mhurhangee/patent-ind-claim-en huggingface dataset:
An assembly for a turbomachine blade, the assembly comprising: • a fastener defining a recess for receiving a blade root , and • a clamping device for clamping the blade root against the clip when the blade root is in the recess , the clamping device comprising : o at least one clamping element adapted to bear simultaneously on the blade foot and on the fastener in the recess so as to exert a clamping force on the blade foot , the clamping element defining a tapped hole, wherein the clamping element comprises a resilient layer arranged to bear in the recess on the blade root and to be compressed by the blade root when the clamping force is exerted, o a rod comprising a thread cooperating with the tapped hole so that rotation of the rod relative to the clamping element causes a variation in the clamping force exerted by the clamping element on the blade root . • a fastener defining a recess for receiving a blade root , and • a clamping device for clamping the blade root against the clip when the blade root is in the recess , the clamping device comprising : o at least one clamping element adapted to bear simultaneously on the blade foot and on the fastener in the recess so as to exert a clamping force on the blade foot , the clamping element defining a tapped hole, wherein the clamping element comprises a resilient layer arranged to bear in the recess on the blade root and to be compressed by the blade root when the clamping force is exerted, o a rod comprising a thread cooperating with the tapped hole so that rotation of the rod relative to the clamping element causes a variation in the clamping force exerted by the clamping element on the blade root . o at least one clamping element adapted to bear simultaneously on the blade foot and on the fastener in the recess so as to exert a clamping force on the blade foot , the clamping element defining a tapped hole, wherein the clamping element comprises a resilient layer arranged to bear in the recess on the blade root and to be compressed by the blade root when the clamping force is exerted, o a rod comprising a thread cooperating with the tapped hole so that rotation of the rod relative to the clamping element causes a variation in the clamping force exerted by the clamping element on the blade root .
An antenna device , comprising: - a top element that is a capacitance element formed with a metal plate and that extends in a front-rear direction of the antenna device ; - a wavelength shortening element that is - in a top-bottom direction perpendicular to the front-rear direction of the antenna device - disposed below the top element ; and - a casing for a camera , wherein: - the casing is disposed spatially separated from the top element in the front-rear direction and thus at a position which is not right under the top element in the top-bottom direction, - the wavelength shortening element is disposed close to the casing in the front-rear direction, and - a distance (D) between the casing and the wavelength shortening element in the front-rear direction is longer than or equal to 0.00075 times a shortest wavelength of a reception target signal. - a top element that is a capacitance element formed with a metal plate and that extends in a front-rear direction of the antenna device ; - a wavelength shortening element that is - in a top-bottom direction perpendicular to the front-rear direction of the antenna device - disposed below the top element ; and - a casing for a camera , - the casing is disposed spatially separated from the top element in the front-rear direction and thus at a position which is not right under the top element in the top-bottom direction, - the wavelength shortening element is disposed close to the casing in the front-rear direction, and - a distance (D) between the casing and the wavelength shortening element in the front-rear direction is longer than or equal to 0.00075 times a shortest wavelength of a reception target signal.
A method in a wireless local area network, WLAN, system the method comprising: allocating, by an access point, AP, , a plurality of resource units in a bandwidth, wherein the plurality of resource units include a basic tone unit, BTU, and a small tone unit, STU, wherein the STU includes a total of 26 tones, wherein 2 pilot tones for the STU are included in the total of 26 tones, wherein the BTU includes a plurality of tones being greater than the total of 26 tones, and wherein 4 pilot tones for the BTU are included in the plurality of tones, wherein a position of pilot tones of the BTU is defined based on [a x y b] on a frequency axis, wherein the BTU is divided by the AP into two STUs on the frequency axis such that a position of pilot tones of a first STU among the two STUs is defined based on [a x] and a position of pilot tones of a second STU among the two STU is defined based on [y b], where a, x, y, and b denote an index of tones in the frequency axis; signaling, by the AP , allocation locations of the plurality of resource units to the STA; and receiving, by a station, STA , the allocation locations of the plurality of resource units from the AP . allocating, by an access point, AP, , a plurality of resource units in a bandwidth, wherein the plurality of resource units include a basic tone unit, BTU, and a small tone unit, STU, wherein the STU includes a total of 26 tones, wherein 2 pilot tones for the STU are included in the total of 26 tones, wherein the BTU includes a plurality of tones being greater than the total of 26 tones, and wherein 4 pilot tones for the BTU are included in the plurality of tones, wherein a position of pilot tones of the BTU is defined based on [a x y b] on a frequency axis, wherein the BTU is divided by the AP into two STUs on the frequency axis such that a position of pilot tones of a first STU among the two STUs is defined based on [a x] and a position of pilot tones of a second STU among the two STU is defined based on [y b], where a, x, y, and b denote an index of tones in the frequency wherein the STU includes a total of 26 tones, wherein 2 pilot tones for the STU are included in the total of 26 tones, wherein the BTU includes a plurality of tones being greater than the total of 26 tones, and wherein 4 pilot tones for the BTU are included in the plurality of tones, wherein a position of pilot tones of the BTU is defined based on [a x y b] on a frequency axis, wherein the BTU is divided by the AP into two STUs on the frequency axis such that a position of pilot tones of a first STU among the two STUs is defined based on [a x] and a position of pilot tones of a second STU among the two STU is defined based on [y b], where a, x, y, and b denote an index of tones in the frequency axis; signaling, by the AP , allocation locations of the plurality of resource units to the STA; and receiving, by a station, STA , the allocation locations of the plurality of resource units from the AP .
