mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a mesenchymal cell with promoted expression of a c-MPL receptor on a cell surface, comprising: Step A of culturing the mesenchymal cell in a mesenchymal cell culturing-basic medium not comprising LDL cholesterol, insulin, 2-mercaptoethanol, an iron ion or an iron transporter, and comprising a c-MPL receptor active substance; and Step B of obtaining the mesenchymal cell with promoted expression of a c-MPL receptor on the cell surface, wherein the c-MPL receptor active substance is one or more substances selected from the group consisting of TPO or a derivative thereof, Romiplostim and Eltrombopag olamine, and wherein the derivative of TPO is a protein consisting of an amino acid sequence having an identity of 95% or more with the amino acid sequence represented by SEQ ID No: 1 or 3, and having an activity of activating c-MPL receptor. Step A of culturing the mesenchymal cell in a mesenchymal cell culturing-basic medium not comprising LDL cholesterol, insulin, 2-mercaptoethanol, an iron ion or an iron transporter, and comprising a c-MPL receptor active substance; and Step B of obtaining the mesenchymal cell with promoted expression of a c-MPL receptor on the cell surface, wherein the c-MPL receptor active substance is one or more substances selected from the group consisting of TPO or a derivative thereof, Romiplostim and Eltrombopag olamine, and wherein the derivative of TPO is a protein consisting of an amino acid sequence having an identity of 95% or more with the amino acid sequence represented by SEQ ID No: 1 or 3, and having an activity of activating c-MPL receptor. wherein the c-MPL receptor active substance is one or more substances selected from the group consisting of TPO or a derivative thereof, Romiplostim and Eltrombopag olamine, and wherein the derivative of TPO is a protein consisting of an amino acid sequence having an identity of 95% or more with the amino acid sequence represented by SEQ ID No: 1 or 3, and having an activity of activating c-MPL receptor.
Method for activating a driver assistance system in a vehicle, wherein following an activation request for a driver assistance system by a driver a check is performed to determine whether the driver of the vehicle is suitable to use the desired driver assistance system, and wherein the activation of the desired driver assistance system is performed on the basis of the suitability of the driver.
Soil cultivation implement such as a coupled rotary harrow or a coupled till and drill combination, with a drawbar and a chassis with at least one axle and with a transmission with an input shaft that is connected for driving with the PTO shaft of a towing vehicle such as a tractor or a towed seed trailer by means of one or more cardan shafts, whereby the soil cultivation implement is connected with the towing device of the towing vehicle by means of a coupling device in such a way that after-running of the soil cultivation implement is enabled through a break joint even on bends, and whereby an intermediate bearing is provided between the PTO shaft of the towing vehicle and the input shaft of the transmission that is arranged at the level of the break joint when driving straight ahead, whereby a guide device is provided that is designed to track the intermediate bearing on angling of the towing vehicle to the soil cultivation implement with a first angle (a) for driving on bends with a second angle (b) and that the second angle (b) is approximately half the size of the first angle (a) and whereby two cardan shafts are provided that are arranged between the PTO shaft and the drive shaft of the intermediate bearing and between the drive shaft and the input shaft and that a pull bar is provided as coupling device for connecting the soil cultivation implement with the three-point linkage or the lower links of the towing vehicle on which a boom is arranged at a clearance behind the pull bar on which a vertical pivot pin is provided as the break joint, characterised in that the pivot pin has an extension that engages in the slotted hole of a cross guide that is crosswise during driving straight ahead, that guide pins and are provided that are each arranged at the same distance from the extension of the pivot pin on the one hand on the drawbar and on the other on the boom of the pull bar and that the guide pins, engage in the slotted holes, of the cross guide and are formed in this way to form the guide device for the intermediate bearing.
A system, the system comprising: an inertial reference system, the inertial reference system providing motion measurements; and a processing system coupled to receive the motion measurements from the inertial reference system, the processing system further configured to execute instructions that direct the processing system to: identify one or more frequencies in the spectrum of the motion measurements that are associated with vibrations; attenuate the motion measurements at the one or more frequencies; and use the attenuated measurements to aid in the production of navigation information, characterised in that the attenuated measurements are used to perform an initial alignment of the system in reference to one or more reference axes. an inertial reference system, the inertial reference system providing motion measurements; and a processing system coupled to receive the motion measurements from the inertial reference system, the processing system further configured to execute instructions that direct the processing system to: identify one or more frequencies in the spectrum of the motion measurements that are associated with vibrations; attenuate the motion measurements at the one or more frequencies; and use the attenuated measurements to aid in the production of navigation information, characterised in that the attenuated measurements are used to perform an initial alignment of the system in reference to one or more reference axes. identify one or more frequencies in the spectrum of the motion measurements that are associated with vibrations; attenuate the motion measurements at the one or more frequencies; and use the attenuated measurements to aid in the production of navigation information, characterised in that the attenuated measurements are used to perform an initial alignment of the system in reference to one or more reference axes.
