mhurhangee/patent-ind-claim-en huggingface dataset:
A method for implementing a logical router in a logical network, the method comprising: receiving a configuration of a static route for the logical router , wherein the logical router comprises (i) a distributed routing component that interfaces with other logical forwarding elements (105-110) to process data traffic internal to the logical network and (ii) one or more centralized routing components that interface with an external physical network to process data traffic between the logical network and the external physical network, wherein the distributed routing component and each of the centralized routing components have separate routing tables, wherein the distributed routing component is implemented across a plurality of physical machines that implement the logical network; identifying which of the centralized routing components require addition of a route to a corresponding routing table to implement the configuration of the static route; and adding routes for a same prefix as the configured static route to (i) each of the corresponding separate routing tables of the identified centralized routing components and (ii) the routing table of the distributed routing component . receiving a configuration of a static route for the logical router , wherein the logical router comprises (i) a distributed routing component that interfaces with other logical forwarding elements (105-110) to process data traffic internal to the logical network and (ii) one or more centralized routing components that interface with an external physical network to process data traffic between the logical network and the external physical network, wherein the distributed routing component and each of the centralized routing components have separate routing tables, wherein the distributed routing component is implemented across a plurality of physical machines that implement the logical network; identifying which of the centralized routing components require addition of a route to a corresponding routing table to implement the configuration of the static route; and adding routes for a same prefix as the configured static route to (i) each of the corresponding separate routing tables of the identified centralized routing components and (ii) the routing table of the distributed routing component .
A gas turbine engine , comprising: an actuator ; a drive driven by the actuator ; a drive shaft driven by the drive , the drive shaft having a first drive gear and a second drive gear; a first variable vane stage with a first vane drive bevel gear to direct drive one of a multiple of variable vanes, an axis (V) of the one of the multiple of variable vanes aligned planar with the drive shaft , the first vane drive bevel gear being meshed with the first drive gear, including a first drive arm connected to a first unison ring and a link between each of the multiple of variable vanes and the first unison ring ; and a second variable vane stage with a second vane drive bevel gear to direct drive one of a multiple of variable vanes, an axis of the one of the multiple of variable vanes aligned planar with the drive shaft , the second vane drive bevel gear being meshed with the second drive gear, the second vane drive bevel gear including a second drive arm connected to a second unison ring and a link between each of a multiple of variable vanes and the second unison ring, characterised in that : the drive is a harmonic drive, and the gas turbine engine further comprises a third drive gear on the drive shaft , and a third variable vane stage with a third vane drive bevel gear mounted to a static structure of the gas turbine engine , wherein the third vane drive bevel gear is connected to a third unison ring through a bridge mounted to the third unison ring. an actuator ; a drive driven by the actuator ; a drive shaft driven by the drive , the drive shaft having a first drive gear and a second drive gear; a first variable vane stage with a first vane drive bevel gear to direct drive one of a multiple of variable vanes, an axis (V) of the one of the multiple of variable vanes aligned planar with the drive shaft , the first vane drive bevel gear being meshed with the first drive gear, including a first drive arm connected to a first unison ring and a link between each of the multiple of variable vanes and the first unison ring ; and a second variable vane stage with a second vane drive bevel gear to direct drive one of a multiple of variable vanes, an axis of the one of the multiple of variable vanes aligned planar with the drive shaft , the second vane drive bevel gear being meshed with the second drive gear, the second vane drive bevel gear including a second drive arm connected to a second unison ring and a link between each of a multiple of variable vanes and the second unison ring,
A radio resource monitoring method for D2D discovery by a terminal , wherein the terminal is located in a serving cell controlled by an equipment having base station functionality, and wherein the radio resource monitoring method comprises: receiving target radio resources transmitted from the equipment having base station functionality, wherein the target radio resources indicate the D2D discovery resource pool of the serving cell and any of a plurality of neighboring cells adjacent to the serving cell, and are obtained by differentiating, at the equipment having base station functionality, a first radio resource corresponding to the serving cell from a second radio resource corresponding to any of the plurality of neighboring cells, whereby the terminal is configured to identify a radio resource belonging to any cell; obtaining current information of the terminal , and determining a monitoring frequency of a neighboring cell in the plurality of neighboring cells according to (i) the current information of the terminal and (ii) monitored reference signal received power (RSRP) and/or monitored reference signal received quality (RSRQ) of the neighboring cell, wherein the current information comprises the mobility of the terminal ; and determining the second radio resource of the neighboring cell according to the target radio resources, and monitoring the second radio resource of the neighboring cell at the monitoring frequency determined for the neighboring cell. receiving target radio resources transmitted from the equipment having base station functionality, wherein the target radio resources indicate the D2D discovery resource pool of the serving cell and any of a plurality of neighboring cells adjacent to the serving cell, and are obtained by differentiating, at the equipment having base station functionality, a first radio resource corresponding to the serving cell from a second radio resource corresponding to any of the plurality of neighboring cells, whereby the terminal is configured to identify a radio resource belonging to any cell; obtaining current information of the terminal , and determining a monitoring frequency of a neighboring cell in the plurality of neighboring cells according to (i) the current information of the terminal and (ii) monitored reference signal received power (RSRP) and/or monitored reference signal received quality (RSRQ) of the neighboring cell, wherein the current information comprises the mobility of the terminal ; and determining the second radio resource of the neighboring cell according to the target radio resources, and monitoring the second radio resource of the neighboring cell at the monitoring frequency determined for the neighboring cell.
