mhurhangee/ep-ind-claims huggingface dataset:
A method for power management at a power node, the method comprising: monitoring a current power state of the power node, the power node being connected to a gateway node and configured to operate in a first mode of operation; characterized by evaluating critical usage window information using network data traffic of at least one network device connected to the gateway node; and suspending power to the at least one network device when the current power state of the power node meets a criteria and the at least one network device is operating outside of a critical usage window until the at least one network device enters the critical usage window. monitoring a current power state of the power node, the power node being connected to a gateway node and configured to operate in a first mode of operation; characterized by evaluating critical usage window information using network data traffic of at least one network device connected to the gateway node; and suspending power to the at least one network device when the current power state of the power node meets a criteria and the at least one network device is operating outside of a critical usage window until the at least one network device enters the critical usage window.
An elevator communication system (10; 20; 30; 40), comprising: a plurality of first wireless processing units (101, 102, 304) configured to receive a request for an elevator in a wired manner, and configured to forward the request for elevator in a wireless manner; and a second wireless processing unit (103, 405) configured to receive the request for an elevator from the first wireless processing unit in a wireless manner, and configured to forward the request for elevator to an elevator controller (133, 453) in a wired manner; wherein each of the plurality of first wireless processing units comprises a first wireless communication interface (111, 121, 341) and a wired input port (112, 122), the first wireless processing unit is configured to receive the request for elevator through the wired input port, and configured to forward the request for elevator through the first wireless communication interface; and characterized in that each of the plurality of first wireless processing units receives and is able to forward data from other first wireless processing units via its first wireless communication interface; and in that: each of the plurality of first wireless processing units is configured to be coupled to the second wireless processing unit via its first wireless communication interface, and/or be coupled to the second wireless processing unit via other first wireless processing units. a plurality of first wireless processing units (101, 102, 304) configured to receive a request for an elevator in a wired manner, and configured to forward the request for elevator in a wireless manner; and a second wireless processing unit (103, 405) configured to receive the request for an elevator from the first wireless processing unit in a wireless manner, and configured to forward the request for elevator to an elevator controller (133, 453) in a wired manner; wherein each of the plurality of first wireless processing units comprises a first wireless communication interface (111, 121, 341) and a wired input port (112, 122), the first wireless processing unit is configured to receive the request for elevator through the wired input port, and configured to forward the request for elevator through the first wireless communication interface; and characterized in that each of the plurality of first wireless processing units receives and is able to forward data from other first wireless processing units via its first wireless communication interface; and in that: each of the plurality of first wireless processing units is configured to be coupled to the second wireless processing unit via its first wireless communication interface, and/or be coupled to the second wireless processing unit via other first wireless processing units.
Method for controlling yawing of a wind turbine, - wherein an efficiency information is determined based on previous yaw activities, - wherein the efficiency information reflects a relationship between - an effective angular change between at least two yaw positions of the previous yaw activities, and - a corresponding accumulated angular movement between the at least two yaw positions, - wherein the yawing is controlled based on the determined efficiency information. - wherein an efficiency information is determined based on previous yaw activities, - wherein the efficiency information reflects a relationship between - an effective angular change between at least two yaw positions of the previous yaw activities, and - a corresponding accumulated angular movement between the at least two yaw positions, - an effective angular change between at least two yaw positions of the previous yaw activities, and - a corresponding accumulated angular movement between the at least two yaw positions, - wherein the yawing is controlled based on the determined efficiency information.
A friction ring for reel shafts, having on its inner periphery a friction surface for frictional engagement with the reel shaft, and on its outer periphery a plurality of radially projecting leaf springs that are inclined relative to the radial direction in a uniform direction of rotation, each leaf spring having a base portion held in a slot of the friction ring, wherein each leaf spring is adapted to be bent back into a recess of the friction ring on the side facing forward in said direction of rotation and is supported on a wall of this recess on the opposite side, and the radially outer part of each leaf spring and the wall of the recess supporting the same are straight, characterized in that the base portions of the leaf springs are angled such that their radial inner end points into said direction of rotation, the width of the slots, at least in a radially outward portion opening-out into the recess, is larger than the thickness of the leaf springs, and the radially outer part of the leaf spring forms an angle of less than 20° with the radial direction.
