mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising a plurality of management devices configured to manage information of one or more terminal devices positioned in management areas, wherein the plurality of management devices have a layered structure in which the management area of the management device in an upper layer includes the management area of the management device in a lower layer, wherein a terminal device is configured to serve as a management target of one of the management devices , wherein each management device is configured to notify another one of the management devices in a same layer or an upper layer of information indicating the possibility of the movement of the terminal device in a case where a possibility of movement of the terminal device to outside of the management area of the respective management device is recognized, whereby each management device is configured to: transmit a paging message to the terminal device in case where the terminal device is the management target of the respective management device , transmit a paging message to the terminal device in case where the terminal device is not the management target of the respective management device and where the management device is notified, from the other management device, of the information indicating the possibility of the movement of the terminal device , and recognize the possibility of the movement of the terminal device to the outside of the management area of the respective management device in a case where an elapsed time from transmission of the paging message exceeds a threshold. transmit a paging message to the terminal device in case where the terminal device is the management target of the respective management device , transmit a paging message to the terminal device in case where the terminal device is not the management target of the respective management device and where the management device is notified, from the other management device, of the information indicating the possibility of the movement of the terminal device , and recognize the possibility of the movement of the terminal device to the outside of the management area of the respective management device in a case where an elapsed time from transmission of the paging message exceeds a threshold.
A system, comprising: a social infrastructure that supports a plurality of social network groups, a first social network group of the plurality of social network groups having an associated membership including at least one human member; and a social device used with the social infrastructure, the social device comprising: a communication interface configured to communicate with the social network infrastructure; processing circuitry operably coupled to the communication interface; and at least one device resource supported by the processing circuitry; wherein the processing circuitry is configured to utilize the communication interface both to establish membership within the first social network group for the social device and to offer the at least one device resource via the first social network group; wherein the first social network group is a vehicular social network; wherein the social device is a vehicle; and wherein the at least one human member in particular includes an owner of the vehicle. a social infrastructure that supports a plurality of social network groups, a first social network group of the plurality of social network groups having an associated membership including at least one human member; and a social device used with the social infrastructure, the social device comprising: a communication interface configured to communicate with the social network infrastructure; processing circuitry operably coupled to the communication interface; and at least one device resource supported by the processing circuitry; a communication interface configured to communicate with the social network infrastructure; processing circuitry operably coupled to the communication interface; and at least one device resource supported by the processing circuitry; wherein the processing circuitry is configured to utilize the communication interface both to establish membership within the first social network group for the social device and to offer the at least one device resource via the first social network group; wherein the first social network group is a vehicular social network; wherein the social device is a vehicle; and wherein the at least one human member in particular includes an owner of the vehicle.
A low voltage switch pole comprising an insulating casing defining an internal space with a contact area and an arc extinguishing area , a fixed contact assembly and a movable contact assembly being positioned in said contact area , said movable contact assembly being movable between a closed position in which it is into contact with said fixed contact assembly and an open position in which it is spaced apart from said fixed contact assembly , an arc chamber comprising a plurality of substantially parallel metallic plates being positioned in said arc extinguishing area , wherein said fixed contact assembly is provided with a contact support , a contact surface contacting said movable contact assembly in the closed position and positioned on said contact support , and a conductive expansion plate positioned on said contact support and extending toward said arc chamber , characterized in that said fixed contact assembly is provided with a gasifying plate which is directly mounted on said conductive expansion plate , and wherein said gasifying plate has a first part positioned on said conductive expansion plate and protruding beyond the outer perimeter of said conductive expansion plate , and a second part surrounding said contact surface .
