mhurhangee/ep-ind-claims huggingface dataset:
A network, comprising: a first plurality of switches configured for operation according to the Ethernet protocol and Fibre Channel, FC, protocol; and a second plurality of switches configured for operation according to the Ethernet protocol but not configured for operation according to the FC protocol, wherein each of the first plurality of switches and each of the second plurality of switches are configured to carry traffic according to multiple protocols including Ethernet and FC on virtual lanes of the same physical link, the virtual lanes identified by tagging of packets; wherein the first plurality of switches and second plurality of switches are adapted to transport FC frames encapsulated in Ethernet frames where said Ethernet frames comprise: a destination media access control address, D_MAC, field having a first portion with an Organization Unique Identifier, OUI, value indicating that the D_MAC address is mapping an FC destination identification, D_ID, and a second portion that is the mapped FC D_ID information corresponding to the D_ID of the encapsulated FC frame; and a source MAC, S_MAC, field that indicates the MAC address of the device that generated the FC frame. a first plurality of switches configured for operation according to the Ethernet protocol and Fibre Channel, FC, protocol; and a second plurality of switches configured for operation according to the Ethernet protocol but not configured for operation according to the FC protocol, wherein each of the first plurality of switches and each of the second plurality of switches are configured to carry traffic according to multiple protocols including Ethernet and FC on virtual lanes of the same physical link, the virtual lanes identified by tagging of packets; a destination media access control address, D_MAC, field having a first portion with an Organization Unique Identifier, OUI, value indicating that the D_MAC address is mapping an FC destination identification, D_ID, and a second portion that is the mapped FC D_ID information corresponding to the D_ID of the encapsulated FC frame; and a source MAC, S_MAC, field that indicates the MAC address of the device that generated the FC frame.
A multilayer assembly comprising at least the following layers: i. a metal surface wherein the metal is selected from the group consisting of aluminium, an aluminium alloy, iron and iron alloys, cast iron, steel, magnesium alloys, titanium or titanium alloys, copper and copper alloys; ii. a coating, adhering directly on surface, of a composite material comprising a cross-linked polymer and a filler in the form of fibres, wherein is the cross-linked form of a cross-linkable polymer comprising recurring units deriving from at least one olefin and recurring units deriving from at least one monomer bearing silane groups and is chemically linked to filler via the silane groups, wherein the filler is selected from the group consisting of long and short fibres of glass, montmorillonite, zeolite, quartz, wollastonite, and mixtures thereof, and wherein the weight ratio of the filler to the total weight of the composite material is from 5 to 50%. i. a metal surface wherein the metal is selected from the group consisting of aluminium, an aluminium alloy, iron and iron alloys, cast iron, steel, magnesium alloys, titanium or titanium alloys, copper and copper alloys; ii. a coating, adhering directly on surface, of a composite material comprising a cross-linked polymer and a filler in the form of fibres, wherein is the cross-linked form of a cross-linkable polymer comprising recurring units deriving from at least one olefin and recurring units deriving from at least one monomer bearing silane groups and is chemically linked to filler via the silane groups, wherein the filler is selected from the group consisting of long and short fibres of glass, montmorillonite, zeolite, quartz, wollastonite, and mixtures thereof, and wherein the weight ratio of the filler to the total weight of the composite material is from 5 to 50%.
A gel patch comprising a plaster layer on a support; the plaster layer comprising: a mixture of at least a neutralized polyacrylic acid, a poly(methyl acrylate/2-ethylhexyl acrylate) emulsion, and water; wherein the poly(methyl acrylate/2-ethylhexyl acrylate) emulsion is an emulsion having an evaporation residue of 57 to 61% by heating at or above the boiling point of the medium and is present in an amount of at least 2.5 times greater by mass than the neutralized polyacrylic acid and the mass of the poly(methylacrylate/2-ethylhexyl acrylate) emulsion in the plaster layer is no greater than 10 times the mass of the neutralized polyacrylic acid. a mixture of at least a neutralized polyacrylic acid, a poly(methyl acrylate/2-ethylhexyl acrylate) emulsion, and water; wherein the poly(methyl acrylate/2-ethylhexyl acrylate) emulsion is an emulsion having an evaporation residue of 57 to 61% by heating at or above the boiling point of the medium and is present in an amount of at least 2.5 times greater by mass than the neutralized polyacrylic acid and the mass of the poly(methylacrylate/2-ethylhexyl acrylate) emulsion in the plaster layer is no greater than 10 times the mass of the neutralized polyacrylic acid.
