mhurhangee/patent-ind-claim-en huggingface dataset:
A drug delivery device comprising: a housing ; a moveable number sleeve disposed within the housing and having numbers printed thereon; and a transparent window occupying an aperture of the housing and covering the number sleeve such that the number sleeve is visible through the transparent window, characterized in that at least one region of the housing located adjacent the transparent window comprises one or more light guides configured to receive input light directly from a source external to the drug delivery device and to output the light into the transparent window so as to cause illumination of the number sleeve. a housing ; a moveable number sleeve disposed within the housing and having numbers printed thereon; and a transparent window occupying an aperture of the housing and covering the number sleeve such that the number sleeve is visible through the transparent window, characterized in that at least one region of the housing located adjacent the transparent window comprises one or more light guides configured to receive input light directly from a source external to the drug delivery device and to output the light into the transparent window so as to cause illumination of the number sleeve.
computer-implemented method of improving accuracy of analyte level measurement of an in vivo positioned analyte sensor , the method comprising: collecting signal data using an in vivo positioned analyte sensor over a period of time of a day, wherein the signal data is indicative of analyte levels; analyzing the collected signal data and identifying signal data points collected during the period of time of the day for which the physiological level for the analyte is known; calculating a correction factor from the identified signal data points and the known physiological level; and deriving analyte levels from the collected signal data using the correction factor. collecting signal data using an in vivo positioned analyte sensor over a period of time of a day, wherein the signal data is indicative of analyte levels; analyzing the collected signal data and identifying signal data points collected during the period of time of the day for which the physiological level for the analyte is known; calculating a correction factor from the identified signal data points and the known physiological level; and deriving analyte levels from the collected signal data using the correction factor.
A packer machine to manufacture a packet of tobacco articles containing two distinct groups of tobacco articles; the packer machine being characterized in that it comprises: a coupling wheel which rotates with a continuous motion around a first rotation axis and supports a pair of coupling pockets , each designed to contain a group of tobacco articles; a first feeding station (S1) in which a first group of tobacco articles is fed to a first coupling pocket and, subsequently, a second group of tobacco articles is fed to a second coupling pocket ; an actuating device which brings, downstream of the first feeding station (S1), the two coupling pockets closer to each other, until the two coupling pockets are side by side; and a releasing station (S3), in which the two groups of tobacco articles are extracted together from both the coupling pockets arranged side by side, so that the two groups of tobacco articles are side by side when they come out of the coupling pockets . a coupling wheel which rotates with a continuous motion around a first rotation axis and supports a pair of coupling pockets , each designed to contain a group of tobacco articles; a first feeding station (S1) in which a first group of tobacco articles is fed to a first coupling pocket and, subsequently, a second group of tobacco articles is fed to a second coupling pocket ; an actuating device which brings, downstream of the first feeding station (S1), the two coupling pockets closer to each other, until the two coupling pockets are side by side; and a releasing station (S3), in which the two groups of tobacco articles are extracted together from both the coupling pockets arranged side by side, so that the two groups of tobacco articles are side by side when they come out of the coupling pockets .
A vehicle seat core member, comprising: a thermoplastic resin expanded beads molded body; and a frame member, the vehicle seat core member being an integrally molded article of the thermoplastic resin expanded beads molded body and the frame member, wherein the thermoplastic resin expanded beads molded body is formed of an expanded beads molded body in which thermoplastic resin expanded beads having through holes are mutually fused, the expanded beads molded body includes voids, and a porosity of the thermoplastic resin expanded beads molded body is 10 vol% or more and 40 vol% or less, wherein the porosity of the expanded beads molded body according to the present embodiment is calculated as a volume ratio (vol%) from a volume H calculated from an outer dimension of the expanded beads molded body and a volume I of the expanded beads molded body excluding void portions thereof, using the following formula: Porosity vol % = H − I / H × 100 , determined as described in the description. a thermoplastic resin expanded beads molded body; and a frame member, the vehicle seat core member being an integrally molded article of the thermoplastic resin expanded beads molded body and the frame member, wherein the thermoplastic resin expanded beads molded body is formed of an expanded beads molded body in which thermoplastic resin expanded beads having through holes are mutually fused, the expanded beads molded body includes voids, and a porosity of the thermoplastic resin expanded beads molded body is 10 vol% or more and 40 vol% or less, wherein the porosity of the expanded beads molded body according to the present embodiment is calculated as a volume ratio (vol%) from a volume H calculated from an outer dimension of the expanded beads molded body and a volume I of the expanded beads molded body excluding void portions thereof, using the following formula: Porosity vol % = H − I / H × 100 , determined as described in the description.