A non-access point station, STA, in a wireless local area network, WLAN, the STA comprising: • a receiver configured to receive a first frame from an access point, AP, wherein the first frame carries a transmission opportunity, TXOP, handover enforcement, THE, indication field, wherein the THE indication field is a first value or a second value, the first value is used to instruct the STA that has accessed a channel to hand over a held TXOP to the AP, and the second value is used to instruct the STA to hand over the held TXOP to the AP when a handover condition is satisfied (S 201),, • when the THE indication field is the first value, a transmitter of the STA is configured to send a second frame to the AP, wherein information of the second frame is used to instruct to hand over the TXOP held by the STA from the STA to the AP (S 204), • when the THE indication field is the second value, a processor of the STA is configured to determine whether the handover condition is satisfied, and if the handover condition is satisfied, the transmitter of the STA is configured to send the second frame to the AP. • a receiver configured to receive a first frame from an access point, AP, wherein the first frame carries a transmission opportunity, TXOP, handover enforcement, THE, indication field, wherein the THE indication field is a first value or a second value, the first value is used to instruct the STA that has accessed a channel to hand over a held TXOP to the AP, and the second value is used to instruct the STA to hand over the held TXOP to the AP when a handover condition is satisfied (S 201),, • when the THE indication field is the first value, a transmitter of the STA is configured to send a second frame to the AP, wherein information of the second frame is used to instruct to hand over the TXOP held by the STA from the STA to the AP (S 204), • when the THE indication field is the second value, a processor of the STA is configured to determine whether the handover condition is satisfied, and if the handover condition is satisfied, the transmitter of the STA is configured to send the second frame to the AP.
A method for determining a device identifier assigned to a device within an installation, the installation having collections of devices, each collection having multiple housings for housing devices, each housing having a housing identifier, the method comprising: receiving an indication that a target device has been installed in a target housing of a target collection identified by a target housing identifier; receiving a possible device identifier of the target device; performing a verification to ensure that the possible device identifier is the actual device identifier of the target device, the verification comprising: directing a power management system to selectively control power to the target housing to effect a reboot of the target device; and after directing the power management system, receiving a broadcast device identifier broadcast by the target device as a result of rebooting; and when the broadcast device identifier and the possible device identifier are the same, designating the broadcast device identifier as the device identifier of the target device. receiving an indication that a target device has been installed in a target housing of a target collection identified by a target housing identifier; receiving a possible device identifier of the target device; performing a verification to ensure that the possible device identifier is the actual device identifier of the target device, the verification comprising: directing a power management system to selectively control power to the target housing to effect a reboot of the target device; and after directing the power management system, receiving a broadcast device identifier broadcast by the target device as a result of rebooting; and when the broadcast device identifier and the possible device identifier are the same, designating the broadcast device identifier as the device identifier of the target device. directing a power management system to selectively control power to the target housing to effect a reboot of the target device; and after directing the power management system, receiving a broadcast device identifier broadcast by the target device as a result of rebooting; and when the broadcast device identifier and the possible device identifier are the same, designating the broadcast device identifier as the device identifier of the target device. receiving a broadcast device identifier broadcast by the target device as a result of rebooting; and when the broadcast device identifier and the possible device identifier are the same, designating the broadcast device identifier as the device identifier of the target device.
A printer, comprising: printing unit that prints on a print medium in a middle of feeding the print medium along a printing direction, the print medium being supplied from a medium supply unit; wherein a depressed portion is formed on a part of a bottom surface within a printer chassis, characterized in that the printer further comprises guide unit that includes a guiding piece at a lower side of an upstream of feed with respect to the printing unit in the printing direction, the guiding piece contacting at least one side edge of the print medium to guide the feed of the print medium, the guiding piece includes a part positioned within the depressed portion, and a position of the depressed portion, within a surface of the bottom surface inside the printer chassis, is positioned at an upstream side of feed with respect to a position where the print medium contacts a ground at the back feeding. printing unit that prints on a print medium in a middle of feeding the print medium along a printing direction, the print medium being supplied from a medium supply unit; wherein a depressed portion is formed on a part of a bottom surface within a printer chassis, characterized in that the printer further comprises guide unit that includes a guiding piece at a lower side of an upstream of feed with respect to the printing unit in the printing direction, the guiding piece contacting at least one side edge of the print medium to guide the feed of the print medium, the guiding piece includes a part positioned within the depressed portion, and a position of the depressed portion, within a surface of the bottom surface inside the printer chassis, is positioned at an upstream side of feed with respect to a position where the print medium contacts a ground at the back feeding.
