mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle comprising: - a front axle with a pair of front wheels (x11, x12) having a track width adjustable between a wide track and a narrow track; - a rear axle with at least one rear wheel (x21); - steering means configured to control the turn of the rear wheel (x21) when the front wheels (x11, x12) are set to the narrow track; - track width control means configured to change the track width of the front wheels (x11, x12) and to change the wheel base between the front axle and the rear axle such that for the wide track of the front wheels (x11, x12) the wheel base is longer than for the narrow track of the front wheels (x11, x12); - a locking mechanism (x81) configured to lock the track width; - wherein each of the front wheels (x11, x12) is connected to a dedicated front wheel motor (x61, x62) for driving that front wheel and to a dedicated front wheel brake (x71, x72) for breaking that front wheel (x11, x12); and - wherein the track width control means are configured to change the track width of the front wheels (x11, x12) by controlling the front wheel motors (x61, x62) and the front wheel brakes (x71, x72). - a front axle with a pair of front wheels (x11, x12) having a track width adjustable between a wide track and a narrow track; - a rear axle with at least one rear wheel (x21); - steering means configured to control the turn of the rear wheel (x21) when the front wheels (x11, x12) are set to the narrow track; - track width control means configured to change the track width of the front wheels (x11, x12) and to change the wheel base between the front axle and the rear axle such that for the wide track of the front wheels (x11, x12) the wheel base is longer than for the narrow track of the front wheels (x11, x12); - a locking mechanism (x81) configured to lock the track width; - wherein each of the front wheels (x11, x12) is connected to a dedicated front wheel motor (x61, x62) for driving that front wheel and to a dedicated front wheel brake (x71, x72) for breaking that front wheel (x11, x12); and - wherein the track width control means are configured to change the track width of the front wheels (x11, x12) by controlling the front wheel motors (x61, x62) and the front wheel brakes (x71, x72).
A method for wireless communications by a user equipment, UE, comprising: receiving information regarding at least one narrow band, selected from a number of narrow bands (1302; 1306; 1310; 1402; 1408; 1502; 1512; 1602; 1702) partitioned from an available system bandwidth, for communications with at least one network entity; and communicating with the at least one network entity using the at least one narrow band, characterized in that the UE operates at a bandwidth narrower than the available system bandwidth, the information comprising: a first field indicating an index of the selected narrow band; and a second field indicating a resource allocation within the selected narrow band, wherein the resource allocation comprises an allocation of resource blocks within the selected narrow band, wherein use of different narrow bands for communications between the UE and the network entity in adjacent subframes is prohibited. receiving information regarding at least one narrow band, selected from a number of narrow bands (1302; 1306; 1310; 1402; 1408; 1502; 1512; 1602; 1702) partitioned from an available system bandwidth, for communications with at least one network entity; and communicating with the at least one network entity using the at least one narrow band, characterized in that the UE operates at a bandwidth narrower than the available system bandwidth, the information comprising: a first field indicating an index of the selected narrow band; and a second field indicating a resource allocation within the selected narrow band, wherein the resource allocation comprises an allocation of resource blocks within the selected narrow band, a first field indicating an index of the selected narrow band; and a second field indicating a resource allocation within the selected narrow band, wherein the resource allocation comprises an allocation of resource blocks within the selected narrow band, wherein use of different narrow bands for communications between the UE and the network entity in adjacent subframes is prohibited.
