mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving a packet at an interface at a network device, said packet being transmitted through the network from a source to a destination, the network device comprising a plurality of interfaces connected to a plurality of links forming a bundle, said bundle associated with a reverse path route back towards the source of the packet, wherein said plurality of links are connected to Protocol Independent Multicast, PIM, routers; performing a Reverse Path Forwarding, RPF, check on the received packet; and forwarding the packet if the packet passes said RPF check; wherein said RPF check comprises: performing a lookup in an RPF table comprising a plurality of entries for said bundle, each of said entries comprising said bundle and one of the links in said bundle, said lookup being based on a source address of the received packet, if the received packet is a unicast packet, or based on a multicast group destination address of the received packet if the packet is a multicast packet; and determining whether the interface receiving the packet is connected to one of the links in said bundle identified in said lookup; wherein the received packet passes the RPF check if the interface receiving the packet is determined to be connected to one of said plurality of links within the bundle identified in said lookup. receiving a packet at an interface at a network device, said packet being transmitted through the network from a source to a destination, the network device comprising a plurality of interfaces connected to a plurality of links forming a bundle, said bundle associated with a reverse path route back towards the source of the packet, wherein said plurality of links are connected to Protocol Independent Multicast, PIM, routers; performing a Reverse Path Forwarding, RPF, check on the received packet; and forwarding the packet if the packet passes said RPF check; wherein said RPF check comprises: performing a lookup in an RPF table comprising a plurality of entries for said bundle, each of said entries comprising said bundle and one of the links in said bundle, said lookup being based on a source address of the received packet, if the received packet is a unicast packet, or based on a multicast group destination address of the received packet if the packet is a multicast packet; and determining whether the interface receiving the packet is connected to one of the links in said bundle identified in said lookup; performing a lookup in an RPF table comprising a plurality of entries for said bundle, each of said entries comprising said bundle and one of the links in said bundle, said lookup being based on a source address of the received packet, if the received packet is a unicast packet, or based on a multicast group destination address of the received packet if the packet is a multicast packet; and determining whether the interface receiving the packet is connected to one of the links in said bundle identified in said lookup; wherein the received packet passes the RPF check if the interface receiving the packet is determined to be connected to one of said plurality of links within the bundle identified in said lookup.
Aluminium alloy foil with a thickness of maximum 12 μm, maximum 9 μm or less than 8 μm, wherein the aluminium alloy foil has an AAlxxx or AA8xxx aluminium alloy in the material state H2x or O, characterised in that the aluminium alloy foil has a maximum number of pores with a pore size of 1 μm to 200 μm of maximum 12 per dm 2, maximum 8 per dm 2 or maximum 6 per dm 2, wherein the number of pores is measured according to the description.
A system that facilitates synchronizing data associated with at least two data storage systems (202, 206), wherein one of said at least two data storage systems comprises a track component adapted to capture data changes to various entities stored within the data storage system, the system comprising: a sync component (106; 208; 306; 406; 506; 606) adapted to leverage the track component within the data storage system to allow synchronization of data, said sync component comprising a user manager component adapted for: identifying data within a data storage system that is to be synchronized, wherein said sync component is further adapted to maintain a membership list identifying access rights to the identified data; sending, to at least one user, an invitation to participate in a synchronized relationship associated with the identified data; and assigning an accessibility level to the users within the synchronization relationship based on the membership list, wherein the accessibility level is one of: 1) a manager that can read data, write data, modify data, add data, invite a user, and revoke a permission; 2) a writer that can read data, write data, modify data, and add data; 3) a reader that can read data; and 4) a contributor that can read data and add data. a sync component (106; 208; 306; 406; 506; 606) adapted to leverage the track component within the data storage system to allow synchronization of data, said sync component comprising a user manager component adapted for: identifying data within a data storage system that is to be synchronized, wherein said sync component is further adapted to maintain a membership list identifying access rights to the identified data; sending, to at least one user, an invitation to participate in a synchronized relationship associated with the identified data; and assigning an accessibility level to the users within the synchronization relationship based on the membership list, wherein the accessibility level is one of: 1) a manager that can read data, write data, modify data, add data, invite a user, and revoke a permission; 2) a writer that can read data, write data, modify data, and add data; 3) a reader that can read data; and 4) a contributor that can read data and add data. identifying data within a data storage system that is to be synchronized, wherein said sync component is further adapted to maintain a membership list identifying access rights to the identified data; sending, to at least one user, an invitation to participate in a synchronized relationship associated with the identified data; and assigning an accessibility level to the users within the synchronization relationship based on the membership list, wherein the accessibility level is one of: 1) a manager that can read data, write data, modify data, add data, invite a user, and revoke a permission; 2) a writer that can read data, write data, modify data, and add data; 3) a reader that can read data; and 4) a contributor that can read data and add data.
