mhurhangee/ep-ind-claims huggingface dataset:
A method for implementing communication between a network virtualization over layer 3,NVO3, network and a multiprotocol label switching, MPLS, network, wherein the NVO3 network is deployed in a first autonomous system, AS, and the MPLS network is deployed in a second AS, and the method comprises: obtaining, by an autonomous system border router, ASBR, in the NVO3 network, an identifier of a provider edge, PE, device in the MPLS network and an MPLS label allocated by an ASBR in the MPLS network, wherein the MPLS label allocated by the ASBR in the MPLS network is used as an outer label of an MPLS encapsulated packet sent by the ASBR in the NVO3 network to the PE device; allocating, by the ASBR in the NVO3 network, an IP address for the MPLS label from a local address pool, wherein the ASBR in the NVO3 network communicates with a network virtualization edge, NVE, in the NVO3 network, and a tenant end system, TES, connected to the NVE and a customer edge, CE, device connected to the PE device belong to a same virtual private network, VPN; storing, by the ASBR in the NVO3 network, a correspondence between the MPLS label and the allocated IP address; and sending, by the ASBR in the NVO3 network, routing information to the NVE, wherein the routing information comprises an identifier of the PE device and the allocated IP address, and the allocated IP address is used as an outer destination address of an NVO3 encapsulated packet sent by the TES to the CE device. obtaining, by an autonomous system border router, ASBR, in the NVO3 network, an identifier of a provider edge, PE, device in the MPLS network and an MPLS label allocated by an ASBR in the MPLS network, wherein the MPLS label allocated by the ASBR in the MPLS network is used as an outer label of an MPLS encapsulated packet sent by the ASBR in the NVO3 network to the PE device; allocating, by the ASBR in the NVO3 network, an IP address for the MPLS label from a local address pool, wherein the ASBR in the NVO3 network communicates with a network virtualization edge, NVE, in the NVO3 network, and a tenant end system, TES, connected to the NVE and a customer edge, CE, device connected to the PE device belong to a same virtual private network, VPN; storing, by the ASBR in the NVO3 network, a correspondence between the MPLS label and the allocated IP address; and sending, by the ASBR in the NVO3 network, routing information to the NVE, wherein the routing information comprises an identifier of the PE device and the allocated IP address, and the allocated IP address is used as an outer destination address of an NVO3 encapsulated packet sent by the TES to the CE device.
A closure for a container neck, the closure comprising: a first portion comprising a body for fixing to a container neck, and a second portion comprising a cap releasably engageable with the body; the cap comprises inner and outer parts (109, 110), the outer part is rotatable in a first direction relative to the inner part from a first position in which a region of the outer part is immediately adjacent a region of the body to a second position in which there is a gap between said region of the outer part and said region of the body, the cap further comprises a locking arrangement for irreversibly locking said outer part in the second position, and the inner part comprises an inner ratchet component; characterised in that: the cap comprises a closure seal on a closure seal support portion, the closure seal for sealing against the body when the cap is engaged with the body in a closed condition of the closure; the closure seal support portion formed from a first plastics material, the closure seal formed from a second plastics material that is more compliant than the first plastics material, and the closure seal formed integrally with the closure seal support portion; and said closure seal support portion is a portion of said inner ratchet component. a first portion comprising a body for fixing to a container neck, and a second portion comprising a cap releasably engageable with the body; the cap comprises inner and outer parts (109, 110), the outer part is rotatable in a first direction relative to the inner part from a first position in which a region of the outer part is immediately adjacent a region of the body to a second position in which there is a gap between said region of the outer part and said region of the body, the cap further comprises a locking arrangement for irreversibly locking said outer part in the second position, and the inner part comprises an inner ratchet component; characterised in that: the cap comprises a closure seal on a closure seal support portion, the closure seal for sealing against the body when the cap is engaged with the body in a closed condition of the closure; the closure seal support portion formed from a first plastics material, the closure seal formed from a second plastics material that is more compliant than the first plastics material, and the closure seal formed integrally with the closure seal support portion; and said closure seal support portion is a portion of said inner ratchet component. the cap comprises a closure seal on a closure seal support portion, the closure seal for sealing against the body when the cap is engaged with the body in a closed condition of the closure; the closure seal support portion formed from a first plastics material, the closure seal formed from a second plastics material that is more compliant than the first plastics material, and the closure seal formed integrally with the closure seal support portion; and said closure seal support portion is a portion of said inner ratchet component.
