mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: in a cryptologic hardware security system: determining, with processing circuitry, to rewrite original data in a selected block (B2, 106, 202) of a blockchain with altered data different than the original data previously stored in the selected block; identifying a specific block of the blockchain, the specific block comprising: a first integrity output (IC(B0), ..., IC(Bn-1)) and a second integrity output (IC(B0), ..., IC(Bn-1)); determining, with the processing circuitry and using a first key secret , collision data including the altered data, the collision data: coding-consistent with the first integrity output; and coding-inconsistent with the second integrity output, the first and second integrity outputs generated responsive to and coding-consistent with the original data; and performing, with the processing circuitry, a tamper-evident rewrite of the blockchain by replacing the original data with the collision data. determining, with processing circuitry, to rewrite original data in a selected block (B2, 106, 202) of a blockchain with altered data different than the original data previously stored in the selected block; identifying a specific block of the blockchain, the specific block comprising: a first integrity output (IC(B0), ..., IC(Bn-1)) and a second integrity output (IC(B0), ..., IC(Bn-1)); determining, with the processing circuitry and using a first key secret , collision data including the altered data, the collision data: coding-consistent with the first integrity output; and coding-inconsistent with the second integrity output, the first and second integrity outputs generated responsive to and coding-consistent with the original data; and coding-consistent with the first integrity output; and coding-inconsistent with the second integrity output, the first and second integrity outputs generated responsive to and coding-consistent with the original data; and performing, with the processing circuitry, a tamper-evident rewrite of the blockchain by replacing the original data with the collision data.
A process for enhancing reshaping efficiency such as strong wave intensity and many curls of keratin fibers, preferably hair, comprising the steps of: (i) applying onto the keratin fibers a composition comprising (a) at least one diol selected from C 4-5 diols, and (b) at least one monovalent alcohol, wherein the (b) monovalent alcohol is a C 2-4 aliphatic monovalent alcohol, and wherein the weight ratio of the amount of the (a) diol / the amount of the (b) monovalent alcohol(s) in the composition is from 0.5 to 5, and the composition has a pH of from 9.0 to 11.0; (ii) heating the keratin fibers; and (iii) optionally rinsing and/or drying the keratin fibers, with the proviso that the composition comprises no reducing agent. (i) applying onto the keratin fibers a composition comprising (a) at least one diol selected from C 4-5 diols, and (b) at least one monovalent alcohol, wherein the (b) monovalent alcohol is a C 2-4 aliphatic monovalent alcohol, and wherein the weight ratio of the amount of the (a) diol / the amount of the (b) monovalent alcohol(s) in the composition is from 0.5 to 5, and the composition has a pH of from 9.0 to 11.0; (ii) heating the keratin fibers; and (iii) optionally rinsing and/or drying the keratin fibers,
Error detection unit for a satellite receiver for detecting cabling errors, the error detection unit comprising: a current sensor configured to measure a supply current for a low noise block downconverter, LNB , that is connected to the satellite receiver , and a control unit configured to store as reference current value a current value of the supply current measured by the current sensor during a first time installation of the satellite receiver and to compare an operating current value measured by the current sensor during normal operation of the satellite receiver with the stored reference current value , the control unit being further configured to output a warning signal if the operating current value is larger than the reference current value by at least a current threshold value . a current sensor configured to measure a supply current for a low noise block downconverter, LNB , that is connected to the satellite receiver , and a control unit configured to store as reference current value a current value of the supply current measured by the current sensor during a first time installation of the satellite receiver and to compare an operating current value measured by the current sensor during normal operation of the satellite receiver with the stored reference current value , the control unit being further configured to output a warning signal if the operating current value is larger than the reference current value by at least a current threshold value .
Building , comprising at least one living space (Ls1), separated from an outside space by at least one outer wall , wherein at least one heat exchanger unit is provided and wherein at least one ventilator is provided for said heat exchanger unit , for forcing air through a heat exchanger of the heat exchanger unit , wherein an air outlet duct is connected to the heat exchanger unit for allowing air to be expelled from the at least one living space (Ls1) through the heat exchanger , such that heat can be exchanged in the heat exchanger between air flowing into the at least one living space (Ls1) and air being expelled from said at least one living space (Ls1), characterized in that the at least one heat exchanger unit is provided at said outer wall , wherein in said at least one living space (Ls1) at least one sensor unit is provided for assessment of noise in said at least one living space (Ls1) and control of the at least one ventilator and/or the at least one heat exchanger unit based on the assessed noise level in said living space (Ls1), wherein said at least one sensor unit is preferably also provided for assessment of air quality in said at least one living space (Ls1) and control of the at least one ventilator and/or the at least one heat exchanger unit based on the assessed air quality in said living space (Ls1).
