mhurhangee/ep-ind-claims huggingface dataset:
Process for bleaching or dyeing keratin fibres, in particular human keratin fibres such as the hair, comprising: (i) a step of application, to said fibres, of a composition containing one or more chemical oxidizing agents in a content ranging from 1% to 20% by weight relative to the total weight of the oxidizing composition, (ii) a step of irradiation of said fibres by means of UV-visible radiation having a wavelength ranging from 200 to 800 nm and a fluence ranging from 1 to 5000 J/cm 2, after application of said composition; (iii) when the process is a process for dyeing keratin fibres, then said process also uses one or more oxidation dyes. (i) a step of application, to said fibres, of a composition containing one or more chemical oxidizing agents in a content ranging from 1% to 20% by weight relative to the total weight of the oxidizing composition, (ii) a step of irradiation of said fibres by means of UV-visible radiation having a wavelength ranging from 200 to 800 nm and a fluence ranging from 1 to 5000 J/cm 2, after application of said composition; (iii) when the process is a process for dyeing keratin fibres, then said process also uses one or more oxidation dyes.
An apparatus comprising: a local key storage location not readable by software; a backup key storage location not readable by software; decode hardware to decode a load-key instruction, the load-key instruction is to include one or more source operands to specify one or more sources; and execution hardware to perform a load-key operation, a save-key operation, and a restore-key operation, the load-key operation including loading a cryptographic key from the one or more sources into the local key storage location, the save-key operation including copying the cryptographic key from the local key storage location to the backup key storage location, and the restore-key operation including copying the cryptographic key from the backup key storage location to the local key storage location, the execution hardware to perform the load-key operation in response to the load-key instruction, wherein the apparatus is operable in a state in which the local key storage location is unpowered and the content of the backup key storage location is maintained, wherein the apparatus further comprises control logic to cause a virtual machine exit in response to an attempt by a guest running in a virtual machine on the apparatus to execute the load-key instruction to load another cryptographic key into the local key storage location, to allow a virtual machine monitor to intercept the load-key instruction and load the other cryptographic key from the one or more sources into the local key storage location for use by the guest. a local key storage location not readable by software; a backup key storage location not readable by software; decode hardware to decode a load-key instruction, the load-key instruction is to include one or more source operands to specify one or more sources; and execution hardware to perform a load-key operation, a save-key operation, and a restore-key operation, the load-key operation including loading a cryptographic key from the one or more sources into the local key storage location, the save-key operation including copying the cryptographic key from the local key storage location to the backup key storage location, and the restore-key operation including copying the cryptographic key from the backup key storage location to the local key storage location, the execution hardware to perform the load-key operation in response to the load-key instruction, wherein the apparatus is operable in a state in which the local key storage location is unpowered and the content of the backup key storage location is maintained, wherein the apparatus further comprises control logic to cause a virtual machine exit in response to an attempt by a guest running in a virtual machine on the apparatus to execute the load-key instruction to load another cryptographic key into the local key storage location, to allow a virtual machine monitor to intercept the load-key instruction and load the other cryptographic key from the one or more sources into the local key storage location for use by the guest.
A method of producing a beverage concentrate, the method comprising: - contacting a plant material and/or plant extract with hot water to produce a beverage, wherein the concentration of the plant material and/or plant extract in the hot water is at least 100 grams per litre; - filtering the beverage to produce a filtrate; - contacting the beverage filtrate with a stabiliser to retain a solid in suspension; and - producing a microbiologically stable beverage concentrate from the beverage filtrate; characterised in that the water contacting the plant material and/or plant extract is at a temperature of at least 60°C, the beverage is filtered when it is at a temperature of at least 50°C, and producing a microbiologically stable beverage concentrate from the beverage filtrate comprises contacting the beverage filtrate with one or more preservative wherein the one or more preservative comprises ascorbic acid and the amount of ascorbic acid added to the beverage filtrate comprises between 0.5 and 50 grams of ascorbic acid per litre of beverage filtrate and causes the pH of beverage filtrate to be reduced to a pH of below 4.5, wherein when diluted with water the pH of the diluted beverage concentrate is above 4.5. - contacting a plant material and/or plant extract with hot water to produce a beverage, wherein the concentration of the plant material and/or plant extract in the hot water is at least 100 grams per litre; - filtering the beverage to produce a filtrate; - contacting the beverage filtrate with a stabiliser to retain a solid in suspension; and - producing a microbiologically stable beverage concentrate from the beverage filtrate;
