mhurhangee/ep-ind-claims huggingface dataset:
A method in an electronic device configured to communicate through a wireless air interface with a home public land mobile network, PLMN, and visited PLMNs, the method comprising: transmitting a first registration request to a first visited PLMN to register the electronic device; generating and storing a first security key used for integrity protection of messages delivered from the home PLMN to the electronic device; transmitting a second registration request to a second visited PLMN that is authenticating the electronic device; generating a second security key used for integrity protection of the messages delivered from the home PLMN to the electronic device, storing the second security key whilst the first security key is stored; receiving a protected message from the home PLMN; determining which of the first security key and the second security key is a latest security key; and using the latest security key to determine contents of a message received from the home PLMN. transmitting a first registration request to a first visited PLMN to register the electronic device; generating and storing a first security key used for integrity protection of messages delivered from the home PLMN to the electronic device; transmitting a second registration request to a second visited PLMN that is authenticating the electronic device; generating a second security key used for integrity protection of the messages delivered from the home PLMN to the electronic device, storing the second security key whilst the first security key is stored; receiving a protected message from the home PLMN; determining which of the first security key and the second security key is a latest security key; and using the latest security key to determine contents of a message received from the home PLMN.
A system, comprising: a vehicle; a first power source, wherein the first power source includes an internal combustion engine; a second power source, wherein the second power source includes: a high discharge rate battery with an energy density less than or equal to 190Wh/kg; and a high energy battery with an energy density greater than or equal to 235Wh/kg; a power controller, wherein: the vehicle includes the first power source, the second power source, and the power controller and is capable of flying in a transitional mode between a hovering mode and a forward flight mode; and wherein the power controller is configured to select one or more of the first power source and the second power source to power a rotor included in the vehicle during the transitional mode; wherein the rotor included in the vehicle includes a tilt rotor and the vehicle further includes a cruise-only rotor; and wherein the power controller is further configured to: during the forward flight mode, select the internal combustion engine to power the cruise-only rotor; and during the hovering mode and during the transitional mode, de-select the internal combustion engine so that the internal combustion engine does not power the cruise-only rotor. a vehicle; a first power source, wherein the first power source includes an internal combustion engine; a second power source, wherein the second power source includes: a high discharge rate battery with an energy density less than or equal to 190Wh/kg; and a high energy battery with an energy density greater than or equal to 235Wh/kg; a high discharge rate battery with an energy density less than or equal to 190Wh/kg; and a high energy battery with an energy density greater than or equal to 235Wh/kg; a power controller, wherein: the vehicle includes the first power source, the second power source, and the power controller and is capable of flying in a transitional mode between a hovering mode and a forward flight mode; and wherein the power controller is configured to select one or more of the first power source and the vehicle includes the first power source, the second power source, and the power controller and is capable of flying in a transitional mode between a hovering mode and a forward flight mode; and wherein the power controller is configured to select one or more of the first power source and the second power source to power a rotor included in the vehicle during the transitional mode; wherein the rotor included in the vehicle includes a tilt rotor and the vehicle further includes a cruise-only rotor; and wherein the power controller is further configured to: during the forward flight mode, select the internal combustion engine to power the cruise-only rotor; and during the hovering mode and during the transitional mode, de-select the internal combustion engine so that the internal combustion engine does not power the cruise-only rotor. during the forward flight mode, select the internal combustion engine to power the cruise-only rotor; and during the hovering mode and during the transitional mode, de-select the internal combustion engine so that the internal combustion engine does not power the cruise-only rotor.
A power control system comprising: - at least one programmable voltage regulator (106, 108) adapted to provide a corresponding output voltage having characteristics defined by received programming data and to provide monitoring data reflecting operational status of the at least one programmable voltage regulator; - at least one non-programmable auxiliary voltage regulator (240, 250) adapted to provide a corresponding output voltage in response to an enable signal; - a system controller operatively connected to the at least one programmable voltage regulator (106, 108) and to said at least one auxiliary voltage regulator (240, 250) via a common serial data bus and adapted to send the programming data and receive the monitoring data via the serial data bus; characterized by - a data monitoring circuit operatively coupled to the at least one auxiliary voltage regulator (240, 250) to receive analog measurements therefrom and communicate corresponding monitoring data directly to a controller logic of the system controller, wherein - the system controller is configured to monitor and control operation of the at least one auxiliary voltage regulator in conjunction with the at least one programmable voltage regulator. - at least one programmable voltage regulator (106, 108) adapted to provide a corresponding output voltage having characteristics defined by received programming data and to provide monitoring data reflecting operational status of the at least one programmable voltage regulator; - at least one non-programmable auxiliary voltage regulator (240, 250) adapted to provide a corresponding output voltage in response to an enable signal; - a system controller operatively connected to the at least one programmable voltage regulator (106, 108) and to said at least one auxiliary voltage regulator (240, 250) via a common serial data bus and adapted to send the programming data and receive the monitoring data via the serial data bus; characterized by - a data monitoring circuit operatively coupled to the at least one auxiliary voltage regulator (240, 250) to receive analog measurements therefrom and communicate corresponding monitoring data directly to a controller logic of the system controller, wherein - the system controller is configured to monitor and control operation of the at least one auxiliary voltage regulator in conjunction with the at least one programmable voltage regulator.