A method for device authentication comprising: receiving, by processing hardware (705, 804, 904, 1004) of a first device, a message from a second device to authenticate the first device, wherein the message comprises input data or ciphertext; retrieving, by the processing hardware (705, 804, 904, 1004), a secret value from a storage memory (702, 801, 902, 1001) operatively coupled to the processing hardware (705, 804, 904, 1004); deriving, by the processing hardware (705, 804, 904, 1004), a validator from the secret value using a path through a key tree, wherein the path identifies a plurality of entropy distribution operations and is based on dividing the message into a plurality of parts, wherein the key tree avoids leakage of the secret value at least in part by computing a plurality of successive intermediate keys starting with a value based on the secret value and leading to the validator, wherein each successive intermediate key is derived based on a different part of the plurality of parts of the message and a prior key; and exchanging the validator between the first device and the second device in order to authenticate the first device. receiving, by processing hardware (705, 804, 904, 1004) of a first device, a message from a second device to authenticate the first device, wherein the message comprises input data or ciphertext; retrieving, by the processing hardware (705, 804, 904, 1004), a secret value from a storage memory (702, 801, 902, 1001) operatively coupled to the processing hardware (705, 804, 904, 1004); deriving, by the processing hardware (705, 804, 904, 1004), a validator from the secret value using a path through a key tree, wherein the path identifies a plurality of entropy distribution operations and is based on dividing the message into a plurality of parts, wherein the key tree avoids leakage of the secret value at least in part by computing a plurality of successive intermediate keys starting with a value based on the secret value and leading to the validator, wherein each successive intermediate key is derived based on a different part of the plurality of parts of the message and a prior key; and exchanging the validator between the first device and the second device in order to authenticate the first device.
A method, comprising a step a) comprising contacting a bare metal substrate surface with an aqueous mixture comprised of at least one preformed reaction product of at least one catechol compound that includes at least one amine-functionalized catechol compound or salt thereof and at least one co-reactant compound comprised of one or more functional groups reactive with the at least one catechol compound to provide a pre-rinsed metal substrate surface, wherein the at least one co-reactant compound includes at least one oligomeric or polymeric amine compound comprising a plurality of repeating units having structure -[CH 2 CH 2 NH]-, and a step b) comprising conversion coating the pre-rinsed metal substrate surface to provide a conversion-coated metal substrate, wherein the pre-rinsed metal substrate surface is contacted with an acidic aqueous conversion coating composition comprised of at least one Group IV metal.
Self-supporting support structure for wind turbine equipment, wherein the support structure can be accommodated in a hollow peripheral body comprising a transition piece for connecting a tower of an offshore wind turbine to a foundation pile, or a foundation pile itself, wherein the support structure comprises two or more floors placed vertically above each other and supported by one or more upright supports, at least one upper floor connects substantially fittingly to an internal peripheral wall of the peripheral body, characterized in that said floor is provided with means for reducing its surface area, wherein a lower floor is provided along a peripheral edge with sealing means configured to realize a substantially airtight seal with the internal peripheral wall of the peripheral body.
Method for producing a tab with at least one security feature - in which a fabric-like strip material is provided for forming the tab, which has at least individual threads (43, 44) made of a polymer material, - in which the fabric-shaped strip material is fed to a processing station, - in which the fabric-shaped strip material is placed on an anvil and a punch with at least one punch surface is fed onto the fabric-shaped strip material of the tab, characterized in that - an embossing foil is passed between the fabric-like strip material of the tab and the stamp, - that the at least one embossing surface is heated to an embossing temperature of the embossing foil or the embossing foil is heated to an embossing temperature or both are heated, - that the at least one embossing surface of the stamp is fed onto the fabric-shaped strip material so that one or more contact points are formed between the embossing foil and one or more thread bellies of the fabric-shaped strip material, and - in that the embossing surface of the stamp determines the surface section of the embossing foil which is applied as printing at least on the thread belly or bellies. - in which a fabric-like strip material is provided for forming the tab, which has at least individual threads (43, 44) made of a polymer material, - in which the fabric-shaped strip material is fed to a processing station, - in which the fabric-shaped strip material is placed on an anvil and a punch with at least one punch surface is fed onto the fabric-shaped strip material of the tab, characterized in that - an embossing foil is passed between the fabric-like strip material of the tab and the stamp, - that the at least one embossing surface is heated to an embossing temperature of the embossing foil or the embossing foil is heated to an embossing temperature or both are heated, - that the at least one embossing surface of the stamp is fed onto the fabric-shaped strip material so that one or more contact points are formed between the embossing foil and one or more thread bellies of the fabric-shaped strip material, and - in that the embossing surface of the stamp determines the surface section of the embossing foil which is applied as printing at least on the thread belly or bellies.
