mhurhangee/ep-ind-claims huggingface dataset:
Microcapsules comprising or consisting of (a) a core containing at least one, two or more active ingredients, and (b) a shell, wherein the wall material of the shell is formed from one or more aminoplasts formed from (i) at least one urea derivative or melamine derivative, (ii) a carbonyl compound, and (iii) at least one aminophenol component represented by formula (Ia) and/or (Ib), wherein R1 and R2 independently represent hydrogen, methyl or ethyl with the provisos that - the active ingredients are perfumes or perfume oils, at least one of which must be liquid at 25°C, and - the urea derivatives or melamine derivatives are selected from the group formed by 2,4,6-triamino-1,3,5-triazine (melamine), tetrahydroimidazo[4,5-d]imidazole-2,5(1H,3H)-dione (glycoluril), benzoguanamine, acetoguanamine, adipo- and glutaroguanamine or a mixture thereof. (a) a core containing at least one, two or more active ingredients, and (b) a shell, (i) at least one urea derivative or melamine derivative, (ii) a carbonyl compound, and (iii) at least one aminophenol component represented by formula (Ia) and/or (Ib), - the active ingredients are perfumes or perfume oils, at least one of which must be liquid at 25°C, and - the urea derivatives or melamine derivatives are selected from the group formed by 2,4,6-triamino-1,3,5-triazine (melamine), tetrahydroimidazo[4,5-d]imidazole-2,5(1H,3H)-dione (glycoluril), benzoguanamine, acetoguanamine, adipo- and glutaroguanamine or a mixture thereof.
A vehicle pillar structure comprising: a non-transparent first supporting member that extends with a length direction thereof in a direction along a vehicle width direction end of a windshield glass, and that comprises a material with a coefficient of linear thermal expansion along the length direction of a first value; a non-transparent second supporting member that extends such that a length direction thereof is along a vehicle front end of a side door glass, that is disposed spaced apart from the first supporting member, and that comprises a material with a coefficient of linear thermal expansion along the length direction of a second value; and a resin transparent member that is disposed spanning between the first supporting member and the second supporting member, that is joined to length direction faces of the first supporting member and the second supporting member, that comprises a material with a coefficient of linear thermal expansion along the length directions of the first supporting member and the second supporting member of a larger value than the first value and the second value, characterised in that the resin transparent member includes multiple glass fibers with length directions thereof oriented such that fiber length directions are substantially orthogonal to the length directions of the first supporting member and the second supporting member. a non-transparent first supporting member that extends with a length direction thereof in a direction along a vehicle width direction end of a windshield glass, and that comprises a material with a coefficient of linear thermal expansion along the length direction of a first value; a non-transparent second supporting member that extends such that a length direction thereof is along a vehicle front end of a side door glass, that is disposed spaced apart from the first supporting member, and that comprises a material with a coefficient of linear thermal expansion along the length direction of a second value; and a resin transparent member that is disposed spanning between the first supporting member and the second supporting member, that is joined to length direction faces of the first supporting member and the second supporting member, that comprises a material with a coefficient of linear thermal expansion along the length directions of the first supporting member and the second supporting member of a larger value than the first value and the second value, characterised in that the resin transparent member includes multiple glass fibers with length directions thereof oriented such that fiber length directions are substantially orthogonal to the length directions of the first supporting member and the second supporting member.
Non-therapeutic cosmetic use of an effective amount of a lysate of at least one microorganism of the genus Bifidobacterium for treating and/or preventing dry skin selected from a non-pathological constitutional dry skin and an acquired dry skin, wherein the lysate is formed of all intracellular biological constituents and constituents of cell walls and membranes.