Feedstock injector for injecting an atomized hydrocarbon feedstock into a tubular-type reactor with substantially upward or downward flow that is intended to be used in a fluid catalytic cracking unit, having: - at least one hollow cylindrical body (41, 141); - at least a first and a second inlet openings (40, 140, 42, 142) for respectively injecting a liquid hydrocarbon feedstock to be cracked and an atomizing gas into said cylindrical body; - at least one contact chamber (46, 146) arranged inside said hollow cylindrical body, in which said liquid hydrocarbon feedstock to be cracked and said atomizing gas are intended to be brought into contact in order to atomize said liquid hydrocarbon feedstock to be cracked; and - at least one outlet opening (44, 144) that opens on the inside of said reactor in order to eject said liquid hydrocarbon feedstock thus atomized, characterized in that each element of the injector is formed of a ceramic material, in that the elements of the injector are separate elements made of ceramic material assembled together and the ceramic material comprises a ceramic matrix selected from silicon carbide SiC, boron carbide B 4 C, silicon nitride Si 3 N 4, aluminium nitride AlN, boron nitride BN, alumina Al 2 O 3, or mixtures thereof, incorporated in which ceramic matrix are carbon fibres or ceramic fibres, or a mixture of these fibres, and the fibers are anisotropically positioned. - at least one hollow cylindrical body (41, 141); - at least a first and a second inlet openings (40, 140, 42, 142) for respectively injecting a liquid hydrocarbon feedstock to be cracked and an atomizing gas into said cylindrical body; - at least one contact chamber (46, 146) arranged inside said hollow cylindrical body, in which said liquid hydrocarbon feedstock to be cracked and said atomizing gas are intended to be brought into contact in order to atomize said liquid hydrocarbon feedstock to be cracked; and - at least one outlet opening (44, 144) that opens on the inside of said reactor in order to eject said liquid hydrocarbon feedstock thus atomized,
An ultrasonic and ablative medical treatment device, comprising: a cannula comprising an ultrasonic frequency vibrating tip; a flue disposed around the cannula; a first electrode disposed on an outer surface of the flue; and an RF generator providing a current to the first electrode; wherein a current flow is formed between the electrode and the tip, and wherein the tip acts as a ground to the electrode, characterised in that: the first electrode is movable along a length of the flue to adjust the length of a coagulation zone by adjusting the current flow, and the first electrode is a complete circumferential ring. a cannula comprising an ultrasonic frequency vibrating tip; a flue disposed around the cannula; a first electrode disposed on an outer surface of the flue; and an RF generator providing a current to the first electrode; wherein a current flow is formed between the electrode and the tip, and wherein the tip acts as a ground to the electrode, characterised in that: the first electrode is movable along a length of the flue to adjust the length of a coagulation zone by adjusting the current flow, and the first electrode is a complete circumferential ring. the first electrode is movable along a length of the flue to adjust the length of a coagulation zone by adjusting the current flow, and the first electrode is a complete circumferential ring.
A sterilization system for a blow/fill/seal machine having a fill assembly, comprising a shroud enclosing the fill assembly and defining a plenum, a sterilizing gas inlet (12, 14) and a sterilizing gas outlet; an external conduit defining at least one sterilizing gas flow passageway between said sterilizing gas inlet and said sterilizing gas outlet; a blower in the external conduit adjacent to said sterilizing gas inlet for circulating the sterilizing gas through the shroud; at least one high efficiency particulate absorption (HEPA) filter (22, 24) in the sterilizing gas flow passageway between the blower and said sterilizing gas inlet; a humidifier conduit in confined flow communication with the external conduit between the blower and the HEPA filter; and a sterilant-containing sterilizing gas source in confined flow communication with the blower.