A nickel-free stainless steel stent, characterized by using a stainless steel consisting of: from 15 to 30 % by mass of Cr, from 1 to 2 % by mass of Mo, and from 0.5 to 1.0 % by mass of N, from 0.01 to 0.20 % by mass of Mn from 0 to 0.50 % by mass of Si, from 0 to 0.01 % by mass of P, from 0 to 0.10 % by mass of Al, from 0 to 0.5 % by mass of Ti, from 0 to 2 % by mass of Nb, from 0 to 0.05 % by mass of B, from 0 to 0.003 % by mass of O, from 0 to 0.02 % by mass of C, from 0 to 0.002 % by mass of S, and with the remainder being Fe and inevitable impurities. from 15 to 30 % by mass of Cr, from 1 to 2 % by mass of Mo, and from 0.5 to 1.0 % by mass of N, from 0.01 to 0.20 % by mass of Mn from 0 to 0.50 % by mass of Si, from 0 to 0.01 % by mass of P, from 0 to 0.10 % by mass of Al, from 0 to 0.5 % by mass of Ti, from 0 to 2 % by mass of Nb, from 0 to 0.05 % by mass of B, from 0 to 0.003 % by mass of O, from 0 to 0.02 % by mass of C, from 0 to 0.002 % by mass of S, and with the remainder being Fe and inevitable impurities.
A method for calibration of a communication device, the method comprising: outputting a detuning signal by which a resonance frequency of a Radio Frequency,RF, circuit is detuned with respect to a transmit operating frequency; changing the resonance frequency according to the detuning signal; and outputting an out-of-band noise and a transmit signal having a lower power than that of a case where the resonance frequency and the transmit operating frequency are tuned to each other. outputting a detuning signal by which a resonance frequency of a Radio Frequency,RF, circuit is detuned with respect to a transmit operating frequency; changing the resonance frequency according to the detuning signal; and outputting an out-of-band noise and a transmit signal having a lower power than that of a case where the resonance frequency and the transmit operating frequency are tuned to each other.
A carrier assembly for a harness for carrying a backpack accessory, the carrier assembly comprising a back plate including connections for shoulder straps and an interface plate adapted to be attached to the backpack accessory, wherein the back plate comprises a coupling interface on a rear face thereof arranged to be removably connected to a corresponding coupling interface on a front face of the interface plate, wherein the coupling interface of the back plate comprises two parallel raised ridges (13a, 13b), each having at least one overhanging flange (14a, 14b) and presenting an L-shaped cross section with the flanges (14a, 14b) facing towards or away from each other, and the coupling interface of the interface plate comprises corresponding raised ridges (23a, 23b), each having at least one overhanging flange (24a, 24b) and presenting an L-shaped cross section with the flanges (24a, 24b) facing in the opposite direction of the corresponding flanges (14a, 14b) of the back plate, wherein the raised ridges (13a, 13b; 23a, 23b) are arranged such that when the back plate and the interface plate are aligned with each other and brought together in a translational or linear movement parallel to the raised ridges (13a, 13b; 23a, 23b), the flanges (14a, 14b; 24a, 24b) are slid into locking engagement with each other to retain the interface plate on the back plate, characterized in that a first end of the raised ridges (23a, 23b) of the interface plate each comprises a locking projection (25a, 25b) extending in a direction perpendicular to the longitudinal extension of the raised ridges (23a, 23b) and facing towards each other, wherein the back plate comprises a pair of resilient locking tabs (15a, 15b) arranged to come into locking engagement with the locking projections (25a, 25b) at the end of the translational or linear movement between the interface plate and the back plate parallel to the raised ridges (13a, 13b; 23a, 23b).