A plant for the production of books printed with digital technologies comprising one or more book block forming stations, one or more cover binding machines for assembling the book blocks with respective covers, and accumulation and transport means for receiving the book blocks supplied by the forming stations and transferring the book blocks to the cover binding machines, and in which the book blocks have corresponding graphic book codes while the covers have respective cover codes associated with the respective book codes of a given working order, wherein the accumulation and transport means comprise a plurality of spiral towers, in which each tower has a conveyor belt that can be moved along a multi-level spiral path, a belt moving group and an electronic control unit for the belt moving group; each tower has a function of temporary storage for the book blocks along the spiral path and capability of movement between loading areas adjacent to the forming stations and unloading areas adjacent to the cover binding machines and in which the electronic control units, in the loading areas, can set up the towers for receiving and storing in an orderly way along the conveyor belt the book blocks from the forming stations, while, in the unloading areas, the electronic units can set up the towers for feeding the cover binding machines with the stored book blocks; the electronic control units are provided for obtaining and storing databases of identification for the stored book blocks; and said plant has an electronic center with a server, interfaced with the electronic control units of the spiral towers and the cover binding machines for taking charge loading data and for a functional coupling of the loaded towers with the cover binding machines jointly with the working order. the accumulation and transport means comprise a plurality of spiral towers, in which each tower has a conveyor belt that can be moved along a multi-level spiral path, a belt moving group and an electronic control unit for the belt moving group; each tower has a function of temporary storage for the book blocks along the spiral path and capability of movement between loading areas adjacent to the forming stations and unloading areas adjacent to the cover binding machines and in which the electronic control units, in the loading areas, can set up the towers for receiving and storing in an orderly way along the conveyor belt the book blocks from the forming stations, while, in the unloading areas, the electronic units can set up the towers for feeding the cover binding machines with the stored book blocks; the electronic control units are provided for obtaining and storing databases of identification for the stored book blocks; and said plant has an electronic center with a server, interfaced with the electronic control units of the spiral towers and the cover binding machines for taking charge loading data and for a functional coupling of the loaded towers with the cover binding machines jointly with the working order.
A method of operating a first converter station in a high voltage direct current, HVDC, transmission system including a direct current, DC transmission link having a first end at which the first converter station is connected and a second end at which a second converter station is connected, said method comprising: sensing, at the first end of the DC transmission link, a DC current and a DC voltage of the DC transmission link; determining, based on the sensed DC current and the sensed DC voltage, whether a phase-to-ground fault has occurred at the second converter station, and reducing, on the basis that it is determined that the phase-to-ground fault has occurred, a power delivered by the first converter station to the second converter station via the DC transmission link characterized in that determining the occurrence of the phase-to-ground fault comprises: determining whether the sensed DC current is equal to or larger than a threshold current value; determining, on the basis that it is determined that the sensed DC current is equal to or larger than the threshold current value, whether at least a partial recovery of the sensed DC voltage has occurred, and determining, on the basis that it is determined that said at least a partial recovery of the sensed DC voltage has occurred, that the phase-to-ground fault has occurred. sensing, at the first end of the DC transmission link, a DC current and a DC voltage of the DC transmission link; determining, based on the sensed DC current and the sensed DC voltage, whether a phase-to-ground fault has occurred at the second converter station, and reducing, on the basis that it is determined that the phase-to-ground fault has occurred, a power delivered by the first converter station to the second converter station via the DC transmission link characterized in that determining the occurrence of the phase-to-ground fault comprises: determining whether the sensed DC current is equal to or larger than a threshold current value; determining, on the basis that it is determined that the sensed DC current is equal to or larger than the threshold current value, whether at least a partial recovery of the sensed DC voltage has occurred, and determining, on the basis that it is determined that said at least a partial recovery of the sensed DC voltage has occurred, that the phase-to-ground fault has occurred. determining whether the sensed DC current is equal to or larger than a threshold current value; determining, on the basis that it is determined that the sensed DC current is equal to or larger than the threshold current value, whether at least a partial recovery of the sensed DC voltage has occurred, and determining, on the basis that it is determined that said at least a partial recovery of the sensed DC voltage has occurred, that the phase-to-ground fault has occurred.
