mhurhangee/patent-ind-claim-en huggingface dataset:
Agricultural machine including a central frame and two work devices , the central frame being designed to be connected to a tractor so as to be towed by the latter, and being provided with wheels in contact with the ground, each work device being connected to the said central frame by a first articulation and being able to be moved between a transport position in which each work device extends in a plane substantially parallel to the direction of advance (A), and a work position in which each work device extends in a plane substantially perpendicular to the direction of advance (A), characterized in that the said central frame is composed of a front part , a rear part which carries the said wheels and an articulation device , that the said articulation device comprises at least one connecting-rod articulated to the said front part and to the said rear part , that the said articulation device can pivot by means of a displacement device , in a plane which is substantially vertical and substantially parallel to the direction of advance (A) with respect to the said front part and with respect to the said rear part , that each work device is connected directly to the said articulation device by the said first articulation , that the axis of the said first articulation extends in a plane which is substantially vertical and substantially parallel to the direction of advance (A), that in the said plane and in the said transport position, the axis of the said first articulation presents an inclination towards the ground following a direction opposite to the direction of advance (A), and that in the said transport position, each work device is folded towards the rear about the said first articulation .
A rotor assembly for a gas turbine engine comprising: a rotatable hub including a metallic main body extending along a longitudinal axis (X), and including an array of annular flanges extending about an outer periphery (62C, 362C 462C, 562C, 762C) of the main body (62A... 862A) to define an array of annular channels along the longitudinal axis (X); and wherein each of the annular channels (62D... 862D) receives a composite reinforcement member that extends about the outer periphery (62C...762C) of the hub (62...962). a rotatable hub including a metallic main body extending along a longitudinal axis (X), and including an array of annular flanges extending about an outer periphery (62C, 362C 462C, 562C, 762C) of the main body (62A... 862A) to define an array of annular channels along the longitudinal axis (X); and wherein each of the annular channels (62D... 862D) receives a composite reinforcement member that extends about the outer periphery (62C...762C) of the hub (62...962).
A method performed by a processor of a computing device , the method comprising the steps of: receiving a plurality of inputs indicating a system status result; prioritizing a plurality of sub-systems based on the system status result; receiving a plurality of operation commands from a plurality of initiators , each initiator being included in one of the plurality of sub-systems; associating at least one motor controller with each of the plurality of sub-systems based on the prioritizing of the plurality of sub-systems and a corresponding controller availability; multiplexing the plurality of operation commands in accordance with the prioritizing of the plurality of sub-systems; and generating a plurality of waveforms in accordance with the multiplexed plurality of operation commands, wherein the prioritizing of the plurality of sub-systems further comprises: generating a plurality of priority tables utilizing the plurality of inputs, each priority table including a multiplex order for the plurality of operation commands which corresponds to condition of the system status result. receiving a plurality of inputs indicating a system status result; prioritizing a plurality of sub-systems based on the system status result; receiving a plurality of operation commands from a plurality of initiators , each initiator being included in one of the plurality of sub-systems; associating at least one motor controller with each of the plurality of sub-systems based on the prioritizing of the plurality of sub-systems and a corresponding controller availability; multiplexing the plurality of operation commands in accordance with the prioritizing of the plurality of sub-systems; and generating a plurality of waveforms in accordance with the multiplexed plurality of operation commands, wherein the prioritizing of the plurality of sub-systems further comprises: generating a plurality of priority tables utilizing the plurality of inputs, each priority table including a multiplex order for the plurality of operation commands which corresponds to condition of the system status result.
A method to protect digital content within a particular domain, the particular domain including a first client device and a second client device, the method comprising: receiving the digital content at the first client device, the received digital content being encrypted and in a first format; decrypting the received digital content to produce decrypted digital content in the first format at the first client device using a first key; transcoding the decrypted digital content in the first format to produce the digital content in a second format; re-encrypting the digital content in the second format using a second key, wherein the first client device derives the second key by deriving it locally using one of the domain ID or a time value and the first key; and transmitting the re-encrypted digital content in the second format to the second client device, wherein the second client device connects to a server to obtain the second key and decrypts the re-encrypted digital content in the second format at the second client device, wherein the second key is also derived at the server using the same one of the domain ID or a time value and the first key used by the first client device. receiving the digital content at the first client device, the received digital content being encrypted and in a first format; decrypting the received digital content to produce decrypted digital content in the first format at the first client device using a first key; transcoding the decrypted digital content in the first format to produce the digital content in a second format; re-encrypting the digital content in the second format using a second key, wherein the first client device derives the second key by deriving it locally using one of the domain ID or a time value and the first key; and transmitting the re-encrypted digital content in the second format to the second client device, wherein the second client device connects to a server to obtain the second key and decrypts the re-encrypted digital content in the second format at the second client device, wherein the second key is also derived at the server using the same one of the domain ID or a time value and the first key used by the first client device.
