mhurhangee/patent-ind-claim-en huggingface dataset:
A method of deploying a network configuration in a datacenter having a point of presence, POP , comprising the steps of: - modelling the network configuration through objects, comprising : - a node object representing a point of interconnection in the network, wherein the POP is a point of interconnection in the network; - an interface object , being hierarchally inferior to the node object, and representing a connection to a point of interconnection ; - an evpnEdge object representing the transport to/from of a point of interconnection in the network ; and - a layer object , being hierarchally inferior to the evpnEdge object, and representing the characteristics of the protocol of transport to/from a point of interconnection ; - setting up the network configuration by a succession of commands on the objects ; and - pushing the set up network configuration to the datacenter. - modelling the network configuration through objects, comprising : - a node object representing a point of interconnection in the network, wherein the POP is a point of interconnection in the network; - an interface object , being hierarchally inferior to the node object, and representing a connection to a point of interconnection ; - an evpnEdge object representing the transport to/from of a point of interconnection in the network ; and - a layer object , being hierarchally inferior to the evpnEdge object, and representing the characteristics of the protocol of transport to/from a point of interconnection ; - a node object representing a point of interconnection in the network, wherein the POP is a point of interconnection in the network; - an interface object , being hierarchally inferior to the node object, and representing a connection to a point of interconnection ; - an evpnEdge object representing the transport to/from of a point of interconnection in the network ; and - a layer object , being hierarchally inferior to the evpnEdge object, and representing the characteristics of the protocol of transport to/from a point of interconnection ; - setting up the network configuration by a succession of commands on the objects ; and - pushing the set up network configuration to the datacenter.
A structure comprising: a charge cable lock device ; and an inlet that includes an inlet housing , wherein the inlet is configured to be coupled to a charge cable including a rocking arm with a hooking portion in a removable manner, wherein the charge cable lock device includes: a lock member movable to a lock position and an unlock position, wherein the lock member is configured to contact the rocking arm to restrict disengagement of the hooking portion of the rocking arm from the inlet when the lock member is located at the lock position; a lock housing that supports the lock member ; and a fixing pin configured to be inserted into the lock housing and the inlet housing and fix the lock housing to the inlet traversing the lock housing and the inlet housing , the structure being characterized in that the fixing pin is U-shaped having two corners and includes two supports , each having a free end, and the two supports are configured to fix the lock housing to the inlet housing , the fixing pin includes a finger grip , which includes legs respectively coupled to the two corners of the fixing pin and a bridge that couples the legs . a charge cable lock device ; and an inlet that includes an inlet housing , wherein the inlet is configured to be coupled to a charge cable including a rocking arm with a hooking portion in a removable manner, wherein the charge cable lock device includes: a lock member movable to a lock position and an unlock position, wherein the lock member is configured to contact the rocking arm to restrict disengagement of the hooking portion of the rocking arm from the inlet when the lock member is located at the lock position; a lock housing that supports the lock member ; and a fixing pin configured to be inserted into the lock housing and the inlet housing and fix the lock housing to the inlet traversing the lock housing and the inlet housing , a lock member movable to a lock position and an unlock position, wherein the lock member is configured to contact the rocking arm to restrict disengagement of the hooking portion of the rocking arm from the inlet when the lock member is located at the lock position; a lock housing that supports the lock member ; and a fixing pin configured to be inserted into the lock housing and the inlet housing and fix the lock housing to the inlet traversing the lock housing and the inlet housing , the structure being characterized in that the fixing pin is U-shaped having two corners and includes two supports , each having a free end, and the two supports are configured to fix the lock housing to the inlet housing , the fixing pin includes a finger grip , which includes legs respectively coupled to the two corners of the fixing pin and a bridge that couples the legs .
Pulverulent mortar which is optionally mixed with water and comprises at least one inorganic hydraulic binder, and at least 75% by mortar powder volume of thermally insulating additives which are substantially in the form of beads and have a thermal conductivity of less than or equal to 55 mW/m.K, characterized in that the thermally insulating additives are watertight, and at least 20% by mortar powder volume of said additives, which are referred to as insulating microspheres, are unicellular, which means that they have a closed outer shell delimiting a core formed by a single inner cavity, and are micron-scale, with a maximum average outer characteristic size of less than 0.5 mm, a majority of the insulating microspheres have an actual density as measured by air pycnometer of less than or equal to 0.25.