A method for estimating movement of a poly-articulated mass object composed of a plurality of segments linked by at least one articulation, said method comprising the following steps: acquisition of inertial measurements obtained from at least one capture module that is fixed relative to a segment, said module being composed of an accelerometer and a gyrometer, said measurements being expressed in a measurement reference frame that is fixed relative to said segment; determination from said measurements of at least one stress vector external to the mass object so as to control a physical model of this object, said model representing the mass object; estimation of the kinematic quantities associated with the segments of the object by applying the basic principle of dynamics with said at least one stress vector determined in the preceding step. acquisition of inertial measurements obtained from at least one capture module that is fixed relative to a segment, said module being composed of an accelerometer and a gyrometer, said measurements being expressed in a measurement reference frame that is fixed relative to said segment; determination from said measurements of at least one stress vector external to the mass object so as to control a physical model of this object, said model representing the mass object; estimation of the kinematic quantities associated with the segments of the object by applying the basic principle of dynamics with said at least one stress vector determined in the preceding step.
A method of designing a compensating device for use in ion-based radiotherapy treatment delivery, said device including a substantially disk-shaped structure including on one side of the disk a plurality of elongate elements, said method comprising the steps of a. obtaining a pencil beam scanning initial treatment plan b. obtaining characteristics of an actual treatment plan comprising at least one beam to be used for treating the patient. c. determining at least one parameter characteristic of the desired energy modulation of the actual plan by performing a dose calculation of the initial plan d. based on the at least one parameter, computing a shape for each of the plurality of elongate elements to modulate the dose of the delivery beam to mimic the dose of the initial plan per beam. a. obtaining a pencil beam scanning initial treatment plan b. obtaining characteristics of an actual treatment plan comprising at least one beam to be used for treating the patient. c. determining at least one parameter characteristic of the desired energy modulation of the actual plan by performing a dose calculation of the initial plan d. based on the at least one parameter, computing a shape for each of the plurality of elongate elements to modulate the dose of the delivery beam to mimic the dose of the initial plan per beam.
A power collector, including a power collector structure connected to a tyre, which tyre is repetitively deformed or bent in rotational motion, - the power collector structure is a bar-like pin, - one end of the pin is connected to an inner surface of the peripheral shell of the tyre in an essentially rigid manner, - the bar-like pin of the power collector structure extends radially inward from the inner surface of the tyre, whereby the bar-like pin is configured to vibrate when a portion of the tyre intended to contact the surface under the tyre is bent as it hits the ground, characterized in that the power collector structure includes a power collector for converting mechanical energy to electric power at the tip of the bar-like pin power collector structure. - the power collector structure is a bar-like pin, - one end of the pin is connected to an inner surface of the peripheral shell of the tyre in an essentially rigid manner, - the bar-like pin of the power collector structure extends radially inward from the inner surface of the tyre,
Hair conditioner comprising silicone and a conditioning gel phase, said conditioning gel phase obtainable by heating a fatty alcohol and a light mineral oil having a density of from 0.7 to 0.85 g/ml. measured according to ASTM D 4052 at 15.6°C until they are molten, separately heating a cationic surfactant in water until it is dissolved/suspended, then adding the molten fatty alcohol and oil mix to the cationic surfactant before adding any remaining ingredients of the conditioning gel phase, wherein the silicone is present in the hair conditioner in emulsified form, with the silicone present as dispersed particles.
A sealing device for sealing a standard interface from outside environmental influences, wherein the sealing device enables a connection through a wall, comprising: an outer sealing housing that can be arranged on the wall, wherein the outer sealing housing has a first fastening element, wherein the first fastening element has a first thread; and a fastening apparatus that is designed to engage with the first fastening element, and wherein the fastening apparatus is a fastening nut that can be screwed on the first thread, characterized in that the first thread has at least one axial thread notch, wherein the first thread is divided into at least two thread parts, wherein the at least one axial thread notch is designed to engage at least partially with the wall, and the sealing device tightly seals the standard interface against outside environmental influences in an unplugged state in which a plug-in connector is not connected to the standard interface, and in a plugged-in state in which one or more plug-in connectors are connected to the standard interface due to a first fastening element engaging with the fastening apparatus. an outer sealing housing that can be arranged on the wall, wherein the outer sealing housing has a first fastening element, wherein the first fastening element has a first thread; and a fastening apparatus that is designed to engage with the first fastening element, and wherein the fastening apparatus is a fastening nut that can be screwed on the first thread, characterized in that the first thread has at least one axial thread notch, wherein the first thread is divided into at least two thread parts, wherein the at least one axial thread notch is designed to engage at least partially with the wall, and the sealing device tightly seals the standard interface against outside environmental influences in an unplugged state in which a plug-in connector is not connected to the standard interface, and in a plugged-in state in which one or more plug-in connectors are connected to the standard interface due to a first fastening element engaging with the fastening apparatus.