Plant for the production of meat-containing animal feed, comprising - a plant section for preheating meat material, - a device for separating moisture from a preheated meat material with i. an inlet for the preheated meat material at the upper end of the device ii. a separating unit with perforations for separating moisture from the preheated meat material by virtue of gravity, wherein the separating unit is arranged in the device, in particular parallel to a wall of the device , so that a compartment for receiving the separated moisture is formed between the wall of the device and the separating unit , iii. an outlet for the separated moisture, which is connected to this compartment, and iv. an outlet for the meat material freed from moisture, at the lower end of the device , the inlet of the device being connected to the plant section for preheating meat material via feed lines, - a plant section for further processing of the meat freed from moisture into meat-containing animal feed. - a plant section for preheating meat material, - a device for separating moisture from a preheated meat material with i. an inlet for the preheated meat material at the upper end of the device ii. a separating unit with perforations for separating moisture from the preheated meat material by virtue of gravity, wherein the separating unit is arranged in the device, in particular parallel to a wall of the device , so that a compartment for receiving the separated moisture is formed between the wall of the device and the separating unit , iii. an outlet for the separated moisture, which is connected to this compartment, and iv. an outlet for the meat material freed from moisture, at the lower end of the device , the inlet of the device being connected to the plant section for preheating meat material via feed lines, i. an inlet for the preheated meat material at the upper end of the device ii. a separating unit with perforations for separating moisture from the preheated meat material by virtue of gravity, wherein the separating unit is arranged in the device, in particular parallel to a wall of the device , so that a compartment for receiving the separated moisture is formed between the wall of the device and the separating unit , iii. an outlet for the separated moisture, which is connected to this compartment, and iv. an outlet for the meat material freed from moisture, at the lower end of the device , the inlet of the device being connected to the plant section for preheating meat material via feed lines, - a plant section for further processing of the meat freed from moisture into meat-containing animal feed.
A security lock for a door, comprising; a bracket for being secured to an interior side of the door; a locking bolt for being mounted in the bracket and adapted for movement between a raised, unlocked position above a cavity positioned below the bracket in a floor, and a lowered, locked position with the bolt positioned in the cavity to prevent the door from being opened; a bolt restraint mounted on the bracket and cooperating with the bolt for maintaining the bolt in the unlocked position above the cavity and adapted to release the bolt for movement into its lowered, locked position upon a downward force being applied to the bolt ; wherein the bolt includes an annular recess in the bolt at a location along a length of the bolt such that the annular recess communicates with the bolt restraint to maintain the bolt in the unlocked position and is adapted to release the bolt by downward pressure applied to the bolt sufficient to overcome interference between the bolt restraint and the annular recess ; characterized in that the locking bolt includes an enlarged downwardly-tapered flange adapted to stop movement of the bolt into the cavity beyond a predetermined location on the bolt .
A camera device, comprising a housing , and a radio frequency circuit , a communications module , and a heating drive circuit that are disposed in the housing ; wherein the housing is provided with a window panel , and the window panel is provided with a hole to form a window ; the window is provided with a window lens configured to wirelessly receive and transmit a radio frequency signal to implement data exchange between the camera device and another wireless communication device, and the window lens is provided with a first terminal ; the radio frequency circuit is connected to the communications module , and the radio frequency circuit and the heating drive circuit are provided with a common second terminal ; and the first terminal is electrically connected to the second terminal , to form a radio frequency channel comprising the communications module , the radio frequency circuit , and the window lens , and a heating channel comprising the heating drive circuit and the window lens ; wherein the window lens comprises a lens layer and a transparent electromagnetic radiation medium attached to the lens layer ; the first terminal is disposed at an edge of the window lens , and is connected to the transparent radiation medium ; and the transparent radiation medium is a radiation thin layer made of a transparent radiation material, and the radiation thin layer is embedded inside the lens layer . a radio frequency circuit , a communications module , and a heating drive circuit that are disposed in the housing ; wherein the housing is provided with a window panel , and the window panel is provided with a hole to form a window ; the window is provided with a window lens configured to wirelessly receive and transmit a radio frequency signal to implement data exchange between the camera device and another wireless communication device, and the window lens is provided with a first terminal ; the radio frequency circuit is connected to the communications module , and the radio frequency circuit and the heating drive circuit are provided with a common second terminal ; and the first terminal is electrically connected to the second terminal , to form a radio frequency channel comprising the communications module , the radio frequency circuit , and the window lens , and a heating channel comprising the heating drive circuit and the window lens ; wherein the window lens comprises a lens layer and a transparent electromagnetic radiation medium attached to the lens layer ; the first terminal is disposed at an edge of the window lens , and is connected to the transparent radiation medium ; and the transparent radiation medium is a radiation thin layer made of a transparent radiation material, and the radiation thin layer is embedded inside the lens layer .