A method of seismic surveying, comprising: towing a pair of marine vibrator arrays to conduct a seismic survey; providing each marine vibrator array with at least one low frequency marine vibrator to emit low-frequency signals of 15 Hz or less and at least one high-frequency marine vibrator to emit high-frequency signals of greater than 15 Hz; using the at least one low-frequency marine vibrator of each marine vibrator array to emit the low-frequency signals simultaneously and in phase during a sweep of a given duration; and employing the at least one high-frequency marine vibrator of each marine vibrator array to emit the high-frequency signals according to a flip-flop pattern alternating between the marine vibrator arrays. towing a pair of marine vibrator arrays to conduct a seismic survey; providing each marine vibrator array with at least one low frequency marine vibrator to emit low-frequency signals of 15 Hz or less and at least one high-frequency marine vibrator to emit high-frequency signals of greater than 15 Hz; using the at least one low-frequency marine vibrator of each marine vibrator array to emit the low-frequency signals simultaneously and in phase during a sweep of a given duration; and employing the at least one high-frequency marine vibrator of each marine vibrator array to emit the high-frequency signals according to a flip-flop pattern alternating between the marine vibrator arrays.
A method performed by user equipment, the method comprising: communicating with a visited network Internet Protocol Multimedia Subsystem (252, 254, 256, 258) to send a request to establish an emergency voice-over-Internet Protocol call, wherein the request comprises location information for the user equipment; in case the location information is not sufficient for determining a Public Safety Answering Point uniquely, receiving instructions from the visited network Internet Protocol Multimedia Subsystem (252, 254, 256, 258) to obtain and send, to a location server, a first position estimate for the user equipment, wherein the first position estimate is sufficiently accurate to enable the location server to determine A Public Safety Answering Point uniquely; and establishing the emergency voice-over-Internet Protocol call between the user equipment and the Public Safety Answering Point, over the visited network. communicating with a visited network Internet Protocol Multimedia Subsystem (252, 254, 256, 258) to send a request to establish an emergency voice-over-Internet Protocol call, wherein the request comprises location information for the user equipment; in case the location information is not sufficient for determining a Public Safety Answering Point uniquely, receiving instructions from the visited network Internet Protocol Multimedia Subsystem (252, 254, 256, 258) to obtain and send, to a location server, a first position estimate for the user equipment, wherein the first position estimate is sufficiently accurate to enable the location server to determine A Public Safety Answering Point uniquely; and establishing the emergency voice-over-Internet Protocol call between the user equipment and the Public Safety Answering Point, over the visited network.
Waste ejection unit in a machine for producing packaging, positioned downstream of a cutting unit for cutting out one or more flat substrates, comprising a supporting structure and two rotary tools (17, 18) cooperating with one another, one of the tools being provided with waste ejection needles projecting radially outwards, the other tool being provided with at least one strip of flexible material projecting radially outwards, at least one of the two tools (17, 18) being formed with a mandrel and a removable sleeve (28, 28a, 28b) adapted to be inserted, locked and driven in rotation by the mandrel, characterised in that it comprises - a front bearing (24, 26) for the tool (17, 18), which is movable between a position allowing for the extraction of the sleeve and a position allowing for the retention of the sleeve, and vice versa, and - an arm supporting the front bearing (24, 26) at one of its ends, sliding transversely, and pivoting between a position which locks the rotation shaft (31, 32) of the tool and a position which releases the said rotation shaft (31, 32) of said tool, and vice versa. - a front bearing (24, 26) for the tool (17, 18), which is movable between a position allowing for the extraction of the sleeve and a position allowing for the retention of the sleeve, and vice versa, and - an arm supporting the front bearing (24, 26) at one of its ends, sliding transversely, and pivoting between a position which locks the rotation shaft (31, 32) of the tool and a position which releases the said rotation shaft (31, 32) of said tool, and vice versa.