Device (1, 21, 31, 41, 51) for measuring a physiological parameter of a human limb, comprising: - a body (3, 23, 33, 43, 53) comprising a first body part (3a, 23a, 33a, 43a, 53a) and a second body part (3b, 23b, 33b, 43b, 53b), which are movable relative to each other to define an opening (7, 27, 37, 47, 57) with an adjustable size for receiving the limb therein, and - a receiving element for receiving a physiological sensor (4, 34, 44) for interacting with the limb received in the opening (7, 27, 37, 47, 57), wherein, for the purpose of adjusting the size of the opening (7, 27, 37, 47, 57): the first and second body parts are slidable or twistable relative to each other while at least partially engaging or intersecting each other, or; the first and second body parts are configured to form a clip having an L-shaped end section for at least partially enclosing the limb when received in the opening; and - wherein the device (1, 21, 31, 41, 51) further comprises a centering element for aligning the limb in the opening (7, 27, 37, 47, 57) of the body relative to the receiving element, wherein the centering element is provided by a connecting element (6b, 26b) arranged for connecting between the first and second body parts; wherein the connecting element comprises an elastic sleeve (6b, 26b) for connecting the first body part with the second body part. - a body (3, 23, 33, 43, 53) comprising a first body part (3a, 23a, 33a, 43a, 53a) and a second body part (3b, 23b, 33b, 43b, 53b), which are movable relative to each other to define an opening (7, 27, 37, 47, 57) with an adjustable size for receiving the limb therein, and - a receiving element for receiving a physiological sensor (4, 34, 44) for interacting with the limb received in the opening (7, 27, 37, 47, 57), wherein, for the purpose of adjusting the size of the opening (7, 27, 37, 47, 57): the first and second body parts are slidable or twistable relative to each other while at least partially engaging or intersecting each other, or; the first and second body parts are configured to form a clip having an L-shaped end section for at least partially enclosing the limb when received in the opening; and the first and second body parts are slidable or twistable relative to each other while at least partially engaging or intersecting each other, or; the first and second body parts are configured to form a clip having an L-shaped end section for at least partially enclosing the limb when received in the opening; and - wherein the device (1, 21, 31, 41, 51) further comprises a centering element for aligning the limb in the opening (7, 27, 37, 47, 57) of the body relative to the receiving element, wherein the centering element is provided by a connecting element (6b, 26b) arranged for connecting between the first and second body parts;
Metering device for the metered introduction of a pourable cleaning agent into a processing chamber of a program-controlled cleaning device, in particular a dishwasher, the metering device comprising a housing, a storage container which is used to accommodate the cleaning agent, and a support unit which is arranged so as to be rotatable within the housing about an axis of rotation and which interchangeably receives the storage container, the housing providing a bearing dome for rotatably receiving the support unit, which bearing dome engages in a bearing sleeve of the support unit designed correspondingly for this purpose, the metering device also comprising an illumination device, characterised in that the illumination device has a lighting means which is arranged on the opening side of a cavity provided by the bearing dome and/or which is arranged at least partially within the cavity provided by the bearing dome.
A method of wireless communication in a wireless peer-to-peer communications carrier sense multiple access CSMA based network, comprising: determining, by a synchronous medium access control MAC enabled node, a plurality of slots for transmitting information, the plurality of slots being a resource that is divided into multiple type sub-resources, the first sub-resource comprising a plurality of first type slots and the second sub-resource comprising a plurality of second type slots, the second type slots having a longer duration than the first type slots, wherein each node (408, 410, 412, 414) may choose a preferred sub-resource in which to contend for the channel and wherein synchronous resources within the plurality of slots are overlaid with resources for use by asynchronous MAC enabled nodes to communicate in the CSMA network; transmitting information in a first type slot of the plurality of first type slots when a previous reception was successful and there is no other transmission expected to occur during a gap preceding the first type slot and during the first type slot; and transmitting information in a second type slot of the plurality of second type slots when at least one of the previous reception was unsuccessful or there is another transmission expected to occur during a gap preceding the first type slot or during the first type slot. determining, by a synchronous medium access control MAC enabled node, a plurality of slots for transmitting information, the plurality of slots being a resource that is divided into multiple type sub-resources, the first sub-resource comprising a plurality of first type slots and the second sub-resource comprising a plurality of second type slots, the second type slots having a longer duration than the first type slots, wherein each node (408, 410, 412, 414) may choose a preferred sub-resource in which to contend for the channel and wherein synchronous resources within the plurality of slots are overlaid with resources for use by asynchronous MAC enabled nodes to communicate in the CSMA network; transmitting information in a first type slot of the plurality of first type slots when a previous reception was successful and there is no other transmission expected to occur during a gap preceding the first type slot and during the first type slot; and transmitting information in a second type slot of the plurality of second type slots when at least one of the previous reception was unsuccessful or there is another transmission expected to occur during a gap preceding the first type slot or during the first type slot.
