mhurhangee/patent-ind-claim-en huggingface dataset:
Method for managing the energy in a system for verifying the inflation pressure of the tires of an aircraft, comprising the following steps: - measuring, by a pressure sensor , at least one inflation pressure of each of the tires, - obtaining a unique identification data relating to each of the tires, - sending, via a wireless communication link (30; 32, 34), the measurements and data thus collected to a processing unit disposed in or out of the aircraft for them to be available to a pilot or a maintenance operator, characterized in that the step of sending the measurements and data is carried out in an acyclic manner as a function of a trigger signal given by a motion detector that detects the motion of the wheels of the aircraft as long as the speed is lower than a predetermined maximum speed, this step of sending being interrupted and the pressure sensor put on standby when this maximum speed is exceeded, and in that , on an alert, intermediate data sending sequences can be triggered during this step of sending. - measuring, by a pressure sensor , at least one inflation pressure of each of the tires, - obtaining a unique identification data relating to each of the tires, - sending, via a wireless communication link (30; 32, 34), the measurements and data thus collected to a processing unit disposed in or out of the aircraft for them to be available to a pilot or a maintenance operator, characterized in that the step of sending the measurements and data is carried out in an acyclic manner as a function of a trigger signal given by a motion detector that detects the motion of the wheels of the aircraft as long as the speed is lower than a predetermined maximum speed, this step of sending being interrupted and the pressure sensor put on standby when this maximum speed is exceeded, and in that , on an alert, intermediate data sending sequences can be triggered during this step of sending.
A method for performing communication related to Packet Switch, PS, Data Off, the method performed by a User Equipment, UE, and comprising: transmitting first PDU session establishment request message for establishing a PDU session over non-3rd Generation Partnership Project, 3GPP, access or 3GPP access, wherein the first PDU session establishment request message includes first report information related to PS Data Off status of the UE, and wherein the first report information is included in the first PDU session establishment request, regardless of whether the PDU session is associated with the 3GPP access or the non-3GPP access, wherein the PS Data Off status for the first PDU session does not affect data transfer over the non-3GPP access, and wherein the 3GPP PS Data Off prevents traffic via the 3GPP access except for traffic related to 3GPP PS Data Off Exempt services, when the 3GPP PS Data Off is activated. transmitting first PDU session establishment request message for establishing a PDU session over non-3rd Generation Partnership Project, 3GPP, access or 3GPP access, wherein the first PDU session establishment request message includes first report information related to PS Data Off status of the UE, and wherein the first report information is included in the first PDU session establishment request, regardless of whether the PDU session is associated with the 3GPP access or the non-3GPP access, wherein the PS Data Off status for the first PDU session does not affect data transfer over the non-3GPP access, and wherein the 3GPP PS Data Off prevents traffic via the 3GPP access except for traffic related to 3GPP PS Data Off Exempt services, when the 3GPP PS Data Off is activated.
Optical device , in particular for a motor vehicle, this device comprising a plurality of light modules , at least one of said modules comprising: - a light source , in particular comprising an LED, - a reflector arranged to reflect light coming from the light source, - a lens arranged on the path of a light beam coming from the reflector, this lens having an optical axis, - the light source is arranged at a distance from the optical axis (Oxi) of the lens, so that the light source is not visible through the lens, in which device : - said light modules of the plurality of light modules , at least some of which are preferably identical, are arranged to form together a regulatory beam, in particular a regulatory signalling beam, and - said modules are arranged along a curved line (C), in particular this line substantially follows a curved edge of the device, this line possibly exhibiting a bend. - a light source , in particular comprising an LED, - a reflector arranged to reflect light coming from the light source, - a lens arranged on the path of a light beam coming from the reflector, this lens having an optical axis, - the light source is arranged at a distance from the optical axis (Oxi) of the lens, so that the light source is not visible through the lens, - said light modules of the plurality of light modules , at least some of which are preferably identical, are arranged to form together a regulatory beam, in particular a regulatory signalling beam, and - said modules are arranged along a curved line (C), in particular this line substantially follows a curved edge of the device, this line possibly exhibiting a bend.