Tyre tread which comprises a composition based on at least: - an elastomer matrix comprising a polyisoprene and an unsaturated thermoplastic styrene elastomer which represents at most 50% by weight of the elastomer matrix, which unsaturated thermoplastic styrene elastomer comprises at least one rigid styrene segment and at least one flexible isoprene segment, which at least one flexible isoprene segment has a glass transition temperature of less than -20°C, - a reinforcing filler, - a crosslinking system, wherein the content of unsaturated thermoplastic styrene elastomer represents from 5 to 50% by weight of the weight of the elastomer matrix. - an elastomer matrix comprising a polyisoprene and an unsaturated thermoplastic styrene elastomer which represents at most 50% by weight of the elastomer matrix, which unsaturated thermoplastic styrene elastomer comprises at least one rigid styrene segment and at least one flexible isoprene segment, which at least one flexible isoprene segment has a glass transition temperature of less than -20°C, - a reinforcing filler, - a crosslinking system,
A user terminal, communicating via a network including at least one forwarding device for forwarding a packet, and a control device for controlling said at least one forwarding device in accordance with a request from said at least one forwarding device, wherein the control device is adapted to set a processing rule for a packet with respect to at least one forwarding device for forwarding packets, said user terminal being characterized by comprising: a communication unit adapted to receive a processing rule specifying a process of adding, to a packet, quality information related to communication quality with respect to said user terminal, from said control device; a memory unit adapted to store said received processing rule; and a processing unit that in a case of communicating via said network, is adapted to add quality information to a packet in accordance with a processing rule that corresponds to said packet by referring to said processing rule stored in said memory unit. a communication unit adapted to receive a processing rule specifying a process of adding, to a packet, quality information related to communication quality with respect to said user terminal, from said control device; a memory unit adapted to store said received processing rule; and a processing unit that in a case of communicating via said network, is adapted to add quality information to a packet in accordance with a processing rule that corresponds to said packet by referring to said processing rule stored in said memory unit.
A method of operating a network entity in a wireless telecommunications system in which downlink communications from the network entity to terminal devices (1402, 1403) are made using a plurality of Orthogonal Frequency Division Multiplex, OFDM, sub-carriers spanning a system frequency bandwidth, and wherein the network entity supports communications with a first type of terminal device on a host carrier using OFDM sub-carriers distributed across the system frequency bandwidth and supports communications with a second type of terminal device on a restricted bandwidth carrier using OFDM sub-carriers distributed across a restricted frequency bandwidth, wherein the first type of terminal device and the second type of terminal device are types of terminal device having different operating bandwidths wherein the restricted frequency bandwidth is smaller than and within the system frequency bandwidth, and wherein the method comprises: selecting a transmission characteristic for transmissions to be made by the network entity to the second type of terminal device using the restricted bandwidth carrier; and conveying an indication of the transmission characteristic from the network entity to at least one other network entity (1401B, 1401C) of the wireless telecommunications system; wherein the transmission characteristic comprises frequency and / or time resources on which transmissions are to be made by the network entity to the second type of terminal device using the restricted bandwidth carrier; and wherein the indication of the transmission characteristic comprises an indication that transmissions are to be made by the network entity to the second type of terminal device using the restricted bandwidth carrier with a maximum transmission power threshold which is greater than a maximum transmission power threshold for contemporaneous transmissions to be made by the network entity to the first type of terminal device using the host carrier. selecting a transmission characteristic for transmissions to be made by the network entity to the second type of terminal device using the restricted bandwidth carrier; and conveying an indication of the transmission characteristic from the network entity to at least one other network entity (1401B, 1401C) of the wireless telecommunications system; wherein the transmission characteristic comprises frequency and / or time resources on which transmissions are to be made by the network entity to the second type of terminal device using the restricted bandwidth carrier; and wherein the indication of the transmission characteristic comprises an indication that transmissions are to be made by the network entity to the second type of terminal device using the restricted bandwidth carrier with a maximum transmission power threshold which is greater than a maximum transmission power threshold for contemporaneous transmissions to be made by the network entity to the first type of terminal device using the host carrier.