A raw material mat forming apparatus, useful for manufacturing a building material, comprising: a sieve portion (10, 10A, 10B) including a receiving and sending sheet with no sieve openings, onto which a building raw material is to be dropped, and at least one sieve sheet (12, 12a, 12b) with sieve openings that is located below the receiving and sending sheet, the receiving and sending sheet and the sieve sheet (12, 12a, 12b) being able to perform undulating motion and the receiving and sending sheet and the sieve sheet (12, 12a, 12b) being inclined and arranged side by side in the direction of the inclination; the apparatus being characterised by a receiving tool for receiving the building raw material that has passed through the sieve openings of the sieve portion (10, 10A, 10B), wherein the sieve portion (10, 10A, 10B) includes, as the sieve sheet (12, 12a, 12b), a fine sieve sheet with small sieve openings, and a coarse sieve sheet that is located below the fine sieve sheet and has large sieve openings, wherein the sieve portion (10, 10A, 10B) further includes a relay sheet with no sieve openings that is located between the fine sieve sheet and the coarse sieve sheet and which can perform undulating motion. a sieve portion (10, 10A, 10B) including a receiving and sending sheet with no sieve openings, onto which a building raw material is to be dropped, and at least one sieve sheet (12, 12a, 12b) with sieve openings that is located below the receiving and sending sheet, the receiving and sending sheet and the sieve sheet (12, 12a, 12b) being able to perform undulating motion and the receiving and sending sheet and the sieve sheet (12, 12a, 12b) being inclined and arranged side by side in the direction of the inclination; the apparatus being characterised by a receiving tool for receiving the building raw material that has passed through the sieve openings of the sieve portion (10, 10A, 10B), wherein the sieve portion (10, 10A, 10B) includes, as the sieve sheet (12, 12a, 12b), a fine sieve sheet with small sieve openings, and a coarse sieve sheet that is located below the fine sieve sheet and has large sieve openings, wherein the sieve portion (10, 10A, 10B) further includes a relay sheet with no sieve openings that is located between the fine sieve sheet and the coarse sieve sheet and which can perform undulating motion.
A method for reporting an optimal beam in a random access process, implemented by a User Equipment, UE, the method comprising: sending a third message, MSG3, on a measured optimal beam to a base station; and waiting, on both the measured optimal beam and an initial beam originally configured to send the MSG3, to receive a fourth message, MSG4, returned by the base station, characterized in that, the method further comprises: in a case that the MSG4 is received on the optimal beam, transmitting signaling or data on the optimal beam; in a case that the MSG4 is received on the initial beam, receiving an optimal beam measurement request from the base station, and sending an optimal beam measurement report to the base station based on the optimal beam measurement request so that the base station returns an index of an adjusted optimal beam based on the optimal beam measurement report; and after sending the optimal beam measurement report to the base station, in a case that the UE is kept in a connected state, receiving signaling or data sent by the base station on the adjusted optimal beam. sending a third message, MSG3, on a measured optimal beam to a base station; and waiting, on both the measured optimal beam and an initial beam originally configured to send the MSG3, to receive a fourth message, MSG4, returned by the base station, characterized in that, the method further comprises: in a case that the MSG4 is received on the optimal beam, transmitting signaling or data on the optimal beam; in a case that the MSG4 is received on the initial beam, receiving an optimal beam measurement request from the base station, and sending an optimal beam measurement report to the base station based on the optimal beam measurement request so that the base station returns an index of an adjusted optimal beam based on the optimal beam measurement report; and after sending the optimal beam measurement report to the base station, in a case that the UE is kept in a connected state, receiving signaling or data sent by the base station on the adjusted optimal beam. in a case that the MSG4 is received on the optimal beam, transmitting signaling or data on the optimal beam; in a case that the MSG4 is received on the initial beam, receiving an optimal beam measurement request from the base station, and sending an optimal beam measurement report to the base station based on the optimal beam measurement request so that the base station returns an index of an adjusted optimal beam based on the optimal beam measurement report; and after sending the optimal beam measurement report to the base station, in a case that the UE is kept in a connected state, receiving signaling or data sent by the base station on the adjusted optimal beam.