A white organic light emitting device comprising: an anode and a cathode opposite to each other; a plurality of stacks disposed between the anode and the cathode , each of the stacks including a hole transport layer , a light emitting layer and an electron transport layer ; and an n-type charge generation layer and a p-type charge generation layer disposed between different adjacent stacks , wherein the n-type charge generation layer comprises a first organic host (h1) and an n-type dopant (d1), and the p-type charge generation layer comprises: a second organic host (h2) having a LUMO energy level smaller than or equal to a LUMO energy level of the first organic host (h1); and an inorganic dopant (d2) comprising any one of MgF 2 , MgCl 2 and ZnF 2 , and wherein the p-type charge generation layer contains the inorganic dopant (d2) at 3% to 15% by volume in the p-type charge generation layer , wherein a work function (W2) of the inorganic dopant (d2) is smaller than or equal to an absolute value of the LUMO energy level of the second organic host (h2), and wherein the inorganic dopant (d2) has a work function equal to or higher than that of the n-type dopant (d1). an anode and a cathode opposite to each other; a plurality of stacks disposed between the anode and the cathode , each of the stacks including a hole transport layer , a light emitting layer and an electron transport layer ; and an n-type charge generation layer and a p-type charge generation layer disposed between different adjacent stacks , wherein the n-type charge generation layer comprises a first organic host (h1) and an n-type dopant (d1), and the p-type charge generation layer comprises: a second organic host (h2) having a LUMO energy level smaller than or equal to a LUMO energy level of the first organic host (h1); and an inorganic dopant (d2) comprising any one of MgF 2 , MgCl 2 and ZnF 2 , and a second organic host (h2) having a LUMO energy level smaller than or equal to a LUMO energy level of the first organic host (h1); and an inorganic dopant (d2) comprising any one of MgF 2 , MgCl 2 and ZnF 2 , and wherein the p-type charge generation layer contains the inorganic dopant (d2) at 3% to 15% by volume in the p-type charge generation layer , wherein a work function (W2) of the inorganic dopant (d2) is smaller than or equal to an absolute value of the LUMO energy level of the second organic host (h2), and wherein the inorganic dopant (d2) has a work function equal to or higher than that of the n-type dopant (d1).
A vehicle, in particular a traction vehicle , for forming a tractor-trailer combination together with a drawn vehicle , wherein the traction vehicle comprises: - a pressure source , - a first and a second brake line which are connected to the pressure source , - a first coupling for coupling the first brake line to a drawn vehicle , - a second coupling for coupling the second brake line to the drawn vehicle , - a first on-off valve assembly which is disposed in the first brake line and has a connection facing the pressure source and a connection facing the first coupling in order to selectively supply the first coupling with fluid under high pressure, - a second on-off valve assembly which is disposed in the second brake line and has a connection facing the pressure source and a connection facing the second coupling in order to selectively supply the second coupling with fluid under high pressure, characterized in that the second on-off valve assembly is configured to take up a shut-off position when the pressure at the connection facing the pressure source is lower than that at the connection facing the second coupling . - a pressure source , - a first and a second brake line which are connected to the pressure source , - a first coupling for coupling the first brake line to a drawn vehicle , - a second coupling for coupling the second brake line to the drawn vehicle , - a first on-off valve assembly which is disposed in the first brake line and has a connection facing the pressure source and a connection facing the first coupling in order to selectively supply the first coupling with fluid under high pressure, - a second on-off valve assembly which is disposed in the second brake line and has a connection facing the pressure source and a connection facing the second coupling in order to selectively supply the second coupling with fluid under high pressure,
A fluid-tight foot support system , comprising: a foot support bladder for supporting at least a portion of a wearer's foot; a pump ; a first fluid transfer line extending between the foot support bladder and the pump ; a first valve in the first fluid transfer line , wherein the first valve allows fluid to move from the foot support bladder to the pump but inhibits fluid from moving from the pump into the foot support bladder via the first fluid transfer line ; a fluid reservoir ; a second fluid transfer line extending between the pump and the fluid reservoir ; a second valve in the second fluid transfer line , wherein the second valve allows fluid to move from the pump to the fluid reservoir but inhibits fluid from moving from the fluid reservoir into the pump via the second fluid transfer line ; a third fluid transfer line extending between the fluid reservoir and the foot support bladder ; a first fluid flow controller to control flow of fluid between the fluid reservoir and the foot support bladder via the third fluid transfer line ; a fourth fluid transfer line extending between the fluid reservoir and the foot support bladder ; and a first check valve in the fourth fluid transfer line . a foot support bladder for supporting at least a portion of a wearer's foot; a pump ; a first fluid transfer line extending between the foot support bladder and the pump ; a first valve in the first fluid transfer line , wherein the first valve allows fluid to move from the foot support bladder to the pump but inhibits fluid from moving from the pump into the foot support bladder via the first fluid transfer line ; a fluid reservoir ; a second fluid transfer line extending between the pump and the fluid reservoir ; a second valve in the second fluid transfer line , wherein the second valve allows fluid to move from the pump to the fluid reservoir but inhibits fluid from moving from the fluid reservoir into the pump via the second fluid transfer line ; a third fluid transfer line extending between the fluid reservoir and the foot support bladder ; a first fluid flow controller to control flow of fluid between the fluid reservoir and the foot support bladder via the third fluid transfer line ; a fourth fluid transfer line extending between the fluid reservoir and the foot support bladder ; and a first check valve in the fourth fluid transfer line .