Compounds of formula (I) wherein X, Y, Z are annular atoms comprised in a five-membered carbocyclic or heterocyclic ring, selected from the group consisting of CH, NH, N, O, S; said heterocyclic ring selected from the group consisting of imidazolyl, pyrazolyl, thiazolyl, isoxazolyl, and the corresponding dihydro- and tetrahydro derivatives; said carbocyclic or heterocyclic ring being optionally substituted with amino (C 1 -C 4 ) linear or branched alkyl or guanidine or guanidino (C 1 -C 4 ) linear or branched alkyl; n is 0 or 1; R is H or OH; the dotted line represents an optional double bond C=C; the thick line represents a bond in the β configuration; the wavy line represents a bond both in the α and β configuration; or pharmaceutically acceptable salts, solvates, or hydrates thereof. wherein X, Y, Z are annular atoms comprised in a five-membered carbocyclic or heterocyclic ring, selected from the group consisting of CH, NH, N, O, S; said heterocyclic ring selected from the group consisting of imidazolyl, pyrazolyl, thiazolyl, isoxazolyl, and the corresponding dihydro- and tetrahydro derivatives; said carbocyclic or heterocyclic ring being optionally substituted with amino (C 1 -C 4 ) linear or branched alkyl or guanidine or guanidino (C 1 -C 4 ) linear or branched alkyl; n is 0 or 1; R is H or OH; the dotted line represents an optional double bond C=C; the thick line represents a bond in the β configuration; the wavy line represents a bond both in the α and β configuration; or pharmaceutically acceptable salts, solvates, or hydrates thereof.
A process for improving the shrinkage of a rotomolding composition, the process comprising: contacting at least one metallocene-catalyzed polyolefin polymer and from 1 to 7,500 ppm by weight of at least one adhesion promoter, the at least one adhesion promoter comprising a propylene-based elastomer, to produce the rotomolding composition, recovering the rotomolding composition, transferring the rotomolding composition to a mold, and rotomolding an article from the rotomolding composition, wherein the propylene-based elastomer comprises propylene and from 5 wt% to 25 wt% of one or more comonomers selected from ethylene and/or C 4 -C 12 α-olefins, based upon the total weight of the elastomer, and has one or more of the following properties: a) a Tm of less than 115°C; b) a heat of fusion of at least 0.5 J/g or less than 75 J/g; c) a triad tacticity of three propylene units of 75% or greater; d) a crystallinity of from 0.5% to 40.0%; and e) an MFR of from 10 to 50 g/10min. a) a Tm of less than 115°C; b) a heat of fusion of at least 0.5 J/g or less than 75 J/g; c) a triad tacticity of three propylene units of 75% or greater; d) a crystallinity of from 0.5% to 40.0%; and e) an MFR of from 10 to 50 g/10min.
Use of a membrane gas separator for air conditioning-heating-ventilation technology for separating gas bubbles, which may contain a flammable gas, from a flowing aqueous liquid for transferring heat from or to a refrigeration circuit, the refrigeration circuit being operated with a flammable refrigerant, the membrane separator comprising - at least one chamber for collecting separated gas components containing refrigerant, - a fume cupboard for the separated gas containing refrigerant - a composite membrane in the flow path of the gas to be separated, which is composed of at least two layers, of which at least one layer is formed from a ceramic layer of zeolite and at least one further layer is formed from a rubber-like polymer membrane - and the at least one layer of the ceramic layer of zeolite is provided as the first layer in the flow path of the gas to be separated, - downstream of the further layer of a rubbery polymer membrane in the flow path is the chamber for collecting separated gas components, which has a connection that is connected to an exhaust under negative pressure. characterised in that - the flammable gas components containing refrigerant are adsorbed in the ceramic zeolite layer either from the gas phase or from the liquid phase, - subsequently in the flow path of the gas to be separated, the further layer of a rubber-like polymer membrane is formed as a diffusion layer. - at least one chamber for collecting separated gas components containing refrigerant, - a fume cupboard for the separated gas containing refrigerant - a composite membrane in the flow path of the gas to be separated, which is composed of at least two layers, of which at least one layer is formed from a ceramic layer of zeolite and at least one further layer is formed from a rubber-like polymer membrane - and the at least one layer of the ceramic layer of zeolite is provided as the first layer in the flow path of the gas to be separated, - downstream of the further layer of a rubbery polymer membrane in the flow path is the chamber for collecting separated gas components, which has a connection that is connected to an exhaust under negative pressure. characterised in that - the flammable gas components containing refrigerant are adsorbed in the ceramic zeolite layer either from the gas phase or from the liquid phase, - subsequently in the flow path of the gas to be separated, the further layer of a rubber-like polymer membrane is formed as a diffusion layer.