A cooling device to cool an image forming apparatus, the cooling device comprising: a heat receiver to receive heat from an external hot portion of a development device of the image forming apparatus using a coolant while contacting the external hot portion of the development device of the image forming apparatus; a heat releaser to cool the heat-received coolant to release the heat from the external hot portion of the development device of the image forming apparatus to outside the image forming apparatus, the heat releaser having a variable-speed fan of multiple operation speed modes including an off mode; a coolant circulation system through which the coolant is circulated between the heat receiver and the heat releaser; a variable-speed pump to move the coolant through the coolant circulation system, whose operation speed modes include an off mode and relate to a coolant flow rate of the pump; a temperature sensor to detect a temperature in the external hot portion of the development device; and a controller to control the operation modes of the fan and the pump in the cooling device in accordance with the temperature detected by the temperature sensor, wherein the temperature sensor is provided in the heat receiver that is configured to contact a sidewall of the development device, wherein the sidewall is the external hot portion of the development device. a heat receiver to receive heat from an external hot portion of a development device of the image forming apparatus using a coolant while contacting the external hot portion of the development device of the image forming apparatus; a heat releaser to cool the heat-received coolant to release the heat from the external hot portion of the development device of the image forming apparatus to outside the image forming apparatus, the heat releaser having a variable-speed fan of multiple operation speed modes including an off mode; a coolant circulation system through which the coolant is circulated between the heat receiver and the heat releaser; a variable-speed pump to move the coolant through the coolant circulation system, whose operation speed modes include an off mode and relate to a coolant flow rate of the pump; a temperature sensor to detect a temperature in the external hot portion of the development device; and a controller to control the operation modes of the fan and the pump in the cooling device in accordance with the temperature detected by the temperature sensor, wherein the temperature sensor is provided in the heat receiver that is configured to contact a sidewall of the development device, wherein the sidewall is the external hot portion of the development device.
A method in a media server in a first local network, of providing remote access to media content stored in a second local network, comprising the following steps: - sending (3:2, 400) a subscription request to a presence server for information on media content in the second local network; - receiving (3:3, 402) from the presence server a presence service notification with information referring to remote media content in the second local network that has been published at the presence server, - retrieving (3:4, 404) a content list with available remote media content according to the received presence service notification, and - presenting (3:5, 406) information from said content list on what media content is available in the second local network, to a local device in the first local network, - receiving, from said device in the first local network, a user-selection of content from the content list, said user-selection effectively orders a transfer of the selected content from the second local network to the first local network. - sending (3:2, 400) a subscription request to a presence server for information on media content in the second local network; - receiving (3:3, 402) from the presence server a presence service notification with information referring to remote media content in the second local network that has been published at the presence server, - retrieving (3:4, 404) a content list with available remote media content according to the received presence service notification, and - presenting (3:5, 406) information from said content list on what media content is available in the second local network, to a local device in the first local network, - receiving, from said device in the first local network, a user-selection of content from the content list, said user-selection effectively orders a transfer of the selected content from the second local network to the first local network.