A method for liquefying natural gas comprising mainly methane, preferably at least 85% methane, the other components comprising essentially nitrogen and C2 to C4 alkanes, wherein said natural gas to be liquefied is liquefied by circulating said natural gas at a pressure PO greater than or equal to atmospheric pressure (Patm), preferably PO being higher than atmospheric pressure, in at least one cryogenic heat exchanger (EC1, EC2, EC3) by circulating in counter-current closed circuit in indirect contact with at least one flow of coolant gas remaining in the gaseous state compressed at a pressure P1 entering said cryogenic exchanger at a temperature T3' lower than T3, T3 being the liquefaction temperature of said liquefied natural gas discharged from said cryogenic exchanger, T3 being lower than or equal to the liquefaction temperature of said liquefied natural gas at atmospheric pressure, characterized in that said coolant gas consists essentially of a binary mixture of nitrogen and another constituent chosen from neon and hydrogen where the neon or hydrogen represents 20% to 50% molar of said mixture.
A system-on-chip , SoC, comprising: an image processing circuit comprising: a first memory that is configured to store a radial look-up table, LUT, , a set of tangential LUTs , and co-ordinates of a correction center of a distorted image, wherein the radial LUT includes a first set of parameters to correct radial distortion of the distorted image, and the set of tangential LUTs includes a second set of parameters to correct tangential distortion of the distorted image; and a correction circuit that is coupled with the first memory , and is configured to: (i) generate a set of correction LUT portions based on the radial LUT , the set of tangential LUTs , and the co-ordinates of the correction center, and (ii) correct a set of distorted image portions of the distorted image based on the generated set of correction LUT portions to generate a set of corrected image portions of a corrected image. a first memory that is configured to store a radial look-up table, LUT, , a set of tangential LUTs , and co-ordinates of a correction center of a distorted image, wherein the radial LUT includes a first set of parameters to correct radial distortion of the distorted image, and the set of tangential LUTs includes a second set of parameters to correct tangential distortion of the distorted image; and a correction circuit that is coupled with the first memory , and is configured to: (i) generate a set of correction LUT portions based on the radial LUT , the set of tangential LUTs , and the co-ordinates of the correction center, and (ii) correct a set of distorted image portions of the distorted image based on the generated set of correction LUT portions to generate a set of corrected image portions of a corrected image. (i) generate a set of correction LUT portions based on the radial LUT , the set of tangential LUTs , and the co-ordinates of the correction center, and (ii) correct a set of distorted image portions of the distorted image based on the generated set of correction LUT portions to generate a set of corrected image portions of a corrected image.
A method of displaying information on a display using a display control device configured to control a display device to display the information, the display device comprising the display and being installed in a vehicle, the method comprising: imaging a user of the display device using an imaging device integrated with the display device or provided around the display device; detecting a line of sight of the user from an image captured by the imaging device ; determining whether the display exists within a central visual field region (C) centered on the detected line of sight of the user or within a peripheral visual field region (P) located outside the central visual field region (C); the method being characterized by the following steps: displaying notification information on the display in a first display form including a text when the display exists within the central visual field region (C); and displaying the notification information on the display in a second display form including an icon when the display exists within the peripheral visual field region (P), the second display form having a higher abstraction level than that in the first display form, and, after a predetermined time has passed from when the notification information is displayed on the display in the second display form, switching from the second display form to the first display form to display the notification information on the display , and continuously displaying the notification information on the display in the second display form when the display is absent not only in the central visual field region (C) but also in the peripheral visual field region (P), even after the predetermined time has passed (step S306). imaging a user of the display device using an imaging device integrated with the display device or provided around the display device; detecting a line of sight of the user from an image captured by the imaging device ; determining whether the display exists within a central visual field region (C) centered on the detected line of sight of the user or within a peripheral visual field region (P) located outside the central visual field region (C); displaying notification information on the display in a first display form including a text when the display exists within the central visual field region (C); and displaying the notification information on the display in a second display form including an icon when the display exists within the peripheral visual field region (P), the second display form having a higher abstraction level than that in the first display form, and, after a predetermined time has passed from when the notification information is displayed on the display in the second display form, switching from the second display form to the first display form to display the notification information on the display , and continuously displaying the notification information on the display in the second display form when the display is absent not only in the central visual field region (C) but also in the peripheral visual field region (P), even after the predetermined time has passed (step S306).