A method for coating comprising the steps: a) providing a prosthesis having identifiable features; b) pre-scanning said prosthesis prior to coating to identify said features and to obtain coating coordinates for said features; and c) applying a coating material at desired regions of the prosthesis as a function of said coordinates wherein the step of applying a coating material is started after the completion of the step of pre-scanning the prosthesis. a) providing a prosthesis having identifiable features; b) pre-scanning said prosthesis prior to coating to identify said features and to obtain coating coordinates for said features; and c) applying a coating material at desired regions of the prosthesis as a function of said coordinates
A vehicle lid device, comprising: a housing in which an oil filler port or an electric charging port is disposed inside an opening; a lid that opens and closes the opening of the housing; a link member (4, 5) that connects and supports the lid to the housing so as to be openable and closable; and an urging member that moves, by an urging force, the lid from a closed position to a first reference position at which the lid is in a middle of opening, and moves, by the urging force, the lid from a second reference position which is positioned further in an opening direction than the first reference position to a fully open position, wherein the link member includes a first link member and a second link member where each one end is pivotally supported on a back side of the lid and each another end is pivotally supported by a base member provided in the housing, the urging member including an abutting portion for pop-up which is an outer surface of a leg portion disposed on the lid side of the first link member for switching the lid from the closed position to the first reference position, and an abutting portion for deadlock for switching an urging force to the first reference position and an urging force to the fully open position, with the second reference position interposed between the first reference position and the fully open position, characterized in that the base member has a first abutting portion for an urging member corresponding to the abutting portion for pop-up, and a second abutting portion for an urging member corresponding to the abutting portion for deadlock. a housing in which an oil filler port or an electric charging port is disposed inside an opening; a lid that opens and closes the opening of the housing; a link member (4, 5) that connects and supports the lid to the housing so as to be openable and closable; and an urging member that moves, by an urging force, the lid from a closed position to a first reference position at which the lid is in a middle of opening, and moves, by the urging force, the lid from a second reference position which is positioned further in an opening direction than the first reference position to a fully open position, wherein the link member includes a first link member and a second link member where each one end is pivotally supported on a back side of the lid and each another end is pivotally supported by a base member provided in the housing, the urging member including an abutting portion for pop-up which is an outer surface of a leg portion disposed on the lid side of the first link member for switching the lid from the closed position to the first reference position, and an abutting portion for deadlock for switching an urging force to the first reference position and an urging force to the fully open position, with the second reference position interposed between the first reference position and the fully open position, characterized in that the base member has a first abutting portion for an urging member corresponding to the abutting portion for pop-up, and a second abutting portion for an urging member corresponding to the abutting portion for deadlock.
Network element for a communication network, said network element being configured to synchronize its local clock to a reference clock signal, said network element comprising: - a main board comprising an internal module configured to support an internal synchronization transport protocol, and a connector connected to said internal module; and - a pluggable module configured to be removably connected to said connector, said pluggable module being configured to, when connected to said connector: - exchange external synchronization information (EESI, IESI) with a further network element of said communication network, said external synchronization information (EESI, IESI) being formatted according to an external synchronization transport protocol different from said internal synchronization transport protocol; - exchange with said internal module internal synchronization information (IISI, EISI) formatted according to said internal synchronization transport protocol; and - interface said internal synchronization transport protocol and said external synchronization transport protocol. - a main board comprising an internal module configured to support an internal synchronization transport protocol, and a connector connected to said internal module; and - a pluggable module configured to be removably connected to said connector, said pluggable module being configured to, when connected to said connector: - exchange external synchronization information (EESI, IESI) with a further network element of said communication network, said external synchronization information (EESI, IESI) being formatted according to an external synchronization transport protocol different from said internal synchronization transport protocol; - exchange with said internal module internal synchronization information (IISI, EISI) formatted according to said internal synchronization transport protocol; and - interface said internal synchronization transport protocol and said external synchronization transport protocol. - exchange external synchronization information (EESI, IESI) with a further network element of said communication network, said external synchronization information (EESI, IESI) being formatted according to an external synchronization transport protocol different from said internal synchronization transport protocol; - exchange with said internal module internal synchronization information (IISI, EISI) formatted according to said internal synchronization transport protocol; and - interface said internal synchronization transport protocol and said external synchronization transport protocol.