A method of controlling a wind turbine, comprising: receiving a current operational state of the wind turbine; based on the current operational state, calculate one or more predicted operational trajectories, the one or more predicted operational trajectories include a predicted control trajectory, where a trajectory comprises a time series of at least one variable; determine at least one noise measure from at least one predicted operational trajectory; determine a control trajectory based on the at least one noise measure; and control the wind turbine based on the control trajectory, wherein the one or more predicted operational trajectories are calculated by optimizing at least one cost function, and wherein the at least one noise measure is included in the cost function, and/or wherein the at least one noise measure is included in the optimization as one or more constraints. receiving a current operational state of the wind turbine; based on the current operational state, calculate one or more predicted operational trajectories, the one or more predicted operational trajectories include a predicted control trajectory, where a trajectory comprises a time series of at least one variable; determine at least one noise measure from at least one predicted operational trajectory; determine a control trajectory based on the at least one noise measure; and control the wind turbine based on the control trajectory,
A device for neuromuscular stimulation , comprising a flexible printed circuit board including a plurality of fingers , each finger of the plurality having a plurality of electrogel discs disposed thereon, an electrogel disc being an electrode covered by a hydrogel disc ; a fork located at one end of the fingers and connecting all of the fingers ; a rigidizer , said rigidizer being an inflexible circuit board for interfacing the device with a neural signal processor; and headers extending from the end of each finger opposite that of the fork and connecting the fingers to the rigidizer .
A user device for correcting an eye gaze of a user comprising: an input configured to receive from a camera video of the user's face; computer storage holding a plurality of templates, each comprising a different image of an eye of the user looking directly at the camera ; an eye gaze correction module configured to modify every frame of at least one continuous interval of the video to replace each of the user's eyes with that of a respective template selected for that frame, whereby the user is perceived to be looking directly at the camera in the modified frames; and a template selection module configured to select the templates for the continuous interval, wherein different templates are selected for different frames of the continuous interval so that the user's eyes exhibit animation throughout the continuous interval; the user device being characterised in that the template selection module is configured to select the templates using a randomized selection procedure. an input configured to receive from a camera video of the user's face; computer storage holding a plurality of templates, each comprising a different image of an eye of the user looking directly at the camera ; an eye gaze correction module configured to modify every frame of at least one continuous interval of the video to replace each of the user's eyes with that of a respective template selected for that frame, whereby the user is perceived to be looking directly at the camera in the modified frames; and a template selection module configured to select the templates for the continuous interval, wherein different templates are selected for different frames of the continuous interval so that the user's eyes exhibit animation throughout the continuous interval; the user device being characterised in that the template selection module is configured to select the templates using a randomized selection procedure.