A method for controlling an angular distribution of a light beam emitted by a light output device comprising a first light source configured to emit light within a first angular range , and a second light source configured to emit light within a second angular range , wherein said first angular range is different from said second angular range, comprising the steps of: - receiving a dimmer setting (V DS ) from a dimmer wherein said dimmer setting (V DS ) corresponds to a certain duty cycle as a percentage of the total sine waveform of mains power; characterized by the steps of; - separately to receiving the dimmer setting, receiving power from an external AC waveform - controlling , if said dimmer setting is below a first predetermined threshold, said first light source to emit light within said first angular range; - controlling , if said dimmer setting is above said first predetermined threshold, said second light source to emit light within said second angular range; - powering the first light source and the second light source from the external AC power mains. - receiving a dimmer setting (V DS ) from a dimmer wherein said dimmer setting (V DS ) corresponds to a certain duty cycle as a percentage of the total sine waveform of mains power; characterized by the steps of; - separately to receiving the dimmer setting, receiving power from an external AC waveform - controlling , if said dimmer setting is below a first predetermined threshold, said first light source to emit light within said first angular range; - controlling , if said dimmer setting is above said first predetermined threshold, said second light source to emit light within said second angular range; - powering the first light source and the second light source from the external AC power mains.
Vehicle electrical system component for a motor vehicle, comprising an electrical module which is surrounded by casting at least in certain areas by a cast component , characterized in that the cast component is produced by an in-situ polymerization method.
A method for the preparation of compound of formula with two subsequent reactions REAC1 and REAC2; in the first reaction REAC1 salicylamide is reacted with diethylcarbonate in the presence of an alkali ethoxide to provide compound of formula (3-X) in the second reaction REAC2 compound of formula (3-X) obtained from REAC1 is reacted with a Bronsted acid to provide compound of formula ; Xis Na or K; the alkali ethoxide is NaOEt or KOEt. with two subsequent reactions REAC1 and REAC2; in the first reaction REAC1 salicylamide is reacted with diethylcarbonate in the presence of an alkali ethoxide to provide compound of formula (3-X) in the second reaction REAC2 compound of formula (3-X) obtained from REAC1 is reacted with a Bronsted acid to provide compound of formula ; Xis Na or K; the alkali ethoxide is NaOEt or KOEt.
A syringe packaging system , comprising: a syringe barrel having a first end , a second end , and a sidewall extending therebetween and defining a chamber having an interior; a stopper slidably disposed within the interior of the chamber of the syringe barrel ; a plunger rod having a first end engageable with a portion of the stopper , a second end , the plunger rod comprising sealing member disposed adjacent the second end , and a packaging member having a first end , a second end , and a sidewall defining a first compartment and a second compartment each extending between the first end and the second end of the packaging member , the first compartment sized and adapted to receive the syringe barrel therein and the second compartment sized and adapted to receive the plunger rod therein, wherein with the syringe barrel received within the first compartment of the packaging member and the plunger rod received within the second compartment of the packaging member , the sealing member of the plunger rod seals the syringe barrel and the plunger rod within the packaging member characterized in that the plunger rod includes a plunger rod body that defines a cavity that spans the extent of the plunger rod body so that the plunger rod body is cannulated along its entire length and terminates at the first end and includes a cavity opening in the sealing member at the second end and wherein the plunger rod body defines slots extending between the first end and the second end . a syringe barrel having a first end , a second end , and a sidewall extending therebetween and defining a chamber having an interior; a stopper slidably disposed within the interior of the chamber of the syringe barrel ; a plunger rod having a first end engageable with a portion of the stopper , a second end , the plunger rod comprising sealing member disposed adjacent the second end , and a packaging member having a first end , a second end , and a sidewall defining a first compartment and a second compartment each extending between the first end and the second end of the packaging member , the first compartment sized and adapted to receive the syringe barrel therein and the second compartment sized and adapted to receive the plunger rod therein, wherein with the syringe barrel received within the first compartment of the packaging member and the plunger rod received within the second compartment of the packaging member , the sealing member of the plunger rod seals the syringe barrel and the plunger rod within the packaging member characterized in that the plunger rod includes a plunger rod body that defines a cavity that spans the extent of the plunger rod body so that the plunger rod body is cannulated along its entire length and terminates at the first end and includes a cavity opening in the sealing member at the second end and wherein the plunger rod body defines slots extending between the first end and the second end .