A method for configuring channel access parameters in a wireless communication system, the method comprising: selecting , at an access point: a first enhanced distributed channel access, EDCA, parameter for a first subset of stations of a plurality of stations, the first subset of stations capable of transmitting multi-user uplink transmissions, and a second EDCA parameter for a second subset of stations of the plurality of stations, the second subset of stations not capable of transmitting multi-user uplink transmissions, wherein the first EDCA parameter comprises a shorter transmission opportunity, TXOP, limit or a larger minimum contention window, CWmin, for the first subset of stations than a TXOP limit or CWmin for the second subset of stations; generating an information element including the first EDCA parameter or the second EDCA parameter; and transmitting the information element . selecting , at an access point: a first enhanced distributed channel access, EDCA, parameter for a first subset of stations of a plurality of stations, the first subset of stations capable of transmitting multi-user uplink transmissions, and a second EDCA parameter for a second subset of stations of the plurality of stations, the second subset of stations not capable of transmitting multi-user uplink transmissions, wherein the first EDCA parameter comprises a shorter transmission opportunity, TXOP, limit or a larger minimum contention window, CWmin, for the first subset of stations than a TXOP limit or CWmin for the second subset of stations; a first enhanced distributed channel access, EDCA, parameter for a first subset of stations of a plurality of stations, the first subset of stations capable of transmitting multi-user uplink transmissions, and a second EDCA parameter for a second subset of stations of the plurality of stations, the second subset of stations not capable of transmitting multi-user uplink transmissions, wherein the first EDCA parameter comprises a shorter transmission opportunity, TXOP, limit or a larger minimum contention window, CWmin, for the first subset of stations than a TXOP limit or CWmin for the second subset of stations; generating an information element including the first EDCA parameter or the second EDCA parameter; and transmitting the information element .
A method of providing a secure service at a computing node for a requesting party external to the computing node, the method comprising at the computing node: receiving a service request from a requesting party, wherein the service request comprises a request to generate a credential; determining from the service request service requirements of the requesting party; generating the credential; obtaining any further data to meet service requirements of the requesting party; determining, using a codebook, a credential data format to meet the service requirements and establishing a code value for the credential data format; storing the code value, the credential and the further data in the credential data format, and sending a message comprising the credential in the credential data format to the requesting party. receiving a service request from a requesting party, wherein the service request comprises a request to generate a credential; determining from the service request service requirements of the requesting party; generating the credential; obtaining any further data to meet service requirements of the requesting party; determining, using a codebook, a credential data format to meet the service requirements and establishing a code value for the credential data format; storing the code value, the credential and the further data in the credential data format, and sending a message comprising the credential in the credential data format to the requesting party.
A composition for soft materials comprising polyrotaxane and a monofunctional radical polymerizable monomer having one radical polymerizable group in a molecule, the polyrotaxane including a cyclic molecule, a linear molecule threading through a cavity of the cyclic molecule in a skewered manner, and capping groups that cap both ends of the linear molecule, the polyrotaxane having at least one cyclic molecule with a radical polymerizable group, the polyrotaxane having at least two radical polymerizable groups, the radical polymerizable group in the cyclic molecule being a (meth)acryloyl group, and the introduction rate of the radical polymerizable groups into the polyrotaxane being 5% or more.
A method of determining an analyte concentration in a sample by a sensor, the method comprising analyzing a sample signal for an analyte being measured and if the sample signal is normal, that is if it remains within an expected or predefined range and/or if it follows an expected trend over a predefined measurement time, the method comprises comparing the sample signal with a first reference signal of a reference solution measured prior to measuring the sample in order to determine the analyte concentration, and if the sample signal is abnormal, that is if it falls at least in part out of the expected or pre-defined range and/or if it drifts beyond a predefined threshold over a predefined measurement time, the method comprises comparing the sample signal with a calculated reference signal point obtained by interpolation between the first reference signal and a second reference signal of the same reference solution measured after measuring the sample, in order to determine the analyte concentration.