An article of footwear comprising: an upper; a midsole attached to the upper and including a footbed and a bottom surface disposed on an opposite side of the midsole than the footbed; an outsole having a ground-engaging surface an inner surface disposed on an opposite side of the outsole than the ground-engaging surface, and a wall extending from the ground-engaging surface and surrounding the outsole; and at least two casings (310,320) each containing particulate matter and having a thickness extending substantially perpendicular to a longitudinal axis of the outsole, the at least two casings arranged in a layered configuration and received within a cavity bounded by the wall of the outsole and between the bottom surface and the inner surface, wherein walls of at least one of the casings are secured together to define at least two segments each containing a quantity of the particulate matter. an upper; a midsole attached to the upper and including a footbed and a bottom surface disposed on an opposite side of the midsole than the footbed; an outsole having a ground-engaging surface an inner surface disposed on an opposite side of the outsole than the ground-engaging surface, and a wall extending from the ground-engaging surface and surrounding the outsole; and at least two casings (310,320) each containing particulate matter and having a thickness extending substantially perpendicular to a longitudinal axis of the outsole, the at least two casings arranged in a layered configuration and received within a cavity bounded by the wall of the outsole and between the bottom surface and the inner surface,
A fuel supply system for eco-friendly ships, comprising: an engine; a fuel storage tank storing a first fuel to be supplied as fuel to the engine; and an ammonia storage tank storing ammonia to be supplied as fuel to the engine, wherein the engine is operated with one selected from among the first fuel and the ammonia or with a fuel mixture of the first fuel and the ammonia, wherein the fuel supply system is operated in one of: a first fuel supply mode in which only the first fuel is supplied to the engine; an ammonia supply mode in which only the ammonia is supplied to the engine; and a fuel mixture supply mode in which the fuel mixture of the first fuel and the ammonia is supplied to the engine, characterized in that the fuel supply system further comprises: a greenhouse gas analyzer disposed on an exhaust line through which exhaust gas discharged from the engine passes and detecting greenhouse gases contained in the exhaust gas, wherein an operation mode of the fuel supply system is controlled based on values detected by the greenhouse gas analyzer. an engine; a fuel storage tank storing a first fuel to be supplied as fuel to the engine; and an ammonia storage tank storing ammonia to be supplied as fuel to the engine, wherein the engine is operated with one selected from among the first fuel and the ammonia or with a fuel mixture of the first fuel and the ammonia, wherein the fuel supply system is operated in one of: a first fuel supply mode in which only the first fuel is supplied to the engine; an ammonia supply mode in which only the ammonia is supplied to the engine; and a fuel mixture supply mode in which the fuel mixture of the first fuel and the ammonia is supplied to the engine, characterized in that the fuel supply system further comprises: a greenhouse gas analyzer disposed on an exhaust line through which exhaust gas discharged from the engine passes and detecting greenhouse gases contained in the exhaust gas, wherein an operation mode of the fuel supply system is controlled based on values detected by the greenhouse gas analyzer. a greenhouse gas analyzer disposed on an exhaust line through which exhaust gas discharged from the engine passes and detecting greenhouse gases contained in the exhaust gas, wherein an operation mode of the fuel supply system is controlled based on values detected by the greenhouse gas analyzer.
A laminated glazing comprising: i) an inner ply of glass; and ii) an outer ply of glass; and iii) having a generally opaque interlayer laminated therebetween, characterised in that: the interlayer is a polyvinyl butyral interlayer and is tinted and is of a trilayer construction comprising an inner layer and two outer layers; and wherein, the inner layer of the PVB trilayer provides the acoustic damping properties; and wherein when the interlayer, in a thickness of 0.76mm, is laminated between two plies of glass, each 2.1mm thick and having an LT greater than 88% (CIE Illuminant A), the resultant glazing has: an LT (CIE Illuminant A) of less than 40%; a TE (ISO9050:E, (air mass 1.5) of less than 45%; and an acoustic transmission loss of greater than 40dB in the range 3000 to 4000Hz at 21°C. i) an inner ply of glass; and ii) an outer ply of glass; and iii) having a generally opaque interlayer laminated therebetween, the interlayer is a polyvinyl butyral interlayer and is tinted and is of a trilayer construction comprising an inner layer and two outer layers; and wherein, the inner layer of the PVB trilayer provides the acoustic damping properties; and wherein when the interlayer, in a thickness of 0.76mm, is laminated between two plies of glass, each 2.1mm thick and having an LT greater than 88% (CIE Illuminant A), the resultant glazing has: an LT (CIE Illuminant A) of less than 40%; a TE (ISO9050:E, (air mass 1.5) of less than 45%; and an acoustic transmission loss of greater than 40dB in the range 3000 to 4000Hz at 21°C. an LT (CIE Illuminant A) of less than 40%; a TE (ISO9050:E, (air mass 1.5) of less than 45%; and an acoustic transmission loss of greater than 40dB in the range 3000 to 4000Hz at 21°C.