An information interaction method, applied to an IM server, characterized in that, the method comprises: receiving a discussion group creating request message comprising an identification of a group member, and creating a discussion group comprising the group member based on the discussion group creating request message, wherein the discussion group creating request message is sent from a mail server to the IM server, wherein the group member comprises a participant of a target email, being the participant of the target email a user who is related to the target email or participates in processing the target email; and sending a group creating notification message to an IM client device of the group member and to a mail client device, to display the discussion group on the IM client device and on the mail client device based on the group creating notification message, and synchronously updating group states of the discussion groups displayed on the IM client device and the mail client device. receiving a discussion group creating request message comprising an identification of a group member, and creating a discussion group comprising the group member based on the discussion group creating request message, wherein the discussion group creating request message is sent from a mail server to the IM server, wherein the group member comprises a participant of a target email, being the participant of the target email a user who is related to the target email or participates in processing the target email; and sending a group creating notification message to an IM client device of the group member and to a mail client device, to display the discussion group on the IM client device and on the mail client device based on the group creating notification message, and synchronously updating group states of the discussion groups displayed on the IM client device and the mail client device.
Composite turbine blade for high-temperature applications such as gas turbines or the like having a root for mounting said blade in a corresponding circumferential assembly groove of a rotor and an airfoil connected to said root, further comprising an inner carrying structure extending at least over a portion of said root as well as at least a portion of said airfoil, wherein said airfoil is made of a high fracture toughness ceramic matrix composite material, characterized in that said inner carrying structure is made of a high strength eutectic ceramic having a relatively low fracture toughness with respect to the ceramic matrix composite material.
Fuel injector for internal combustion engines, having a nozzle body, in which there is formed a blind hole, from which at least one injection opening starts, and having a nozzle needle (26; 26a to 26g), which is arranged in a longitudinally movable manner in the nozzle body and on which, on the side facing the blind hole, there is formed a sealing surface, by means of which the nozzle needle (26; 26a to 26g) interacts with a seat surface of the nozzle body in order to control a fuel flow to the at least one injection opening, and having a needle tip, which adjoins the sealing surface in the direction of the blind hole and has a first edge with a first diameter (D 1) extending radially around a longitudinal axis, adjoining which in the direction of the blind hole bottom there is a second edge with a second diameter (D 2) extending radially around the longitudinal axis, wherein, in a lowered position of the nozzle needle (26; 26a to 26g) forming a sealing seat, the second edge is arranged below a lower inlet edge of the injection opening when viewed in the direction of the longitudinal axis, wherein, in a partially open position of the nozzle needle (26; 26a to 26g), the first edge is arranged below an upper inlet edge of the injection opening when viewed in the direction of the longitudinal axis, and wherein, in a fully open position of the nozzle needle (26; 26a to 26g), the second edge is arranged above the lower inlet edge of the injection opening when viewed in the direction of the longitudinal axis, characterized in that the diameter (D 1) of the nozzle needle (26; 26a to 26g) in the region of the first edge is greater than the diameter (D 2) of the nozzle needle (26; 26a to 26g) in the region of the second edge, and in that a distance (a) between the two edges (41, 42), when viewed in the direction of the longitudinal axis, corresponds to 0.4 times to 1.6 times a diameter (d) of the injection opening in an inlet region to the blind hole in the non-rounded state of the inlet region, and the nozzle needle (26b; 26c) between the two edges (41, 42) has a section (51; 52) of convex design.