A sensor for monitoring corrosion, comprising: a sensor case , and a probe unit installed on one side of an interior of the sensor case and simultaneously measuring deterioration in a coating film of a structure and a rate of consumption of a sacrificial anode of the structure, characterized in that the sensor case includes a signal processing unit therein, and the probe unit is formed by integrally molding at least one coating film probe having a coating film portion formed through coating the coating film used in a structure; at least one sacrificial anode probe formed of a material the same as that of the sacrificial anode of the structure; and a reference electrode for providing a reference potential, the probe unit is electrically connected to the signal processing unit, and wherein the signal processing unit includes: a non-resistance ammeter measuring a current or a voltage of the coating film probe, the sacrificial anode probe, or the reference electrode; a signal amplifier amplifying a current or voltage signal input through the non-resistance ammeter; analog to digital signal converter converting the amplified signal into a digital signal; a signal filter filtering the converted digital signal; and a data communications unit transmitting the filtered signal. a sensor case , and a probe unit installed on one side of an interior of the sensor case and simultaneously measuring deterioration in a coating film of a structure and a rate of consumption of a sacrificial anode of the structure, characterized in that the sensor case includes a signal processing unit therein, and the probe unit is formed by integrally molding at least one coating film probe having a coating film portion formed through coating the coating film used in a structure; at least one sacrificial anode probe formed of a material the same as that of the sacrificial anode of the structure; and a reference electrode for providing a reference potential, the probe unit is electrically connected to the signal processing unit, and wherein the signal processing unit includes: a non-resistance ammeter measuring a current or a voltage of the coating film probe, the sacrificial anode probe, or the reference electrode; a signal amplifier amplifying a current or voltage signal input through the non-resistance ammeter; analog to digital signal converter converting the amplified signal into a digital signal; a signal filter filtering the converted digital signal; and a data communications unit transmitting the filtered signal. a non-resistance ammeter measuring a current or a voltage of the coating film probe, the sacrificial anode probe, or the reference electrode; a signal amplifier amplifying a current or voltage signal input through the non-resistance ammeter; analog to digital signal converter converting the amplified signal into a digital signal; a signal filter filtering the converted digital signal; and a data communications unit transmitting the filtered signal.
A method comprising: - determining, in a mobile subscriber terminal, based on user input, a temporary limit for the amount of use of a network by the subscriber terminal , - the mobile subscriber terminal being associated with a main wireless communication subscription having a main account and - sending an instruction, comprising the temporary limit, by the mobile subscriber terminal to the communication network to: - create a sub-subscription for the main wireless communication subscription, where the sub-subscription has a temporary sub-account, and - wherein the sub-account is defined, at least partially, by the temporary limit, is subtracting the temporary limit from the main account of the main wireless communication subscription for the temporary sub-account with the creation of the sub-subscription; to thereby limit the use of the sub-subscription by the mobile subscriber terminal to the amount subtracted from the main account - wherein the instruction comprising the temporary limit is sent from the mobile subscriber terminal using a short message of a short messaging service in an out-of-band signaling which is separate from a telephone communication band of the mobile subscriber terminal to the communication network, where sending of the short message is hidden to a user at the mobile subscriber terminal. - determining, in a mobile subscriber terminal, based on user input, a temporary limit for the amount of use of a network by the subscriber terminal , - the mobile subscriber terminal being associated with a main wireless communication subscription having a main account and - sending an instruction, comprising the temporary limit, by the mobile subscriber terminal to - create a sub-subscription for the main wireless communication subscription, where the sub-subscription has a temporary sub-account, and - wherein the sub-account is defined, at least partially, by the temporary limit, is subtracting the temporary limit from the main account of the main wireless communication subscription for the temporary sub-account with the creation of the sub-subscription; to thereby limit the use of the sub-subscription by the mobile subscriber terminal to the amount subtracted from the main account - wherein the instruction comprising the temporary limit is sent from the mobile subscriber terminal using a short message of a short messaging service in an out-of-band signaling which is separate from a telephone communication band of the mobile subscriber terminal to the communication network, where sending of the short message is hidden to a user at the mobile subscriber terminal.
A lubricating system configurable to supply a lubricating oil to a frictional engagement mechanism , the lubricating system comprising: an engaging pressure generator (SL6) configured to generate an engaging pressure supplied to a hydraulic part of a frictional engagement mechanism ; a first valve configured to interrupt supply of the engaging pressure to the hydraulic part when the frictional engagement mechanism is placed in a released state; a hydraulic pressure supply unit configured to supply lubricating oil to a second valve ; and wherein the second valve configured to operate in response to the engaging pressure, and to allow supply of the lubricating oil to engaging elements of the frictional engagement mechanism when the frictional engagement mechanism is placed in the released state. an engaging pressure generator (SL6) configured to generate an engaging pressure supplied to a hydraulic part of a frictional engagement mechanism ; a first valve configured to interrupt supply of the engaging pressure to the hydraulic part when the frictional engagement mechanism is placed in a released state; a hydraulic pressure supply unit configured to supply lubricating oil to a second valve ; and wherein the second valve configured to operate in response to the engaging pressure, and to allow supply of the lubricating oil to engaging elements of the frictional engagement mechanism when the frictional engagement mechanism is placed in the released state.