An apparatus for receiving system information in a wireless communication system supporting coverage enhancement comprising: a receiver which, in operation, receives the system information transmitted in system information blocks, SIBs, including at least a first SIB and a second SIB, wherein the first SIB is different from the second SIB; and circuitry which, in operation, controls the receiver to receive the system information; characterized in that the circuitry controls the receiver to: receive the first SIB including first information elements common for different coverage enhancement levels and the second SIB including one or more second information elements specific for at least one of the different coverage enhancement levels. a receiver which, in operation, receives the system information transmitted in system information blocks, SIBs, including at least a first SIB and a second SIB, wherein the first SIB is different from the second SIB; and circuitry which, in operation, controls the receiver to receive the system information; characterized in that the circuitry controls the receiver to: receive the first SIB including first information elements common for different coverage enhancement levels and the second SIB including one or more second information elements specific for at least one of the different coverage enhancement levels.
System for control of a flow of a media in a duct , which duct comprises means for flow measurement , which duct comprises means for flow regulation , which system comprises a control system , which control system is configured to receive at least input from the flow measurement means , which control system is configured to perform control of at least one regulation damper , wherein the flow measurement and the damper control are performed by a common control system , which control system comprises at least one common printed circuit board , which printed circuit board comprises at least one processor, characterized in that the printed circuit board further comprises magnetic position detection means for detecting the actual position of the damper by means of at least one magnet on the damper, with the magnetic position detection means being placed on the printed circuit board .
A method for protecting an electrical component in a support layer of a functional laminate, the method comprising the steps of - providing the support layer with a first hole , a second hole and an opening connecting the first and the second holes together; - positioning an electrical component inside the first hole ; - placing a solid patch of plastic material in the second hole , the melting point of the material of the solid patch being below the melting point of the material of the support layer ; - causing the material of the solid patch to flow through the opening from the second hole to the first hole , flowing around the electrical component in order to surround it, wherein the step of causing the material of the solid patch to flow is a lamination step involving the support layer , whereby the solid patch melts down as it is submitted to heating and pressure. - providing the support layer with a first hole , a second hole and an opening connecting the first and the second holes together; - positioning an electrical component inside the first hole ; - placing a solid patch of plastic material in the second hole , the melting point of the material of the solid patch being below the melting point of the material of the support layer ; - causing the material of the solid patch to flow through the opening from the second hole to the first hole , flowing around the electrical component in order to surround it, wherein the step of causing the material of the solid patch to flow is a lamination step involving the support layer , whereby the solid patch melts down as it is submitted to heating and pressure.
Method for introducing in-network services in an end-to-end communication path between two hosts , said method comprising: providing at least one middlebox entity ; registering a plurality of in-network service providers ; registering, by the in-network service providers , in-network services together with their respective service level agreements at said at least one middlebox entity ; negotiating during a communication establishment between the two hosts at least one of the registered in-network services to introduce within an end-to-end communication path; sending, by one of the two hosts , a subscription for the at least one of the in-network services to said at least one middlebox entity together with a policy list containing host-specific security requirements needed by said one of the two hosts ; evaluating, by the middlebox entity , potential conflicts between said host-specific security requirements on the one hand and the service level agreements of the in-network service on the other hand, and, in case no conflicts are detected, authenticating the in-network service the one of the two hosts has subscribed to; and inserting the authenticated in-network service within said end-to-end communication path and starting encrypted communication between said two hosts through the end-to-end communication path. providing at least one middlebox entity ; registering a plurality of in-network service providers ; registering, by the in-network service providers , in-network services together with their respective service level agreements at said at least one middlebox entity ; negotiating during a communication establishment between the two hosts at least one of the registered in-network services to introduce within an end-to-end communication path; sending, by one of the two hosts , a subscription for the at least one of the in-network services to said at least one middlebox entity together with a policy list containing host-specific security requirements needed by said one of the two hosts ; evaluating, by the middlebox entity , potential conflicts between said host-specific security requirements on the one hand and the service level agreements of the in-network service on the other hand, and, in case no conflicts are detected, authenticating the in-network service the one of the two hosts has subscribed to; and inserting the authenticated in-network service within said end-to-end communication path and starting encrypted communication between said two hosts through the end-to-end communication path.