An air conditioner comprising: a bottom shell ; an air-out motor detachably mounted on the bottom shell ; wherein a drive box is mounted on the bottom shell , characterized in that and the drive box is mounted on the bottom shell with an avoidance structure retained on a path for demounting and moving the air-out motor ; the drive box is arranged on a side, away from the bottom shell , of the air-out motor , and the side opposites to the bottom shell ; a bottom, close to the wind outlet motor , of the drive box is provided with an avoidance groove recessed inward, and the avoidance groove forms the avoidance structure . a bottom shell ; an air-out motor detachably mounted on the bottom shell ; wherein a drive box is mounted on the bottom shell , characterized in that and the drive box is mounted on the bottom shell with an avoidance structure retained on a path for demounting and moving the air-out motor ; the drive box is arranged on a side, away from the bottom shell , of the air-out motor , and the side opposites to the bottom shell ; a bottom, close to the wind outlet motor , of the drive box is provided with an avoidance groove recessed inward, and the avoidance groove forms the avoidance structure .
A liquid ejection head including: a liquid containing unit that can store liquid thereinside; a liquid ejecting unit that can eject liquid from the liquid containing unit ; a cover member arranged on a surface of the liquid containing unit opposite to the liquid ejecting unit and provided with a liquid supply unit which communicates with the inside of the liquid containing unit at a supply port that is opened to the inside of the liquid containing unit and is an entrance to the inside of the liquid containing unit for supplying the liquid to the liquid containing unit ; and a holding member arranged inside the liquid containing unit to hold the liquid when stored inside the liquid containing unit , characterized in that a pressing rib is arranged on a surface of the cover member facing the inside of the liquid containing unit , said pressing rib projecting from said surface in a direction of the holding member to press the holding member such that a shortest distance (C) between the supply port and a surface of the holding member facing the supply port is 0.6 mm or more and 2.2 mm or less. a liquid containing unit that can store liquid thereinside; a liquid ejecting unit that can eject liquid from the liquid containing unit ; a cover member arranged on a surface of the liquid containing unit opposite to the liquid ejecting unit and provided with a liquid supply unit which communicates with the inside of the liquid containing unit at a supply port that is opened to the inside of the liquid containing unit and is an entrance to the inside of the liquid containing unit for supplying the liquid to the liquid containing unit ; and a holding member arranged inside the liquid containing unit to hold the liquid when stored inside the liquid containing unit , characterized in that a pressing rib is arranged on a surface of the cover member facing the inside of the liquid containing unit , said pressing rib projecting from said surface in a direction of the holding member to press the holding member such that a shortest distance (C) between the supply port and a surface of the holding member facing the supply port is 0.6 mm or more and 2.2 mm or less.
A method for use in a user equipment, UE, of resuming a radio bearer in a wireless communication network, the method comprising: establishing a radio resource control, RRC, connection of a first radio access technology with a first network node; receiving a connection suspend message from the first network node; storing a configuration of a radio bearer associated with the RRC connection; suspending the radio bearer associated with the RRC connection; receiving a connection resume message; determining whether the connection resume message includes configuration information for a packet data convergence protocol, PDCP, of a second radio access technology for the suspended radio bearer; upon determining the connection resume message includes configuration information for the PDCP of the second radio access technology, configuring the suspended radio bearer with the configuration information; and resuming the suspended radio bearer. establishing a radio resource control, RRC, connection of a first radio access technology with a first network node; receiving a connection suspend message from the first network node; storing a configuration of a radio bearer associated with the RRC connection; suspending the radio bearer associated with the RRC connection; receiving a connection resume message; determining whether the connection resume message includes configuration information for a packet data convergence protocol, PDCP, of a second radio access technology for the suspended radio bearer; upon determining the connection resume message includes configuration information for the PDCP of the second radio access technology, configuring the suspended radio bearer with the configuration information; and resuming the suspended radio bearer.