A support bracket assembly for printed circuit boards, comprising: a dedicated support bracket having attaching means configured to allow the attachment of the support bracket to an external structure, a printed circuit board , wherein the support bracket and the printed circuit board are configured such that they can be coupled together, and coupling means for mechanically coupling the support bracket and the printed circuit board together, such that the printed circuit board is supported and retained by the support bracket , characterized in that parts of an area of the printed circuit board and the support bracket are overlapped and in direct contact, and wherein the support bracket is configured such that, when the support bracket and the printed circuit board are coupled together, in a plan view of the assembly, at least one extension part of the support bracket protrudes outside the perimeter of a board of the printed circuit board , and wherein the attaching means of the support bracket are provided in that extension part . a dedicated support bracket having attaching means configured to allow the attachment of the support bracket to an external structure, a printed circuit board , wherein the support bracket and the printed circuit board are configured such that they can be coupled together, and coupling means for mechanically coupling the support bracket and the printed circuit board together, such that the printed circuit board is supported and retained by the support bracket , characterized in that parts of an area of the printed circuit board and the support bracket are overlapped and in direct contact, and wherein the support bracket is configured such that, when the support bracket and the printed circuit board are coupled together, in a plan view of the assembly, at least one extension part of the support bracket protrudes outside the perimeter of a board of the printed circuit board , and wherein the attaching means of the support bracket are provided in that extension part .
A clothes washing machine comprising: a cabinet defining an interior and having a top wall with a dispenser opening ; a water inlet box located within the interior having at least one storage cartridge chamber and at least one powder detergent chamber accessible through the dispenser opening ; and a storage cartridge removably mountable within the storage cartridge chamber through the dispenser opening and having at least two fluidly isolated bulk treating chemistry chambers . a cabinet defining an interior and having a top wall with a dispenser opening ; a water inlet box located within the interior having at least one storage cartridge chamber and at least one powder detergent chamber accessible through the dispenser opening ; and a storage cartridge removably mountable within the storage cartridge chamber through the dispenser opening and having at least two fluidly isolated bulk treating chemistry chambers .
An orthogonal frequency division multiplexing (OFDM) apparatus configured to generate OFDM signals, the OFDM signals comprising a first OFDM signal for transmission by a first antenna and a second OFDM signal for transmission by a second antenna , the apparatus comprising: a subcarrier setting device configured to generate data signals and pilot signals to be transmitted using at least one of a plurality of subcarriers, the plurality of subcarriers including data subcarriers and pilot subcarriers, the subcarrier setting device being configured to generate first to fourth pilot signals, by multiplying first to fourth complex numbers by a sequence, wherein the first complex number and the third complex number provide a first vector, the second complex number and the fourth complex number provide a second vector and the first vector and the second vector are orthogonal, the first complex number being used to generate the first pilot signal to be transmitted using a first pilot subcarrier, the second complex number being used to generate the second pilot signal to be transmitted using the first pilot subcarrier, the third complex number being used to generate the third pilot signal to be transmitted using a second pilot subcarrier, the fourth complex number being used to generate the fourth pilot signal to be transmitted using the second pilot subcarrier, wherein the first OFDM signal comprises the first pilot signal and the third pilot signal and the second OFDM signal comprises the second pilot signal and the fourth pilot signal. a subcarrier setting device configured to generate data signals and pilot signals to be transmitted using at least one of a plurality of subcarriers, the plurality of subcarriers including data subcarriers and pilot subcarriers, the subcarrier setting device being configured to generate first to fourth pilot signals, by multiplying first to fourth complex numbers by a sequence, wherein the first complex number and the third complex number provide a first vector, the second complex number and the fourth complex number provide a second vector and the first vector and the second vector are orthogonal, the first complex number being used to generate the first pilot signal to be transmitted using a first pilot subcarrier, the second complex number being used to generate the second pilot signal to be transmitted using the first pilot subcarrier, the third complex number being used to generate the third pilot signal to be transmitted using a second pilot subcarrier, the fourth complex number being used to generate the fourth pilot signal to be transmitted using the second pilot subcarrier, wherein the first OFDM signal comprises the first pilot signal and the third pilot signal and the second OFDM signal comprises the second pilot signal and the fourth pilot signal.