mhurhangee/patent-ind-claim-en huggingface dataset:
A pneumatic tire comprising: a plurality of sipes disposed in a land portion formed in a tread portion; and a plurality of pin holes for stud pins disposed in the land portion, the sipes being disposed at positions where a distance Ds from the pin hole and a diameter Dp of the pin hole satisfy a relationship of (Ds/Dp) ≥ 4.0, the sipe, among the plurality of sipes, in which the distance Ds from the pin hole and the diameter Dp of the pin hole satisfy a relationship of (Ds/Dp) ≤ 5.0, being defined as a pin hole neighboring sipe, characterised by the sipe of which the distance Ds from the pin hole is the smallest, among the sipes in which the distance Ds from the pin hole and the diameter Dp of the pin hole satisfy a relationship of (Ds/Dp) > 5.0, being defined as a normal sipe, and the pin hole neighboring sipe being formed in a high rigidity shape having higher rigidity than the normal sipe. a plurality of sipes disposed in a land portion formed in a tread portion; and a plurality of pin holes for stud pins disposed in the land portion, the sipes being disposed at positions where a distance Ds from the pin hole and a diameter Dp of the pin hole satisfy a relationship of (Ds/Dp) ≥ 4.0, the sipe, among the plurality of sipes, in which the distance Ds from the pin hole and the diameter Dp of the pin hole satisfy a relationship of (Ds/Dp) ≤ 5.0, being defined as a pin hole neighboring sipe, characterised by the sipe of which the distance Ds from the pin hole is the smallest, among the sipes in which the distance Ds from the pin hole and the diameter Dp of the pin hole satisfy a relationship of (Ds/Dp) > 5.0, being defined as a normal sipe, and the pin hole neighboring sipe being formed in a high rigidity shape having higher rigidity than the normal sipe.
A pharmaceutical composition comprising a therapeutically effective amount of rifaximin and a therapeutically effective amount of at least one alkaloid comprising piperine, tetrahydropiperine, cis-piperine, trans-piperine, cis-trans piperine, trans, cis -piperine, cis,cis- piperine, trans,trans-piperine or a combination thereof.
A method for routing communications within a telecommunications network 101, including: within a server system 100: routing a telecommunications message received at the server system 100 from a core network 105 for a mobile network operator for a first telephony subscriber identity to a simulated subscriber identity module associated with the first telephony subscriber identity; and performing the subsequent messaging routing in relation to the telecommunications message at the simulated subscriber identity module; wherein the first telephony subscriber identity is a unique identifier within the telecommunications network 101, the server system 100 includes a roaming network or simulates, at least in part, a roaming network, wherein the server system 100 includes a gateway that simulates telecommunications messaging flows, and wherein the server system 100 interconnects with the core network 105 via a signalling interface. within a server system 100: routing a telecommunications message received at the server system 100 from a core network 105 for a mobile network operator for a first telephony subscriber identity to a simulated subscriber identity module associated with the first telephony subscriber identity; and performing the subsequent messaging routing in relation to the telecommunications message at the simulated subscriber identity module; routing a telecommunications message received at the server system 100 from a core network 105 for a mobile network operator for a first telephony subscriber identity to a simulated subscriber identity module associated with the first telephony subscriber identity; and performing the subsequent messaging routing in relation to the telecommunications message at the simulated subscriber identity module; wherein the first telephony subscriber identity is a unique identifier within the telecommunications network 101, the server system 100 includes a roaming network or simulates, at least in part, a roaming network, wherein the server system 100 includes a gateway that simulates telecommunications messaging flows, and wherein the server system 100 interconnects with the core network 105 via a signalling interface.