Steel sheet pile in double-T form, comprising a web and two flanges , wherein each flange has an inner side facing the web , an outer side facing away from the web , and two longitudinal edges , each of these longitudinal edges laterally delimiting a flange end, wherein a coupling means is formed along the longitudinal edge of at least one flange end, for connecting to said flange end a connection profile , wherein said coupling means is formed by a groove with a substantially V-shaped cross-section, said groove extending in the outer side of said flange end along the longitudinal edge thereof, and having an opening width "b", and a depth "t", characterized in that said groove is arranged in a flange end with a constant thickness "e" or in a flange end that is thickened in a wedge shape towards the outer side of the flange so as to have a maximum thickness "e" at the longitudinal edge of the flange end in the vicinity of said groove, and in that 0.5 · e ≤ b ≤ 1.5 · e and 10 mm ≤ t ≤ 0.5 · e .
A method for connecting a tong cassette (420-t) and a positioning device (420-p) on a rig, comprising: moving a positioning arm of the positioning device (420-p) toward a predetermined position on the rig, the positioning device having a first sensor configured to detect a plurality of sensor targets (442-t) located on the tong cassette (420-t); using the first sensor to identify an orientation angle and a distance between the tong cassette (420-t) and the positioning arm; moving the positioning arm to a position for connection with the tong cassette (420-t) based on the distance and the orientation angle; and connecting the positioning arm to the tong cassette (420-t). moving a positioning arm of the positioning device (420-p) toward a predetermined position on the rig, the positioning device having a first sensor configured to detect a plurality of sensor targets (442-t) located on the tong cassette (420-t); using the first sensor to identify an orientation angle and a distance between the tong cassette (420-t) and the positioning arm; moving the positioning arm to a position for connection with the tong cassette (420-t) based on the distance and the orientation angle; and connecting the positioning arm to the tong cassette (420-t).
Guiding device for roller shutters with at least one guide rail for guiding a lateral edge region of a roller shutter in and against a guide direction , the guide rail having a stop element which can be displaced in and against the guide direction and which limits the movement of the roller shutter in the guide direction , this position being an end position, characterized in that the stop element is coupled to the guide rail via a resetting device , the stop element forming an extension of the guide rail .
A cyclodextrin carrier-based arteannuinoid compound conjugate, wherein the arteannuinoid compound is connected through an ester bond formed between a carboxyl group of the arteannuinoid compound and a hydroxyl group of the cyclodextrin; wherein the cyclodextrin is a sulfonate of a structure shown as formula I: wherein n is 1, and m+n = any one of 6, 7 or 8; R 1 , R 2 or R 3 is -ROH; wherein R is -(CH 2 ) x , -NH(CH 2 ) x , -NH(CH 2 ) x NH(CH 2 ) x , -CO(CH 2 ) x or -O(CH 2 ) x , and x is 0, 1, 2, 3 or 4; wherein the arteannuinoid compound has a structure shown as formula II, wherein R 4 is -(CH 2 ) y , -CO(CH 2 ) y , -C 6 H 6 (CH2) y or -COC 6 H 6 (CH 2 ) y , wherein y is an integer greater than or equal to 0, CO is a carbonyl and C 6 H 6 is a benzene ring. wherein n is 1, and m+n = any one of 6, 7 or 8; R 1 , R 2 or R 3 is -ROH; wherein R is -(CH 2 ) x , -NH(CH 2 ) x , -NH(CH 2 ) x NH(CH 2 ) x , -CO(CH 2 ) x or -O(CH 2 ) x , and x is 0, 1, 2, 3 or 4; wherein the arteannuinoid compound has a structure shown as formula II,
An anchoring element having a first anchor part and a second anchor part arranged on the first anchor part by means of a sleeve-like coupling element , wherein the first anchor part comprises a head element such that the first anchor part is arranged in the coupling element to be movable relative to the second anchor part , in particular like a ball joint, wherein the coupling element is attachable to the second anchor part by means of a thread arrangement , and wherein at least one blocking element is provided on the second anchor part and/or on the coupling element , the end position of the thread arrangement , relevant for mounting the anchoring element , being determined using said blocking element, characterized in that the blocking element comprises a notch and/or a weld and/or an adhesion.