A thrombin inhibitor, wherein said thrombin inhibitor consists of an amino acid sequence selected from: SDQGDVAEPK (cleavage product 1) (SEQ ID NO 2); MHKTAPPFDFEAIPEEYLDDES (cleavage product 2; MH22) (SEQ ID NO 3); EPKMHKTAPPFDFEAIPEEYLDDES (EP25 - active site and exosite I) (SEQ ID NO 6); DVAEPRMHKTAPPFDFEAIPEEYL (DV24K10R) (SEQ ID NO 10); APPFDFEAIPEEYLDDES (AP18 - exosite I) (SEQ ID NO 16); SDQGDVAEPKMHKT (exosite II binding and active site) (SEQ ID NO 17); SDQGDVA (exosite II) (SEQ ID NO 18); or EPKMHKT (active site) (SEQ ID NO 19); or is a functional equivalent of any thereof, wherein said functional equivalent of SEQ ID NOs: 2, 3, 6 and 16 to 19 is a glycosylated or PEGylated form of said amino acid sequence, or a variant form of a said amino acid sequence having one amino acid substitution and retaining the ability to inhibit thrombin activity, and wherein said functional equivalent of SEQ ID NO: 10 is a glycosylated or PEGylated form of said amino acid sequence. SDQGDVAEPK (cleavage product 1) (SEQ ID NO 2); MHKTAPPFDFEAIPEEYLDDES (cleavage product 2; MH22) (SEQ ID NO 3); EPKMHKTAPPFDFEAIPEEYLDDES (EP25 - active site and exosite I) (SEQ ID NO 6); DVAEPRMHKTAPPFDFEAIPEEYL (DV24K10R) (SEQ ID NO 10); APPFDFEAIPEEYLDDES (AP18 - exosite I) (SEQ ID NO 16); SDQGDVAEPKMHKT (exosite II binding and active site) (SEQ ID NO 17); SDQGDVA (exosite II) (SEQ ID NO 18); or EPKMHKT (active site) (SEQ ID NO 19); or is a functional equivalent of any thereof, wherein said functional equivalent of SEQ ID NOs: 2, 3, 6 and 16 to 19 is a glycosylated or PEGylated form of said amino acid sequence, or a variant form of a said amino acid sequence having one amino acid substitution and retaining the ability to inhibit thrombin activity, and wherein said functional equivalent of SEQ ID NO: 10 is a glycosylated or PEGylated form of said amino acid sequence.
A compound or a mixture of compounds of formula: wherein: • A is a C 1 -C 12 organic moiety, such as an alkyl or aryl moiety • B is a silane functional group with formula -CH 2 O(R 2) m (CH 2) 3 SiX 3 where X = a halogen, a C 1 -C 6 alkyl, a C 1 -C 6 alkoxy or an aromatic radical, • C is a (meth)acrylate functional group with formula-CH 2 O(R 2) m (C=O)C(R 1)=CH 2 where R 1 is H or CH 3, • D is an allyl functional group with formula -CH 2 O(R 2) m CH 2 C =CH 2, and w = 0 or 1, x = 1, 2 or 3, y = 1, 2 or 3, and z = 0, 1 or 2, and w + x + y + z = 4, where R 2 for each functional group is the same or different and is an oxyalkylene or polyoxyalkylene unit comprised of n repeating units of oxyalkylene, such as oxyethylene [CH 2 CH 2 O] or oxypropylene [CH 2 CH(CH 3)O], a caprolactone or polycaprolactone unit, comprised of n repeating units of formula -[C(=O) (CH 2) 5 O]- or a lactide or polylactide unit, comprised of n repeating units of formula -[C(=O) CH(CH 3)O]-, n is an integer with a value from 1 to 12 and m is 0 or 1. • A is a C 1 -C 12 organic moiety, such as an alkyl or aryl moiety • B is a silane functional group with formula -CH 2 O(R 2) m (CH 2) 3 SiX 3 where X = a halogen, a C 1 -C 6 alkyl, a C 1 -C 6 alkoxy or an aromatic radical, • C is a (meth)acrylate functional group with formula-CH 2 O(R 2) m (C=O)C(R 1)=CH 2 where R 1 is H or CH 3, • D is an allyl functional group with formula -CH 2 O(R 2) m CH 2 C =CH 2,