A method of operating a data processing system comprising: operating a first processing core and a second processing core in a lockstep mode, the second processing core shadowing the first processing core; detecting a fault by comparing output signals from the first processing core and the second processing core; entering a safe mode based upon detecting the fault; completing transactions while in the safe mode; determining whether the fault corresponds to a hard error; and based upon the fault corresponding to a hard error: identifying one of processing cores (114, 116) as a faulty core, the faulty core associated with the hard error; and inhibiting the faulty core from executing instructions by way of a first multiplexer coupled to receive a first control signal and allowing the other processing core to resume executing instructions by way of a second multiplexer coupled to receive a second control signal and a third multiplexer allowing input signals to be routed to the second processing core, the third multiplexer coupled to receive a third control signal. operating a first processing core and a second processing core in a lockstep mode, the second processing core shadowing the first processing core; detecting a fault by comparing output signals from the first processing core and the second processing core; entering a safe mode based upon detecting the fault; completing transactions while in the safe mode; determining whether the fault corresponds to a hard error; and based upon the fault corresponding to a hard error: identifying one of processing cores (114, 116) as a faulty core, the faulty core associated with the hard error; and inhibiting the faulty core from executing instructions by way of a first multiplexer coupled to receive a first control signal and allowing the other processing core to resume executing instructions by way of a second multiplexer coupled to receive a second control signal and a third multiplexer allowing input signals to be routed to the second processing core, the third multiplexer coupled to receive a third control signal. identifying one of processing cores (114, 116) as a faulty core, the faulty core associated with the hard error; and inhibiting the faulty core from executing instructions by way of a first multiplexer coupled to receive a first control signal and allowing the other processing core to resume executing instructions by way of a second multiplexer coupled to receive a second control signal and a third multiplexer allowing input signals to be routed to the second processing core, the third multiplexer coupled to receive a third control signal.
Cutting tooth for a saw chain, consisting of a base body having a cutting element of hard metal fastened to the base body, wherein the base body has an upper edge and a lower bottom region and rivet openings (11, 12) are formed in the lower bottom region of the base body, the rivet openings (11, 12) following one after the other in the running direction of the cutting tooth and forming a front rivet opening and a rear rivet opening, wherein a depth limiter is provided in the running direction before the cutting element on the base body, and the cutting element of hard metal has a roof section with a roof cutting edge and a side section with a side cutting edge and the side section lies on a side face of the base body and the roof section lies in a countersink in the upper edge of the base body, and having a chippings recess, formed between the countersink and the depth limiter in the base body, for removing the chippings, wherein the cutting element projects in the running direction into the chippings recess and, in the side view onto the base body, a front contour of the side section and the inner contour of the chippings recess form a corner point lying in the chippings recess, and the cutting element is connected in a material-locking way to the base body by means of a connection incorporating heat, wherein the middle axes (M1, M2) of the rivet openings (11, 12) have a rivet distance from each other which is divided in the middle by a middle plane, wherein the rivet distance lies perpendicular to the middle plane, characterised in that the corner point lies at a first distance from an upper edge of the depth limiter, defining the chippings recess, the distance being smaller than a second distance of the middle plane to the upper edge of the depth limiter, and the upper edge of the depth limiter lies in the running direction before the middle axis of the front rivet opening in the running direction.
Process for the preparation of a sugar product from lignocellulosic material, comprising the following steps: a) optionally, pre-treatment of the lignocellulosic material, b) optionally, washing of the optionally pre-treated lignocellulosic material, c) enzymatic hydrolysis of the optionally washed and/or optionally pre-treated lignocellulosic material using an enzyme composition comprising at least two cellulases and whereby the enzyme composition at least comprises GH61, and d) optionally, recovery of the sugar product, wherein during part of the time of the enzymatic hydrolysis, oxygen is added to the lignocellulosic material and during part of the time of the enzymatic hydrolysis less or no oxygen is added to the lignocellulosic material compared to the other part of the time of the enzymatic hydrolysis, the reactor for the enzymatic hydrolysis has a volume of 1 m 3 or more and the dry matter content in the hydrolysis step (c) is 10 wt% or more, wherein the part of the time wherein more oxygen is added is 12 to 50% when the oxygen is added in the second half of time of the enzymatic hydrolysis or 2 to 30% of the total enzymatic hydrolysis time when the oxygen is added in the first half of time of the enzymatic hydrolysis, and whereby the oxygen concentration in the liquid phase of the hydrolysis during the part of the time wherein oxygen is added is at least 2 times the oxygen concentration in the liquid phase during the part of the time wherein less or no oxygen is added. a) optionally, pre-treatment of the lignocellulosic material, b) optionally, washing of the optionally pre-treated lignocellulosic material, c) enzymatic hydrolysis of the optionally washed and/or optionally pre-treated lignocellulosic material using an enzyme composition comprising at least two cellulases and whereby the enzyme composition at least comprises GH61, and d) optionally, recovery of the sugar product,