Rolling assembly having an axis of rotation, the said assembly comprising - a tyre having two beads, - a rim having a rim well positioned between two rim seats, each one having an axially outer end, the said rim having a total width W between each axially outer end of the said two rim seats, and an adapter providing the connection between each bead and each rim seat, the said adapter having - two axially outer ends each one comprising an adapter seat and an adapter bearing face substantially comprised in a plane perpendicular to the axis of rotation, - a body connecting the said two outer axial ends so as to form a single component and comprising at least one main reinforcement which is anchored in each axially outer end to each outer reinforcing element, such as a bead wire, to form a turnup, the said body comprising an immobilizing element intended to wedge the said adapter in the rim well, and - a face intended to be in contact with each rim seat and with the rim well, and positioned radially on the inside, the said adapter having a total axial width L comprised between each adapter seat, characterized in that the ratio W/L is greater than or equal to 20% and less than or equal to 60%. - a tyre having two beads, - a rim having a rim well positioned between two rim seats, each one having an axially outer end, the said rim having a total width W between each axially outer end of the said two rim seats, and - two axially outer ends each one comprising an adapter seat and an adapter bearing face substantially comprised in a plane perpendicular to the axis of rotation, - a body connecting the said two outer axial ends so as to form a single component and comprising at least one main reinforcement which is anchored in each axially outer end to each outer reinforcing element, such as a bead wire, to form a turnup, the said body comprising an immobilizing element intended to wedge the said adapter in the rim well, and - a face intended to be in contact with each rim seat and with the rim well, and positioned radially on the inside,
A filter for producing a water composition containing silicic acid and hydrogen gas; characterized by a carrier and a nano silicon material supported on said carrier, said nano silicon material is present in an amount not lower than 10 wt% based on the weight of said filter.
A manual disconnect, comprising: a hermetically sealed housing having internal components for changing the state of said disconnect between connect and disconnect states, said housing comprising a cup for holding said internal components, and a header covering said cup with an airtight seal; terminals (126, 128; 706, 708) electrically connected to said internal components for connection to external circuitry; and an external manual mechanism (108; 704) for controlling said internal components as needed by applying a force to change the state of said disconnect between said connect and disconnect states; characterized in that said internal components comprise a diaphragm structure in communication with at least one moveable contact, said diaphragm structure being configured such that the force applied thereto causes it to flex and interact with said at least one moveable contact to cause said at least one moveable contact to change position. a hermetically sealed housing having internal components for changing the state of said disconnect between connect and disconnect states, said housing comprising a cup for holding said internal components, and a header covering said cup with an airtight seal; terminals (126, 128; 706, 708) electrically connected to said internal components for connection to external circuitry; and an external manual mechanism (108; 704) for controlling said internal components as needed by applying a force to change the state of said disconnect between said connect and disconnect states; characterized in that said internal components comprise a diaphragm structure in communication with at least one moveable contact, said diaphragm structure being configured such that the force applied thereto causes it to flex and interact with said at least one moveable contact to cause said at least one moveable contact to change position.
Dynamic limitation device (10, 30) of at least one dynamic output parameter (14, 24) of an electric motor capable of receiving at least one working setpoint, characterized in that a first of the at least one dynamic output parameter being the drive shaft acceleration, in that it comprises: • a generator of a dynamic maximum current proportional to a first working setpoint of the motor and intended to supply the motor in order to generate a rotating torque of a shaft of the electric motor as a function of the first setpoint, • a first estimator (13, 23) of the acceleration (14, 24) of the electric motor, • a first dynamic limiter (15, 25) of the acceleration (14, 24) of the motor, and in that the first dynamic limiter (15, 25) of the acceleration (14, 24) of the motor comprises: • a first comparator (16, 26) of the value of the estimated acceleration with a predefined maximum value of the acceleration, • a first corrector intended to generate a first correction current, the value of which depends on the result of the comparison and is intended to be added to the dynamic maximum current to supply the motor. • a generator of a dynamic maximum current proportional to a first working setpoint of the motor and intended to supply the motor in order to generate a rotating torque of a shaft of the electric motor as a function of the first setpoint, • a first estimator (13, 23) of the acceleration (14, 24) of the electric motor, • a first dynamic limiter (15, 25) of the acceleration (14, 24) of the motor, • a first comparator (16, 26) of the value of the estimated acceleration with a predefined maximum value of the acceleration, • a first corrector intended to generate a first correction current, the value of which depends on the result of the comparison and is intended to be added to the dynamic maximum current to supply the motor.