In combination, a brassiere and a decorative element, the brassiere having a pair of adjacent cups symmetrically disposed about a vertical plane, the cups each being supported by an associated shoulder strap and being mutually coupled by an intermediate bridge at the vertical plane, the decorative element having a relatively flat configuration, a set of suspension straps symmetrically arranged about said vertical plane serving to locate the decorative element symmetrically about the vertical plane above the bridge and free of contact with the bridge, the suspension straps on each side of the decorative element including a first suspension strap attached to a mid-section of a cup and to an adjacent side edge of the decorative element and a second suspension strap spaced above the first suspension strap and attached to said adjacent side edge of the decorative element and a suspension strap extending vertically between said bridge and said decorative element and attached therebetween to both said bridge and said decorative element, characterised in that the second suspension strap is attached to the decorative element above a mid-height of the decorative element and to the associated shoulder strap or cup such that it is inclined upwardly in a generally straight line when the brassiere is in a worn state, the first and second suspension straps (19, 18) being arranged to maintain a face of the decorative element facing in a direction to which said cups project.
A device for preparing a fluid sample for use in a fluid analyte meter, comprising: a first portion, comprising: a septum piercing projection, a capillary channel, and a vent on an outer surface of the first portion; and a second portion, comprising: a treatment solution chamber, and a septum sealing the treatment solution chamber, characterized in that the vent is open when the first portion of the device is partially inserted into the second portion of the device, and in that the vent is closed when the first portion of the device is fully inserted into the second portion of the device, wherein the vent comprises a slot extending along a portion of the outer surface of the first portion of the device, and wherein the slot extends from a leading edge of the outer surface part way along the length of the outer surface of the first portion of the device. a first portion, comprising: a septum piercing projection, a capillary channel, and a vent on an outer surface of the first portion; and a septum piercing projection, a capillary channel, and a vent on an outer surface of the first portion; and a second portion, comprising: a treatment solution chamber, and a septum sealing the treatment solution chamber, characterized in that the vent is open when the first portion of the device is partially inserted into the a treatment solution chamber, and a septum sealing the treatment solution chamber, characterized in that the vent is open when the first portion of the device is partially inserted into the second portion of the device, and in that the vent is closed when the first portion of the device is fully inserted into the second portion of the device, wherein the vent comprises a slot extending along a portion of the outer surface of the first portion of the device, and wherein the slot extends from a leading edge of the outer surface part way along the length of the outer surface of the first portion of the device.
A photography housing for a mobile phone, the housing comprising: first and second housing components (12, 14) defining at least a partial enclosure for receiving a mobile phone, the first and second housing components (12, 14) being configured to be movably connected to one another, such that an internal dimension of the at least a partial enclosure is alterable to releasably fit a dimension of mobile phones of varying sizes inserted therein, wherein the photography housing comprises a user input device for controlling the operation of an image sensor of a mobile phone received within the at least a partial enclosure during use of the photography housing, the first and second housing components (12, 14) being configured to be biased towards each other so as to resiliently hold the mobile phone there-between in use, and the at least a partial enclosure has an open side such that at least a portion of a mobile phone protrudes beyond the at least partial enclosure in use through said open side. first and second housing components (12, 14) defining at least a partial enclosure for receiving a mobile phone, the first and second housing components (12, 14) being configured to be movably connected to one another, such that an internal dimension of the at least a partial enclosure is alterable to releasably fit a dimension of mobile phones of varying sizes inserted therein, wherein the photography housing comprises a user input device for controlling the operation of an image sensor of a mobile phone received within the at least a partial enclosure during use of the photography housing, the first and second housing components (12, 14) being configured to be biased towards each other so as to resiliently hold the mobile phone there-between in use, and the at least a partial enclosure has an open side such that at least a portion of a mobile phone protrudes beyond the at least partial enclosure in use through said open side.