A gas turbine engine comprising: a fan section ; a first fan section support bearing ; a second fan section bearing ; a star gear system for driving the fan section , said first fan section support bearing being mounted forward of the star gear system and said second fan section bearing being mounted aft of the star gear system, said star gear system including a sun gear in communication with a fan drive turbine and a ring gear in communication with the fan section , the sun gear being attached to the fan drive turbine with a flexible input shaft ; and a carrier mounted to a static structure to prevent the carrier from rotating, wherein the carrier is mounted to the static structure with a flexible carrier support , characterised by further comprising: a fan drive shaft having fan shaft lubricant passages that extend through the fan drive shaft , the ring gear being attached to the fan drive shaft with a flexible coupling ; and a gutter located radially outward from the fan drive shaft and at least partially axially aligned with the fan shaft lubricant passages . a fan section ; a first fan section support bearing ; a second fan section bearing ; a star gear system for driving the fan section , said first fan section support bearing being mounted forward of the star gear system and said second fan section bearing being mounted aft of the star gear system, said star gear system including a sun gear in communication with a fan drive turbine and a ring gear in communication with the fan section , the sun gear being attached to the fan drive turbine with a flexible input shaft ; and a carrier mounted to a static structure to prevent the carrier from rotating, wherein the carrier is mounted to the static structure with a flexible carrier support , a fan drive shaft having fan shaft lubricant passages that extend through the fan drive shaft , the ring gear being attached to the fan drive shaft with a flexible coupling ; and a gutter located radially outward from the fan drive shaft and at least partially axially aligned with the fan shaft lubricant passages .
A method for transmitting data in a wireless LAN, WLAN, system, the method performed by a first station, STA, and comprising: receiving a high efficiency, HE, capabilities element of a second STA, the HE capabilities element comprising transmission constellation level information of the second STA; determining a duration of a signal extension based on both the transmission constellation level information and a transmission constellation level of a data field, the signal extension providing additional receiving processing time for the second STA; generating a physical protocol data unit, PPDU, comprising a physical preamble, the data field and the signal extension, the physical preamble comprising a legacy preamble part and a discrete Fourier transform/inverse discrete Fourier transform, DFT/IDFT, period of the data field being four times a DFT/IDFT period of the legacy preamble part; and transmitting the PPDU to the second STA. receiving a high efficiency, HE, capabilities element of a second STA, the HE capabilities element comprising transmission constellation level information of the second STA; determining a duration of a signal extension based on both the transmission constellation level information and a transmission constellation level of a data field, the signal extension providing additional receiving processing time for the second STA; generating a physical protocol data unit, PPDU, comprising a physical preamble, the data field and the signal extension, the physical preamble comprising a legacy preamble part and a discrete Fourier transform/inverse discrete Fourier transform, DFT/IDFT, period of the data field being four times a DFT/IDFT period of the legacy preamble part; and transmitting the PPDU to the second STA.
Electro-hydrostatic drive for an actuating drive, having a variable-volume and/or variable-speed hydraulic machine which is driven by an electric motor , for providing a volumetric flow of a hydraulic fluid, a cylinder with a piston , a piston rod and a first piston chamber , a valve with a first position and a second position, which valve can be moved by a first hydraulic actuator into the first position and by a second hydraulic actuator into the second position, wherein the second position controls a greater volumetric flow of the hydraulic fluid than the first position, a sink, main line which connects a first piston chamber of the cylinder to the sink and in which the hydraulic machine is arranged, an auxiliary line which connects the first piston chamber to the sink and in which the valve is arranged, a first control line to the first hydraulic actuator, and a second control line to the second hydraulic actuator, wherein a hydraulic resistance is arranged in the main line in series with the hydraulic machine , wherein the first control line is connected to the main line , and wherein the second control line is connected between the hydraulic resistance and the first piston chamber characterized in that the sink is the second piston chamber of the cylinder , wherein the cylinder is a synchronizing cylinder. a variable-volume and/or variable-speed hydraulic machine which is driven by an electric motor , for providing a volumetric flow of a hydraulic fluid, a cylinder with a piston , a piston rod and a first piston chamber , a valve with a first position and a second position, which valve can be moved by a first hydraulic actuator into the first position and by a second hydraulic actuator into the second position, wherein the second position controls a greater volumetric flow of the hydraulic fluid than the first position, a sink, main line which connects a first piston chamber of the cylinder to the sink and in which the hydraulic machine is arranged, an auxiliary line which connects the first piston chamber to the sink and in which the valve is arranged, a first control line to the first hydraulic actuator, and a second control line to the second hydraulic actuator, wherein a hydraulic resistance is arranged in the main line in series with the hydraulic machine , wherein the first control line is connected to the main line , and wherein the second control line is connected between the hydraulic resistance and the first piston chamber characterized in that the sink is the second piston chamber of the cylinder , wherein the cylinder is a synchronizing cylinder.