Two-speed torque transmission device for a vehicle comprising at least one electric motor , the torque transmission device comprising exactly two gear ratios and the torque transmission device comprising: - a first clutch comprising a first input element capable of being driven by the electric motor, and a first output element , torque being transmitted between the first input element and the first output element when the first clutch is closed, - a second clutch comprising a second input element capable of being driven by the electric motor, and a second output element , torque being transmitted between the second input element and the second output element when the second clutch is closed, - a transmission member , - a first transmission mechanism arranged to transmit torque between the first output element and the transmission member , according to a first gear ratio, the first gear ratio being the slowest gear ratio of the torque transmission device, - a second transmission mechanism arranged to transmit torque between the second output element and the transmission member , according to a second gear ratio different from the first gear ratio, the second gear ratio being the fastest gear ratio of the torque transmission device, - a connection element arranged to permit or interrupt the mutual rotational drive between the first output element of the first clutch and the transmission member , by means of the first transmission mechanism . - a first clutch comprising a first input element capable of being driven by the electric motor, and a first output element , torque being transmitted between the first input element and the first output element when the first clutch is closed, - a second clutch comprising a second input element capable of being driven by the electric motor, and a second output element , torque being transmitted between the second input element and the second output element when the second clutch is closed, - a transmission member , - a first transmission mechanism arranged to transmit torque between the first output element and the transmission member , according to a first gear ratio, the first gear ratio being the slowest gear ratio of the torque transmission device, - a second transmission mechanism arranged to transmit torque between the second output element and the transmission member , according to a second gear ratio different from the first gear ratio, the second gear ratio being the fastest gear ratio of the torque transmission device, - a connection element arranged to permit or interrupt the mutual rotational drive between the first output element of the first clutch and the transmission member , by means of the first transmission mechanism .
A method for receiving information, applied to a base station, the method characterized by comprising: receiving (S201, S303) flight path information of an unmanned aerial vehicle, UAV, reported by the UAV in UE information response field of radio resource control signaling, wherein content of the flight path information of the UAV comprises at least a path positioning point of the UAV and a reporting time of the flight path information of the UAV; the flight path information is planned flight path information; and the path positioning point of the UAV is a location of a planned flight path of the UAV. receiving (S201, S303) flight path information of an unmanned aerial vehicle, UAV, reported by the UAV in UE information response field of radio resource control signaling, wherein content of the flight path information of the UAV comprises at least a path positioning point of the UAV and a reporting time of the flight path information of the UAV; the flight path information is planned flight path information; and the path positioning point of the UAV is a location of a planned flight path of the UAV.
A use of arginine or a salt thereof for stabilising chlorhexidine or a salt thereof in a liquid oral care composition that is a mouthwash, mouthrinse or a spray.