A user equipment, UE, for sounding reference signal, SRS, triggering, comprising: a radio frequency, RF, signal processing device, receiving a first slot offset information and a second slot offset information from a network node, wherein the first slot offset information is configured through a radio resource control, RRC, information element, IE, to indicate a first time difference between a down link control information, DCI, and a reference slot, and the second slot offset information indicates a second time difference between the reference slot and a SRS resource; and a processor, coupled to the RF signal processing device and triggering a SRS transmission for the SRS resource according to the first slot offset information and the second slot offset information when the RF signal processing device receives the DCI. a radio frequency, RF, signal processing device, receiving a first slot offset information and a second slot offset information from a network node, wherein the first slot offset information is configured through a radio resource control, RRC, information element, IE, to indicate a first time difference between a down link control information, DCI, and a reference slot, and the second slot offset information indicates a second time difference between the reference slot and a SRS resource; and a processor, coupled to the RF signal processing device and triggering a SRS transmission for the SRS resource according to the first slot offset information and the second slot offset information when the RF signal processing device receives the DCI.
A method of random access preamble selection, performed by a wireless device , comprising: receiving a plurality of random access preamble configuration parameters from an access node ; determining which one of a plurality of grouping schemes random access preambles are grouped in accordance with, wherein different grouping schemes are associated with different types of group selection criteria, wherein the plurality of grouping schemes comprise first and second grouping schemes associated with respective types of group selection criteria in which selection of a group is according to at least a size of a pending transmission from the wireless device and according to a coverage enhancement level of the wireless device , respectively, wherein determining which one of the plurality of grouping schemes the random access preambles are grouped in accordance with is based on a comparison of at least two of the random access preamble configuration parameters; selecting , from among groups of the random access preambles as defined in accordance with the determined grouping scheme , a group based on the type of group selection criteria associated with the determined grouping scheme ; and attempting random access to a base station using a random access preamble selected from the selected group . receiving a plurality of random access preamble configuration parameters from an access node ; determining which one of a plurality of grouping schemes random access preambles are grouped in accordance with, wherein different grouping schemes are associated with different types of group selection criteria, wherein the plurality of grouping schemes comprise first and second grouping schemes associated with respective types of group selection criteria in which selection of a group is according to at least a size of a pending transmission from the wireless device and according to a coverage enhancement level of the wireless device , respectively, wherein determining which one of the plurality of grouping schemes the random access preambles are grouped in accordance with is based on a comparison of at least two of the random access preamble configuration parameters; selecting , from among groups of the random access preambles as defined in accordance with the determined grouping scheme , a group based on the type of group selection criteria associated with the determined grouping scheme ; and attempting random access to a base station using a random access preamble selected from the selected group .
A resource pool determination method, comprising: obtaining, by a first terminal device , first configuration information, wherein the first configuration information is used to configure parameters of a second resource pool, and wherein the parameters comprise information of a Bandwidth Part, BWP, associated with the second resource pool; after obtaining the first configuration information, obtaining, by the first terminal device , first indication information, wherein the first indication information is used to instruct to activate the second resource pool, wherein the first indication information is carried in in downlink information from a network device; and performing, by the first terminal device , according to the first indication information, sidelink communication by using the second resource pool, wherein the information of the BWP comprises a numerology supported by the BWP. obtaining, by a first terminal device , first configuration information, wherein the first configuration information is used to configure parameters of a second resource pool, and wherein the parameters comprise information of a Bandwidth Part, BWP, associated with the second resource pool; after obtaining the first configuration information, obtaining, by the first terminal device , first indication information, wherein the first indication information is used to instruct to activate the second resource pool, wherein the first indication information is carried in in downlink information from a network device; and performing, by the first terminal device , according to the first indication information, sidelink communication by using the second resource pool, wherein the information of the BWP comprises a numerology supported by the BWP.
