mhurhangee/patent-ind-claim-en huggingface dataset:
A method for determining feedstock quality for lubricant base oil production, comprising: determining a wax content of a distillate feedstock fraction by differential scanning calorimetry; obtaining a characteristic boiling point, a characteristic viscosity, and a refractive index for the distillate feedstock fraction; calculating a distillate dewaxed viscosity index (DDVI) at a DDVI-temperature for the distillate feedstock fraction based on the determined wax content and at least two of the obtained characteristic boiling point, the obtained characteristic viscosity, and the obtained refractive index, the calculated DDVI being at least 0 at the DDVI-temperature; and processing the feedstock to form a lubricant base oil having a viscosity index of at least 80 and a pour point of 0°C or less, wherein the DDVI-temperature is -9°C. determining a wax content of a distillate feedstock fraction by differential scanning calorimetry; obtaining a characteristic boiling point, a characteristic viscosity, and a refractive index for the distillate feedstock fraction; calculating a distillate dewaxed viscosity index (DDVI) at a DDVI-temperature for the distillate feedstock fraction based on the determined wax content and at least two of the obtained characteristic boiling point, the obtained characteristic viscosity, and the obtained refractive index, the calculated DDVI being at least 0 at the DDVI-temperature; and processing the feedstock to form a lubricant base oil having a viscosity index of at least 80 and a pour point of 0°C or less, wherein the DDVI-temperature is -9°C.
An electrical connection box comprising: a box main body ; internal circuits (38 a, 38b) that are arranged and accommodated in the box main body ; and a terminal fastening portion that is arranged and accommodated in the box main body , and that is provided with a first fastening tool configured by one of a bolt and a nut, the electrical connection box having a plurality of connection terminal portions that are provided to the internal circuits arranged on a seating surface of the first fastening tool , and also having the plurality of connection terminal portions fastened and fixed, together with a connection terminal that is crimped to an end of an external wire , between the seating surface and a second fastening tool configured by the other of the bolt and the nut and fastened by the first fastening tool , wherein the plurality of connection terminal portions each include a single divided terminal portion that is formed to a size that partially covers the seating surface of the first fastening tool , and the divided terminal portions are arranged in regions that do not overlap each other in an axis direction of the first fastening tool . a box main body ; internal circuits (38 a, 38b) that are arranged and accommodated in the box main body ; and a terminal fastening portion that is arranged and accommodated in the box main body , and that is provided with a first fastening tool configured by one of a bolt and a nut, the electrical connection box having a plurality of connection terminal portions that are provided to the internal circuits arranged on a seating surface of the first fastening tool , and also having the plurality of connection terminal portions fastened and fixed, together with a connection terminal that is crimped to an end of an external wire , between the seating surface and a second fastening tool configured by the other of the bolt and the nut and fastened by the first fastening tool , wherein the plurality of connection terminal portions each include a single divided terminal portion that is formed to a size that partially covers the seating surface of the first fastening tool , and the divided terminal portions are arranged in regions that do not overlap each other in an axis direction of the first fastening tool .
A method for configuring, by a user equipment, UE, a first buffer status report, BSR, for a public safety transmission in a wireless communication system, the method comprising: configuring (S100), by the UE, a first device-to-device, D2D, logical channel for the public safety transmission; configuring , by the UE, a second D2D logical channel not for the public safety transmission; configuring (S100), by the UE, an uplink logical channel; triggering (S110), by the UE, a first proximity-based services, ProSe, BSR for the first D2D logical channel that is for the public safety transmission; triggering (S110), by the UE, a second ProSe BSR for the second D2D logical channel that is not for the public safety transmission; triggering (S110), by the UE, a BSR for the uplink logical channel; considering that a priority of the first D2D logical channel is higher than a priority of the second D2D logical channel regardless of network configuration; and when a media access control, MAC, protocol data unit, PDU, can accommodate only one BSR MAC control element, CE, accommodating (S120), by the UE, the triggered first ProSe BSR for the first D2D logical channel in the MAC PDU, wherein the second ProSe BSR and the BSR are not accommodated in the MAC PDU, wherein the triggered first ProSe BSR has precedence over the triggered BSR, and wherein the triggered BSR has precedence over the triggered second ProSe BSR in being accommodated in the MAC PDU, in case the first D2D logical channel is not for the public safety transmission. configuring (S100), by the UE, a first device-to-device, D2D, logical channel for the public safety transmission; configuring , by the UE, a second D2D logical channel not for the public safety transmission; configuring (S100), by the UE, an uplink logical channel; triggering (S110), by the UE, a first proximity-based services, ProSe, BSR for the first D2D logical channel that is for the public safety transmission; triggering (S110), by the UE, a second ProSe BSR for the second D2D logical channel that is not for the public safety transmission; triggering (S110), by the UE, a BSR for the uplink logical channel; considering that a priority of the first D2D logical channel is higher than a priority of the second D2D logical channel regardless of network configuration; and when a media access control, MAC, protocol data unit, PDU, can accommodate only one BSR MAC control element, CE, accommodating (S120), by the UE, the triggered first ProSe BSR for the first D2D logical channel in the MAC PDU, wherein the second ProSe BSR and the BSR are not accommodated in the MAC PDU, wherein the triggered first ProSe BSR has precedence over the triggered BSR, and wherein the triggered BSR has precedence over the triggered second ProSe BSR in being accommodated in the MAC PDU, in case the first D2D logical channel is not for the public safety transmission.