A method for monitoring the function of a driver assistance system, having the following steps: - detecting the surroundings of a vehicle with at least one sensor , - generating sensor data of the surroundings of the vehicle , - determining at least one measured quantity (B, D, R, R1, R2) from the generated sensor data, - comparing the at least one measured quantity (B, D, R, R1, R2) with reference values for said measured quantity (B, D, R, R1, R2), and outputting and/or storing a result of the monitoring of the function depending on the results of the comparison, - characterized in that - a one-time measurement is carried out for determining the measured quantity (B, D, R, R1, R2). - detecting the surroundings of a vehicle with at least one sensor , - generating sensor data of the surroundings of the vehicle , - determining at least one measured quantity (B, D, R, R1, R2) from the generated sensor data, - comparing the at least one measured quantity (B, D, R, R1, R2) with reference values for said measured quantity (B, D, R, R1, R2), and outputting and/or storing a result of the monitoring of the function depending on the results of the comparison, - characterized in that - a one-time measurement is carried out for determining the measured quantity (B, D, R, R1, R2).
Method for producing container shells, wherein rounded shells (3 - 6) are transported from a transport installation to a roll seam welding machine (10 - 15) and the shells pass through a calibration tool with a plurality of calibration rollers arranged in a wreath-like way before the welding rollers of the roll seam welding machine, wherein a measurement of the force exerted by the respective shell on multiple calibration rollers of the calibration tool is performed, wherein the measured force is evaluated as information for the overlapping width of the shell, characterized in that the calibration tool comprises two parts , each of which carries calibration rollers, and wherein the force exerted by the respective shell on the two parts is measured, wherein a yoke connecting the two parts is provided and the deformation of the yoke is measured and used as measured force.
A control method for a superconducting magnet apparatus comprising the steps of: causing a superconducting coil and a persistent current switch to transition to a superconductive state by causing a cooler to cool the superconducting coil and the presisten current switch to or below a critical temperature (M); causing the persistent current switch to transition to a normal conducting state by heating the persistent current switch to a temperature higher than the critical temperature; supplying electric current to the superconducting coil , which has transitioned to the superconductive state, from an excitation power supply ; causing the persistent current switch to transition to the superconductive state by cooling the persistent current switch to or below the critical temperature; starting a persistent current mode by stopping supply of the electric current; adjusting the temperature of the superconducting coil to a temperature (S) which is equal to or lower than the critical temperature (M) and higher than a steady operation temperature (N); and starting a steady operation by cooling the superconducting coil to or below the steady operation temperature (N), after a specific condition, under which a fluctuating component of the magnetic field (C) of the superconducting coil disappears, for stabilizing the magnetic field (C) of the superconducting coil is satisfied, the specific condition being determined by analysis in advance. causing a superconducting coil and a persistent current switch to transition to a superconductive state by causing a cooler to cool the superconducting coil and the presisten current switch to or below a critical temperature (M); causing the persistent current switch to transition to a normal conducting state by heating the persistent current switch to a temperature higher than the critical temperature; supplying electric current to the superconducting coil , which has transitioned to the superconductive state, from an excitation power supply ; causing the persistent current switch to transition to the superconductive state by cooling the persistent current switch to or below the critical temperature; starting a persistent current mode by stopping supply of the electric current; adjusting the temperature of the superconducting coil to a temperature (S) which is equal to or lower than the critical temperature (M) and higher than a steady operation temperature (N); and starting a steady operation by cooling the superconducting coil to or below the steady operation temperature (N), after a specific condition, under which a fluctuating component of the magnetic field (C) of the superconducting coil disappears, for stabilizing the magnetic field (C) of the superconducting coil is satisfied, the specific condition being determined by analysis in advance.
An electric bicycle comprising: a battery ; an electric motor that uses the battery as a power source to generate assist power; a light that uses the battery as a power source to be turned on; a light-darkness detection sensor , first input means for switching an automatic light state in which an ON-state of the light is automatically controlled according to an output of the light-darkness detection sensor to a manual light state; and second input means for switching an assisted state in which the assist power of the electric motor is generated to an unassisted state in which the assist power of the electric motor is not generated, in the automatic light state, characterised by the manual light state in which ON/OFF of the light are switched by the operation of an operating element. a battery ; an electric motor that uses the battery as a power source to generate assist power; a light that uses the battery as a power source to be turned on; a light-darkness detection sensor , first input means for switching an automatic light state in which an ON-state of the light is automatically controlled according to an output of the light-darkness detection sensor to a manual light state; and second input means for switching an assisted state in which the assist power of the electric motor is generated to an unassisted state in which the assist power of the electric motor is not generated, in the automatic light state, characterised by the manual light state in which ON/OFF of the light are switched by the operation of an operating element.