A current collecting device for a train, comprising a collector arm and a current reflux arm , characterised in that , the current collecting device for a train further comprises: two sets of bearing seats used for being set on a bogie of the train; wherein the top end of the collector arm is hinged with one of the two sets of bearing seats , and the top end of the current reflux arm is hinged with the other one of the two sets of bearing seats ; a collector shoe ; a reflux shoe ; wherein a fixed end of the collector shoe is hinged with the bottom end of the collector arm , a free end of the collector shoe is arranged in contact with a power supply rail , a fixed end of the reflux shoe is hinged with the bottom end of the reflux arm , and a free end of the reflux shoe is arranged in contact with a reflux rail ; wherein the free end of the collector shoe is in a convex semicircular shape and is in contact with a concave semicircular side of the power supply rail ; the free end of the reflux shoe is in a convex semicircular shape and is in contact with a concave semicircular side of the reflux rail ; or, the free end of the collector shoe is in a concave semicircular shape and is in contact with a convex semicircular side of the power supply rail ; the free end of the reflux shoe is in a concave semicircular shape and is in contact with a convex semicircular side of the reflux rail ; a booster spring ; wherein one end of the booster spring is connected with the collector arm , and the other end of the booster spring is connected with the reflux arm . two sets of bearing seats used for being set on a bogie of the train; wherein the top end of the collector arm is hinged with one of the two sets of bearing seats , and the top end of the current reflux arm is hinged with the other one of the two sets of bearing seats ; a collector shoe ; a reflux shoe ; wherein a fixed end of the collector shoe is hinged with the bottom end of the collector arm , a free end of the collector shoe is arranged in contact with a power supply rail , a fixed end of the reflux shoe is hinged with the bottom end of the reflux arm , and a free end of the reflux shoe is arranged in contact with a reflux rail ; wherein the free end of the collector shoe is in a convex semicircular shape and is in contact with a concave semicircular side of the power supply rail ; the free end of the reflux shoe is in a convex semicircular shape and is in contact with a concave semicircular side of the reflux rail ; or, the free end of the collector shoe is in a concave semicircular shape and is in contact with a convex semicircular side of the power supply rail ; the free end of the reflux shoe is in a concave semicircular shape and is in contact with a convex semicircular side of the reflux rail ; a booster spring ; wherein one end of the booster spring is connected with the collector arm , and the other end of the booster spring is connected with the reflux arm .
An electrode active material slurry for application in all-solid lithium batteries comprising: a clustered complex, a solvent and a second binder, wherein the clustered complex comprises an electrode active material, a solid electrolyte, a conductive material, and a first binder, wherein the first binder adheres interparticle microstructures of the electrode active material, the solid electrolyte and the conductive material by being applied on a surface of the electrode active material, and the second binder is present between the clustered complex, wherein the first binder comprises polytetrafluoroethylene (PTFE), and wherein the second binder comprises nitrile butadiene rubber (NBR). a clustered complex, a solvent and a second binder, wherein the clustered complex comprises an electrode active material, a solid electrolyte, a conductive material, and a first binder, wherein the first binder adheres interparticle microstructures of the electrode active material, the solid electrolyte and the conductive material by being applied on a surface of the electrode active material, and the second binder is present between the clustered complex, wherein the first binder comprises polytetrafluoroethylene (PTFE), and wherein the second binder comprises nitrile butadiene rubber (NBR).