A machine-implemented method of providing information in association with a search field, the method comprising: receiving input from a user via a search field of an application, the input including at least partial entry of a search term, wherein the search field is included in an address bar of the application, the address bar enabling the user to enter a uniform resource location; obtaining first information and second information in response to receiving the user input, wherein the first information comprises contextual data for the user comprising software version updates for out-of-date application software, and wherein the second information corresponds to one or more search term predictions for the at least partial entry of the search term; and providing for display of the first information and the second information within the application, in association with the search field. receiving input from a user via a search field of an application, the input including at least partial entry of a search term, wherein the search field is included in an address bar of the application, the address bar enabling the user to enter a uniform resource location; obtaining first information and second information in response to receiving the user input, wherein the first information comprises contextual data for the user comprising software version updates for out-of-date application software, and wherein the second information corresponds to one or more search term predictions for the at least partial entry of the search term; and providing for display of the first information and the second information within the application, in association with the search field.
A manufacturing apparatus of an electrode for a secondary battery comprising: a transfer unit that transfers a current collector from an unwinder ; a coating unit that applies an electrode active material to at least one surface of the current collector ; a rolling unit that is arranged on the transfer unit and rolls the electrode active material layer composed of the electrode active material ; and a pressing unit that is arranged adjacently to the rolling unit and presses the non-coated part of the current collector to which the electrode active material is not applied, wherein the pressing unit comprises, a roll member ; and a ring assembly that is detachably coupled to the roll member and comes into contact with the non-coated part to press the non-coated part, and wherein the ring assembly comprises: a first ring member that is detachably fixed to the roll member ; and a second ring member that has a larger diameter than the first ring member and is connected to the first ring member . a transfer unit that transfers a current collector from an unwinder ; a coating unit that applies an electrode active material to at least one surface of the current collector ; a rolling unit that is arranged on the transfer unit and rolls the electrode active material layer composed of the electrode active material ; and a pressing unit that is arranged adjacently to the rolling unit and presses the non-coated part of the current collector to which the electrode active material is not applied, wherein the pressing unit comprises, a roll member ; and a ring assembly that is detachably coupled to the roll member and comes into contact with the non-coated part to press the non-coated part, and wherein the ring assembly comprises: a first ring member that is detachably fixed to the roll member ; and a second ring member that has a larger diameter than the first ring member and is connected to the first ring member . a first ring member that is detachably fixed to the roll member ; and a second ring member that has a larger diameter than the first ring member and is connected to the first ring member .
A airborne radar detection method for distinguishing rain echoes from ground echoes, the scanning of said radar being performed vertically and horizontally with an amplitude of a few tens of degrees with respect to the velocity vector of said radar, characterized in that the distinction of rain echoes from ground echoes is performed by an analysis of the attenuation of the radar echoes, a radar echo being classed as a rain echo if its attenuation on a logarithm scale as a function of distance fluctuates around an affine straight line according to a given statistical law, said analysis being carried out on a number N of distance gates in at least one given angular pointing, the power in each distance gate being received as echo to a number K of emitted pulses, a model which is log-linear with distance is tested on said powers, an echo being classed as a rain echo if the N powers received and the corresponding distances comply with said model, said powers fluctuating around said affine straight line .