Spectrum reservation circuitry for use in a source eNodeB or UE of a wireless communication system for establishing a downlink or uplink LTE- Licensed Assisted Access, LAA, connection for exchange of data with at least one destination UE, the circuitry comprising: control circuitry for performing a carrier status check to determine whether spectrum of an unlicensed carrier is occupied or available for use; transmit circuitry configured to transmit, on the unlicensed carrier, an LAA Request to Send signal to a plurality of destination UEs dependent upon the carrier status check determining that the spectrum of the unlicensed carrier is available for use; and receive circuitry configured to receive, on the unlicensed carrier, an LAA Clear to Send signal from at least a subset of more than one destination UE of the plurality of destination UEs in response to the Request to Send signal and depending upon availability of the spectrum of the unlicensed carrier as determined by respective ones of the plurality of destination UEs; wherein the received LAA Clear to Send signal is multiplexed and wherein the multiplexed LAA Clear to Send Signal comprises reference symbols corresponding to a respective one of the at least the subset of the plurality of destination UEs, and wherein the plurality of individual Clear to Send signals corresponding to the at least the subset of the plurality of destination UEs are multiplexed onto a fraction of an OFDM symbol or a single OFDM symbol across at least a portion of the unlicensed spectrum bandwidth using at least one of: IFDMA, FDMA, TDMA and CDMA. control circuitry for performing a carrier status check to determine whether spectrum of an unlicensed carrier is occupied or available for use; transmit circuitry configured to transmit, on the unlicensed carrier, an LAA Request to Send signal to a plurality of destination UEs dependent upon the carrier status check determining that the spectrum of the unlicensed carrier is available for use; and receive circuitry configured to receive, on the unlicensed carrier, an LAA Clear to Send signal from at least a subset of more than one destination UE of the plurality of destination UEs in response to the Request to Send signal and depending upon availability of the spectrum of the unlicensed carrier as determined by respective ones of the plurality of destination UEs; wherein the received LAA Clear to Send signal is multiplexed and wherein the multiplexed LAA Clear to Send Signal comprises reference symbols corresponding to a respective one of the at least the subset of the plurality of destination UEs, and wherein the plurality of individual Clear to Send signals corresponding to the at least the subset of the plurality of destination UEs are multiplexed onto a fraction of an OFDM symbol or a single OFDM symbol across at least a portion of the unlicensed spectrum bandwidth using at least one of: IFDMA, FDMA, TDMA and CDMA.
A switching method, comprising: determining , by a source network device , N candidate network devices based on broadcast channel quality information of candidate network devices and a neighboring relation table, sending , by the source network device , a first measurement parameter to a terminal device to indicate an attribute of the N determined candidate network devices needing to be measured by the terminal device , receiving , by the source network device , from the terminal device N pieces of data channel quality information, wherein the N pieces of data channel quality information are in a one-to-one correspondence with the N candidate network devices, each of the N pieces of data channel quality information is used to indicate coverage quality of a data channel between a terminal device and a candidate network device corresponding to the data channel quality information, and N is an integer greater than or equal to 1; and determining , by the source network device based on the N pieces of data channel quality information, one of the N candidate network devices as a target network device, wherein the target network device is a network device to which the terminal device is to be switched from the source network device . determining , by a source network device , N candidate network devices based on broadcast channel quality information of candidate network devices and a neighboring relation table, sending , by the source network device , a first measurement parameter to a terminal device to indicate an attribute of the N determined candidate network devices needing to be measured by the terminal device , receiving , by the source network device , from the terminal device N pieces of data channel quality information, wherein the N pieces of data channel quality information are in a one-to-one correspondence with the N candidate network devices, each of the N pieces of data channel quality information is used to indicate coverage quality of a data channel between a terminal device and a candidate network device corresponding to the data channel quality information, and N is an integer greater than or equal to 1; and determining , by the source network device based on the N pieces of data channel quality information, one of the N candidate network devices as a target network device, wherein the target network device is a network device to which the terminal device is to be switched from the source network device .
A microelectronic circuit comprising at least: - a stack of a lower circuit tier , an intermediate circuit tier , and an upper circuit tier , distinct from each other and such that the intermediate circuit tier is disposed between the lower circuit tier and the upper circuit tier , - a matrix of devices configured to output and/or receive as an input analogue electrical signals, made in the upper circuit tier , - an analogue amplification and/or processing circuit made in the lower circuit tier , - a digital processing circuit made in the intermediate circuit tier , - an analogue-to-digital and/or digital-to-analogue conversion circuit formed by microelectronic components made in the lower circuit tier and/or in the intermediate circuit tier , and comprising inputs and outputs electrically coupled to inputs and/or outputs of the analogue amplification and/or processing circuit and to inputs and/or outputs of the digital processing circuit , - electrical interconnections passing through the intermediate circuit tier and electrically coupling inputs and/or outputs of the analogue amplification and/or processing circuit to inputs and/or outputs of the devices . - a stack of a lower circuit tier , an intermediate circuit tier , and an upper circuit tier , distinct from each other and such that the intermediate circuit tier is disposed between the lower circuit tier and the upper circuit tier , - a matrix of devices configured to output and/or receive as an input analogue electrical signals, made in the upper circuit tier , - an analogue amplification and/or processing circuit made in the lower circuit tier , - a digital processing circuit made in the intermediate circuit tier , - an analogue-to-digital and/or digital-to-analogue conversion circuit formed by microelectronic components made in the lower circuit tier and/or in the intermediate circuit tier , and comprising inputs and outputs electrically coupled to inputs and/or outputs of the analogue amplification and/or processing circuit and to inputs and/or outputs of the digital processing circuit , - electrical interconnections passing through the intermediate circuit tier and electrically coupling inputs and/or outputs of the analogue amplification and/or processing circuit to inputs and/or outputs of the devices .