A tractor, comprising: a cabin framework that defines a cabin containing an operation device ; a roof provided above the cabin framework; and a cabin-protection structure provided above the roof, wherein: the roof is fixed to the cabin framework at a plurality of positions; the cabin-protection structure is provided above the roof with a plurality of support members ; and the plurality of support members include a front pair of support members and a rear pair of support members so as to support the cabin-protection structure , wherein an interval between the front pair of support members is narrower than an interval between the rear pair of support members , characterized in that the plurality of support members are provided between the cabin-protection structure and the roof . a cabin framework that defines a cabin containing an operation device ; a roof provided above the cabin framework; and a cabin-protection structure provided above the roof, wherein: the roof is fixed to the cabin framework at a plurality of positions; the cabin-protection structure is provided above the roof with a plurality of support members ; and the plurality of support members include a front pair of support members and a rear pair of support members so as to support the cabin-protection structure , wherein an interval between the front pair of support members is narrower than an interval between the rear pair of support members , characterized in that the plurality of support members are provided between the cabin-protection structure and the roof . the roof is fixed to the cabin framework at a plurality of positions; the cabin-protection structure is provided above the roof with a plurality of support members ; and the plurality of support members include a front pair of support members and a rear pair of support members so as to support the cabin-protection structure , wherein an interval between the front pair of support members is narrower than an interval between the rear pair of support members , characterized in that the plurality of support members are provided between the cabin-protection structure and the roof .
A radio access system comprising: a first communication device that is a Distributed Unit, gNB-DU, configured to execute communication with a user equipment (200A; 200B) via lower layers; and a second communication device that is a Central Unit, gNB-CU, connected to the first communication device and configured to execute communication with the user equipment via a radio resource control layer that is above the lower layers, wherein the first communication device includes: a radio communication unit configured to transmit to the user equipment an RRCRelease as a connection release message in the radio resource control layer; a transmitting unit configured to transmit to the second communication device a context release completion message of the user equipment when the RRCRelease reaches the user equipment, after a predetermined time has elapsed after the RRCRelease has reached the user equipment or a response message in the lower layer is transmitted by the user equipment, and the second communication device includes a controlling unit configured to release a context allocated to the user equipment based on the context release completion message. a first communication device that is a Distributed Unit, gNB-DU, configured to execute communication with a user equipment (200A; 200B) via lower layers; and a second communication device that is a Central Unit, gNB-CU, connected to the first communication device and configured to execute communication with the user equipment via a radio resource control layer that is above the lower layers, wherein the first communication device includes: a radio communication unit configured to transmit to the user equipment an RRCRelease as a connection release message in the radio resource control layer; a transmitting unit configured to transmit to the second communication device a context release completion message of the user equipment when the RRCRelease reaches the user equipment, after a predetermined time has elapsed after the RRCRelease has reached the user equipment or a response message in the lower layer is transmitted by the user equipment, and a radio communication unit configured to transmit to the user equipment an RRCRelease as a connection release message in the radio resource control layer; a transmitting unit configured to transmit to the second communication device a context release completion message of the user equipment when the RRCRelease reaches the user equipment, after a predetermined time has elapsed after the RRCRelease has reached the user equipment or a response message in the lower layer is transmitted by the user equipment, and the second communication device includes a controlling unit configured to release a context allocated to the user equipment based on the context release completion message.