A mobile unit comprising a remote operation spray device mounted on the mobile unit to be remotely controllable by wire or wirelessly, comprising: a spray device main body fixedly attached to the mobile unit and loaded with a spray cartridge ; a holder for fixedly retaining the spray cartridge ; and a spray mechanism mounted on top of the spray device main body for jetting spray from the spray cartridge , wherein the spray mechanism comprises a base member protruding from the spray device main body to form a substructure of the spray mechanism; a depressing member pivotably attached to the base member for pressing down a spray nozzle of the spray cartridge ; a pushed member provided at a distal end section of the depressing member ; and a pusher installed on the base member for pushing the pushed member to move horizontally, which the pusher comprises a solenoid connected to an electrical power source, a push-pin pushed horizontally outward upon application of voltage to the solenoid , wherein the pusher also comprises a release spring for retracting the pushed-out push-pin in opposite direction, wherein horizontal pushing movement toward the pushed member is applied / released by applying voltage to the solenoid to extend the push-pin and by not applying voltage to the solenoid to retract the push-pin by the release spring, wherein horizontal pushing action of the pusher pushes and moves the pushed member to thereby pivot the depressing member and press the spray nozzle vertically downward, and the mobile unit is an aerial vehicle capable of gliding flight. a spray device main body fixedly attached to the mobile unit and loaded with a spray cartridge ; a holder for fixedly retaining the spray cartridge ; and a spray mechanism mounted on top of the spray device main body for jetting spray from the spray cartridge , wherein the spray mechanism comprises a base member protruding from the spray device main body to form a substructure of the spray mechanism; a depressing member pivotably attached to the base member for pressing down a spray nozzle of the spray cartridge ; a pushed member provided at a distal end section of the depressing member ; and a pusher installed on the base member for pushing the pushed member to move horizontally, which the pusher comprises a solenoid connected to an electrical power source, a push-pin pushed horizontally outward upon application of voltage to the solenoid , wherein the pusher also comprises a release spring for retracting the pushed-out push-pin in opposite direction, wherein horizontal pushing movement toward the pushed member is applied / released by applying voltage to the solenoid to extend the push-pin and by not applying voltage to the solenoid to retract the push-pin by the release spring, wherein horizontal pushing action of the pusher pushes and moves the pushed member to thereby pivot the depressing member and press the spray nozzle vertically downward, and the mobile unit is an aerial vehicle capable of gliding flight.
A dynamically dampened centerless grinding machine tool comprising: - wheels between which there is arranged a part to be ground; - heads for carrying the wheels ; - at least one translation means for translating one of the heads to cause a movement according to a separation and approach direction of the wheels ; - detection means for detecting a vibration of at least one of the heads during machining; and - at least one damper configured for causing a vibration damping movement; characterized in that the at least one damper is arranged on an upper face (5.1, 6.1) of one of the heads ; the damper comprises a moving mass and an actuator configured for moving the moving mass in the separation and approach direction of the wheels . - wheels between which there is arranged a part to be ground; - heads for carrying the wheels ; - at least one translation means for translating one of the heads to cause a movement according to a separation and approach direction of the wheels ; - detection means for detecting a vibration of at least one of the heads during machining; and - at least one damper configured for causing a vibration damping movement;
A hollow-fiber membrane module comprising: a cylindrical case having a first end and a second end in a height direction, a plurality of hollow-fiber membranes housed in the cylindrical case, and a first potting part which bonds end parts of the plurality of hollow-fiber membranes located on the first end side of the cylindrical case while the end parts being open, wherein the hollow-fiber membrane is a porous hollow-fiber membrane and has a breaking strength of 25 MPa or more, and a pure-water permeation performance at 50 kPa and 25°C is 0.7 m 3 /m 2 /hr or more, both being determined as described herein, a membrane area per unit volume of the hollow-fiber membrane module is from 800 to 2,300 m 2 /m 3 , determined as described herein, in a cross-section which perpendicularly intersects the height direction of the cylindrical case, a filling ratio of the hollow-fiber membranes is from 25% to 38%, determined as described herein, the hollow-fiber membrane contains polyvinylidene fluoride, the hollow-fiber membrane has a columnar texture oriented in a longitudinal direction thereof, the columnar texture has a short-side length of from 0.5 μm to 3 μm, wherein the short-side length is an average length in the short-side direction of the columnar texture and is determined as described herein, an aspect ratio of the columnar texture is 3 or more, a thickness uniformity of the columnar texture is 0.60 or more, determined as described herein, and the outside diameter of the hollow-fiber membrane is from 0.8 to 1.2 mm. a cylindrical case having a first end and a second end in a height direction, a plurality of hollow-fiber membranes housed in the cylindrical case, and a first potting part which bonds end parts of the plurality of hollow-fiber membranes located on the first end side of the cylindrical case while the end parts being open, wherein the hollow-fiber membrane is a porous hollow-fiber membrane and has a breaking strength of 25 MPa or more, and a pure-water permeation performance at 50 kPa and 25°C is 0.7 m 3 /m 2 /hr or more, both being determined as described herein, a membrane area per unit volume of the hollow-fiber membrane module is from 800 to 2,300 m 2 /m 3 , determined as described herein, in a cross-section which perpendicularly intersects the height direction of the cylindrical case, a filling ratio of the hollow-fiber membranes is from 25% to 38%, determined as described herein, the hollow-fiber membrane contains polyvinylidene fluoride, the hollow-fiber membrane has a columnar texture oriented in a longitudinal direction thereof, the columnar texture has a short-side length of from 0.5 μm to 3 μm, wherein the short-side length is an average length in the short-side direction of the columnar texture and is determined as described herein, an aspect ratio of the columnar texture is 3 or more, a thickness uniformity of the columnar texture is 0.60 or more, determined as described herein, and the outside diameter of the hollow-fiber membrane is from 0.8 to 1.2 mm.