Rotor for an electric machine, the rotor comprising a laminated rotor core , a filler body composed of an aluminium die-cast alloy, which is cast onto the laminated rotor core , a first shaft journal with at least one air inlet opening , a second shaft journal with at least one air outlet opening , and a ventilation unit (18; 36, 37; 40; 60), wherein - the filler body connects the laminated rotor core rotationally conjointly to the first shaft journal and to the second shaft journal , - the laminated rotor core has a central axial bore which is partially filled by the filler body such that an axial cooling channel for cooling air is formed within the central bore of the laminated rotor core , - the shaft journals drive the ventilation unit (18; 36, 37; 40; 60), and - the ventilation unit (18; 36, 37; 40; 60) is designed to draw an air stream in via the air inlet opening , convey said air stream through the axial cooling channel , and discharge said air stream via the air outlet opening . - the filler body connects the laminated rotor core rotationally conjointly to the first shaft journal and to the second shaft journal , - the laminated rotor core has a central axial bore which is partially filled by the filler body such that an axial cooling channel for cooling air is formed within the central bore of the laminated rotor core , - the shaft journals drive the ventilation unit (18; 36, 37; 40; 60), and - the ventilation unit (18; 36, 37; 40; 60) is designed to draw an air stream in via the air inlet opening , convey said air stream through the axial cooling channel , and discharge said air stream via the air outlet opening .
A wind deflector for a vehicle roof capable of being opened and having a displaceable cover element, comprising an unfoldable deflector element made of a flat flexible material whose lower edge portion is fastened to a vehicle-mounted base via a lower edge strip and whose upper edge portion is fastened to a pivotable deploying bow via an upper edge strip, the lower edge strip and the vehicle-mounted base and/or the upper edge strip and the deploying bow forming a respective fastening system, characterized in that the fastening system comprises a fixing rib on the one hand and an arrangement of tabs attached to the fixing rib on the other hand, the arrangement of tabs being formed along the fixing rib by alternating latching tabs and support tabs , the latching tabs and the support tabs being in contact with the fixing rib on sides facing away from each other.
Support and vacuum power device for a pneumatic prehensile member , for example a suction cup, comprising: - a main body for connection to a support frame, said main body comprising a casing and a sleeve projecting from said casing, in said sleeve being formed at least one recess ; - a movable element that extends along a main axis (X) and movable in translation along said main axis (X), provided with a power supply duct that opens posteriorly through a rear mouth , intended for pneumatic connection with a suction device, and anteriorly through a front mouth , intended for pneumatic connection with the prehensile member, said movable element comprising a stem guided in translation in said sleeve , in the side wall of said stem being formed an engagement portion ; - an anti-rotation insert made in a single body inserted into said sleeve through said recess so as to be rigidly connected to the main body , in said anti-rotation insert being formed a through opening slidably engaged by the stem , characterised by said through opening being defined by at least one contact surface extended for an effective contact with the engagement portion of the movable element , thus achieving an anti-rotation constraint for said movable element . - a main body for connection to a support frame, said main body comprising a casing and a sleeve projecting from said casing, in said sleeve being formed at least one recess ; - a movable element that extends along a main axis (X) and movable in translation along said main axis (X), provided with a power supply duct that opens posteriorly through a rear mouth , intended for pneumatic connection with a suction device, and anteriorly through a front mouth , intended for pneumatic connection with the prehensile member, said movable element comprising a stem guided in translation in said sleeve , in the side wall of said stem being formed an engagement portion ; - an anti-rotation insert made in a single body inserted into said sleeve through said recess so as to be rigidly connected to the main body , in said anti-rotation insert being formed a through opening slidably engaged by the stem , characterised by said through opening being defined by at least one contact surface extended for an effective contact with the engagement portion of the movable element , thus achieving an anti-rotation constraint for said movable element .
A device comprising a processor comprising a named data network, NDN, forwarding daemon, NFD, module , and a plurality of accelerators , wherein the device is configured to: identify an accelerator of the plurality of accelerators on which to configure an offloaded NFD module based on a configuration table indicating a current configuration of the plurality of accelerators; configure the offloaded NFD module on the identified accelerator to perform a first offloaded function of the NFD module; receive an interest packet comprising a workload request, the interest packet configured according to an NDN protocol; determine that the offloaded NFD module is configured to perform the workload request using the identified accelerator based on the configuration table; and offload , via an application programming interface, the workload request to the offloaded NFD module to perform the workload request using the identified accelerator. identify an accelerator of the plurality of accelerators on which to configure an offloaded NFD module based on a configuration table indicating a current configuration of the plurality of accelerators; configure the offloaded NFD module on the identified accelerator to perform a first offloaded function of the NFD module; receive an interest packet comprising a workload request, the interest packet configured according to an NDN protocol; determine that the offloaded NFD module is configured to perform the workload request using the identified accelerator based on the configuration table; and offload , via an application programming interface, the workload request to the offloaded NFD module to perform the workload request using the identified accelerator.