Vehicle door handle for arrangement on a motor vehicle, the vehicle door handle having a handle and a handle support , the handle being mounted in the handle support , wherein the handle is formed as an elongated body having a first end portion (a) and a second end portion (c) of the handle , a gripping portion (b) disposed between the end portions in the central portion of the handle , the first end portion (a) and the second end portion (c) having respective bearing portions, wherein the gripping portion is that portion which is available for grasping or rear-grasping, and wherein the end portions are non-rear-graspable, wherein the bearing portions of the first end portion (a) and of the second end portion (c) project into the handle support and are supported there, wherein an antenna with a control circuit is arranged in an inner cavity of the handle and wherein the control circuit has signal lines which are led to the handle support , wherein the antenna is designed as a high-frequency antenna for signal transmission in the high-frequency range, and the control circuit is coupled to the antenna for transmitting and receiving operation, the antenna being designed as a conductor track on a printed circuit board, and the antenna being accommodated completely in an end section (a, c) of the handle outside the gripping section (b) . wherein the handle is formed as an elongated body having a first end portion (a) and a second end portion (c) of the handle , a gripping portion (b) disposed between the end portions in the central portion of the handle , the first end portion (a) and the second end portion (c) having respective bearing portions, wherein the gripping portion is that portion which is available for grasping or rear-grasping, and wherein the end portions are non-rear-graspable, wherein the bearing portions of the first end portion (a) and of the second end portion (c) project into the handle support and are supported there, wherein an antenna with a control circuit is arranged in an inner cavity of the handle and wherein the control circuit has signal lines which are led to the handle support , wherein the antenna is designed as a high-frequency antenna for signal transmission in the high-frequency range, and the control circuit is coupled to the antenna for transmitting and receiving operation, the antenna being designed as a conductor track on a printed circuit board, and the antenna being accommodated completely in an end section (a, c) of the handle outside the gripping section (b) .
A method for generating and utilizing, by a mobile device , a key for transitioning between extended service set, ESS, networks, the method comprising: receiving an identifier of a key holder and an identifier of a first ESS network from a first access point , the first access point being connected to the first ESS network, and the first ESS network being associated with the key holder ; constructing an authentication request , the authentication request including a first nonce, where the first nonce includes first randomly generated data; transmitting the authentication request to the key holder ; receiving an authentication response including a second nonce, where the second nonce includes second randomly generated data; generating a mutually derived key with the key holder based on a symmetrical algorithm using the authentication request and the authentication response ; using the mutually derived key to allow the mobile device to perform an authentication with the first access point ; receiving the identifier of the key holder and an identifier of a second ESS network from a second access point, the second access point being connected to the second ESS network, and the second ESS network being associated with said key holder ; and using said mutually derived key to perform an authentication with the second access point, allowing the mobile device to perform a transition from the first ESS network to the second ESS network. receiving an identifier of a key holder and an identifier of a first ESS network from a first access point , the first access point being connected to the first ESS network, and the first ESS network being associated with the key holder ; constructing an authentication request , the authentication request including a first nonce, where the first nonce includes first randomly generated data; transmitting the authentication request to the key holder ; receiving an authentication response including a second nonce, where the second nonce includes second randomly generated data; generating a mutually derived key with the key holder based on a symmetrical algorithm using the authentication request and the authentication response ; using the mutually derived key to allow the mobile device to perform an authentication with the first access point ; receiving the identifier of the key holder and an identifier of a second ESS network from a second access point, the second access point being connected to the second ESS network, and the second ESS network being associated with said key holder ; and using said mutually derived key to perform an authentication with the second access point, allowing the mobile device to perform a transition from the first ESS network to the second ESS network.