A friction material comprising a bio-soluble inorganic fiber, wherein the bio-soluble inorganic fiber means an inorganic fiber satisfying that the total amount of alkali metal oxides and alkaline earth metal oxides - which is the total amount of oxides of sodium, potassium, calcium, magnesium and barium - is 18% by mass or more in a chemical composition thereof, and that the mass half-life of the fiber having a length of longer than 20 μm is less than 10 days in a respiratory short-term biodurability test, or that the mass half-life of the fiber having a length of longer than 20 μm is less than 40 days in a short-term biodurability test at the time of intratracheal injection, or that there is no evidence of excessive carcinogenicity in an intraperitoneal test, or that there is no relating pathogenicity or tumor occurrence in a long-term respiration test according to Note Q of EU Commission Directive 97/69/EC which describes the exclusion from application of carcinogenicity, in an amount of 10% by volume or more and 9% by weight or more and a metal sulfide, and comprising 0.5% by weight or less of a copper component and 0.5% by weight or less of a metal fiber, and further comprising zinc.
An immunogen-encoding self-replicating RNA for use in a method of raising an immune response against the immunogen in a vertebrate wherein the RNA separately enters both (a) non-immune cells at a delivery site and (b) infiltrating immune cells, wherein said method comprises administering said immunogen-encoding RNA to the delivery site in skeletal muscle tissue in a vertebrate and then permitting immune cells to infiltrate the delivery site, provided that the RNA includes no modified nucleotides, except for any optional 5' cap structure, wherein the RNA is administered in combination with a delivery system comprising: (i) liposomes encapsulating the RNA; (ii) non-toxic and biodegradable polymer microparticles; and/or (iii) a submicron cationic oil-in-water emulsion, and wherein the self-replicating RNA encodes a RNA-dependent RNA polymerase which can transcribe RNA from the self-replicating RNA molecule, and wherein the RNA encodes an immunogen which can elicit an immune response against a bacterium, a virus, a fungus or a parasite. wherein the RNA is administered in combination with a delivery system comprising: (i) liposomes encapsulating the RNA; (ii) non-toxic and biodegradable polymer microparticles; and/or (iii) a submicron cationic oil-in-water emulsion, and wherein the self-replicating RNA encodes a RNA-dependent RNA polymerase which can transcribe RNA from the self-replicating RNA molecule, and wherein the RNA encodes an immunogen which can elicit an immune response against a bacterium, a virus, a fungus or a parasite.
A road vehicle comprising: a passenger compartment; an internal combustion engine provided with at least one exhaust duct, which originates from an exhaust manifold and has at least one exhaust gas treatment device; and an exhaust noise transmission device, which is provided with at least one transmission duct, which originates from the exhaust duct, and with a symposer device, which is arranged inside the transmission duct, is pneumatically insulating and is acoustically permeable; wherein an inlet of the transmission duct is arranged between the exhaust manifold and the exhaust gas treatment device, hence upstream of the exhaust gas treatment device; the road vehicle being characterized in that the transmission device comprises: a temperature sensor and/or a flow sensor arranged inside the transmission duct; and a control unit which, through the temperature sensor and/or the flow sensor diagnoses the presence of exhaust gas leaks in the transmission duct. a passenger compartment; an internal combustion engine provided with at least one exhaust duct, which originates from an exhaust manifold and has at least one exhaust gas treatment device; and an exhaust noise transmission device, which is provided with at least one transmission duct, which originates from the exhaust duct, and with a symposer device, which is arranged inside the transmission duct, is pneumatically insulating and is acoustically permeable; wherein an inlet of the transmission duct is arranged between the exhaust manifold and the exhaust gas treatment device, hence upstream of the exhaust gas treatment device; the road vehicle being characterized in that the transmission device comprises: a temperature sensor and/or a flow sensor arranged inside the transmission duct; and a control unit which, through the temperature sensor and/or the flow sensor diagnoses the presence of exhaust gas leaks in the transmission duct. a temperature sensor and/or a flow sensor arranged inside the transmission duct; and a control unit which, through the temperature sensor and/or the flow sensor diagnoses the presence of exhaust gas leaks in the transmission duct.