A method for controlling vehicle functionalities by means of a touch interface unit arranged in the vehicle compartment of a vehicle , the method comprising the steps of: - determining (S1) a current vehicle operating mode for the vehicle ; - determining (S2) a vehicle functionality associated with the current vehicle operating mode; - determining (S3), from a predefined number of control functions, at least one control function for controlling the vehicle functionality; and - controlling (S4) the touch interface unit to display a touch functionality associated with said at least one control function for enabling control of said vehicle functionality associated with the vehicle operating mode, - determining a vehicle speed of the vehicle ; and the vehicle comprising a vehicle operation switch is arranged in the vehicle compartment at a remote distance from the touch interface unit , the method is caracterised in that it further comprising the steps of - comparing the vehicle speed with a predetermined threshold; - determining that the current vehicle operating mode is a driving mode for the vehicle if the vehicle speed is higher than the predetermined threshold; and - controlling an engine stop function of a vehicle engine to be operated from the vehicle operation switch if the vehicle is in the driving mode; - inhibiting the touch interface unit from displaying the functionality associated with the engine stop function if the vehicle is in the driving mode. - determining (S1) a current vehicle operating mode for the vehicle ; - determining (S2) a vehicle functionality associated with the current vehicle operating mode; - determining (S3), from a predefined number of control functions, at least one control function for controlling the vehicle functionality; and - controlling (S4) the touch interface unit to display a touch functionality associated with said at least one control function for enabling control of said vehicle functionality associated with the vehicle operating mode, - determining a vehicle speed of the vehicle ; and - comparing the vehicle speed with a predetermined threshold; - determining that the current vehicle operating mode is a driving mode for the vehicle if the vehicle speed is higher than the predetermined threshold; and - controlling an engine stop function of a vehicle engine to be operated from the vehicle operation switch if the vehicle is in the driving mode; - inhibiting the touch interface unit from displaying the functionality associated with the engine stop function if the vehicle is in the driving mode.
A method for purifying a biological feedstock comprising acylglycerols, free fatty acids and nitrogen containing compounds, the method comprising the steps: a) subjecting the feedstock to a first separation step and separating from said feedstock a first fraction comprising free fatty acids and nitrogen containing compounds, and collecting the residue comprising acylglycerols, b) collecting the separated first fraction and reacting said first fraction in a reaction step with glycerol to obtain acylglycerols from the free fatty acid, c) feeding said first fraction after said reaction step to a second separation step and separating a second fraction comprising nitrogen containing compounds, which is discharged as a waste-product, d) collecting the remains from said second separation step containing formed acylglycerols, to obtain a purified biological feed containing the collected acylglycerols from step a), containing reduced amount of free fatty acids and nitrogen containing compounds compared to the biological feedstock. a) subjecting the feedstock to a first separation step and separating from said feedstock a first fraction comprising free fatty acids and nitrogen containing compounds, and collecting the residue comprising acylglycerols, b) collecting the separated first fraction and reacting said first fraction in a reaction step with glycerol to obtain acylglycerols from the free fatty acid, c) feeding said first fraction after said reaction step to a second separation step and separating a second fraction comprising nitrogen containing compounds, which is discharged as a waste-product, d) collecting the remains from said second separation step containing formed acylglycerols,
A control device configured to control a vehicle coolant circuit including a water pump configured to circulate a coolant, a plurality of heat sources configured to heat the coolant, a heat using portion configured to use heat of the coolant, and a coolant passage configured to connect the water pump , the heat sources, and the heat using portion, the control device comprising a processor (6; 6a) configured to: calculate (S3) a target coolant temperature and control the heat sources based on the target coolant temperature; and characterized in that the control device is configured to correct (S4) the target coolant temperature in consideration of a loss of the heat of the coolant in the coolant passage , wherein the processor (6; 6a) is configured to calculate, based on a coolant flow rate (F1,F2,F3) and an outside air temperature (Tam), a correction value (C1,C2,C3) for correcting the target coolant temperature in consideration of the loss of the heat of the coolant in the coolant passage . calculate (S3) a target coolant temperature and control the heat sources based on the target coolant temperature; and characterized in that the control device is configured to correct (S4) the target coolant temperature in consideration of a loss of the heat of the coolant in the coolant passage , wherein the processor (6; 6a) is configured to calculate, based on a coolant flow rate (F1,F2,F3) and an outside air temperature (Tam), a correction value (C1,C2,C3) for correcting the target coolant temperature in consideration of the loss of the heat of the coolant in the coolant passage .