A method comprising: storing a list of expected connections for a plurality of networked machines, wherein each connection in the list of expected connections defines a first networked machine and a second networked machine, between which the connection exists, as well as a plurality of connection requirements for the connection; receiving an indication from each of the plurality of networked machines indicating one or more actual connections maintained by the respective machine; identifying, by one or more processors, an unexpected presence or absence of an actual connection on at least one of the plurality of networked machines based on a connection having no matching entry in the list of expected connections or an entry in the list of expected connections having no matching connection in the one or more connections for the corresponding network machine; and providing a notification or indication of the unexpected presence or absence of the actual connection. storing a list of expected connections for a plurality of networked machines, wherein each connection in the list of expected connections defines a first networked machine and a second networked machine, between which the connection exists, as well as a plurality of connection requirements for the connection; receiving an indication from each of the plurality of networked machines indicating one or more actual connections maintained by the respective machine; identifying, by one or more processors, an unexpected presence or absence of an actual connection on at least one of the plurality of networked machines based on a connection having no matching entry in the list of expected connections or an entry in the list of expected connections having no matching connection in the one or more connections for the corresponding network machine; and providing a notification or indication of the unexpected presence or absence of the actual connection.
A body of a drilling tool, comprising: a hard particulate material; and a binder, the binder consisting of: 5 to 50 weight % of nickel; 35 to 60 weight % of zinc; 0.5 to 35 weight % of tin; and optionally, 0 to 60 weight % of copper and/or 0 to 20 weight % of additional components, wherein the additional components consist of one or more of aluminium, iron, lead, manganese, silicon, phosphorous, boron, silver, gold, or gallium. a hard particulate material; and a binder, the binder consisting of: 5 to 50 weight % of nickel; 35 to 60 weight % of zinc; 0.5 to 35 weight % of tin; and optionally, 0 to 60 weight % of copper and/or 0 to 20 weight % of additional components, wherein the additional components consist of one or more of aluminium, iron, lead, manganese, silicon, phosphorous, boron, silver, gold, or gallium. 5 to 50 weight % of nickel; 35 to 60 weight % of zinc; 0.5 to 35 weight % of tin; and optionally, 0 to 60 weight % of copper and/or 0 to 20 weight % of additional components, wherein the additional components consist of one or more of aluminium, iron, lead, manganese, silicon, phosphorous, boron, silver, gold, or gallium.
Transmitter which can be fed thermally having - at least one heat transducer element with a downstream voltage transformer, - a logic assembly which is connected to the voltage transformer and has sequence control, - a data transmission unit (5, 6) which is connected to the logic assembly, the logic assembly being designed on a ULP basis, and the data transmission unit (5, 6) transmitting a broadband signal, the logic assembly being connected to memory, in which an identification code is stored. - at least one heat transducer element with a downstream voltage transformer, - a logic assembly which is connected to the voltage transformer and has sequence control, - a data transmission unit (5, 6) which is connected to the logic assembly, the logic assembly being designed on a ULP basis, and the data transmission unit (5, 6) transmitting a broadband signal, the logic assembly being connected to memory, in which an identification code is stored.
An industrial device including a portable tool and at least one support for this tool, the tool being provided with a motor rotating a mechanism, with an electric energy storage means to power supply the tool during its operation and with means for controlling the motor, the support including a wire one end of which is attached to the tool, a bucket element defining a gripping location for the tool and a reel of said wire exerting vertical tension on the tool so as to lighten its weight when it is no longer in its gripping location, characterised in that it includes an electrical energy transmission means (16, 7) for charging the energy storage means when the tool is positioned in the bucket element.
A curable isocyanate-free formulation for preparing a polyurethane self-blowing foam comprising at least one multifunctional cyclic carbonate having at least two cyclic carbonate groups at the end of the chain (compound A), at least one multifunctional amine (compound B), at least one masked thiol precursor (compound C) and optionally at least one catalyst (compound D).
An integrated power converting apparatus for an electric vehicle, comprising: a housing, an inverter configured to drive a motor and configured to include a capacitor module configured to receive a DC high voltage input from a high voltage input terminal, and a power module configured to receive an input from the capacitor module to convert the received output into an AC voltage, a DC-DC converter configured to output a low voltage, an integrated control board being configured to operate the inverter and an electromagnetic shield plate, characterized in that: the inverter and the converter are disposed on an inner bottom surface of a housing, the shield plate has a predetermined thickness and is disposed on the inverter and the converter at a predetermined height from the inner bottom surface of the housing reinforcing its rigidity; and the integrated control board is disposed on a top surface of the shield plate. a housing, an inverter configured to drive a motor and configured to include a capacitor module configured to receive a DC high voltage input from a high voltage input terminal, and a power module configured to receive an input from the capacitor module to convert the received output into an AC voltage, a DC-DC converter configured to output a low voltage, an integrated control board being configured to operate the inverter and an electromagnetic shield plate, characterized in that: the inverter and the converter are disposed on an inner bottom surface of a housing, the shield plate has a predetermined thickness and is disposed on the inverter and the converter at a predetermined height from the inner bottom surface of the housing reinforcing its rigidity; and the integrated control board is disposed on a top surface of the shield plate. the inverter and the converter are disposed on an inner bottom surface of a housing, the shield plate has a predetermined thickness and is disposed on the inverter and the converter at a predetermined height from the inner bottom surface of the housing reinforcing its rigidity; and the integrated control board is disposed on a top surface of the shield plate.