System consisting of a motor vehicle , such as a tilting vehicle, and a body , having a fixing device for detachably fixing the body to the motor vehicle , which fixing device comprises at least one first fixing means which is fixed to the body , at least one second fixing means which is fixed to a load-bearing vehicle component of the motor vehicle and which is detachably joined to the first fixing means in a coupled arrangement in order to fix the body to the vehicle component , and at least one electrical line which is guided from the vehicle component to the body and is fixed to the body in order to supply an electrical load, wherein the first fixing means comprises a first conducting means of the electrical line and the second fixing means comprises a second conducting means of the electrical line , wherein the first conducting means and the second conducting means are electrically conductively connected to one another in the coupled arrangement of the fixing means , and wherein the first fixing means comprises a mechanical first coupling element at its end facing the second fixing means , to which coupling element the second fixing means can be detachably fixed by a second coupling element , which is arranged at that end of the second coupling element which faces the first coupling element , characterized in that the first coupling element comprises at least one snap-in member which, as the second coupling element is joined to the first coupling element , is movable transversely or obliquely with respect to the joining direction and, in the coupled arrangement, can be latched into at least one recess in the second coupling element , transversely or obliquely with respect to the joining direction , and forms a catch counter to the joining direction .
A computer-implemented method, comprising: detecting, a new pull request added to a source code repository, the new pull request associated with changed code ; extracting source code associated with the new pull request for a feature extraction engine ; parsing, via a code feature extraction engine , a code segment containing the changed code and a surrounding context into an abstract syntax tree ; obtaining, via the code feature extraction engine the additional elements associated with the code segment and adding the additional elements into the feature vector; creating a feature vector for the new pull request including the token sequence extracted from the abstract syntax tree and the additional elements; transforming, via a transformation engine , the feature vectors into integer-value feature vectors (block 408) which are configured for input into a deep learning model (block 410) capable of outputting a plurality of probabilities for a set of peers that were part of a training dataset (block 410); wherein the probabilities are ranked from the highest probability to the lowest probability and the peers associated with a top k highest probabilities are selected to be output to perform the code review; choosing at least one of the one or more peers associated with the top k highest probabilities to perform code review ; and if the changed code is accepted, merging the changed code into the source code. detecting, a new pull request added to a source code repository, the new pull request associated with changed code ; extracting source code associated with the new pull request for a feature extraction engine ; parsing, via a code feature extraction engine , a code segment containing the changed code and a surrounding context into an abstract syntax tree ; obtaining, via the code feature extraction engine the additional elements associated with the code segment and adding the additional elements into the feature vector; creating a feature vector for the new pull request including the token sequence extracted from the abstract syntax tree and the additional elements; transforming, via a transformation engine , the feature vectors into integer-value feature vectors (block 408) which are configured for input into a deep learning model (block 410) capable of outputting a plurality of probabilities for a set of peers that were part of a training dataset (block 410); wherein the probabilities are ranked from the highest probability to the lowest probability and the peers associated with a top k highest probabilities are selected to be output to perform the code review; choosing at least one of the one or more peers associated with the top k highest probabilities to perform code review ; and if the changed code is accepted, merging the changed code into the source code.
A multilayer structure comprising: a plurality of composite structures in a stacked configuration; wherein each of the plurality of composite structures comprises: a copper layer having a thickness of no larger than 25 μm; and first and second graphene layers (14a, 14b; 14a', 14b') sandwiching the copper layer ; wherein at least one of the first graphene layer and the second graphene layer comprises metal atoms ; wherein the metal atoms are ring-centered on graphene rings. a plurality of composite structures in a stacked configuration; wherein each of the plurality of composite structures comprises: a copper layer having a thickness of no larger than 25 μm; and first and second graphene layers (14a, 14b; 14a', 14b') sandwiching the copper layer ; wherein at least one of the first graphene layer and the second graphene layer comprises metal atoms ; wherein the metal atoms are ring-centered on graphene rings. a copper layer having a thickness of no larger than 25 μm; and first and second graphene layers (14a, 14b; 14a', 14b') sandwiching the copper layer ; wherein at least one of the first graphene layer and the second graphene layer comprises metal atoms ; wherein the metal atoms are ring-centered on graphene rings.