A method , implemented in a device , for remote resetting of the device to factory default settings, the device comprising an electric circuit adapted to carry out the factory default reset and a secure processing and storage environment , SPSE, the SPSE being configured for communicating with at least one remote unit via a network , and for communicating with the electric circuit via a communication channel , the method comprising: receiving (S110, S112), at the SPSE , a current request to reset the device to factory default settings and a challenge associated with the current request, wherein the current request and the challenge are received via the network ; initiating (S120), by the SPSE , a reset to factory default settings of the device by communicating with the electric circuit via the communication channel ; determining (S160) a response to the challenge through a function stored in the SPSE , wherein the response to the challenge is associated with the current request; and sending (S180), by the SPSE , a confirmation via the network , wherein the confirmation includes the response to the challenge as produced by the SPSE and an attestation report, the attestation report being a declaration by the SPSE that the reset to factory default settings is initiated (S120) or carried out. receiving (S110, S112), at the SPSE , a current request to reset the device to factory default settings and a challenge associated with the current request, wherein the current request and the challenge are received via the network ; initiating (S120), by the SPSE , a reset to factory default settings of the device by communicating with the electric circuit via the communication channel ; determining (S160) a response to the challenge through a function stored in the SPSE , wherein the response to the challenge is associated with the current request; and sending (S180), by the SPSE , a confirmation via the network , wherein the confirmation includes the response to the challenge as produced by the SPSE and an attestation report, the attestation report being a declaration by the SPSE that the reset to factory default settings is initiated (S120) or carried out.
An aircraft nacelle comprising a thrust reverser device, an outer fixed cowl directly upstream of the thrust reverser device, such as a fan cowl , the thrust reverser device includes movable thrust reverser cascades between a direct jet position and a thrust reversal position driven by a movable cowl able to be translated along the axis of the nacelle, the thrust reverser cascades cooperating with stiffening and sealing members (11, 20; 9, 25; 47, 60, 52; 42, 50, 61) of said thrust reverser device, characterized in that the stiffening and sealing members include a structural upstream frame for the upstream connection of the sets of movable cascades having a substantially Z-shaped cross-section and a generally annular shape connecting the sets of movable cascades to each other by upstream ends thereof, a portion of a front frame being used as a stop, the lower web of the Z-profile of the structural frame for the upstream connection of the sets of movable cascade is turned downstream and comes into contact on a partial or complete stop of the front frame .
A pump cooling system comprising: a cooling body to be fitted to a pump housing to receive heat from said pump housing via a heat conducting path between said cooling body and pump housing, said cooling body having a passage through which, in use, a cooling fluid is passed to conduct heat away from the cooling body; the pump cooling system characterised by further comprising a cooling control mechanism configured to provide a gap in said heat conducting path at pump operating temperatures below a predefined temperature whereby heat conduction from said pump housing to said cooling body is interruptible. a cooling body to be fitted to a pump housing to receive heat from said pump housing via a heat conducting path between said cooling body and pump housing, said cooling body having a passage through which, in use, a cooling fluid is passed to conduct heat away from the cooling body; the pump cooling system characterised by further comprising a cooling control mechanism configured to provide a gap in said heat conducting path at pump operating temperatures below a predefined temperature whereby heat conduction from said pump housing to said cooling body is interruptible.
A recombinant camelina plant or cell comprising one or more polynucleotides encoding a Δ6-desaturase, a Δ6-elongase and a Δ5-desaturase operably linked with one or more regulatory sequences; wherein the recombinant camelina plant or cell comprises polynucleotide sequences for all three enzymes; wherein the Δ6-desaturase comprises an amino acid sequence having at least 50% identity to SEQ ID NO:2 or SEQ ID NO:20; and wherein the recombinant camelina plant or cell is capable of producing eicosapentaenoic acid (EPA).