A compound comprising a modified oligonucleotide and a conjugate group, wherein the modified oligonucleotide consists of 20 linked nucleosides and has the nucleobase sequence of SEQ ID NO: 570, and wherein the conjugate group is covalently linked to the modified oligonucleotide at the 5' end of the modified oligonucleotide.
A golf club carrier including a plurality of receptacles each for receiving a golf club, at least some inner receptacles being mounted inwardly of at least some outer receptacles and at least two ejectors (28A, 28B) being arranged, in use, to rise and bear against and lift the base of a club in each receptacle as required, wherein a single actuator (32, 34) is arranged to operate the two ejectors.
A self-locking gear comprising: a rotatable input element; an internally toothed outer gear, which is configured to act as an output element; an externally toothed inner gear, which is arranged within the outer gear and which has a smaller diameter and fewer teeth than the outer gear; and a plurality of eccentric elements extending parallel to the input element, wherein each of the eccentric elements is arranged in a corresponding circular opening formed within the inner gear such that the eccentric element is rotatable around a first axis extending through the center of the respective circular opening; wherein the input element is drivingly coupled to at least two eccentric elements such as to rotate each of the at least two eccentric elements around a respective second axis, which extends parallel and eccentric to the first axis of the respective eccentric element; wherein each eccentric element comprises a first cylindrical portion, which is rotatably received within the corresponding circular opening formed in the inner gear, with the axis of the first cylindrical portion being the first axis; characterized in that each of the at least two eccentric elements comprises a second cylindrical portion, with the axis of the second cylindrical portion being the second axis. a rotatable input element; an internally toothed outer gear, which is configured to act as an output element; an externally toothed inner gear, which is arranged within the outer gear and which has a smaller diameter and fewer teeth than the outer gear; and a plurality of eccentric elements extending parallel to the input element, wherein each of the eccentric elements is arranged in a corresponding circular opening formed within the inner gear such that the eccentric element is rotatable around a first axis extending through the center of the respective circular opening; wherein the input element is drivingly coupled to at least two eccentric elements such as to rotate each of the at least two eccentric elements around a respective second axis, which extends parallel and eccentric to the first axis of the respective eccentric element; wherein each eccentric element comprises a first cylindrical portion, which is rotatably received within the corresponding circular opening formed in the inner gear, with the axis of the first cylindrical portion being the first axis; characterized in that each of the at least two eccentric elements comprises a second cylindrical portion, with the axis of the second cylindrical portion being the second axis.
Diagnostic method for a vision sensor of a vehicle, the vision sensor having a desired range (2-1, 2-2, 2-3, 2-4, 3-1, 3-2, 3-3, 3-4, 4), having the steps of: - determining a first position and a direction of movement of the vehicle, - selecting a stationary landmark suitable for detection by the vision sensor from a landmark database, the landmark being in front of the vehicle in the direction of movement of the vehicle, a distance between the first position of the vehicle and the landmark being greater than the desired range (2-1, 2-2, 2-3, 2-4, 3-1, 3-2, 3-3, 3-4, 4) of the vision sensor, - detecting the landmark by means of the vision sensor and, in response to detection of the landmark taken place by the vision sensor, - determining a second position of the vehicle, - determining an actual range of the vision sensor as the distance between the second position of the vehicle and the landmark. - determining a first position and a direction of movement of the vehicle, - selecting a stationary landmark suitable for detection by the vision sensor from a landmark database, the landmark being in front of the vehicle in the direction of movement of the vehicle, a distance between the first position of the vehicle and the landmark being greater than the desired range (2-1, 2-2, 2-3, 2-4, 3-1, 3-2, 3-3, 3-4, 4) of the vision sensor, - detecting the landmark by means of the vision sensor and, in response to detection of the landmark taken place by the vision sensor, - determining a second position of the vehicle, - determining an actual range of the vision sensor as the distance between the second position of the vehicle and the landmark.