A method for reducing mercury and sulfur emissions from a furnace of a coal burning system, the method comprising burning coal containing sulfur and mercury in a burning chamber of the furnace to produce ash and combustion gases; adding a first sorbent composition onto the coal before combustion; and injecting a second sorbent composition into the combustion gases in the coal burning system in a zone of a convective pathway downstream of the burning chamber, where the combustion gases have a temperature of 815°C to 1482°C (1500 - 2700°F); wherein the second sorbent composition comprises a calcium component and an aluminosilicate clay, and the first sorbent composition comprises calcium bromide . burning coal containing sulfur and mercury in a burning chamber of the furnace to produce ash and combustion gases; adding a first sorbent composition onto the coal before combustion; and injecting a second sorbent composition into the combustion gases in the coal burning system in a zone of a convective pathway downstream of the burning chamber, where the combustion gases have a temperature of 815°C to 1482°C (1500 - 2700°F);
A clustered Single-Carrier Frequency Division Multiple Access, SC-FDMA, transmitting apparatus comprising: a transforming section configured to transform a symbol in a time domain into a signal in a frequency domain by performing discrete Fourier transformation, DFT, on the symbol in the time domain; a mapper configured to map the signal in the frequency domain on a plurality of discontinuous frequency bands; and a time-domain clustered SC-FDMA signal transmitting section configured to transmit a time-domain clustered SC-FDMA signal, obtained from the mapped signal in the frequency domain, characterized in that the DFT is performed using a DFT matrix with a DFT size which is a product of powers of a plurality of values; a vector length, corresponding to a size of each of the plurality of discontinuous frequency bands, is a product of two or more powers of prime numbers or a multiple of the product of the two or more powers of prime numbers, each prime number being equal to or larger than two and the two or more prime numbers are different from each other, the vector length being a number of subcarriers allocated to each of the plurality of discontinuous frequency bands, and wherein the vector length is a partially orthogonal vector length of column vectors constituting the DFT matrix. a transforming section configured to transform a symbol in a time domain into a signal in a frequency domain by performing discrete Fourier transformation, DFT, on the symbol in the time domain; a mapper configured to map the signal in the frequency domain on a plurality of discontinuous frequency bands; and a time-domain clustered SC-FDMA signal transmitting section configured to transmit a time-domain clustered SC-FDMA signal, obtained from the mapped signal in the frequency domain, characterized in that the DFT is performed using a DFT matrix with a DFT size which is a product of powers of a plurality of values; a vector length, corresponding to a size of each of the plurality of discontinuous frequency bands, is a product of two or more powers of prime numbers or a multiple of the product of the two or more powers of prime numbers, each prime number being equal to or larger than two and the two or more prime numbers are different from each other, the vector length being a number of subcarriers allocated to each of the plurality of discontinuous frequency bands, and wherein the vector length is a partially orthogonal vector length of column vectors constituting the DFT matrix.
Method for operating a start and entry system of a motor vehicle , comprising the steps of: - detecting whether an authorisation of starting the motor vehicle has occurred on the basis of a key signal received on-board the vehicle, which has been sent from a transmitting and receiving unit of a vehicle key , or whether the authorisation of starting the vehicle has occurred on the basis of a near-field signal received on-board the vehicle, which has been sent out by a near-field communication system of a mobile communication device ; - if the authorisation of starting the vehicle has occurred on the basis of the key signal received on-board the vehicle: operating the start and entry system in a key operating mode (S5), in which, following the starting of the vehicle, only the availability of the vehicle key in a vehicle interior of the motor vehicle is monitored; - if the authorisation of the starting of the vehicle has occurred on the basis of the near-field signal received on-board the vehicle: operating the start and entry system in a near-field operating mode (S4) in which, following the starting of the vehicle, only the availability of the mobile communication device in the vehicle interior is monitored. - detecting whether an authorisation of starting the motor vehicle has occurred on the basis of a key signal received on-board the vehicle, which has been sent from a transmitting and receiving unit of a vehicle key , or whether the authorisation of starting the vehicle has occurred on the basis of a near-field signal received on-board the vehicle, which has been sent out by a near-field communication system of a mobile communication device ; - if the authorisation of starting the vehicle has occurred on the basis of the key signal received on-board the vehicle: operating the start and entry system in a key operating mode (S5), in which, following the starting of the vehicle, only the availability of the vehicle key in a vehicle interior of the motor vehicle is monitored; - if the authorisation of the starting of the vehicle has occurred on the basis of the near-field signal received on-board the vehicle: operating the start and entry system in a near-field operating mode (S4) in which, following the starting of the vehicle, only the availability of the mobile communication device in the vehicle interior is monitored.