear mechanism which is connected to the second output, wherein the toothed segment gear mechanism has a segment gear wheel and a toothed rod which is connected to the second output.
A computer implemented method to estimate shape information including a zenith angle ( θ) of a surface normal at a location of a scene and one or more photometric invariants of the location of the scene, the scene being represented in hyperspectral or multispectral image data, the image data being indexed by wavelength ( λ) and polarisation filter angle ( θ), the method comprising: (a) for each wavelength ( λ) index, estimating a polarisation angle ( φ) from the image data by fitting intensity information of the image data to a function of the filter angle; (b) for each wavelength ( λ) index, estimating a degree of polarisation based on intensity values of the function with reference to the estimated polarisation angle ( φ) for that wavelength ( λ) index; (c) estimating the zenith angle ( θ) of a surface normal of the scene at the location based on the estimated degree of polarisation for each wavelength ( λ) index, and (d) estimating the one or more photometric invariants based on the estimated degree of polarisation for each wavelength ( λ) index. (a) for each wavelength ( λ) index, estimating a polarisation angle ( φ) from the image data by fitting intensity information of the image data to a function of the filter angle; (b) for each wavelength ( λ) index, estimating a degree of polarisation based on intensity values of the function with reference to the estimated polarisation angle ( φ) for that wavelength ( λ) index; (c) estimating the zenith angle ( θ) of a surface normal of the scene at the location based on the estimated degree of polarisation for each wavelength ( λ) index, and (d) estimating the one or more photometric invariants based on the estimated degree of polarisation for each wavelength ( λ) index.
A highly branched polyolefin, comprising: olefin derived units; wherein the highly branched polyolefin has: a) a branching index, g'(vis), of less than 0.9; b) a phase angle, δ, of less than 55 degrees at a complex modulus of 10 kPa, measured at 190°C; c) a gel content of less than or equal to 10%; d) a melting point of less than 135°C; and wherein the highly branched polyolefin is obtained by contacting one or more polyolefins, referred to as first polyolefin, with a free radical generator and a modifying polymer, the modifying polymer being dissimilar to the first polyolefin. olefin derived units; wherein the highly branched polyolefin has: a) a branching index, g'(vis), of less than 0.9; b) a phase angle, δ, of less than 55 degrees at a complex modulus of 10 kPa, measured at 190°C; c) a gel content of less than or equal to 10%; d) a melting point of less than 135°C; and a) a branching index, g'(vis), of less than 0.9; b) a phase angle, δ, of less than 55 degrees at a complex modulus of 10 kPa, measured at 190°C; c) a gel content of less than or equal to 10%; d) a melting point of less than 135°C; and wherein the highly branched polyolefin is obtained by contacting one or more polyolefins, referred to as first polyolefin, with a free radical generator and a modifying polymer, the modifying polymer being dissimilar to the first polyolefin.
A method of preparing a stable dispersion of flocculated filler particles having a specific particle size distribution for use in papermaking processes comprising: (a) providing an aqueous dispersion of filler particles; (b) adding a first flocculating agent to the dispersion in an amount of between 0.1 and 3.0 g/kg (0.2 and 6.0 lb/ton) of filler treated to mix uniformly in the dispersion without causing significant flocculation of the filler particles; (c) adding a second flocculating agent to the dispersion in an amount of between 0.1 and 4.0 g/kg (0.2 and 8.0 lb/ton) of filler treated to initiate flocculation of the filler particles in the presence of the first flocculating agent; and (d) shearing the flocculated dispersion to provide a dispersion of filler flocs having the desired particle size. (a) providing an aqueous dispersion of filler particles; (b) adding a first flocculating agent to the dispersion in an amount of between 0.1 and 3.0 g/kg (0.2 and 6.0 lb/ton) of filler treated to mix uniformly in the dispersion without causing significant flocculation of the filler particles; (c) adding a second flocculating agent to the dispersion in an amount of between 0.1 and 4.0 g/kg (0.2 and 8.0 lb/ton) of filler treated to initiate flocculation of the filler particles in the presence of the first flocculating agent; and (d) shearing the flocculated dispersion to provide a dispersion of filler flocs having the desired particle size.
A method of implementing a private but traceable primary transaction implementing a transfer of an asset from an originator to a recipient using a third party, using a distributed network of computers implementing a distributed ledger, comprising: (a) recording at the third party information relative to the originator that allows determination of the identity of the originator; (b) recording on the distributed ledger a transfer of the asset from the originator to the third party and verifying that said transfer has been recorded on the distributed ledger; (c) communicating from the originator to the third party an identifier of the recipient, where said communication is not recorded on the distributed ledger; (d) defining a plurality of secondary transactions, each comprising the recipient and a secondary originating party and an asset portion, wherein the combination of asset portions corresponds to the asset and at least some of which secondary originating parties indicate a party other than the originator; (e) recording on the distributed ledger the plurality of secondary transactions. (a) recording at the third party information relative to the originator that allows determination of the identity of the originator; (b) recording on the distributed ledger a transfer of the asset from the originator to the third party and verifying that said transfer has been recorded on the distributed ledger; (c) communicating from the originator to the third party an identifier of the recipient, where said communication is not recorded on the distributed ledger; (d) defining a plurality of secondary transactions, each comprising the recipient and a secondary originating party and an asset portion, wherein the combination of asset portions corresponds to the asset and at least some of which secondary originating parties indicate a party other than the originator; (e) recording on the distributed ledger the plurality of secondary transactions.