Modular apparatus designed to determine and/or monitor at least one process variable of a medium, with at least one sensor unit designed to record the process variable, wherein the sensor unit generates measuring signals, with at least one electronics unit designed to control the sensor unit, wherein the electronics unit has at least one microprocessor, and with at least one memory unit, which is assigned to the sensor unit, and in which control data can be saved, characterized in that the control data refer specifically to the sensor unit and can be read out by the electronics unit, in that in an inactive state the microprocessor of the electronics unit only performs basic functionalities that do not affect the controller of the sensor unit and in that in an active state the microprocessor controls the sensor unit, wherein the microprocessor goes from the inactive to the active state by adopting the control data from the memory unit.
A single or double skin external facade cladding system, comprising: • An interior skin used as an air gap along the facade, • In the double skin embodiment, an external skin used for forming a second air gap, • An interior wall panel in the section facing the indoor environment, • An external wall panel in the section facing the outdoor environment, • In the double skin embodiment, an intermediate panel between the interior wall panel and the external wall panel, • A horizontal profile in which an upper vent and a lower vent can be located, • A vertical profile supporting the facade panels, said cladding system characterized by further comprising: • An upper vent which is located inside the horizontal profile on the upper section of the interior wall panel and which can be used for supply or exhaust purposes, • A lower vent which is located inside the horizontal profile on the lower section of the interior wall panel and which can be used for supply or exhaust purposes, • A vent damper which allows regulating the flow rate of the supply air or suction air, • A central heating-cooling and air-conditioning system to which the supply air or suction air is transferred, • Ventilation ducts that deliver the supply air to the central heating-cooling and air-conditioning system, • An air regulating damper which regulates the air flow rate within a center heating-cooling and air-conditioning system, and • A junction box which connects the ventilation ducts to the interior skin or external skin of the facade. • An interior skin used as an air gap along the facade, • In the double skin embodiment, an external skin used for forming a second air gap, • An interior wall panel in the section facing the indoor environment, • An external wall panel in the section facing the outdoor environment, • In the double skin embodiment, an intermediate panel between the interior wall panel and the external wall panel, • A horizontal profile in which an upper vent and a lower vent can be located, • A vertical profile supporting the facade panels, said cladding system characterized by further comprising: • An upper vent which is located inside the horizontal profile on the upper section of the interior wall panel and which can be used for supply or exhaust purposes, • A lower vent which is located inside the horizontal profile on the lower section of the interior wall panel and which can be used for supply or exhaust purposes, • A vent damper which allows regulating the flow rate of the supply air or suction air, • A central heating-cooling and air-conditioning system to which the supply air or suction air is transferred, • Ventilation ducts that deliver the supply air to the central heating-cooling and air-conditioning system, • An air regulating damper which regulates the air flow rate within a center heating-cooling and air-conditioning system, and • A junction box which connects the ventilation ducts to the interior skin or external skin of the facade.
A medical instrument holder - which has to be combined with an external object that moves around a remote centre of motion; and - having a first member oriented in line with an axis with its origin at the remote centre of motion of said object; - having a second member which is connected by means of a pivotable connector to the first member at one end and has coupling means for holding said external object at the other end; and wherein - the first member is configured to allow a longitudinal and circumferential displacement of the pivotable connector along said axis of the first member, to allow said external object to move around said remote centre of motion. - which has to be combined with an external object that moves around a remote centre of motion; and - having a first member oriented in line with an axis with its origin at the remote centre of motion of said object; - having a second member which is connected by means of a pivotable connector to the first member at one end and has coupling means for holding said external object at the other end; and wherein - the first member is configured to allow a longitudinal and circumferential displacement of the pivotable connector along said axis of the first member, to allow said external object to move around said remote centre of motion.