A method for detecting 5-hydroxymethylated cytosine in a nucleic acid, the method comprising: a) providing a nucleic acid that is hemimethylated, said nucleic acid comprising cytosine, (i) a parental strand comprising 5-hydroxymethylated cytosine and (ii) a daughter strand which is unmethylated and unhydroxymethylated; b) treating said nucleic acid with an enzyme that adds a methyl group to the daughter strand, wherein said enzyme does not add a hydroxymethyl group to said daughter strand; c) treating said nucleic acid to convert unmodified cytosine to uracil or thymidine; d) sequencing said daughter strand; and e) comparing a sequence from said daughter strand to a reference to detect 5-hydroxymethylated cytosine. a) providing a nucleic acid that is hemimethylated, said nucleic acid comprising cytosine, (i) a parental strand comprising 5-hydroxymethylated cytosine and (ii) a daughter strand which is unmethylated and unhydroxymethylated; b) treating said nucleic acid with an enzyme that adds a methyl group to the daughter strand, wherein said enzyme does not add a hydroxymethyl group to said daughter strand; c) treating said nucleic acid to convert unmodified cytosine to uracil or thymidine; d) sequencing said daughter strand; and e) comparing a sequence from said daughter strand to a reference to detect 5-hydroxymethylated cytosine.
A wheel cover quick mount assembly for a wheel of a passenger vehicle, the wheel cover quick mount assembly comprising: a receiver having a plurality of posts and a spring ; and a wheel cover assembly having a wheel cover and an engagement plate , the engagement plate having a plurality of openings configured to engage the engagement plate to the plurality of posts , such that the wheel cover covers the wheel of the passenger vehicle, the engagement plate configured to receive a positive feedback from the spring characterised in that the spring is adapted to be assembled onto a rim of the wheel and to provide a spring bias against the engagement plate . a receiver having a plurality of posts and a spring ; and a wheel cover assembly having a wheel cover and an engagement plate , the engagement plate having a plurality of openings configured to engage the engagement plate to the plurality of posts , such that the wheel cover covers the wheel of the passenger vehicle, the engagement plate configured to receive a positive feedback from the spring characterised in that the spring is adapted to be assembled onto a rim of the wheel and to provide a spring bias against the engagement plate .
Horological assembly including a mechanical and/or electronic horological movement and a watch setting device arranged to be temporarily pressed onto the crystal of a watch including a plurality of display means , said device being arranged to enable the user to view said display means of said watch during the setting of said watch, said device including at least one indexing mark for the angular indexing thereof relative to a reference of said watch, said device including, for at least one particular display of said watch, at least one complementary piece of information relative to said particular display of said watch to facilitate the setting of said particular display considered, characterised in that said device includes a plurality of plastic films placed one on top of the other, each film corresponding to at least one particular display of said watch, the plastic films being placed one on top of the other and joined to one another by at least one join point , each film further comprising a gripping tab .
Signal generating device for generating measurement signals for electrical systems , comprising: a) a casing comprising an electroconductive material, b) an energy storage , which is arranged in the casing , c) a data interface , which is arranged on the casing and which is designed to receive signal data , d) a coupling interface , which is arranged on the casing and which can be coupled to the electrical system , and e) a signal generator , which is arranged in the casing , wherein the signal generating device comprises a number of load simulations which are arranged in the casing and which are electrically arranged between the coupling interface and the signal generator , characterized in in that the signal generator is coupled to the electrical energy storage and the data interface and the coupling interface , wherein the signal generator designed in such a way to generate the measurement signals on the basis of the signal data and to transmit them via the data interface to the coupling interface , wherein the load simulations have a first input line and a second input line on the input side, wherein the first input line is coupled to the signal generator and wherein the second input line has a terminating resistor , wherein the load simulations have an input switch which is designed to connect the first input line or the second input line in each case in a controlled manner. a) a casing comprising an electroconductive material, b) an energy storage , which is arranged in the casing , c) a data interface , which is arranged on the casing and which is designed to receive signal data , d) a coupling interface , which is arranged on the casing and which can be coupled to the electrical system , and e) a signal generator , which is arranged in the casing ,