An input device comprising: an input rod capable of forward and rearward movement on the basis of an amount of operation on an operation element; and a cylindrical member fit on an end part of the input rod, wherein the cylindrical member comprises: a rod receiving part provided on one end side in an axial direction and configured to receive the end part of the input rod; and a slit formed over the length of the whole of the cylindrical member in the axial direction, and wherein the cylindrical member can be elastically deformed in a radial direction due to the slit, characterized in that the cylindrical member is made of a resin, the input device further comprises a piston which can be displaced in response to forward and rearward movement of the input rod, and the cylindrical member further comprises a locking part which is formed on the other end side in the axial direction so as to lock an engaging part of the piston, thereby preventing the input rod from falling off the piston. an input rod capable of forward and rearward movement on the basis of an amount of operation on an operation element; and a cylindrical member fit on an end part of the input rod, wherein the cylindrical member comprises: a rod receiving part provided on one end side in an axial direction and configured to receive the end part of the input rod; and a slit formed over the length of the whole of the cylindrical member in the axial direction, and wherein the cylindrical member can be elastically deformed in a radial direction due to the slit, characterized in that the cylindrical member is made of a resin, the input device further comprises a piston which can be displaced in response to forward and rearward movement of the input rod, and the cylindrical member further comprises a locking part which is formed on the other end side in the axial direction so as to lock an engaging part of the piston, thereby preventing the input rod from falling off the piston. a rod receiving part provided on one end side in an axial direction and configured to receive the end part of the input rod; and a slit formed over the length of the whole of the cylindrical member in the axial direction, and wherein the cylindrical member can be elastically deformed in a radial direction due to the slit, characterized in that the cylindrical member is made of a resin, the input device further comprises a piston which can be displaced in response to forward and rearward movement of the input rod, and the cylindrical member further comprises a locking part which is formed on the other end side in the axial direction so as to lock an engaging part of the piston, thereby preventing the input rod from falling off the piston.
A tractor for coupling of a trailer, preferably a semitrailer tractor and/or truck, with - a driver's cab having a driver's cab rear wall, and - two side wind deflectors which are fixed to the driver's cab and protrude to the rear relative to the driver's cab rear wall, wherein - at least one fluid tank for receiving a fluid is arranged between the two wind deflectors, characterized in that - the wind deflector adjacent to the fluid tank is mounted on the fluid tank by means of a fastening structure, such that it is held fixed to the driver's cab via the fluid tank and/or without itself being mounted on the driver's cab, and the fluid tank is arranged exclusively in the side edge region of the driver's cab rear wall and/or the trailer pivot radius (r), and/or - a side portion of the fluid tank forms at least part of one of the wind deflectors, and the fluid tank thus itself acts as the side wind deflector at least in portions, and the fluid tank is arranged exclusively in the side edge region of the driver's cab rear wall and/or the trailer pivot radius (r). - a driver's cab having a driver's cab rear wall, and - two side wind deflectors which are fixed to the driver's cab and protrude to the rear relative to the driver's cab rear wall, wherein - at least one fluid tank for receiving a fluid is arranged between the two wind deflectors, characterized in that - the wind deflector adjacent to the fluid tank is mounted on the fluid tank by means of a fastening structure, such that it is held fixed to the driver's cab via the fluid tank and/or without itself being mounted on the driver's cab, and the fluid tank is arranged exclusively in the side edge region of the driver's cab rear wall and/or the trailer pivot radius (r), and/or - a side portion of the fluid tank forms at least part of one of the wind deflectors, and the fluid tank thus itself acts as the side wind deflector at least in portions, and the fluid tank is arranged exclusively in the side edge region of the driver's cab rear wall and/or the trailer pivot radius (r).
A method (222, 230) for assisting a mobile device to perform positioning measurements on positioning signals periodically transmitted by at least some of a plurality of cells in a wireless communication network, the method comprising: receiving cell information, obtained by the mobile device, of one or more of the plurality of cells in the wireless communication network, wherein the cell information indicates an observed frequency channel number of a first cell in the wireless communication network, observed by the mobile device; maintaining data corresponding to a known frequency channel number and a known physical frequency of the first cell of the wireless communication network; converting the observed frequency channel number to an observed physical frequency of the first cell; setting an assigned frequency channel number to the observed frequency channel number if the observed physical frequency is the same as the known physical frequency of the first cell; generating assistance data to include the assigned frequency channel number for use by the mobile device for performing the positioning measurements based on the received cell information; and sending the assistance data to the mobile device. receiving cell information, obtained by the mobile device, of one or more of the plurality of cells in the wireless communication network, wherein the cell information indicates an observed frequency channel number of a first cell in the wireless communication network, observed by the mobile device; maintaining data corresponding to a known frequency channel number and a known physical frequency of the first cell of the wireless communication network; converting the observed frequency channel number to an observed physical frequency of the first cell; setting an assigned frequency channel number to the observed frequency channel number if the observed physical frequency is the same as the known physical frequency of the first cell; generating assistance data to include the assigned frequency channel number for use by the mobile device for performing the positioning measurements based on the received cell information; and sending the assistance data to the mobile device.