A physical phase shifter comprising two laminated phase shifters, wherein each laminated phase shifter of the two laminated phase shifters has a different frequency band, and each laminated phase shifter comprises: ∘ a signal line layer and a swing arm that is slidable relative to the signal line layer and that is configured to change a phase of an output port of the signal line layer , and ∘ a filter circuit (20b1, 20b2, 21b1, 21b2) provided at the output port of the signal line layer ; • wherein output ports of the filter circuits (20b1, 20b2, 21b1, 21b2) corresponding to the two laminated phase shifters are connected by using a conductor of the physical phase shifter, and are configured to perform output by using a common output port of the physical phase shifter, • characterized in that the signal line layers of the two laminated phase shifters are respectively attached on two opposite faces of a substrate of the physical phase shifter. ∘ a signal line layer and a swing arm that is slidable relative to the signal line layer and that is configured to change a phase of an output port of the signal line layer , and ∘ a filter circuit (20b1, 20b2, 21b1, 21b2) provided at the output port of the signal line layer ; • wherein output ports of the filter circuits (20b1, 20b2, 21b1, 21b2) corresponding to the two laminated phase shifters are connected by using a conductor of the physical phase shifter, and are configured to perform output by using a common output port of the physical phase shifter, • characterized in that the signal line layers of the two laminated phase shifters are respectively attached on two opposite faces of a substrate of the physical phase shifter. • wherein output ports of the filter circuits (20b1, 20b2, 21b1, 21b2) corresponding to the two laminated phase shifters are connected by using a conductor of the physical phase shifter, and are configured to perform output by using a common output port of the physical phase shifter, • characterized in that the signal line layers of the two laminated phase shifters are respectively attached on two opposite faces of a substrate of the physical phase shifter.
A method for producing a three-dimensional structure on a face of a flat substrate , comprising the following steps: - providing the substrate with the face ready to be treated; - applying a relief product in the form of droplets on the face , such that selected positions of droplets are produced on the face ; - applying a covering product to the face such that it forms a layer over the face with the thickness of the applied covering product on the face being less than the thickness of the applied droplets on the face ; and - fixing the layer of the covering product to obtain the selected positions on the face free from the covering product . - providing the substrate with the face ready to be treated; - applying a relief product in the form of droplets on the face , such that selected positions of droplets are produced on the face ; - applying a covering product to the face such that it forms a layer over the face with the thickness of the applied covering product on the face being less than the thickness of the applied droplets on the face ; and - fixing the layer of the covering product to obtain the selected positions on the face free from the covering product .
A method for analyzing internal relations of taps and relations between taps in a communication network , the method comprising: storing connections detected in the communication network by means located in the communication network, where header information related to connections of the communication network is examined; searching the header information for network identities and relations between them, which network identities and relations are modelled as one or more identity flows, which describe network identities and their relations and changes relative to time and place of connections; and creating an identity graph for analyzing functioning of the communication network based on the identity flows or a part of the identity flows, wherein temporal or local changes of the network identities and relations between them at one tap or between two or more taps are found out with the identity graph. storing connections detected in the communication network by means located in the communication network, where header information related to connections of the communication network is examined; searching the header information for network identities and relations between them, which network identities and relations are modelled as one or more identity flows, which describe network identities and their relations and changes relative to time and place of connections; and creating an identity graph for analyzing functioning of the communication network based on the identity flows or a part of the identity flows, wherein temporal or local changes of the network identities and relations between them at one tap or between two or more taps are found out with the identity graph.