A kit of parts for an electrical connector , comprising: a plurality of housing portions that are mateable together to form a housing ; a first terminal and a second terminal that are positionable in the housing , wherein the terminals are connectable to an electrical conduit and are positioned to connect an electrical power source to the electrical conduit , wherein the terminals are male terminals and wherein the kit of parts is configured for forming an electrical connector that is connectable to a D-tap connection port on a video camera , characterized in that the kit of parts for the electrical connector comprises: a current flow preventer positioned to prevent current flow through the electrical conduit if the polarity at the terminals is other than a selected polarity, an output device configured to indicate whether the polarity at the male terminals is other than a selected polarity, and a printed circuit board positionable in the housing , wherein the male terminals are connected to the printed circuit board , wherein the output device is connected to the printed circuit board , wherein the printed circuit board is connectable to the electrical conduit and is configured to electrically connect the electrical conduit to the male terminals , and contains a microprocessor (24b2) that is programmed to control the output device to indicate whether the polarity at the male terminals is other than a selected polarity. a plurality of housing portions that are mateable together to form a housing ; a first terminal and a second terminal that are positionable in the housing , wherein the terminals are connectable to an electrical conduit and are positioned to connect an electrical power source to the electrical conduit , wherein the terminals are male terminals and wherein the kit of parts is configured for forming an electrical connector that is connectable to a D-tap connection port on a video camera , a current flow preventer positioned to prevent current flow through the electrical conduit if the polarity at the terminals is other than a selected polarity, an output device configured to indicate whether the polarity at the male terminals is other than a selected polarity, and a printed circuit board positionable in the housing , wherein the male terminals are connected to the printed circuit board , wherein the output device is connected to the printed circuit board , wherein the printed circuit board is connectable to the electrical conduit and is configured to electrically connect the electrical conduit to the male terminals , and contains a microprocessor (24b2) that is programmed to control the output device to indicate whether the polarity at the male terminals is other than a selected polarity.
A system for use in a subsea operation, comprising: a subsea electrical actuator selectively engageable with a host interface of a subsea host , the subsea electrical actuator comprising: an actuator body having a rear face and a front face ; a mechanical interface positioned along and extending forwardly from the front face, the mechanical interface being operable to move a driven component of the host upon engagement of the subsea electrical actuator with the subsea host; and at least one electrical connector characterised in that the electrical connector is also positioned along and extends forwardly from the front face; and the subsea electrical actuator further comprises a guide mechanism extending forwardly from the front face to guide the at least one electrical connector and the mechanical interface into engagement with corresponding features of the host interface during engagement of the subsea electrical actuator with the subsea host. an actuator body having a rear face and a front face ; a mechanical interface positioned along and extending forwardly from the front face, the mechanical interface being operable to move a driven component of the host upon engagement of the subsea electrical actuator with the subsea host; and at least one electrical connector the electrical connector is also positioned along and extends forwardly from the front face; and the subsea electrical actuator further comprises a guide mechanism extending forwardly from the front face to guide the at least one electrical connector and the mechanical interface into engagement with corresponding features of the host interface during engagement of the subsea electrical actuator with the subsea host.
A radio white spot coverage method performed by a wireless user equipment, UE, device engaged in an adaptive bitrate, ABR, streaming session via which content is to be delivered to the wireless UE device, the method comprising: determining that the wireless UE device is in a radio white spot area; suspending the ABR streaming session at a particular segment of the content; commencing playback of alternative content locally cached at the wireless UE device ; determining that the wireless UE device is exiting the radio white spot area; and resuming the ABR streaming session from a point adjacent to the particular segment where the ABR streaming session was suspended. determining that the wireless UE device is in a radio white spot area; suspending the ABR streaming session at a particular segment of the content; commencing playback of alternative content locally cached at the wireless UE device ; determining that the wireless UE device is exiting the radio white spot area; and resuming the ABR streaming session from a point adjacent to the particular segment where the ABR streaming session was suspended.