Method for controlling an electric steering system of a motor vehicle comprising a front axle steering system with a front axle steering actuator , by means of which the two front wheels (FL, FR) can be steered in a coupled manner, and a rear axle steering system with a rear axle steering actuator , by means of which the two rear wheels (RL, RR) can be steered in a coupled manner, comprising the method step: • Determining that one of the steering systems has a fault; characterized in that the front axle steering actuator and the rear axle steering actuator are self-locking, and in that the following method steps are provided: • Switching off the faulty steering and providing the fault-free steering , wherein the steering actuator of the fault-free steering is actuated in such a way that a desired movement of the motor vehicle derived from a steering movement introduced into the steering wheel is achieved or that a desired movement of the motor vehicle specified by an autonomous driving mode is achieved. • Determining that one of the steering systems has a fault; characterized in that the front axle steering actuator and the rear axle steering actuator are self-locking, and in that the following method steps are provided: • Switching off the faulty steering and providing the fault-free steering , wherein the steering actuator of the fault-free steering is actuated in such a way that a desired movement of the motor vehicle derived from a steering movement introduced into the steering wheel is achieved or that a desired movement of the motor vehicle specified by an autonomous driving mode is achieved. • Switching off the faulty steering and providing the fault-free steering , wherein the steering actuator of the fault-free steering is actuated in such a way that a desired movement of the motor vehicle derived from a steering movement introduced into the steering wheel is achieved or that a desired movement of the motor vehicle specified by an autonomous driving mode is achieved.
A non-aqueous topical composition comprising: i) moxidectin or its pharmaceutically acceptable salts, ii) from 1% to 50% (w/v) of isopropyl alcohol, iii) from 1% to 20% (w/v) of at least one thickener, and iv) a pharmaceutically acceptable oil. i) moxidectin or its pharmaceutically acceptable salts, ii) from 1% to 50% (w/v) of isopropyl alcohol, iii) from 1% to 20% (w/v) of at least one thickener, and iv) a pharmaceutically acceptable oil.
A firearm with bolt release mechanism comprising: a longitudinal axis (LA); a receiver defining a longitudinally-extending cavity; a barrel supported by the receiver; a bolt slideably mounted in the receiver for reciprocating axial movement between a forward closed breech position in battery with the barrel and a rearward open breech position; a recoil spring biasing the bolt forward towards the closed breech position; a manually actuated bolt release pivotably movable between an engaged position and a disengaged position; an operating spring which biases the bolt release into the disengaged position; the bolt release including a locking portion configured to selectively 1) engage a locking recess formed on the bolt for holding the bolt in the open breech position when the bolt release is in the engaged position, and 2) to disengage the locking recess for releasing the bolt from the open breech position when the bolt release is in the disengaged position; characterised by the firearm being configured such that manually pulling the bolt rearward when the bolt release is in the engaged position automatically disengages the locking portion from the locking recess , and returns the bolt to the forward closed breech position via the biasing action of the recoil spring . a longitudinal axis (LA); a receiver defining a longitudinally-extending cavity; a barrel supported by the receiver; a bolt slideably mounted in the receiver for reciprocating axial movement between a forward closed breech position in battery with the barrel and a rearward open breech position; a recoil spring biasing the bolt forward towards the closed breech position; a manually actuated bolt release pivotably movable between an engaged position and a disengaged position; an operating spring which biases the bolt release into the disengaged position; the bolt release including a locking portion configured to selectively 1) engage a locking recess formed on the bolt for holding the bolt in the open breech position when the bolt release is in the engaged position, and 2) to disengage the locking recess for releasing the bolt from the open breech position when the bolt release is in the disengaged position; characterised by the firearm being configured such that manually pulling the bolt rearward when the bolt release is in the engaged position automatically disengages the locking portion from the locking recess , and returns the bolt to the forward closed breech position via the biasing action of the recoil spring .
A device for the detachable and hooked-in connection of at least two adjacently arranged pieces of furniture in a geometric plane , wherein the device has a stationary combination journal , a connection lug and a locking element , - wherein each of the pieces of furniture to be connected supports the connection lug on the stationary combination journal , which connection lug can be pivoted thereon and latches in at least one position, - wherein the connection lug has a hook-in cut-out at the free end thereof, - wherein the combination journal has a bearing pin , - wherein the combination journal of a first piece of furniture is hooked into the hook-in cut-out of the connection lug of a second piece of furniture or is hooked in and locked by means of a locking element , - characterised in that the locking element is a pivot knob which is pivotably and latchably mounted eccentrically on the combination journal . - wherein each of the pieces of furniture to be connected supports the connection lug on the stationary combination journal , which connection lug can be pivoted thereon and latches in at least one position, - wherein the connection lug has a hook-in cut-out at the free end thereof, - wherein the combination journal has a bearing pin , - wherein the combination journal of a first piece of furniture is hooked into the hook-in cut-out of the connection lug of a second piece of furniture or is hooked in and locked by means of a locking element , - characterised in that the locking element is a pivot knob which is pivotably and latchably mounted eccentrically on the combination journal .