A method for a network node for forcing a connection failure declaration of a wireless connection between a user equipment and a wireless communication network via the network node, the method being a random access method initiated by the network node and comprising the step of: sending one or more commands to the user equipment, to perform random access procedure, the method is characterised by further comprising the step of: when receiving one or more access request messages from the user equipment as a response to the sent command, deliberately refraining to respond to the one or more received access request messages, which refrained response forces the user equipment to declare failure of the wireless connection, when no response to the one or more sent access request messages is received by the user equipment from the network node within a predetermined threshold value, the predetermined threshold value being represented by the maximum number of sent access requests not responded to or a time period during which the user equipment is to send the one or more access requests. sending one or more commands to the user equipment, to perform random access procedure, the method is characterised by further comprising the step of: when receiving one or more access request messages from the user equipment as a response to the sent command, deliberately refraining to respond to the one or more received access request messages, which refrained response forces the user equipment to declare failure of the wireless connection, when no response to the one or more sent access request messages is received by the user equipment from the network node within a predetermined threshold value, the predetermined threshold value being represented by the maximum number of sent access requests not responded to or a time period during which the user equipment is to send the one or more access requests. when receiving one or more access request messages from the user equipment as a response to the sent command, deliberately refraining to respond to the one or more received access request messages, which refrained response forces the user equipment to declare failure of the wireless connection, when no response to the one or more sent access request messages is received by the user equipment from the network node within a predetermined threshold value, the predetermined threshold value being represented by the maximum number of sent access requests not responded to or a time period during which the user equipment is to send the one or more access requests.
A method of transmitting a basic unit in uplink by a mobile station, MS, in an Orthogonal Frequency Division Multiple Access, OFDMA, wireless communication system, the method comprising: forming the basic unit which size is 4 subcarriers by 6 OFDMA symbols, the basic unit containing a plurality of pilot and data resource elements (REs); configuring the pilot REs for single stream in the basic unit at intervals of 3 subcarriers in a frequency axis and at intervals of 1 or 4 OFDMA symbols in a time axis; and transmitting the basic unit in uplink, wherein the RE is a time-frequency resource defined by one OFDMA symbol and one subcarrier, wherein the pilot and data REs are configured in the basic unit as in Pattern Table 1 expressed as follows: [Pattern Table 1] Basic unit 6 OFDMA symbols 4 subcarriers P - - - P - - - - - - - - - - - - - - P - - - P where "P" indicates the pilot RE for the single stream, "-" indicates the data RE. forming the basic unit which size is 4 subcarriers by 6 OFDMA symbols, the basic unit containing a plurality of pilot and data resource elements (REs); configuring the pilot REs for single stream in the basic unit at intervals of 3 subcarriers in a frequency axis and at intervals of 1 or 4 OFDMA symbols in a time axis; and transmitting the basic unit in uplink, wherein the RE is a time-frequency resource defined by one OFDMA symbol and one subcarrier, wherein the pilot and data REs are configured in the basic unit as in Pattern Table 1 expressed as follows: [Pattern Table 1] Basic unit 6 OFDMA symbols 4 subcarriers P - - - P - - - - - - - - - - - - - - P - - - P where "P" indicates the pilot RE for the single stream, "-" indicates the data RE.
A vector comprising: an isolated nucleic acid molecule having the nucleotide sequences corresponding respectively to the heavy chain CDR 1-3 SEQ ID NO: 31, SEQ ID NO: 32, and SEQ ID NO: 33; and an isolated nucleic acid molecule having the nucleotide sequences corresponding respectively to the light chain CDR 1-3 of SEQ ID NO: 34, SEQ ID NO: 35 and SEQ ID NO: 36, wherein the vector encodes an anti- Staphylococcal poly-N-acetyl glucosamine/dPNAG-binding antibody or antibody fragment. an isolated nucleic acid molecule having the nucleotide sequences corresponding respectively to the heavy chain CDR 1-3 SEQ ID NO: 31, SEQ ID NO: 32, and SEQ ID NO: 33; and an isolated nucleic acid molecule having the nucleotide sequences corresponding respectively to the light chain CDR 1-3 of SEQ ID NO: 34, SEQ ID NO: 35 and SEQ ID NO: 36, wherein the vector encodes an anti- Staphylococcal poly-N-acetyl glucosamine/dPNAG-binding antibody or antibody fragment.
A method of chromatographic quantitation of an analyte, comprising: a) flowing a first concentration of the analyte into a chromatographic column; b) detecting the analyte coming out from the chromatographic column by using a chromatographic detector; c) obtaining a first signal curve from the chromatographic detector, the first signal curve being a representation of the first concentration of the analyte detected by the chromatographic detector; and d) determining a first width of a first peak in the first signal curve at a first absolute height of the first peak using a computing device; the method characterized by further comprising: e) quantifying the first concentration of the analyte based on the first determined width of the first peak. a) flowing a first concentration of the analyte into a chromatographic column; b) detecting the analyte coming out from the chromatographic column by using a chromatographic detector; c) obtaining a first signal curve from the chromatographic detector, the first signal curve being a representation of the first concentration of the analyte detected by the chromatographic detector; and d) determining a first width of a first peak in the first signal curve at a first absolute height of the first peak using a computing device;