A system comprising: a data processing apparatus configured to generate, for each of a plurality of facilities, configuration data for end point devices at each facility that associate the end point devices with the respective facility based on a first protocol, wherein the configuration data specify naming information for each of the end point devices to uniquely identify each end point device, and wherein: each of the end point devices has a spatial orientation defining its position relative to a position of at least one other of the end point devices in a same facility; and each facility includes at least two different types of end point devices; a mobile installation tool configured, for each facility, to wirelessly communicate installation data to the data processing apparatus for use by the data processing apparatus in generating the naming information for the end point devices using the first protocol, the installation data specifying an identifier of each end point device and the relative location of each end point device in the facility, wherein the first protocol defines one or more rules for generating the naming information based on (i) a sequence of the end point devices based on the spatial orientations of the end point devices in their respective facility and (ii) a reference defining a starting point for the sequence; and wherein the sequence is the same for each facility regardless of the types or number of end point devices. a data processing apparatus configured to generate, for each of a plurality of facilities, configuration data for end point devices at each facility that associate the end point devices with the respective facility based on a first protocol, wherein the configuration data specify naming information for each of the end point devices to uniquely identify each end point device, and wherein: each of the end point devices has a spatial orientation defining its position relative to a position of at least one other of the end point devices in a same facility; and each facility includes at least two different types of end point devices; each of the end point devices has a spatial orientation defining its position relative to a position of at least one other of the end point devices in a same facility; and each facility includes at least two different types of end point devices; a mobile installation tool configured, for each facility, to wirelessly communicate installation data to the data processing apparatus for use by the data processing apparatus in generating the naming information for the end point devices using the first protocol, the installation data specifying an identifier of each end point device and the relative location of each end point device in the facility, wherein the first protocol defines one or more rules for generating the naming information based on (i) a sequence of the end point devices based on the spatial orientations of the end point devices in their respective facility and (ii) a reference defining a starting point for the sequence; and wherein the sequence is the same for each facility regardless of the types or number of end point devices.
A monoclonal antibody for use in a method of treating or reducing incidence of migraine headache in a subject, wherein the monoclonal antibody modulates the CGRP pathway, wherein the monoclonal antibody has a heavy chain with the amino acid sequence of and a light chain with the amino acid sequence of and wherein the antibody is administered once per month subcutaneously at a dose of 225mg.
An address assignment method, applicable to a network having a broadband remote access server, BRAS, wherein the BRAS supports carrier grade net address translation, CGN, capability, the method comprising: detecting, by the BRAS, that the CGN fails; after detecting the CGN fails, receiving, by the BRAS, an access request sent by a terminal; and assigning and sending, by the BRAS, a public Internet protocol, IP, address to the terminal in order to allow the terminal to communicate in absence of the CGN; wherein the assigning, by the BRAS, the public IP address to the terminal specifically comprises: sending, by the BRAS, an address assignment request to a device configured with a standby public address pool, wherein the address assignment request carries identification information of the BRAS; receiving, by the BRAS, an address assignment response returned by the device configured with the standby public address pool, wherein the address assignment response carries at least one public IP address; and assigning, by the BRAS, the public IP address to the terminal from the at least one public IP address. detecting, by the BRAS, that the CGN fails; after detecting the CGN fails, receiving, by the BRAS, an access request sent by a terminal; and assigning and sending, by the BRAS, a public Internet protocol, IP, address to the terminal in order to allow the terminal to communicate in absence of the CGN; wherein the assigning, by the BRAS, the public IP address to the terminal specifically comprises: sending, by the BRAS, an address assignment request to a device configured with a standby public address pool, wherein the address assignment request carries identification information of the BRAS; receiving, by the BRAS, an address assignment response returned by the device configured with the standby public address pool, wherein the address assignment response carries at least one public IP address; and assigning, by the BRAS, the public IP address to the terminal from the at least one public IP address. sending, by the BRAS, an address assignment request to a device configured with a standby public address pool, wherein the address assignment request carries identification information of the BRAS; receiving, by the BRAS, an address assignment response returned by the device configured with the standby public address pool, wherein the address assignment response carries at least one public IP address; and assigning, by the BRAS, the public IP address to the terminal from the at least one public IP address.
A composition in compacted form for use for termite monitoring and control comprising micro-crystalline cellulose as a base bait, said composition being compacted to an optimum density of not less than 1.033 g/cc.