A magnetic resonance imaging radio frequency coil comprising: two or more current units (200; 200A - 200E), wherein each current unit (200; 200A - 200E) is a discrete insulated module that includes: a dielectric ; a first radio frequency current path proximate the dielectric ; and a second radio frequency current path proximate the dielectric ; CHARACTERISED IN THAT : the second radio frequency current path is independent of the first radio frequency current path; and the magnetic resonance imaging radio frequency coil is configured so that the magnitude, phase, frequency, timing or spatial position of the current in the second radio frequency current path can be selected independently of the current in the first current path; wherein the magnetic resonance imaging radio frequency coil is configured for use in magnetic resonance imaging. two or more current units (200; 200A - 200E), wherein each current unit (200; 200A - 200E) is a discrete insulated module that includes: a dielectric ; a first radio frequency current path proximate the dielectric ; and a second radio frequency current path proximate the dielectric ; a dielectric ; a first radio frequency current path proximate the dielectric ; and a second radio frequency current path proximate the dielectric ; CHARACTERISED IN THAT : the second radio frequency current path is independent of the first radio frequency current path; and the magnetic resonance imaging radio frequency coil is configured so that the magnitude, phase, frequency, timing or spatial position of the current in the second radio frequency current path can be selected independently of the current in the first current path; wherein the magnetic resonance imaging radio frequency coil is configured for use in magnetic resonance imaging. the second radio frequency current path is independent of the first radio frequency current path; and the magnetic resonance imaging radio frequency coil is configured so that the magnitude, phase, frequency, timing or spatial position of the current in the second radio frequency current path can be selected independently of the current in the first current path; wherein the magnetic resonance imaging radio frequency coil is configured for use in magnetic resonance imaging.
A separation method comprising: forming a metal film over a substrate ; characterized by forming a release layer comprising a first oxide, and a semiconductor film containing hydrogen in this order over the metal film , thereby forming a second oxide at a surface boundary between the metal film and the first oxide; carrying out heat treatment to diffuse hydrogen contained in the semiconductor film, wherein a reduced second oxide is formed by reducing the second oxide; bonding a support to the release layer ;and separating the release layer bonded to the support from the substrate by a physical means; wherein the release layer is separated from the substrate in the reduced second oxide, a surface boundary between the reduced second oxide and the metal film , or a surface boundary between the reduced second oxide and the first oxide. forming a metal film over a substrate ; characterized by forming a release layer comprising a first oxide, and a semiconductor film containing hydrogen in this order over the metal film , thereby forming a second oxide at a surface boundary between the metal film and the first oxide; carrying out heat treatment to diffuse hydrogen contained in the semiconductor film, wherein a reduced second oxide is formed by reducing the second oxide; bonding a support to the release layer ;and separating the release layer bonded to the support from the substrate by a physical means; wherein the release layer is separated from the substrate in the reduced second oxide, a surface boundary between the reduced second oxide and the metal film , or a surface boundary between the reduced second oxide and the first oxide.
A post insulator , comprising: a hollow insulating tube ; a shed positioned on a periphery of the hollow insulating tube ; and an upper flange and a lower flange provided at both ends of the hollow insulating tube , wherein gas is sealed inside the hollow insulating tube , and the gas has an absolute pressure in a range of 0.1 MPa to 0.15 Mpa; characterized in that the lower flange is provided with a self-sealing valve , and the self-sealing valve is configured to backfill the gas after vacuuming; the lower flange comprises a base configured to seal the hollow insulating tube and a flange tube fixed to a wall of the hollow insulating tube ; the self-sealing valve is positioned on the base , and the base is recessed toward an interior of the insulating tube , and an opening of the self-sealing valve is positioned inside a recess; and sealant is provided between a connecting end of the self-sealing valve and a connecting hole provided on the base . a hollow insulating tube ; a shed positioned on a periphery of the hollow insulating tube ; and an upper flange and a lower flange provided at both ends of the hollow insulating tube , wherein gas is sealed inside the hollow insulating tube , and the gas has an absolute pressure in a range of 0.1 MPa to 0.15 Mpa; characterized in that the lower flange is provided with a self-sealing valve , and the self-sealing valve is configured to backfill the gas after vacuuming; the lower flange comprises a base configured to seal the hollow insulating tube and a flange tube fixed to a wall of the hollow insulating tube ; the self-sealing valve is positioned on the base , and the base is recessed toward an interior of the insulating tube , and an opening of the self-sealing valve is positioned inside a recess; and sealant is provided between a connecting end of the self-sealing valve and a connecting hole provided on the base .