Recharging method for a lead-acid storage battery arranged in a vehicle (Vh) comprising a step of detecting a level of sulfation, in particular a reversible level of sulfation of the battery, said step comprising a sub-step of incrementing a value (Ct) of a time counter (Cpt) relating to periods in which the vehicle (Vh) is in use and parked, the method comprising a step of triggering a battery desulfation charge when said incremented value (Ct) is higher than or equal to a threshold value (Cs), said method being characterized in that the incrementation sub-step comprises: - a phase of determining a weighted duration (Tpk) of the period in which the vehicle (Vh) is parked; - a phase of determining a weighted duration (Tpu) of the period in which the vehicle (Vh) is in use; - a phase of determining the value (Ct) of the time counter (Cpt) from the weighted durations (Tpk, Tpu) determined from the periods in which the vehicle (Vh) is parked and in use, respectively, the phase of determining a weighted duration (Tpu) of the period in which the vehicle (Vh) is in use comprising: - a sub-phase of estimating a duration (Tu) relating to the period in which the vehicle (Vh) is in use; - a sub-phase of measuring a state of charge (SOCu) of the battery during the period of use; - a sub-phase of determining a weighting coefficient (Cfu) of the duration in which the vehicle (Vh) is in use according to a measured state of charge (SOCu) of the battery and state of charge thresholds (Su1, Su2); - a sub-phase of calculating a weighted duration (Tpu) relating to the period in which the vehicle (Vh) is in use according to the estimated duration (Tu) and the weighting coefficient (Cfu). - a phase of determining a weighted duration (Tpk) of the period in which the vehicle (Vh) is parked; - a phase of determining a weighted duration (Tpu) of the period in which the vehicle (Vh) is in use; - a phase of determining the value (Ct) of the time counter (Cpt) from the weighted durations (Tpk, Tpu) determined from the periods in which the vehicle (Vh) is parked and in use, respectively, - a sub-phase of estimating a duration (Tu) relating to the period in which the vehicle (Vh) is in use; - a sub-phase of measuring a state of charge (SOCu) of the battery during the period of use; - a sub-phase of determining a weighting coefficient (Cfu) of the duration in which the vehicle (Vh) is in use according to a measured state of charge (SOCu) of the battery and state of charge thresholds (Su1, Su2); - a sub-phase of calculating a weighted duration (Tpu) relating to the period in which the vehicle (Vh) is in use according to the estimated duration (Tu) and the weighting coefficient (Cfu).
A method for analyzing hemoglobin in a blood sample by liquid chromatography comprising subjecting the flow path of the liquid chromatography to a surface treatment with a liquid in which is dissolved a surface treating agent having a molecular weight of 200 or less and having two or more chemical structures in each of which a hydroxy group (-OH) and an oxo group (=O) are respectively bonded directly to one phosphorus (P) atom, wherein the surface treatment is carried out before, or simultaneously with, hemoglobin analysis of the blood sample and wherein the surface treatment agent is bound to metallic portions of the flow path.
A roof structure that constitutes a roof of a vehicle, the vehicle roof structure comprising: a pair of roof side rails that is arranged to be separated in a width direction (Y) of a vehicle body and each constitute a framework of a side portion of the roof ; a front header and a rear header that are arranged to be separated in a longitudinal direction (X) of the vehicle body and respectively constitute frameworks in a front end portion and a rear end portion of the roof ; a roof panel that covers an opening formed by the pair of roof side rails , the front header , and the rear header ; and an annular frame that is joined to a circumferential edge of the roof panel and supports said roof panel , wherein the annular frame has higher rigidity than the roof panel , is arranged in the opening , and is joined to the pair of roof side rails , the front header , and the rear header , wherein the annular frame has a body portion that has a cross-sectional shape including: a panel joint portion that extends along a surface of the circumferential edge of the roof panel and is joined to said circumferential edge; and a vertical plate portion that extends from said panel joint portion in a vertical direction (Z) of the vehicle body , characterised in that the body portion has a hollow closed cross-sectional shape that is formed by a pair of the panel joint portions and a pair of the vertical plate portions . a pair of roof side rails that is arranged to be separated in a width direction (Y) of a vehicle body and each constitute a framework of a side portion of the roof ; a front header and a rear header that are arranged to be separated in a longitudinal direction (X) of the vehicle body and respectively constitute frameworks in a front end portion and a rear end portion of the roof ; a roof panel that covers an opening formed by the pair of roof side rails , the front header , and the rear header ; and an annular frame that is joined to a circumferential edge of the roof panel and supports said roof panel , wherein the annular frame has higher rigidity than the roof panel , is arranged in the opening , and is joined to the pair of roof side rails , the front header , and the rear header , wherein the annular frame has a body portion that has a cross-sectional shape including: a panel joint portion that extends along a surface of the circumferential edge of the roof panel and is joined to said circumferential edge; and a vertical plate portion that extends from said panel joint portion in a vertical direction (Z) of the vehicle body , characterised in that the body portion has a hollow closed cross-sectional shape that is formed by a pair of the panel joint portions and a pair of the vertical plate portions . a panel joint portion that extends along a surface of the circumferential edge of the roof panel and is joined to said circumferential edge; and a vertical plate portion that extends from said panel joint portion in a vertical direction (Z) of the vehicle body , characterised in that the body portion has a hollow closed cross-sectional shape that is formed by a pair of the panel joint portions and a pair of the vertical plate portions .